CN102058253B - Angle adjusting structure of drawer panel - Google Patents
Angle adjusting structure of drawer panel Download PDFInfo
- Publication number
- CN102058253B CN102058253B CN2010105317664A CN201010531766A CN102058253B CN 102058253 B CN102058253 B CN 102058253B CN 2010105317664 A CN2010105317664 A CN 2010105317664A CN 201010531766 A CN201010531766 A CN 201010531766A CN 102058253 B CN102058253 B CN 102058253B
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- China
- Prior art keywords
- spacing track
- guide member
- rotation actuator
- connector
- angle adjustment
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
- A47B88/00—Drawers for tables, cabinets or like furniture; Guides for drawers
- A47B88/90—Constructional details of drawers
- A47B88/944—Drawers characterised by the front panel
- A47B88/95—Drawers characterised by the front panel characterised by connection means for the front panel
- A47B88/956—Drawers characterised by the front panel characterised by connection means for the front panel for enabling adjustment of the front panel
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- Drawers Of Furniture (AREA)
Abstract
The invention discloses an angle adjusting structure of a drawer panel, comprising a drawer panel combining structure and an angle adjusting structure. The drawer panel combining structure comprises a soleplate, lateral plates, a front panel, a supporting piece, a fixing piece and a combining piece, the angle adjusting structure comprises a connecting piece, a connecting shaft lever, a rotating movable piece and a joint structure, the supporting piece is mounted on the lateral plates, the fixing piece is mounted on the supporting piece, the combining piece is mounted on the fixing piece, the connecting piece is mounted on the combining piece or between the supporting piece and the fixing piece, the front panel is mounted on the connecting piece or the combining piece and forms a swinging structure by the angle adjusting structure, the rotating movable piece is mounted on the combining piece or the connecting piece or the fixing piece and is rotated, and front panel rotates along the rotation of the rotating movable piece to generate a swinging displacement so as to adjust the angle between the front panel and each of the lateral plates. Accordingly, the invention is convenient to adjust the angle of the front panel of the drawer and can fixedly combine the lateral plates and the front panel of the drawer.
Description
Technical field
The present invention relates to drawer structure, relate in particular to a kind of drawer panel angle adjustment structure.
Background technology
Traditional drawer is used in and takes in or collect article, and drawer is placed in the cabinet with mobilizable relation.General drawer has a base plate and perpendicular to a front panel, a postnotum and the left side plate of base plate, front panel and postnotum are fixedly arranged on left side plate, to constitute a drawer structure.
In the kitchen, store higher article such as pan, dish, kettle, vegetable treating machine etc. for ease in modern times,, increase drawer and be widely used in modern kitchen gradually to keep the kitchen clean and tidy.The general drawer structure of increasing drawer panel because the center of gravity of drawer panel improves, is easy to generate between drawer panel and the drawer side and the gap, produces problems such as swag phenomenon when causing drawer panel to use.There is a kind of drawer panel combination member of increasing to be widely used; See also the Chinese patent case and number be a kind of drawer panel integrated structure that patent provided of CN201403824Y; Combine Figure 1A and Figure 1B again, existing a kind of drawer panel combination member of increasing, this member is on a kind of drawer panel integrated structure, to add a supporting bar structure; Include a base plate 400, one group of left side plate 100, a front panel 200, a postnotum 300, a retaining piece, a conjunction 210 and a supporting bar structure; Retaining piece is arranged on the left side plate 100, and retaining piece includes a pedestal and and colludes fastener, and conjunction 210 is installed in the pedestal of retaining piece; And detachable or be assembled in the fastener that colludes of pedestal one end, drawer panel 200 is installed in the other end of conjunction 210.
Supporting bar structure is arranged at side plate 100 tops; Supporting bar structure comprises back end connection 133, a support bar 131 and an adjustment connector 132, and what back end connection 133 was installed in postnotum 300 two ends increases connector 233, and the front end of supporting bar structure 130 is equiped with one and adjusts connector 132; Adjustment connector 132 is connected on the conjunction 203 of drawer panel 200 tops; Through the length of adjustment connector 132, adjust the angle of increasing drawer panel 200 whereby, further with the adjustment supporting bar structure; Through colluding the elastic pulling force of fastener; Make increase drawer panel 200 closely firm lean against side plate 100, but this supporting bar structure adjustment inconvenience, and be prone to loosening phenomenon with being connected of side plate and front panel.
Can know that to sum up the existing drawer panel combination member of increasing obviously exists inconvenience and defective on reality is used, be necessary to improve.
Summary of the invention
To above-mentioned defective, the object of the present invention is to provide a kind of drawer panel angle adjustment structure, it can adjust the angle of drawer panel easily, also makes drawer side and drawer panel ability strong bonded simultaneously.
To achieve these goals, the present invention provides a kind of drawer panel angle adjustment structure, includes a drawer panel integrated structure, and is arranged on the angle adjustment structure on the said drawer panel integrated structure, and wherein, said drawer panel integrated structure comprises:
One square floor;
Left and right sides parallel side plate, said left and right sides parallel side plate is connected in said square floor;
One front panel is installed in said left and right sides parallel side plate;
One support member is installed in said left and right sides parallel side plate;
One retaining piece is installed on the said support member, and said retaining piece includes a supporting seat and and colludes fastener, saidly colludes the end that fastener is arranged at said supporting seat; And
One conjunction, detachable or be assembled in the said fastener that colludes;
Said conjunction is provided with a swing axis hole, and said angle adjustment structure comprises:
One connects axostylus axostyle;
A connection piece, said connector are provided with one and connect axis hole, and said connection axostylus axostyle wears said connection axis hole, and connector is connected said swing axis hole, and said front panel is installed in said connector;
One rotates actuator, is located at said conjunction or said connector; And
One connected structure includes a spacing track and reaches and the corresponding guide member of said spacing track;
Said connector is connected in formation one swinging structure on the said conjunction by said connection axostylus axostyle and said connected structure; By said swinging structure; When said rotation actuator is rotated, said front panel rotates along with said rotation actuator and produces the swing displacement.
According to drawer panel angle adjustment structure of the present invention, a said end that colludes fastener is provided with an elastic component, and through the elastic pulling force of said elastic component, said front panel is resisted against said side plate.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said conjunction; Said guide member is located on the said rotation actuator, and said spacing track is located on the said connector, and the corresponding said guide member of said spacing track; Said guide member is connected with said spacing track each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said conjunction; Said spacing track is located on the said rotation actuator, and said guide member is located on the said connector, and the corresponding said guide member of said spacing track; Said spacing track is connected with said guide member each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said connector; Said guide member is located on the said rotation actuator, and said spacing track is located on the said conjunction, and said spacing track is corresponding to said guide member; Said guide member is connected with said spacing track each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said connector; Said spacing track is located on the said rotation actuator, and said guide member is located on the said conjunction, and said spacing track is corresponding to said guide member; Said spacing track is connected with said guide member each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention, said rotation actuator is is an eccentric actuator, is located on the said conjunction; Said guide member is that the periphery by said rotation actuator forms, and said spacing track is located on the said connector, and the frame shape structure that is square; Said rotation actuator wears said spacing track; And can be connected each other with said spacing track is by said guide member along moving in the said spacing track, form said connected structure.
According to drawer panel angle adjustment structure of the present invention, said rotation actuator is is an eccentric actuator, is located on the said connector; Said guide member is that the periphery by said rotation actuator forms, and said spacing track is located on the said conjunction, and the frame shape structure that is square; Said rotation actuator is to wear said spacing track; And can be connected each other with said spacing track is by said guide member along moving in the said spacing track, form said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said guide member is first gear of being located at said rotating drive part one end; Said spacing track is provided with second gear with said first gears engaged, is connected each other with said spacing track by said guide member, forms said connected structure; When said rotating drive part rotates, said second gear of said first gear drive and then drive said connector with drawer panel and produce and swing displacement.
According to drawer panel angle adjustment structure of the present invention; Said guide member is to be fixed in the first peripheral gear of said rotating drive part; Said spacing track is provided with second gear with said first gears engaged, is connected each other with said spacing track is by said guide member, forms said connected structure; When said rotating drive part rotation, said first gear and second gear produce active force and drive said connector and then drive said drawer panel generation swing displacement.
Preferably, the present invention also provides other a kind of drawer panel angle adjustment structure, comprises a drawer panel integrated structure, and is arranged on the angle adjustment structure on the said drawer panel integrated structure, and wherein, said drawer panel integrated structure comprises:
One square floor;
Left and right sides parallel side plate, said left and right sides parallel side plate is connected in said square floor;
One front panel is installed in said left and right sides parallel side plate;
One support member is installed in said left and right sides parallel side plate;
One retaining piece, said retaining piece is provided with a supporting seat and and colludes fastener, and the said fastener system of colluding is arranged at supporting seat one end; And
One conjunction, said colluding on the fastener is located in detachable or assembling, and said front panel is installed on the said conjunction;
Said retaining piece is provided with one and connects axis hole, and said angle adjustment structure comprises:
One connects axostylus axostyle;
A connection piece is installed in said support member, and said connector be provided with one the swing axis hole, said connection axostylus axostyle wears said connection axis hole and is connected in said swing axis hole;
One rotates actuator, is installed in said connector or said retaining piece; And
One connected structure includes a spacing track and reaches and the corresponding guide member of said spacing track;
Said retaining piece is connected formation one swinging structure on the said connector by said connection axostylus axostyle and said connected structure; By said swinging structure; When said rotation actuator is rotated, said front panel rotates along with said rotation actuator and produces the swing displacement.
According to drawer panel angle adjustment structure of the present invention, a said end that colludes fastener is provided with an elastic component, through the elastic pulling force of said elastic component, makes said front panel be resisted against said side plate.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said connector; Said guide member is located on the said rotation actuator, and said spacing track is located on the said retaining piece, and the corresponding said guide member of said spacing track; Said guide member is connected with said spacing track each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said connector; Said spacing track is located on the side of said rotation actuator, and a said guide member is located on the said retaining piece, and the corresponding said guide member of said spacing track; Said spacing track is connected with said guide member each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said retaining piece; Said guide member is located on the side of said rotation actuator, and said spacing track is located on the said connector, and the corresponding said guide member of said spacing track; Said guide member is connected with said spacing track each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said rotation actuator is located on the said retaining piece, and said rotation actuator is located on the said retaining piece, and said spacing track is located on the side of said rotation actuator; Said guide member is located on the said connector; And the corresponding said guide member of said spacing track, said spacing track is connected with said guide member each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention, said rotation actuator is an eccentric actuator, is located on the said connector; Said guide member is that the circumferential edge by said rotation actuator forms, and said spacing track is located on the said retaining piece, and the frame shape structure that is square; Said rotation actuator wears said spacing track; And can be along moving in the said spacing track, said guide member is connected with said spacing track is each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention, said rotation actuator is an eccentric actuator, is located on the said retaining piece; Said guide member is that the circumferential edge by said rotation actuator forms, and said spacing track is located on the said connector, and the frame shape structure that is square; Said rotation actuator wears said spacing track; And can be along moving in the said spacing track, said guide member is connected with said spacing track each other, forms said connected structure.
According to drawer panel angle adjustment structure of the present invention; Said guide member is first gear of being located at said rotating drive part one end; Said spacing track is provided with second gear with said first gears engaged, and said guide member is connected with said spacing track each other, forms said connected structure; When said rotating drive part rotates, said second gear of said first gear drive and then drive said retaining piece, conjunction and produce with drawer panel and swing displacement.
According to drawer panel angle adjustment structure of the present invention; Said guide member is to be fixed in the first peripheral gear of said rotating drive part; Said spacing track is provided with second gear with said first gears engaged, and said guide member is connected with said spacing track each other, forms said connected structure; When said rotating drive part rotation, said first gear and second gear produce active force and drive said retaining piece and then drive said conjunction and drawer panel generation swing displacement.
The present invention is through establishing an angle adjustment structure on the drawer panel integrated structure; Drawer panel and side plate can the swing group be established; Specifically can realize through structure: the drawer panel integrated structure includes base plate, side plate, front panel, support member, retaining piece and conjunction, and the angle adjustment structure includes connector, connects axostylus axostyle, rotates actuator and connected structure; Support member is loaded on side plate, and retaining piece is loaded on support member, and conjunction is loaded on retaining piece; Connector be contained on the conjunction or support member and retaining piece between, front panel is installed on connector or the conjunction, and by the angle adjustment structure to form swinging structure; Rotate actuator and be contained on conjunction or connector or the retaining piece, be rotated by rotating actuator, front panel rotates generation swing displacement along with rotating actuator, with the angle of adjustment front panel and side plate.Whereby, the present invention can adjust the angle of drawer panel easily, also makes drawer side and front panel ability strong bonded simultaneously.
Description of drawings
Figure 1A is the assembling sketch map of known techniques drawer structure;
Figure 1B is the decomposing schematic representation of known techniques drawer structure;
Fig. 2 A is the assembling sketch map of first kind of structure of first embodiment of the invention;
Fig. 2 B is the schematic perspective view of first kind of structure of first embodiment of the invention;
Fig. 3 is the floor map of first kind of structure of first embodiment of the invention;
Fig. 4 is a front panel counter-clockwise swing sketch map shown in Figure 3;
Fig. 5 swings sketch map clockwise for front panel shown in Figure 3;
Fig. 6 is the decomposing schematic representation of first kind of structure of first embodiment of the invention;
Fig. 7 is the floor map of second kind of structure of first embodiment of the invention;
Fig. 8 is a front panel counter-clockwise swing sketch map shown in Figure 7;
Fig. 9 swings sketch map clockwise for front panel shown in Figure 7;
Figure 10 is the floor map of the third structure of first embodiment of the invention;
Figure 11 is a front panel counter-clockwise swing sketch map shown in Figure 10;
Figure 12 swings sketch map clockwise for front panel shown in Figure 10;
Figure 13 A is the schematic perspective view of first kind of structure of second embodiment of the invention;
Figure 13 B is the floor map of first kind of structure of second embodiment of the invention;
Figure 14 is the front panel counter-clockwise swing sketch map shown in Figure 13 B;
Figure 15 swings sketch map clockwise for the front panel shown in Figure 13 B;
Figure 16 is the plane decomposing schematic representation of first kind of structure of second embodiment of the invention;
Figure 17 is the floor map of second kind of structure of second embodiment of the invention;
Figure 18 is a front panel counter-clockwise swing sketch map shown in Figure 17;
Figure 19 swings sketch map clockwise for front panel shown in Figure 17;
Figure 20 is the floor map of the third structure of second embodiment of the invention;
Figure 21 is a front panel counter-clockwise swing sketch map shown in Figure 20;
Figure 22 swings sketch map clockwise for front panel shown in Figure 20.
Wherein, Reference numeral:
Supporting seat 31 colludes fastener 38 elastic components 33
First perforation, 312 second perforation, 313 axis holes 351
Connect axis hole 232 and connect axostylus axostyle 240 rotation actuators 250
The specific embodiment
In order to make the object of the invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Basic thought of the present invention is: a kind of drawer panel angle adjustment structure is provided, includes a drawer panel integrated structure, and be arranged on the angle adjustment structure on this drawer panel integrated structure, wherein, this drawer panel integrated structure comprises:
One square floor;
Left and right sides parallel side plate, this left and right sides parallel side plate is connected in this square floor;
One front panel is installed in this left and right sides parallel side plate;
One support member is installed in this left and right sides parallel side plate;
One retaining piece is installed on this support member, and this retaining piece includes a supporting seat and and colludes fastener, and this colludes the end that fastener is arranged at this supporting seat; And
One conjunction, detachable or be assembled in this and collude fastener;
This conjunction is provided with a swing axis hole, and this angle adjustment structure comprises:
One connects axostylus axostyle;
A connection piece, this connector are provided with one and connect axis hole, and this connection axostylus axostyle wears this connection axis hole, and connector is connected this swing axis hole, and this front panel is installed in this connector;
One rotates actuator, is located at this conjunction or this connector; And
One connected structure includes a spacing track and the guide member corresponding with this spacing track;
This connector is connected in formation one swinging structure on this conjunction by this connection axostylus axostyle and this connected structure.Perhaps,
A kind of drawer panel angle adjustment structure comprises a drawer panel integrated structure, and is arranged on the angle adjustment structure on this drawer panel integrated structure, and wherein, this drawer panel integrated structure comprises:
One square floor;
Left and right sides parallel side plate, this left and right sides parallel side plate is connected in this square floor;
One front panel is installed in this left and right sides parallel side plate;
One support member is installed in this left and right sides parallel side plate;
One retaining piece, this retaining piece is provided with a supporting seat and and colludes fastener, and this colludes fastener system and is arranged at supporting seat one end; And
One conjunction, detachable or assembling is located at this and is colluded on the fastener, and this front panel is installed on this conjunction;
This retaining piece is provided with one and connects axis hole, and this angle adjustment structure comprises:
One connects axostylus axostyle;
A connection piece is installed in this support member, and this connector be provided with one the swing axis hole, this connection axostylus axostyle wears this connection axis hole and is connected in this swing axis hole;
One rotates actuator, is installed in this connector or this retaining piece; And
One connected structure includes a spacing track and the guide member corresponding with this spacing track;
This retaining piece is connected formation one swinging structure on this connector by this connection axostylus axostyle and this connected structure.
Fig. 2 A～Fig. 6 is first kind of structural representation of the drawer panel angle adjustment structure of first embodiment of the invention; The panel angle adjustment structure of first kind of structure of first embodiment of the invention; Tie up to and be equipped with an angle adjustment structure on the drawer integrated structure, wherein:
The drawer integrated structure includes a square floor 400, left and right sides parallel side plate 100, a front panel 200, a support member 10, a retaining piece 30 and a conjunction 210; Support member 10 is installed on the side plate 100; Retaining piece 30 is installed on the support member 10; Conjunction 210 is installed in retaining piece 30, and conjunction 210 is provided with a swing axis hole 212.Retaining piece 30 includes a supporting seat 31, and colludes fastener 38, a brake 35 and an elastic component 33, and wherein the elastic component 33 in present embodiment is an extension spring.
The angle adjustment structure includes one and connects axostylus axostyle 240, a connection piece 230, a rotation actuator 250 and a connected structure.Connector 230 is provided with one and connects axis hole 232, connects axostylus axostyle 240 and wears connection axis hole 232, and be connected in the swing axis hole 212 of conjunction 210.Connected structure comprises a spacing track 225 and a guide member 222 corresponding with this spacing track 225.Wherein, rotate actuator 250 and be provided in a side of on the conjunction 210, and guide member 222 is located on this rotation actuator 250, spacing track 225 is located at connector 230 and corresponding with guide member 222.Preferably, it is on the isometrical circumference in axle center that spacing track 225 is located to connect axostylus axostyle 240, is connected the formation connected structure by being located at the guide member 222 that rotates on the actuator 250 with the mutual of spacing track 225 on being located at connector 230.And connector 230 is connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
Be rotated when rotating actuator 250, front panel 200 is that actuator 250 rotates and generation swing displacement along with rotating, and adjust the angle of 100 of front panel 200 and side plates whereby, and through colluding the elastic pulling force of fastener 38, front panel 200 can closely lean against side plate 100.
Certainly, the drawer panel angle adjustment structure of first kind of structure of first embodiment of the invention also has the equivalent arrangements structure, and its embodiment is same as the place of first kind of structure of first embodiment, is not described in detail in this, and only will not exist together below and explain.
Rotating actuator 250 is located on the conjunction 210; Spacing track 225 is located at and rotates on the actuator 250; Guide member 222 is located at a side of connector 230, and guide member 222 is corresponding to spacing track 225, and it is on the isometrical circumference in axle center that spacing track 225 is located to connect axostylus axostyle 240; Be connected with the mutual of guide member 222 on being located at connector 230 by being located at the spacing track 225 that rotates on the actuator 250; Form connected structure, connector 230 is connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
Perhaps; Rotate actuator 250 and be located on the connector 230, guide member 222 is located at the side of rotating actuator 250, and spacing track 225 is located at the side of conjunction 210; And spacing track 225 is corresponding to guide member 222; And it is on the isometrical circumference in axle center that spacing track 225 is located to connect axostylus axostyle 240, is connected the formation connected structure by being located at the guide member 222 that rotates on the actuator 250 with the mutual of spacing track 225 on being located at conjunction 210.And connector 230 is to be connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
Perhaps; Rotating actuator 250 is located on the connector 230; Spacing track 225 is located at and rotates on the actuator 250, and guide member 222 is located on the side of conjunction 210, and guide member 222 is corresponding to spacing track 225; And it is on the isometrical circumference in axle center that spacing track 225 is provided in a side of to connect axostylus axostyle 240, by the spacing track 225 formation connected structures that are connected each other on being located at the guide member 222 that rotates on the actuator 250 and being located at connector 230.Connector 230 is connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
Be penetrated with a brake fixing hole 315, first perforation, 312 and second perforation 313 on the vertical walls of supporting seat 31 bodies of drawer panel angle adjustment structure of the present invention and the vertical walls that forms that stretches out respectively, and brake fixing hole 315, first perforation, 312 and second perforation 313 pass through respectively and penetrate into supporting seat 31 bodies.Further, axis hole 351 and the 315 mutual contrapositions of brake fixing hole with brake 35 wear corresponding axis hole 351 and brake fixing hole 315 with an axostylus axostyle 15 again, can brake 35 be positioned supporting seat 31.In addition; Collude fastener 38 and be provided with a stopper slot 381, one first limit assembly 11 and one second limit assembly 12; First limit assembly 11 and second limit assembly 12 wear first perforation, 312 and second perforation 313 respectively; And penetrate the stopper slot 381 that colludes on the fastener 38, first limit assembly 11 and second limit assembly 12 are fixed on the supporting seat 31.
Preferably, the other end of conjunction 210 is provided with one and leads arm 211, and the front end of leading arm 211 is provided with a snap device, and snap device is provided with a block button hole 213.The front end of retaining piece 30 is provided with a storage tank 310; When front panel 200 after the adjustment angle, the storage tank 310 that conjunction 210 is pushed retaining piece 30 colludes fastener 38 and can collude button conjunction 210 automatically after touching and colluding fastener 38; Collude fastener 38 during colluding button automatically; Collude fastener 38 and along stopper slot 381 conjunction 210 is drawn in the retaining piece 30, conjunction 210 is produced to intrinsic displacement 270, conjunction 210 is that front panel 200 inwardly colludes button bit and moves 270 to intrinsic displacement 270.
Referring to Fig. 3; Among this figure with dotted line indicate be front panel 200 not with collude fastener 38 buckling states; Front panel 200 inside pull distance are same as colludes fastener 38 displacement in stopper slot 381; And then through colluding the elastic pulling force of fastener 38, front panel 200 draws toward in, makes front panel 200 closely lean against side plate 100 whereby.
Again referring to Fig. 4; Pull rotation actuator 250 with foreign object (such as screwdriver); Rotation actuator 250 is rotated counterclockwise; Guide member 222 applies spacing track 225 1 active forces, and connector 230 drives front panel 200 counterclockwise to rotate under the driving of this active force, adjust the angle of drawer front panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, drawer panel 200 is inwardly strained, and makes front panel 200 tops closely lean against drawer side 100.
Again referring to Fig. 5; Pull rotation actuator 250 with foreign object (such as screwdriver); Rotation actuator 250 is turned clockwise; Guide member 222 applies spacing track 225 1 active forces, and connector 230 drives front panel 200 and rotates in a clockwise direction under the driving of this active force, adjust the angle of front panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, front panel 200 is inwardly strained, and makes front panel 200 belows closely lean against drawer side 100.
Fig. 6 is that the front panel of one embodiment of the invention separates sketch map with side plate; When conjunction 210 with collude fastener 38 and be in buckling state; Rotate brake 35 and make and collude fastener 38 and slide along stopper slot 381, until conjunction 210 with collude fastener 38 and break away from, front panel 200 is separated with drawer side 100.
Fig. 7～Fig. 9 is second kind of structural representation of the drawer panel angle adjustment structure of first embodiment of the invention; The panel angle adjustment structure of second kind of structure of first embodiment of the invention; Its embodiment is same as the place of first kind of structure of first embodiment; Be not described in detail in this, will do not exist together now and explain.
The drawer panel angle adjustment structure of second kind of structure of first embodiment of the invention; Tie up to and add an angle adjustment structure on the drawer integrated structure; The angle adjustment structure include one connect axostylus axostyle 240, a connection piece 230, rotates an actuator 250 and a connected structure, connected structure comprises a spacing track 225 and a guide member 222 corresponding with spacing track 225.Wherein, Rotating actuator 250 is an eccentric actuator; Be located on the conjunction 210, guide member 222 is to be formed by the periphery that rotates actuator 250, and spacing track 225 is located at the frame shape structure that is square on the connector 230; Rotating actuator 250 is the spacing track 225 that wears the square box shape, and can be along moving in the spacing track 225.
Preferably, rotate actuator 250 and be located on the conjunction 210, be connected the formation connected structure each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at connector 230 225 is.Connector 230 is connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.Rotate when rotating actuator 250, guide member 222 acts on spacing track 225, drives connector 230 and then drive front panel 200 by spacing track 225 to produce the swing displacement.
Referring to Fig. 8; When external force acts on rotation actuator 250 it is rotated counterclockwise; Guide member 222 applies spacing track 225 1 active forces, and connector 230 drives front panel 200 counterclockwise to rotate under the driving of this active force, adjust the angle of front panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, front panel 200 is inwardly strained, and makes front panel 200 tops closely lean against drawer side 100.
Again referring to Fig. 9; When external force acts on rotation actuator 250 it is clockwise rotated; Guide member 222 applies spacing track 225 1 active forces, and connector 230 drives front panel 200 and rotates in a clockwise direction under the driving of this active force, adjust the angle of front panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, front panel 200 is inwardly strained, and makes front panel 200 belows closely lean against drawer side 100.
Certainly, the panel angle adjustment structure of second kind of structure of first embodiment of the invention also has the equivalent arrangements structure, and its embodiment is same as second kind of structure place of first embodiment, is not described in detail in this, and will not exist together now and explain.
Rotating actuator 250 is an eccentric actuator; Be located on the connector 230, guide member 222 is to be formed by the circumferential edge of rotating actuator 250, and spacing track 225 is located at the frame shape structure that is square on the conjunction 210; Rotating actuator 250 is the spacing track 225 that wears the square box shape; And can be along moving in the spacing track 225, be connected the formation connected structure each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at conjunction 210 225 is.And connector 230 is to be connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure; To form a swinging structure; Rotate when rotating actuator 250, guide member 222 produces active force driving connector 230 and then drives front panel 200 with spacing track 225 and produces the swing displacement.
Figure 10～Figure 12 is the sketch map of the third structure of the panel angle adjustment structure of first embodiment of the invention; The panel angle adjustment structure of the third structure of first embodiment of the invention; Tie up to the drawer integrated structure be provided with one connect axostylus axostyle 240, a connection piece 230, rotates an actuator 250 and a connected structure, connected structure includes a spacing track 225 and a guide member 222 corresponding with spacing track 225.
Wherein, Rotating actuator 250 is located on the conjunction 210; Guide member 222 is to be located at first gear that rotates actuator 250 1 ends, and spacing track 225 is provided with second gear with first gears engaged, and spacing track 225 is located at connector 230; Be connected the formation connected structure by being located at the guide member 222 that rotates on the actuator 250 each other with spacing track 225 on being located at connector 230.Rotate actuator 250 and make its rotation when external force acts on, first gear drive, second gear rotates, and drives connector 230 whereby and produces the swing displacement with drawer panel 200.
Combine Figure 11 and Figure 12 again; When rotation actuator 250 was rotated counterclockwise, guide member 222 acted on spacing track 225, and then pulling connector 230 and drawer front panel 200 counter-clockwise swings; Meanwhile; By elastic component 33 and the elastic pulling force that colludes fastener 38, drawer front panel 200 is inwardly strained, and makes drawer front panel 200 tops closely lean against drawer side 100; When rotation actuator 250 is clockwise rotated; Guide member 222 acts on spacing track 225; And then pulling connector 230 swing with drawer front panel 200 clockwise, meanwhile, and by elastic component 33 with collude the elastic pulling force of fastener 38; Drawer front panel 200 is inwardly strained, and makes drawer front panel 200 belows closely lean against drawer side 100.
Certainly, the panel angle adjustment structure of the third structure of first embodiment of the invention also has the equivalent arrangements structure, and its embodiment is same as the third structure place of first embodiment, is not described in detail in this, and will not exist together now and explain.
Rotate actuator 250 and be located at connector 230; Guide member 222 is to be located at first gear that rotates actuator 250 peripheries; Spacing track 225 is provided with second gear with first gears engaged; And spacing track 225 is located at conjunction 210, is connected the formation connected structure each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at conjunction 210 225 is.Connector 230 is connected on the conjunction 210 by connecting axostylus axostyle 240 and connected structure; To form a swinging structure; Rotate actuator 250 and make its rotation when external force acts on, first gear and second gear produce active force and drive connector 230 and then the 200 generation swing displacements of drives drawer front panel.
Figure 13 A～16 are first kind of structural representation of the panel angle adjustment structure of second embodiment of the invention, and the panel angle adjustment structure of first kind of structure of second embodiment of the invention ties up to and is equipped with an angle adjustment structure on the drawer integrated structure.Wherein:
The drawer integrated structure includes a square floor 400, a left and right sides parallel side plate 100, a front panel 200, a support member 10, a retaining piece 30 and a conjunction 210; The angle adjustment structure include one connect axostylus axostyle 240, a plate 330, rotates an actuator 250 and a connected structure, connected structure comprises a spacing track 225 and a guide member 222 corresponding with spacing track 225.Wherein, support member 10 is contained on the left plate 100, and connecting plate 330 is contained on the support member 10, and retaining piece 30 is contained on the connecting plate 330, and conjunction 210 is installed in retaining piece 30, and front panel 200 is installed in conjunction 210.Connecting plate 330 is provided with a swing axis hole 212; Retaining piece 30 be provided with swing axis hole 212 corresponding one connect axis hole 232; And retaining piece 30 includes a supporting seat 31, and colludes fastener 38, a brake 35 and an elastic component 33, and wherein the elastic component 33 in present embodiment is an extension spring.
In the present embodiment; Rotating actuator 250 is located on the connecting plate 330; Guide member 222 is located at and rotates on the actuator 250; Spacing track 225 is located on the retaining piece 30 and is corresponding with guide member 222, is connected the formation connected structure by being located at the guide member 222 that rotates on the actuator 250 each other with spacing track 225 on being located at retaining piece 30.Retaining piece 30 is connected in connecting plate 330 by connecting axostylus axostyle 240 and connected structure; Form a swinging structure whereby; Be rotated when rotating actuator 250; Front panel 200 is adjusted the angle of front panel 200 and side plate 100 whereby along with rotation actuator 250 rotates and produce the swing displacement, and makes front panel 200 closely lean against side plate 100 through the elastic pulling force that colludes fastener 38.
Certainly, the panel angle adjustment structure of first kind of structure of second embodiment of the invention also has the equivalent arrangements structure, and its embodiment is same as first kind of structure place of second embodiment, is not described in detail in this, and will not exist together now and explain.
Rotating actuator 250 is located on the connecting plate 330; Spacing track 225 is located on the side of rotating actuator 250; Guide member 222 is located at the supporting seat 31 of retaining piece 30 and corresponding with spacing track 225; Be connected the formation connected structure by being located at the spacing track 225 that rotates on the actuator 250 each other with guide member 222 on being located at retaining piece 30.Retaining piece 30 is to be connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
Perhaps; Rotating actuator 250 is located on the retaining piece 30; Guide member 222 is located on the side of rotating actuator 250; Spacing track 225 is located at connecting plate 330 and corresponding with guide member 222, is connected with the mutual of spacing track 225 on being located at connecting plate 330 by being located at the guide member 222 that rotates on the actuator 250, with the formation connected structure.Retaining piece 30 is connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
Perhaps; Rotating actuator 250 is located on the retaining piece 30; Spacing track 225 is located on the side of rotating actuator 250; Guide member 222 is located at connecting plate 330 and corresponding with spacing track 225, is connected the formation connected structure by being located at the spacing track 225 that rotates on the actuator 250 with the mutual of guide member 222 on being located at connecting plate 330.Retaining piece 30 is connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure whereby.
In the drawer panel integrated structure; The vertical walls of supporting seat 31 bodies and stretch out on the vertical walls that forms by body; Be penetrated with a brake fixing hole 315, one first perforation, 312 and 1 second perforation 313 respectively, and make brake fixing hole 315, first perforation, 312 and second perforation 313 pass through respectively and penetrate into supporting seat 31 bodies.And, wear corresponding axis hole 351 and brake fixing hole 315 with an axostylus axostyle 15 again with axis hole of brake 35 351 and the 315 mutual contrapositions of brake fixing hole, can brake 35 be positioned on the supporting seat 31.Be provided with a stopper slot 381, first limit assembly 11 and second limit assembly 12 on the fastener 38 colluding in addition; First limit assembly 11 and second limit assembly 12 are arranged in first perforation, 312 and second perforation 313 respectively; And penetrate the stopper slot 381 that colludes on the fastener 38, first limit assembly 11 and second limit assembly 12 are fixed on the supporting seat 31.
Preferably, the end in addition of conjunction 210 has the arm of leading 211, and the front end of leading arm 211 has a snap device, and snap device is provided with a block button hole 213.
Preferably, the front end of retaining piece 30 is provided with a storage tank 310, when front panel 200 in the adjustment angle after; After the storage tank 310 that conjunction 210 is pushed retaining piece 30 touches and colludes fastener 38; Collude fastener 38 and can collude button conjunction 210 automatically, collude fastener 38 during colluding button automatically, collude fastener 38 and conjunction 210 is drawn in the retaining piece 30 along stopper slot 381; Conjunction 210 is produced to intrinsic displacement 270, and conjunction 210 is that front panel 200 inwardly colludes button bit and moves 270 to intrinsic displacement 270.
Referring to Figure 13 B; Indicating front panel 200 with dotted line among the figure is to be in not and to collude fastener 38 buckling states; Front panel 200 inside pull distance are same as colludes fastener 38 displacement in stopper slot 381; And then through colluding the elastic pulling force of fastener 38, front panel 200 draws toward in, makes front panel 200 closely lean against side plate 100.
Referring to Figure 14; Pull rotation actuator 250 with foreign object, rotation actuator 250 is rotated counterclockwise, guide member 222 applies spacing track 225 1 active forces; Retaining piece 30 drives front panel 200 counterclockwise to rotate under the driving of this active force, adjust the angle of drawer panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, drawer panel 200 is inwardly strained, and makes drawer panel 200 tops closely lean against drawer side 100.
Again referring to Figure 15; Pull to make with foreign object and rotate actuator 250 and turn clockwise; Guide member 222 applies spacing track 225 1 active forces, and retaining piece 30 drives drawer panel 200 under the driving of this active force rotates in a clockwise direction, adjusts the angle of drawer panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, drawer panel 200 is inwardly strained, and makes drawer panel 200 belows closely lean against drawer side 100.
The front panel that Figure 16 shows this embodiment separates sketch map with side plate; When conjunction 210 with collude fastener 38 and be in buckling state; Rotation brake 35 makes and colludes fastener 38 along stopper slot 381 slips; Until conjunction 210 with collude fastener 38 and break away from, drawer panel 200 is separated with drawer side 100.
Figure 17～Figure 19 is the sketch map of second kind of structure of the drawer panel angle adjustment structure of second embodiment of the invention; The panel angle adjustment structure of second kind of structure of second embodiment of the invention; Tie up to the drawer integrated structure be provided with one connect axostylus axostyle 240, a plate 330, rotates an actuator 250 and a connected structure, connected structure includes a spacing track 225 and a guide member 222 corresponding with spacing track 225.
Wherein, rotating actuator 250 is to be an eccentric actuator, is located on the connecting plate 330; Guide member 222 is to be formed by the circumferential edge of rotating actuator 250; Spacing track 225 is located at the frame shape structure that is square on the retaining piece 30, and to rotate actuator 250 be the spacing track 225 that wears the square box shape, and can be along moving in the spacing track 225; Be connected each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at retaining piece 30 225 is, with the formation connected structure.And retaining piece 30 is connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, to form a swinging structure.
Referring to Figure 18; When external force acts on rotation actuator 250 it is rotated counterclockwise; Guide member 222 applies spacing track 225 1 active forces, and retaining piece 30 drives conjunction 210 and then makes front panel 200 counterclockwise to rotate under the driving of this active force, adjust the angle of front panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, front panel 200 is inwardly strained, and makes front panel 200 tops closely lean against drawer side 100.
Again referring to Figure 19; When external force acts on rotation actuator 250 it is clockwise rotated; Guide member 222 applies spacing track 225 1 active forces; Retaining piece 30 drives conjunction 210 and then front panel 200 is rotated in a clockwise direction under the driving of this active force, adjust the angle of front panel 200 whereby.Further, through elastic component 33 and the elastic pulling force that colludes fastener 38, front panel 200 is inwardly strained, and makes front panel 200 tops closely lean against drawer side 100.
Certainly, the panel angle adjustment structure of second kind of structure of second embodiment of the invention also has the equivalent arrangements structure, and its embodiment is same as second kind of structure place of second embodiment, is not described in detail in this, and will not exist together now and explain.
Rotating actuator 250 is to be an eccentric actuator; Be located on the retaining piece 30, guide member 222 is to be formed by the circumferential edge of rotating actuator 250, and spacing track 225 is located at the frame shape structure that is square on the connecting plate 330; And rotating actuator 250 is the spacing track 225 that wears the square box shape; And can be along moving in the spacing track 225, be connected each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at connecting plate 330 225 is, with the formation connected structure.Retaining piece 30 is connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, to form a swinging structure.
Figure 20～Figure 22 is the sketch map of the third structure of the drawer panel angle adjustment structure of second embodiment of the invention; The panel angle adjustment structure of the third structure of second embodiment of the invention; Tie up to the drawer integrated structure be provided with one connect axostylus axostyle 240, a plate 330, rotates an actuator 250 and a connected structure, connected structure includes a spacing track 225 and a guide member 222 corresponding with spacing track 225.
Rotating actuator 250 is located on the connecting plate 330; Guide member 222 is to be located at first gear that rotates actuator 250 1 ends, and spacing track 225 is provided with second gear with first gears engaged, and spacing track 225 is located at retaining piece 30; Be connected each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at retaining piece 30 225 is; Form connected structure, retaining piece 30 is to be connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure.Rotate actuator 250 and make its rotation when external force acts on, first gear drive, second gear rotates, and drives retaining piece 30 whereby and drives conjunction 210 and then make drawer panel 200 produce the swing displacement.
Combine Figure 21 and Figure 22 again; When external force rotated counterclockwise rotation actuator 250, guide member 222 acted on spacing track 225, and then pulling retaining piece 30, conjunction 210 and front panel 200 counter-clockwise swings; Meanwhile; By elastic component 33 and the elastic pulling force that colludes fastener 38, front panel 200 is inwardly strained, and makes front panel 200 tops closely lean against drawer side 100; When rotation actuator 250 is clockwise rotated; Guide member 222 acts on spacing track 225; And then pulling retaining piece 30, conjunction 210 swing with front panel 200 clockwise, meanwhile, and by elastic component 33 with collude the elastic pulling force of fastener 38; Front panel 200 is inwardly strained, and makes front panel 200 belows closely lean against drawer side 100.
Certainly, the panel angle adjustment structure of the third structure of second embodiment of the invention also has the equivalent arrangements structure, and its embodiment is same as the third structure place of second embodiment, is not described in detail in this, and will not exist together now and explain:
Rotate actuator 250 and be located at retaining piece 30; Guide member 222 is to be located at first gear that rotates actuator 250 peripheries, and spacing track 225 is provided with second gear with first gears engaged, and spacing track 225 is located at support member 330; Be connected each other by the spacing track on being located at the guide member 222 that rotates on the actuator 250 and being located at connecting plate 330 225 is; To form connected structure, retaining piece 30 is connected on the connecting plate 330 by connecting axostylus axostyle 240 and connected structure, forms a swinging structure.Rotate actuator 250 and make its rotation when external force acts on, first gear and second gear produce active force and drive retaining piece 30 drive conjunctions 210 and then make drawer panel 200 produce the swing displacements.
In sum; The present invention is through establishing an angle adjustment structure on the drawer panel integrated structure; Drawer panel and side plate can the swing group be established; Specifically can realize through structure: the drawer panel integrated structure includes base plate, side plate, front panel, support member, retaining piece and conjunction, and the angle adjustment structure includes connector, connects axostylus axostyle, rotates actuator and connected structure; Support member is loaded on side plate, and retaining piece is loaded on support member, and conjunction is loaded on retaining piece; Connector be contained on the conjunction or support member and retaining piece between, front panel is installed on connector or the conjunction, and by the angle adjustment structure to form swinging structure; Rotate actuator and be contained on conjunction or connector or the retaining piece, be rotated by rotating actuator, front panel rotates generation swing displacement along with rotating actuator, with the angle of adjustment front panel and side plate.Whereby, the present invention can adjust the angle of drawer panel easily, also makes drawer side and front panel ability strong bonded simultaneously.
Certainly; The present invention also can have other various embodiments; Under the situation that does not deviate from spirit of the present invention and essence thereof; Those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (20)
1. a drawer panel angle adjustment structure includes a drawer panel integrated structure, and is arranged on the angle adjustment structure on this drawer panel integrated structure, and wherein, this drawer panel integrated structure comprises:
One square floor;
Left and right sides parallel side plate, said left and right sides parallel side plate is connected in said square floor;
One front panel is installed in said left and right sides parallel side plate;
Two support members are installed in said left parallel side plate and right parallel side plate respectively;
One retaining piece is installed on the said support member, and said retaining piece includes a supporting seat and and colludes fastener, saidly colludes the end that fastener is arranged at said supporting seat; And
One conjunction, detachable or be assembled in the said fastener that colludes;
It is characterized in that said conjunction is provided with a swing axis hole, said angle adjustment structure comprises:
One connects axostylus axostyle;
A connection piece, said connector are provided with one and connect axis hole, and said connection axostylus axostyle wears said connection axis hole, and connector is connected said swing axis hole, and said front panel is installed in said connector;
One rotates actuator, is located at said conjunction or said connector; And
One connected structure includes a spacing track and reaches and the corresponding guide member of said spacing track;
Said connector is connected in formation one swinging structure on the said conjunction by said connection axostylus axostyle and said connected structure; By said swinging structure; When said rotation actuator is rotated, said front panel rotates along with said rotation actuator and produces the swing displacement.
2. drawer panel angle adjustment structure according to claim 1 is characterized in that, a said end that colludes fastener is provided with an elastic component, and through the elastic pulling force of said elastic component, said front panel is resisted against said side plate.
3. drawer panel angle adjustment structure according to claim 1; It is characterized in that said rotation actuator is located on the said conjunction, said guide member is located on the said rotation actuator; Said spacing track is located on the said connector; And the corresponding said guide member of said spacing track, said guide member is connected with said spacing track each other, forms said connected structure.
4. drawer panel angle adjustment structure according to claim 1; It is characterized in that said rotation actuator is located on the said conjunction, said spacing track is located on the said rotation actuator; Said guide member is located on the said connector; And the corresponding said guide member of said spacing track, said spacing track is connected with said guide member each other, forms said connected structure.
5. drawer panel angle adjustment structure according to claim 1; It is characterized in that said rotation actuator is located on the said connector, said guide member is located on the said rotation actuator; Said spacing track is located on the said conjunction; And said spacing track is corresponding to said guide member, and said guide member is connected with said spacing track each other, forms said connected structure.
6. drawer panel angle adjustment structure according to claim 1; It is characterized in that said rotation actuator is located on the said connector, said spacing track is located on the said rotation actuator; Said guide member is located on the said conjunction; And said spacing track is corresponding to said guide member, and said spacing track is connected with said guide member each other, forms said connected structure.
7. drawer panel angle adjustment structure according to claim 3 is characterized in that, said rotation actuator is is an eccentric actuator; Be located on the said conjunction, said guide member is that the periphery by said rotation actuator forms, and said spacing track is located on the said connector; And the frame shape structure that is square, said rotation actuator wears said spacing track, and can be along moving in the said spacing track; Be connected each other with said spacing track is by said guide member, form said connected structure.
8. drawer panel angle adjustment structure according to claim 5 is characterized in that, said rotation actuator is is an eccentric actuator; Be located on the said connector; Said guide member is that the periphery by said rotation actuator forms, and said spacing track is located on the said conjunction, and the frame shape structure that is square; Said rotation actuator is to wear said spacing track; And can be connected each other with said spacing track is by said guide member along moving in the said spacing track, form said connected structure.
9. drawer panel angle adjustment structure according to claim 3; It is characterized in that said guide member is first gear of being located at said rotation actuator one end, said spacing track is provided with second gear with said first gears engaged; Be connected each other with said spacing track by said guide member; Form said connected structure, when said rotation actuator rotates, said second gear of said first gear drive and then drive said connector with said front panel and produce and swing displacement.
10. drawer panel angle adjustment structure according to claim 5; It is characterized in that; Said guide member is to be fixed in the first peripheral gear of said rotation actuator; Said spacing track is provided with second gear with said first gears engaged, is connected each other with said spacing track is by said guide member, forms said connected structure; When said rotation actuator rotation, said first gear and second gear produce active force and drive said connector and then drive said front panel generation swing displacement.
11. a drawer panel angle adjustment structure comprises a drawer panel integrated structure, and is arranged on the angle adjustment structure on the said drawer panel integrated structure, wherein, said drawer panel integrated structure comprises:
One square floor;
Left and right sides parallel side plate, said left and right sides parallel side plate is connected in said square floor;
One front panel is installed in said left and right sides parallel side plate;
Two support members are installed in said left parallel side plate and right parallel side plate respectively;
One retaining piece, said retaining piece is provided with a supporting seat and and colludes fastener, and the said fastener system of colluding is arranged at supporting seat one end; And
One conjunction, said colluding on the fastener is located in detachable or assembling, and said front panel is installed on the said conjunction;
It is characterized in that said retaining piece is provided with one and connects axis hole, said angle adjustment structure comprises:
One connects axostylus axostyle;
A connection piece is installed in said support member, and said connector be provided with one the swing axis hole, said connection axostylus axostyle wears said connection axis hole and is connected in said swing axis hole;
One rotates actuator, is installed in said connector or said retaining piece; And
One connected structure includes a spacing track and reaches and the corresponding guide member of said spacing track;
Said retaining piece is connected formation one swinging structure on the said connector by said connection axostylus axostyle and said connected structure; By said swinging structure; When said rotation actuator is rotated, said front panel rotates along with said rotation actuator and produces the swing displacement.
12. drawer panel angle adjustment structure according to claim 11 is characterized in that, a said end that colludes fastener is provided with an elastic component, through the elastic pulling force of said elastic component, makes said front panel be resisted against said side plate.
13. drawer panel angle adjustment structure according to claim 11; It is characterized in that said rotation actuator is located on the said connector, said guide member is located on the said rotation actuator; Said spacing track is located on the said retaining piece; And the corresponding said guide member of said spacing track, said guide member is connected with said spacing track each other, forms said connected structure.
14. drawer panel angle adjustment structure according to claim 11; It is characterized in that said rotation actuator is located on the said connector, said spacing track is located on the side of said rotation actuator; Said guide member is located on the said retaining piece; And the corresponding said guide member of said spacing track, said spacing track is connected with said guide member each other, forms said connected structure.
15. drawer panel angle adjustment structure according to claim 11; It is characterized in that said rotation actuator is located on the said retaining piece, said guide member is located on the side of said rotation actuator; Said spacing track is located on the said connector; And the corresponding said guide member of said spacing track, said guide member is connected with said spacing track each other, forms said connected structure.
16. drawer panel angle adjustment structure according to claim 11 is characterized in that said rotation actuator is located on the said retaining piece; Said rotation actuator is located on the said retaining piece; Said spacing track is located on the side of said rotation actuator, and said guide member is located on the said connector, and the corresponding said guide member of said spacing track; Said spacing track is connected with said guide member each other, forms said connected structure.
17. drawer panel angle adjustment structure according to claim 13 is characterized in that, said rotation actuator is an eccentric actuator; Be located on the said connector, said guide member is that the circumferential edge by said rotation actuator forms, and said spacing track is located on the said retaining piece; And the frame shape structure that is square, said rotation actuator wears said spacing track, and can be along moving in the said spacing track; Said guide member is connected with said spacing track is each other, forms said connected structure.
18. drawer panel angle adjustment structure according to claim 15 is characterized in that, said rotation actuator is an eccentric actuator; Be located on the said retaining piece, said guide member is that the circumferential edge by said rotation actuator forms, and said spacing track is located on the said connector; And the frame shape structure that is square, said rotation actuator wears said spacing track, and can be along moving in the said spacing track; Said guide member is connected with said spacing track each other, forms said connected structure.
19. drawer panel angle adjustment structure according to claim 13; It is characterized in that said guide member is first gear of being located at said rotation actuator one end, said spacing track is provided with second gear with said first gears engaged; Said guide member is connected with said spacing track each other; Form said connected structure, when said rotation actuator rotates, said second gear of said first gear drive and then drive said retaining piece, conjunction and produce with said front panel and swing displacement.
20. drawer panel angle adjustment structure according to claim 15; It is characterized in that; Said guide member is to be fixed in the first peripheral gear of said rotation actuator; Said spacing track is provided with second gear with said first gears engaged, and said guide member is connected with said spacing track each other, forms said connected structure; When said rotation actuator rotation, said first gear and second gear produce active force and drive said retaining piece and then drive said conjunction and said front panel generation swing displacement.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105317664A CN102058253B (en) | 2010-10-27 | 2010-10-27 | Angle adjusting structure of drawer panel |
| PCT/CN2011/001602 WO2012055156A1 (en) | 2010-10-27 | 2011-09-22 | Drawer-panel angle-adjustment structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105317664A CN102058253B (en) | 2010-10-27 | 2010-10-27 | Angle adjusting structure of drawer panel |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102058253A CN102058253A (en) | 2011-05-18 |
| CN102058253B true CN102058253B (en) | 2012-12-26 |
Family
ID=43993916
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105317664A Expired - Fee Related CN102058253B (en) | 2010-10-27 | 2010-10-27 | Angle adjusting structure of drawer panel |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN102058253B (en) |
| WO (1) | WO2012055156A1 (en) |
Families Citing this family (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102058253B (en) * | 2010-10-27 | 2012-12-26 | 东莞世巨五金塑胶制品有限公司 | Angle adjusting structure of drawer panel |
| CN102379554B (en) * | 2011-10-21 | 2013-07-10 | 伍志勇 | Regulating mechanism for drawer front |
| CN103082702A (en) * | 2011-11-08 | 2013-05-08 | 北京世博金属制品有限公司 | Connecting method of drawer side support on drawer and rear connecting yard fixing base |
| CN102578842B (en) * | 2012-01-17 | 2014-04-23 | 伍志勇 | Connecting device for drawer panel |
| DE202012010758U1 (en) * | 2012-11-09 | 2014-02-12 | Grass Gmbh | Device for attaching a front to a side part of a movable furniture part |
| CN102960965B (en) * | 2012-11-14 | 2014-12-10 | 伍志勇 | Unlocking device of drawer panel |
| CN104433353B (en) * | 2014-11-27 | 2017-02-22 | 伍志勇 | Locking and detaching structure of drawer front panel |
| CN105201967B (en) * | 2015-10-20 | 2017-07-11 | 广东库博精密科技有限公司 | A kind of drawer front panel and many buckle connecting structures of side panel |
| TWI548371B (en) | 2015-11-12 | 2016-09-11 | 川湖科技股份有限公司 | Drawer slide parts and mounting device thereof |
| US10010174B2 (en) * | 2015-11-12 | 2018-07-03 | King Slide Works Co., Ltd. | Mounting mechanism |
| CN107581807B (en) * | 2016-07-07 | 2020-03-27 | 川湖科技股份有限公司 | Mounting mechanism |
| CN110730621B (en) * | 2017-05-10 | 2021-11-02 | W·黑尔德 | Fixing fitting for panel |
| DE102017127022A1 (en) * | 2017-11-16 | 2019-05-16 | Paul Hettich Gmbh & Co. Kg | Fastening device for a panel of a drawer |
Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3930662A1 (en) * | 1989-09-14 | 1991-03-28 | Grass Ag | FRONT PANEL WITH ADJUSTMENT |
| DE4335393A1 (en) * | 1993-10-16 | 1995-04-20 | Grass Ag | Adjusting element for inclination adjustment of the front panel of drawers, drawer-type elements and the like |
| DE19531698B4 (en) * | 1995-08-29 | 2005-08-11 | MEPLA-WERKE LAUTENSCHLäGER GMBH & CO. KG | Bracket fitting for front panels of drawers |
| DE10021033A1 (en) * | 2000-05-02 | 2003-09-04 | Grass Gmbh Hoechst | Angle adjustment device for front wall of drawer, comprises removable housing supported by drawer frame and containing adjustment fittings, preferably screws or pinions |
| AT505432B1 (en) * | 2007-07-11 | 2012-08-15 | Blum Gmbh Julius | DRAWER WITH A FASTENING DEVICE FOR A FRONT PANEL |
| CN101683216B (en) * | 2008-09-23 | 2012-03-21 | 佳饰美企业有限公司 | Drawer enclosure frame with adjustable door plate and replaceable side walls |
| CN201403824Y (en) * | 2009-04-08 | 2010-02-17 | 世塑有限公司 | Drawer panel combining element |
| CN201407255Y (en) * | 2009-04-09 | 2010-02-17 | 世塑有限公司 | Panel combining component |
| CN102058253B (en) * | 2010-10-27 | 2012-12-26 | 东莞世巨五金塑胶制品有限公司 | Angle adjusting structure of drawer panel |
-
2010
- 2010-10-27 CN CN2010105317664A patent/CN102058253B/en not_active Expired - Fee Related
-
2011
- 2011-09-22 WO PCT/CN2011/001602 patent/WO2012055156A1/en active Application Filing
Also Published As
| Publication number | Publication date |
|---|---|
| CN102058253A (en) | 2011-05-18 |
| WO2012055156A1 (en) | 2012-05-03 |
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