CN209073804U - A kind of lock of drawer front panel is from driving structure - Google Patents
A kind of lock of drawer front panel is from driving structure Download PDFInfo
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- CN209073804U CN209073804U CN201821154185.1U CN201821154185U CN209073804U CN 209073804 U CN209073804 U CN 209073804U CN 201821154185 U CN201821154185 U CN 201821154185U CN 209073804 U CN209073804 U CN 209073804U
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Abstract
A kind of lock of drawer front panel is from driving structure, including front panel, side plate and jointly fix bracket, common fixed branch is erected on side plate, it which is provided with and lock structure of disembarking above and below, it is upper and lower to lock the relatively independent setting of structure of disembarking, connecting element is mutually locked and is separated with upper and lower structure of disembarking of locking there are two setting on front panel, to realize the locking between front panel and side plate and separate；Upper and lower lock is equipped with synchronous element between structure of disembarking, the two passes through synchronous element and is cooperatively connected；Structure is disembarked in locking or lower lock disembarks structure equipped with up and down adjustment component, structure is disembarked in locking and/or lower lock disembarks and is provided with left and right adjusting component on structure, locking disembark structure, lower lock disembark structure and synchronous element by the adjusting of up and down adjustment component relatively common fixation bracket makees upper and lower displacement simultaneously, connecting element disembarks structure and/or lower lock structure of disembarking makees left and right displacement by opposite lock of the adjusting of left and right adjusting component, to realize that front panel is adjusted with respect to upper-lower, left-right positions of side plate.
Description
Technical field
The utility model relates to a kind of locks of drawer front panel from driving structure.
Background technique
Chinese patent literature CN101224065A discloses a kind of panel of drawer with sliding rail on July 23rd, 2008
Locking and regulating device, including the sliding rail to connect with drawer, the panel of drawer is connected by connector with adjustment seat, in adjustment seat
It is provided with the guide groove for connector sliding, is provided with panel retaining mechanism in guide groove, which includes that setting is being adjusted
The eccentric cam on seat is saved, the other end is hinged by connecting rod and guide pad, and swing rod one end is hinged on guide pad by pin shaft,
Torsional spring is set on pin shaft, and one end connects on swing rod, and the other end connects on guide pad or adjustment seat, and guide pad slides over
In adjustment seat, connector end and the swing rod other end connect.Guide pad slides in locating rack, guide pad rear portion and the first spring
One end connects, and the first spring other end connects on locating rack.When the drawer panel height of the structure is relatively high, extremely it is easy
It now shakes, it is less satisfied to enable user, and the connector on panel needs while connecting with adjustment seat that panel could be fixed, and dismounts
Mode is also not easy to the routine use of user.Therefore, it is necessary to be further improved.
Utility model content
The purpose of the utility model is to provide a kind of simple and reasonable, reliable performances, connect firm, manufacturing cost
Low, easy to produce, Yi Shixian, dismounting is quick, and the lock of easy to operate and high flexibility drawer front panel is from driving structure, to overcome
Shortcoming in the prior art.
A kind of lock of the drawer front panel designed by this purpose is from driving structure, including front panel, side plate and common fixation
Bracket, common fixed bracket are arranged on side plate and are provided with that structure is disembarked in locking and lower lock is disembarked structure, and upper and lower lock is disembarked
The relatively independent setting of structure, there are two connecting elements for setting on front panel, and are disembarked respectively by two connecting elements and locking above and below
Structure is mutually locked and is separated, to realize the locking between front panel and side plate and separate, it is characterised in that: locking disembarks structure under
Lock, which is disembarked, is provided with synchronous element between structure, and the two is cooperatively connected by synchronous element, and structure is disembarked in locking or lower lock is disembarked on structure
Be provided with up and down adjustment component, locking disembark structure, lower lock disembark structure and synchronous element by the adjusting of up and down adjustment component simultaneously
Fixed bracket makees upper and lower displacement jointly relatively, to realize that front panel is adjusted with respect to the upper and lower position of side plate；The locking is disembarked
Structure and/or lower lock are provided with left and right adjusting component on structure of disembarking, the opposite locking of adjusting that connecting element passes through left and right adjusting component
It disembarks structure and/or lower lock structure of disembarking makees left and right displacement, to realize that front panel is adjusted with respect to the left-right position of side plate.
It is provided with department of assembly and lower department of assembly on the common fixed bracket, structure is disembarked in locking and lower lock is disembarked structure interval
It is distributed and relatively independent formula is separately positioned in department of assembly and lower department of assembly；It is additionally provided on the common fixed bracket
Intermediate department of assembly, intermediate department of assembly between upper department of assembly and lower department of assembly, synchronous element be arranged in intermediate department of assembly and
One end and upper department of assembly are cooperatively connected, and the other end and lower department of assembly are cooperatively connected.
The up and down adjustment component includes at least upper and lower locating piece and up and down adjustment part；Wherein, upper and lower locating piece setting exists
Locking disembark structure or it is lower lock disembark on structure, up and down adjustment part one end is provided with up and down adjustment service portion, and middle part locating rotation is upper
On lower locating piece, the other end is acted in locating rotation on common fixed bracket；Pass through tool or manual action up and down adjustment
Service portion, up and down adjustment part locating rotation on upper and lower locating piece and rotation when simultaneously drive locking disembark structure, it is lower lock disembark
Structure and synchronous element fix bracket jointly relatively and slide up and down, to realize that front panel is adjusted with respect to the upper and lower position of side plate.
It is provided in the upper department of assembly, and/or lower department of assembly and intermediate department of assembly and limits guide portion up and down；Described
Locking disembarks structure, the lower adjusting simultaneously that structure and synchronous element pass through up and down adjustment component of disembarking or more linear slide of locking in bound
In the guide portion of position.
The left and right adjusting component includes including at least left and right locating part and left and right adjusting part；Wherein, connecting element is arranged
On the locating part of left and right, left and right locating part setting locking disembark structure and/or it is lower lock disembark on structure, left and right adjusting part one end setting
There is left and right adjusting service portion, on the locating part of left and right, the other end acts on locking in locating rotation and disembarks middle part locating rotation
Structure and/or lower lock are disembarked on structure；By tool or manual action left and right adjusting service portion, left and right adjusting part is on the locating part of left and right
Locating rotation and in rotation driving left and right locating part and the opposite locking of connecting element disembark structure and/or lower lock disembark structure make it is left
Right sliding, to realize that front panel is adjusted with respect to the left-right position of side plate.
Structure is disembarked in the locking and lower lock disembarks and is respectively arranged with left and right adjusting component on structure and respectively corresponds left and right limit
Part is provided with left and right limit guide portion；It is linear that two connecting elements pass through adjusting of two left and right adjusting components or so respectively
Sliding is in left and right limit guide portion.
Described two connecting elements are respectively upper connecting element and lower connecting element；Locking structure of disembarking includes upper fixed
Position frame, upper finger type element, upper connecting rod, upper guide pad, upper spring and upper passage element；Wherein, upper locating rack is arranged upper
In department of assembly, upper passage element one end, which is swung, to be arranged on upper locating rack, and the other end is hinged by upper connecting rod and upper guide pad, on
Finger type element one end elastic hinge joint is on upper guide pad, and upper spring one end elastic reaction is on upper locating rack, other end elasticity
It acts on guide pad, upper guide pad is by upper spring Elastic Sliding on upper locating rack；It is set in the upper connecting element
It is equipped with locking part and the mutual snapping of the upper finger type element other end and/or disengaging, to realize that upper connecting element is disembarked with locking
Structure locking and/or separation.
It is described it is lower lock disembark structure include lower locating rack, assistant's finger shape element, lower link, lower guide pad, lower spring and under
Passage element；Wherein, lower locating rack is arranged in lower department of assembly, and lower passage element one end, which is swung, to be arranged on lower locating rack, separately
One end is hinged by lower link and lower guide pad, and assistant's finger shape element one end elastic hinge joint is on lower guide pad, lower spring one end
Elastic reaction is on lower locating rack, and on lower guide pad, lower guide pad is slided other end elastic reaction by lower spring
On lower locating rack；It is provided with lower locking part and assistant's finger shape element other end snapping and/or disengaging in the lower connecting element,
To realize that lower connecting element is locked and/or separated with lower structure of disembarking of locking.
The upper passage element and lower passage element are separately positioned on unlock service portion, lower unlock service portion.
The described upper and lower lock disembarks structure and when upper and lower connecting element unlocks, and tool or acts on unlock first manually and makees
With in portion, and upper passage element is driven to swing on upper locating rack, upper passage element is swinging by upper connecting rod and upper spring
Cooperation drives upper guide pad Elastic Sliding on upper locating rack, and upper guide pad drives finger type element elastic in Elastic Sliding
It swings and is located on guide pad, upper finger type element is de- with the upper locking part of upper connecting element in elastics wing and positioning
From.
Tool is then acted against manually on lower unlock service portion, and lower passage element is driven to swing on lower locating rack,
Lower passage element swing by lower link and lower spring cooperation driving under guide pad Elastic Sliding on lower locating rack, under lead
Drive assistant's finger shape element elastics wing on lower guide pad in Elastic Sliding to block, assistant's finger shape element is in elastics wing
It is detached from the lower locking part of lower connecting element.
Assistant's finger shape element and the disengaging of lower locking part and tool continue to act on lower unlock service portion manually
On, and lower passage element continuation is driven to swing on lower locating rack, lower passage element drives upper connecting element when swinging simultaneously
With lower connecting element disembark respectively with locking structure, it is lower lock from organizational separation, to realize the separation between front panel and side plate.
Swing component and elastic component are additionally provided in the upper passage element, swing component, which is swung, to be arranged in upper passage element,
The elastic force of elastic component is less than the elastic force of upper spring and one end elastic reaction on swing component, and other end elastic reaction is pushed away upper
It moves on element；The upper connecting element when the relatively upper locating rack of upper passage element is swung, effect and swing component is driven to pass through
Elastic component elastics wing is in upper passage element；The swing component, which is at least disembarked when structure is separated with upper connecting element in locking, to be led to
It crosses elastic component elastics wing and resets in passage element.
When the upper and lower lock disembarks structure with the locking of upper and lower connecting element, upper connecting element and lower connecting element are made respectively
With in swing component, lower passage element；Wherein, swing component drives upper passage element in upper positioning by the effect of upper connecting element
It is swung on frame, upper passage element drives upper guide pad Elastic Sliding in upper positioning in the cooperation for swinging by upper connecting rod and upper spring
On frame, upper guide pad drives finger type element elastic to swing on upper guide pad in Elastic Sliding, and upper finger type element exists
When elastics wing with the upper locking part snapping of upper connecting element；Locating rack under the acting on that lower passage element passes through lower connecting element
Upper swing, lower passage element swing by lower link and lower spring cooperation driving under guide pad Elastic Sliding in lower locating rack
On, lower guide pad drives assistant's finger shape element elastics wing in lower guide pad in Elastic Sliding, and assistant's finger shape element is in elasticity
When swing with the lower locking part snapping of lower connecting element, to realize the locking between front panel and side plate.
The utility model is by the improvement of above structure, and setting is spaced apart and relatively independent on common fixed bracket
Structure is disembarked in the locking of setting and lower lock is disembarked structure, two connecting elements is arranged on front panel and by two connecting elements difference
With locking disembark structure and it is lower lock disembark structure locking and separate.
When disassembly, it is first that the finger type element of structure is disembarked in locking and lower lock is disembarked structure is sequentially detached from two connections respectively
The separation of front panel and side plate can be realized in part, while so that the assembly of front panel and side plate is had larger flexibility, greatly
Facilitate the disassembly of front panel and side plate, user sequentially acted on by tool or manually under, lower passage element, can be complete
At the disassembly of front panel, solves the single unlocking element demand use of the prior art just compared with noticeable effort, the biggish amplitude of rotation
Two lock sets can be released to disembark structure, and because two lock sets are disembarked, the elastic force of structure locks twice after unlocking again, causes drawer
It internal impact and unlocks two lock sets structure of disembarking and needs power big, lead to the problem that user is difficult to front panel disassembly, with existing skill
Art is compared, and installation step and manufacturing tolerance between component are not only effectively reduced, to prevent the maloperation of operator, also
Further make the disassembly of front panel more quick and easy, user only needs with lesser active force, rotates lesser amplitude i.e.
Upper and lower lock structure of disembarking can be achieved successively sequentially to separate with two connecting elements, and lock is disembarked structure unlock not phase above and below
Mutually interference, greatly facilitates the use of user.
When assembly, two connecting elements act on the upper and lower swing component for locking structure of disembarking and lower passage element respectively, can be simultaneously
Upper and lower finger type element difference two connecting elements of snapping are driven, assembly of the user quickly to front panel and side plate is allow,
It is further convenient for users to use.
Also, structure is disembarked in locking and lower lock is disembarked, and structure is separately positioned on common fixed bracket and is provided therebetween
Synchronous element, the two are cooperatively connected by synchronous element, effectively simplify structure and the lower assembler for locking structure of disembarking of disembarking that lock
Skill, meanwhile, structure is disembarked in locking or lower lock disembarks and is provided with up and down adjustment component on structure, structure is disembarked in locking and/or lower lock is disembarked structure
On be provided with left and right adjusting component, user passes through the adjusting of up and down adjustment component and left and right adjusting component respectively, can adjust simultaneously
Locking disembark structure and synchronous element of structure, lower lock of disembarking fixes bracket jointly relatively and makees upper and lower displacement, and two connecting elements are opposite respectively
Structure is disembarked in locking and lower lock structure of disembarking makees left and right displacement, and upper-lower, left-right positions that front panel can be realized with respect to side plate is adjusted, use
Family can arbitrarily adjust front panel with respect to upper-lower, left-right positions between side plate according to actual use demand, make the appearance of drawer
It is more neat, exquisite, more meet the use demand of modern, while simplify user between front panel and side plate up and down,
Left-right position is adjusted.
In terms of comprehensive, with simple and reasonable, reliable performance, it is firm to connect, and manufacturing cost is low, easy to produce, Yi Shi
Now, the features such as dismounting is quick, and easy to operate and flexibility is high, it is practical.
Detailed description of the invention
Fig. 1 is the decomposition texture schematic diagram of the utility model first embodiment.
Fig. 2 be the utility model first embodiment common fixed bracket, locking disembark structure, it is lower lock disembark structure, synchronize member
Part, upper connecting element, lower connecting element assembling structure schematic diagram.
Fig. 3, Fig. 4 are that disembark structure, lower lock of the common fixed bracket of the utility model first embodiment, locking is disembarked structure, same
Walk element, upper connecting element, lower connecting element decomposition texture schematic diagram.
Fig. 5, Fig. 6 are that disembark structure, the lower lock of locking of the utility model first embodiment is disembarked structure, synchronous element assembling structure
Schematic diagram.
Fig. 7 is that the locking of the utility model first embodiment is disembarked structure decomposition texture schematic diagram.
Fig. 8 is that the locking of the utility model first embodiment is disembarked structure assembling structure schematic diagram.
Fig. 9 is that the lower lock of the utility model first embodiment is disembarked structure decomposition texture schematic diagram.
Figure 10 is that the lower lock of the utility model first embodiment is disembarked structure assembling structure schematic diagram.
Figure 11-Figure 14 is that the upper and lower of the utility model first embodiment locks disembark structure and upper and lower connecting element separation process
Schematic diagram.
Figure 15, Figure 16 are that the upper and lower of the utility model first embodiment locks disembark structure and upper and lower connecting element locking process
Schematic diagram.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1-Figure 16, the lock of this drawer front panel is from driving structure, including front panel 1, side plate 2 and common fixed branch
Frame 3, common fixed bracket 3 are arranged on side plate 2 and are provided with that structure A is disembarked in locking and lower lock is disembarked structure B, lock above and below from
The relatively independent setting of mechanism, there are two connecting elements for setting on front panel 1, and pass through two connecting elements and upper and lower lock respectively
Structure of disembarking mutually is locked and is separated, to realize the locking between front panel 1 and side plate 2 and separate, locking disembark structure A and under lock from
It is provided with synchronous element 4 between mechanism B, the two is cooperatively connected by synchronous element 4, and locking structure A or lower lock of disembarking is disembarked on structure B
Be provided with up and down adjustment component, locking disembark structure A, lower lock disembark structure B and synchronous element 4 it is same by the adjusting of up and down adjustment component
When relatively jointly fix bracket 3 make upper and lower displacement, with realize front panel 1 with respect to side plate 2 upper and lower position adjust；The locking
It disembarks structure A and/or lower lock disembarks and is provided with left and right adjusting component on structure B, connecting element passes through the adjusting phase of left and right adjusting component
Left and right displacement is made to the locking structure A and/or lower lock structure B that disembarks that disembarks, to realize that front panel 1 is adjusted with respect to the left-right position of side plate 2.
Further speaking, department of assembly 5 and lower department of assembly 6 are provided on fixed bracket 3 jointly, locking disembarks structure A under
The lock structure B that disembarks is spaced apart and relatively independent formula is separately positioned in department of assembly 5 and lower department of assembly 6；The common fixation
Intermediate department of assembly 7 is additionally provided on bracket 3, intermediate department of assembly 7 is between upper department of assembly 5 and lower department of assembly 6, synchronous element 4
It is arranged in intermediate department of assembly 7 and one end and upper department of assembly 5 is cooperatively connected, the other end and lower department of assembly 6 is cooperatively connected.
Further speaking, up and down adjustment component includes at least upper and lower locating piece 8 and up and down adjustment part 9；Wherein, positioning up and down
Part 8 setting locking disembark structure A or lower lock disembark on structure B, 9 one end of up and down adjustment part is provided with up and down adjustment service portion 10, in
On upper and lower locating piece 8, the other end acts on common fixed bracket 3 portion's locating rotation in locating rotation；By tool or
Manual action up and down adjustment service portion 10, up and down adjustment part 9 drive simultaneously in locating rotation on upper and lower locating piece 8 and in rotation
Disembark structure A, lower lock of dynamic locking disembarks that fixed bracket 3 slides up and down jointly relatively for structure B and synchronous element 4, to realize front panel 1
The upper and lower position of opposite side plate 2 is adjusted.
Further speaking, limit guidance up and down is provided in upper department of assembly 5, and/or lower department of assembly 6 and intermediate department of assembly 7
Portion 11；The locking disembark structure A, lower lock disembark structure B and synchronous element 4 gone up simultaneously by the adjusting of up and down adjustment component it is offline
Property sliding up and down limit guide portion 11 on.
Further speaking, left and right adjusting component includes including at least left and right locating part 12 and left and right adjusting part 13；Wherein, even
It connects element to be arranged on left and right locating part 12, the setting of left and right locating part 12 disembarks structure A in locking and/or lower lock is disembarked on structure B, left
Right 13 one end of regulating part is provided with left and right adjusting service portion 14, and middle part locating rotation is on left and right locating part 12, and the other end is fixed
Position rotation when act on locking disembark structure A and/or it is lower lock disembark on structure B；Pass through tool or manual action left and right adjusting service portion
14, left and right adjusting part 13 is in locating rotation on left and right locating part 12 and driving left and right locating part 12 and connecting element in rotation
Structure A is disembarked in opposite locking and/or lower lock is disembarked, and structure B horizontally slips, to realize the left-right position tune of the side plate 2 relatively of front panel 1
Section.
Further speaking, structure A is disembarked in locking and lower lock disembarks and is respectively arranged with left and right adjusting component and right respectively on structure B
Should left and right locating part 12 be provided with left and right limit guide portion 15；Two connecting elements pass through two left and right adjusting components respectively
Adjusting left and right linear slide left and right limit guide portion 15 on.
Further speaking, two connecting elements are respectively upper connecting element 16 and lower connecting element 17；The locking from
Mechanism A includes upper locating rack A1, upper finger type element A2, upper connecting rod A3, upper guide pad A4, upper spring A5 and upper passage element
A6；Wherein, upper locating rack A1 is arranged in upper department of assembly 5, and the one end upper passage element A6, which is swung, to be arranged on upper locating rack A1, separately
One end by upper connecting rod A3 and upper guide pad A4 it is hinged, upper finger type element A2 one end elastic hinge joint on upper guide pad A4, on
Spring A5 one end elastic reaction is on upper locating rack A1, and on upper guide pad A4, upper guide pad A4 passes through other end elastic reaction
Upper spring A5 Elastic Sliding is on upper locating rack A1；Locking part 19 and upper finger type are provided in the upper connecting element 16
The mutual snapping of the element A2 other end and/or disengaging, to realize that upper connecting element 16 and locking the structure A that disembarks are locked and/or separated.
Further speaking, the lower structure B that disembarks that locks includes lower locating rack B1, assistant's finger shape element B2, lower link B3, lower guide pad
B4, lower spring B 5 and lower passage element B6；Wherein, lower locating rack B1 is arranged in lower department of assembly 6, lower one end passage element B6
It swings and is arranged on lower locating rack B1, the other end is hinged by lower link B3 and lower guide pad B4, the one end assistant finger shape element B2
Elastic hinge joint is on lower guide pad B4, and lower 5 one end elastic reaction of spring B is on lower locating rack B1, and other end elastic reaction is under
On guide pad B4, lower guide pad B4 is by lower 5 Elastic Sliding of spring B on lower locating rack B1；In the lower connecting element 17
It is provided with lower locking part 20 and assistant's finger shape element B2 other end snapping and/or disengaging, to realize lower connecting element 17 and lower lock
The structure B that disembarks locking and/or separation.
Further speaking, upper passage element A6 and lower passage element B6 is separately positioned on unlock service portion 21, lower unlock
Service portion 22.
When upper and lower lock disembarks structure and upper and lower connecting element unlocks, tool or unlock service portion is acted on first manually
On 21, and upper passage element A6 is driven to swing on upper locating rack A1, upper passage element A6 is swinging by upper connecting rod A3 and upper
The cooperation of spring A5 drives upper guide pad A4 Elastic Sliding on upper locating rack A1, on upper guide pad A4 drives in Elastic Sliding
Finger type element A2 elastics wing and be located on guide pad A4, upper finger type element A2 in elastics wing and positioning with it is upper
The upper locking part 19 of connecting element 16 is detached from.
Tool is then acted against manually on lower unlock service portion 22, and drives lower passage element B6 on lower locating rack B1
Swing, lower passage element B6 swing by lower link B3 and lower spring B 5 cooperation driving under guide pad B4 Elastic Sliding under
On locating rack B1, lower guide pad B4 drives assistant's finger shape element B2 elastics wing on lower guide pad B4 in Elastic Sliding, under
Finger type element B2 is detached from elastics wing with the lower locking part 20 of lower connecting element 17.
Assistant's finger shape element B2 and the disengaging of lower locking part 20 and tool continue to act on lower unlock service portion 22 manually
On, and lower passage element B6 continuation is driven to swing on lower locating rack B1, lower passage element B6 connects in driving simultaneously when swinging
It connects element 16 and lower connecting element 17 structure A, lower lock the structure B that disembarks that disembarks respectively with locking is separated, to realize front panel 1 and side plate 2
Between separation.
Further speaking, swing component 23 and elastic component 24 are additionally provided on upper passage element A6, swing component 23 swings setting
On upper passage element A6, elastic force of the elastic force less than upper spring A5 and one end elastic reaction of elastic component 24 are in swing component 23
On, other end elastic reaction is on upper passage element A6；The upper connecting element 16 is in the relatively upper positioning of upper passage element A6
Frame A1 swing when, effect and drive swing component 23 by 24 elastics wing of elastic component on upper passage element A6；The swing
Part 23 at least locking disembark structure A separated with upper connecting element 16 when by 24 elastics wing of elastic component and to reset at upper passage first
On part A6.
When upper and lower lock disembarks structure and the locking of upper and lower connecting element, upper connecting element 16 and lower connecting element 17 are made respectively
With on swing component 23, lower passage element B6；Wherein, swing component 23 drives upper passage element by the effect of upper connecting element 16
A6 is swung on upper locating rack A1, and upper passage element A6 is oriented in the cooperation driving for swinging by upper connecting rod A3 and upper spring A5
For block A4 Elastic Sliding on upper locating rack A1, upper guide pad A4 drives finger type element A2 elastics wing to exist in Elastic Sliding
On upper guide pad A4, upper finger type element A2 in elastics wing with 19 snapping of upper locking part of upper connecting element 16；Lower passage
It is swung on locating rack B1 under the acting on that element B6 passes through lower connecting element 17, lower passage element B6 is swinging by lower link B3
Cooperation with lower spring B 5 drives lower guide pad B4 Elastic Sliding on lower locating rack B1, and lower guide pad B4 drives in Elastic Sliding
Move assistant's finger shape element B2 elastics wing in lower guide pad B4, assistant's finger shape element B2 in elastics wing with lower connecting element 17
20 snapping of lower locking part, to realize the locking between front panel 1 and side plate 2.
Upper connecting element 16 and lower connecting element 17 split type can be arranged on plate 1 in front, can also be integrally formed formula
Setting is in front on plate 1.Therefore, lower passage element B6 drives upper connecting element 16 and lower connecting element 17 to divide simultaneously when swinging
Do not disembark with locking structure A, the lower lock structure B that disembarks is separated；Upper connecting element 16 and lower connecting element 17 can also be simultaneously in assembly
It is respectively acting on swing component 23, on lower passage element B6.
Basic principles, main features, and advantages of the present invention has been shown and described above.Ability
The technical staff in domain should be recognized that the present utility model is not limited to the above embodiments, described in the above embodiment and specification
Only illustrate the principles of the present invention, the utility model also has on the premise of not departing from the spirit and scope of the utility model
Various changes and modifications, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model
Protection scope is defined by appended claims and its equivalent.
Claims (10)
1. a kind of lock of drawer front panel is from driving structure, including front panel (1), side plate (2) and common fixation bracket (3), altogether
It is arranged on side plate (2) with fixed bracket (3) and is provided with locking structure (A) He Xiasuo that disembarks and disembarks structure (B), it is upper and lower to lock
The relatively independent setting of structure of disembarking, there are two connecting elements for setting on front panel (1), and respectively by two connecting elements and it is upper,
Lower structure of disembarking of locking mutually is locked and is separated, to realize the locking between front panel (1) and side plate (2) and separate, it is characterised in that:
Locking structure (A) He Xiasuo that disembarks disembarks and is provided with synchronous element (4) between structure (B), and the two is connected by synchronous element (4) cooperation
It connects, structure (A) is disembarked in locking or lower lock disembarks and is provided with up and down adjustment component on structure (B), and disembark structure (A), lower lock of locking is disembarked structure
(B) bracket (3) are fixed by the adjusting of up and down adjustment component jointly relatively simultaneously and make upper and lower displacement with synchronous element (4), with reality
Existing front panel (1) is adjusted with respect to the upper and lower position of side plate (2)；The locking disembark structure (A) and/or it is lower lock disembark on structure (B)
Be provided with left and right adjusting component, connecting element by the adjusting of left and right adjusting component it is opposite lock disembark structure (A) and/or under lock from
Mechanism (B) makees left and right displacement, to realize that front panel (1) is adjusted with respect to the left-right position of side plate (2).
2. the lock of drawer front panel is from driving structure according to claim 1, it is characterised in that: the common fixed bracket
(3) department of assembly (5) and lower department of assembly (6) are provided on, locking structure (A) He Xiasuo structure (B) of disembarking of disembarking is spaced apart and phase
Stand alone type is separately positioned in upper department of assembly (5) and lower department of assembly (6)；It is additionally provided on the common fixed bracket (3)
Intermediate department of assembly (7), between upper department of assembly (5) and lower department of assembly (6), synchronous element (4) setting exists intermediate department of assembly (7)
On intermediate department of assembly (7) and one end and upper department of assembly (5) are cooperatively connected, and the other end and lower department of assembly (6) are cooperatively connected.
3. the lock of drawer front panel is from driving structure according to claim 2, it is characterised in that: the up and down adjustment component is extremely
It less include upper and lower locating piece (8) and up and down adjustment part (9)；Wherein, the setting of upper and lower locating piece (8) locking disembark structure (A) or under
Lock is disembarked on structure (B), and up and down adjustment part (9) one end is provided with up and down adjustment service portion (10), and middle part locating rotation is fixed up and down
On position part (8), the other end is acted in locating rotation on common fixed bracket (3)；By being lowered on tool or manual action
Save service portion (10), up and down adjustment part (9) locating rotation on upper and lower locating piece (8) and rotation when simultaneously drive locking from
Mechanism (A), lower lock relatively common fixation bracket (3) of structure (B) and synchronous element (4) of disembarking slide up and down, to realize front panel
(1) upper and lower position of opposite side plate (2) is adjusted.
4. the lock of the drawer front panel according to Claims 2 or 3 is from driving structure, it is characterised in that: the upper department of assembly
(5) it, and/or is provided on lower department of assembly (6) and intermediate department of assembly (7) and limits guide portion (11) up and down；The locking is disembarked
Structure (A), the lower adjusting simultaneously that structure (B) and synchronous element (4) pass through up and down adjustment component of disembarking or more linear slide of locking are upper and lower
It limits on guide portion (11).
5. the lock of drawer front panel is from driving structure according to claim 1, it is characterised in that: the left and right adjusting component packet
It includes and includes at least left and right locating part (12) and left and right adjusting part (13)；Wherein, connecting element is arranged on left and right locating part (12),
Left and right locating part (12) setting locking disembark structure (A) and/or it is lower lock disembark on structure (B), left and right adjusting part (13) one end setting
Have left and right adjusting service portion (14), on left and right locating part (12), the other end acts on middle part locating rotation in locating rotation
Locking disembark structure (A) and/or it is lower lock disembark on structure (B)；By tool or manual action left and right adjusting service portion (14), left and right is adjusted
Saving part (13), driving left and right locating part (12) and connecting element are opposite in locating rotation on left and right locating part (12) and in rotation
Structure (A) is disembarked in locking and/or lower lock structure (B) of disembarking horizontally slips, to realize left and right position of front panel (1) side plate (2) relatively
Set adjusting.
6. the lock of drawer front panel is from driving structure according to claim 5, it is characterised in that: structure (A) is disembarked in the locking
It disembarks to be respectively arranged with left and right adjusting component on structure (B) and respectively correspond left and right locating part (12) with lower lock and is provided with left and right limit
Position guide portion (15)；Two connecting elements pass through the adjusting left and right linear slide of two left and right adjusting components in left and right respectively
It limits on guide portion (15).
7. the lock of drawer front panel is from driving structure according to claim 2, it is characterised in that: described two connecting elements point
It Wei not upper connecting element (16) and lower connecting element (17)；Locking structure (A) of disembarking includes upper locating rack (A1), upper finger
Shape element (A2), upper connecting rod (A3), upper guide pad (A4), upper spring (A5) and upper passage element (A6)；Wherein, upper locating rack
(A1) it is arranged on upper department of assembly (5), upper passage element one end (A6), which is swung, to be arranged on upper locating rack (A1), and the other end passes through
Upper connecting rod (A3) and upper guide pad (A4) hingedly, upper finger type element (A2) one end elastic hinge joint on upper guide pad (A4), on
Spring (A5) one end elastic reaction is on upper locating rack (A1), and other end elastic reaction is on upper guide pad (A4), upper guide pad
(A4) through upper spring (A5) Elastic Sliding on upper locating rack (A1)；Locking is provided in the upper connecting element (16)
Portion (19) and the mutual snapping of upper finger type element (A2) other end and/or disengaging, with realize upper connecting element (16) and lock from
Mechanism (A) locking and/or separation.
8. the lock of drawer front panel is from driving structure according to claim 7, it is characterised in that: the lower lock disembarks structure (B)
Including lower locating rack (B1), assistant's finger shape element (B2), lower link (B3), lower guide pad (B4), lower spring (B5) and under push away
It moves element (B6)；Wherein, lower locating rack (B1) is arranged on lower department of assembly (6), and lower passage element one end (B6) swings setting and exists
On lower locating rack (B1), the other end passes through lower link (B3) and lower guide pad (B4) hingedly, the one end assistant's finger shape element (B2) bullet
Property is hinged on lower guide pad (B4), and lower spring (B5) one end elastic reaction is on lower locating rack (B1), other end elastic reaction
On lower guide pad (B4), lower guide pad (B4) is by lower spring (B5) Elastic Sliding on lower locating rack (B1)；Under described
Lower locking part (20) and assistant's finger shape element (B2) other end snapping and/or disengaging are provided in connecting element (17), to realize
Lower connecting element (17) with it is lower lock disembark structure (B) locking and/or separate.
9. the lock of drawer front panel is from driving structure according to claim 8, it is characterised in that: the upper passage element (A6)
Upper unlock service portion (21), lower unlock service portion (22) are separately positioned on lower passage element (B6)；
The described upper and lower lock disembarks structure and when upper and lower connecting element unlocks, and tool or acts on unlock service portion first manually
(21) on, and upper passage element (A6) is driven to swing on upper locating rack (A1), upper passage element (A6) is swinging by upper company
The cooperation of bar (A3) and upper spring (A5) drives upper guide pad (A4) Elastic Sliding on upper locating rack (A1), upper guide pad (A4)
Upper finger type element (A2) elastics wing is driven in Elastic Sliding and is located on upper guide pad (A4), upper finger type element
(A2) it is detached from elastics wing and positioning with the upper locking part (19) of upper connecting element (16)；
Tool is then acted against manually on lower unlock service portion (22), and drives lower passage element (B6) at lower locating rack (B1)
Upper swing, lower passage element (B6) guide pad (B4) bullet under the cooperation driving for swinging by lower link (B3) and lower spring (B5)
Property sliding on lower locating rack (B1), lower guide pad (B4) drives assistant's finger shape element (B2) elastics wing to exist in Elastic Sliding
On lower guide pad (B4), assistant's finger shape element (B2) is de- with the lower locking part (20) of lower connecting element (17) in elastics wing
From；
Assistant's finger shape element (B2) and the disengaging of lower locking part (20) and tool continue to act on lower unlock effect manually
In portion (22), and lower passage element (B6) continuation is driven to swing on lower locating rack (B1), lower passage element (B6) is when swinging
Disembark respectively with locking structure (A), lower structure (B) of disembarking of locking of upper connecting element (16) and lower connecting element (17) is driven to separate simultaneously,
To realize the separation between front panel (1) and side plate (2).
10. the lock of drawer front panel is from driving structure according to claim 9, it is characterised in that: the upper passage element
(A6) swing component (23) and elastic component (24) are additionally provided on, swing component (23), which is swung, to be arranged on upper passage element (A6), bullet
Property part (24) elastic force less than upper spring (A5) elastic force and one end elastic reaction on swing component (23), the other end elasticity
It acts on passage element (A6)；The upper connecting element (16) is in relatively upper locating rack (A1) pendulum of upper passage element (A6)
When dynamic, effect and drive swing component (23) by elastic component (24) elastics wing on upper passage element (A6)；The swing
Part (23) at least locking disembark structure (A) separated with upper connecting element (16) when by elastic component (24) elastics wing and resetting at
On upper passage element (A6)；
When the upper and lower lock disembarks structure with the locking of upper and lower connecting element, upper connecting element (16) and lower connecting element (17) point
Swing component (23) is not acted on, in lower passage element (B6)；Wherein, swing component (23) is driven by the effect of upper connecting element (16)
Dynamic upper passage element (A6) is swung on upper locating rack (A1), and upper passage element (A6) is swinging by upper connecting rod (A3) and upper bullet
The cooperation of spring (A5) drives upper guide pad (A4) Elastic Sliding on upper locating rack (A1), and upper guide pad (A4) is in Elastic Sliding
Finger type element (A2) elastics wing is on upper guide pad (A4) in driving, upper finger type element (A2) in elastics wing with it is upper
Upper locking part (19) snapping of connecting element (16)；Positioning under the acting on that lower passage element (B6) passes through lower connecting element (17)
It is swung on frame (B1), lower passage element (B6) guide pad under the cooperation driving for swinging by lower link (B3) and lower spring (B5)
(B4) for Elastic Sliding on lower locating rack (B1), lower guide pad (B4) drives assistant's finger shape element (B2) elastic in Elastic Sliding
Swing at lower guide pad (B4), assistant's finger shape element (B2) in elastics wing with the lower locking part (20) of lower connecting element (17)
Snapping, to realize the locking between front panel (1) and side plate (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821154185.1U CN209073804U (en) | 2018-07-19 | 2018-07-19 | A kind of lock of drawer front panel is from driving structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821154185.1U CN209073804U (en) | 2018-07-19 | 2018-07-19 | A kind of lock of drawer front panel is from driving structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209073804U true CN209073804U (en) | 2019-07-09 |
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ID=67113639
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821154185.1U Active CN209073804U (en) | 2018-07-19 | 2018-07-19 | A kind of lock of drawer front panel is from driving structure |
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| Country | Link |
|---|---|
| CN (1) | CN209073804U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108577273A (en) * | 2018-07-19 | 2018-09-28 | 广东东泰五金精密制造有限公司 | A kind of lock of drawer front panel is from driving structure |
| CN113616005A (en) * | 2021-08-27 | 2021-11-09 | 广东东泰五金精密制造有限公司 | Lock-separation dismounting structure of drawer panel |
-
2018
- 2018-07-19 CN CN201821154185.1U patent/CN209073804U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108577273A (en) * | 2018-07-19 | 2018-09-28 | 广东东泰五金精密制造有限公司 | A kind of lock of drawer front panel is from driving structure |
| CN113616005A (en) * | 2021-08-27 | 2021-11-09 | 广东东泰五金精密制造有限公司 | Lock-separation dismounting structure of drawer panel |
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