CN205258446U - Thick liquid device is carried in kneepiece vibration - Google Patents
Thick liquid device is carried in kneepiece vibration Download PDFInfo
- Publication number
- CN205258446U CN205258446U CN201521012335.1U CN201521012335U CN205258446U CN 205258446 U CN205258446 U CN 205258446U CN 201521012335 U CN201521012335 U CN 201521012335U CN 205258446 U CN205258446 U CN 205258446U
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- vibration
- sizing die
- knee
- piece
- plate
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Abstract
The utility model discloses a thick liquid device is carried in kneepiece vibration, including the fixed connection head, pneumatic vibrator, vibration transmission assembly and vibration sizing die, the fixed connection head, down coaxial line connection in proper order on pneumatic vibrator and the vibration transmission assembly follow, vibration transmission assembly's the lower extreme and the top of vibration sizing die are connected, the vibration sizing die is the cooker lid body of rectangle root edge, the vibration that pneumatic vibrator produced makes vibration sizing die oscillation generation through vibration transmission assembly, the vibration sizing die covers in the surface of kneepiece, its sustained vibration makes the surface of kneepiece form the one deck serous coat. The fixed connection head is connected on a station of the whole suppression movement platform of drive, carries out work by the whole platform of cylinder drive.
Description
Technical field
The utility model relates to a kind of knee-piece production line, and sizing device is carried in the knee-piece vibration that is specifically related to a kind of knee-piece production line.
Background technology
In the production process of Daqu, knee-piece after compressing need to put in storage and carry out zymotechnique, whether the smoothness on the knee-piece surface in other words surface of knee-piece can form one deck thin water film the effect of fermentation is had to very large impact, and this operation that makes knee-piece surface form thin water film is called surface and carries slurry. Current surface is carried slurry and is mostly realized by manually repeatedly jamming on, and the amount of labour is large and efficiency is low.
Utility model content
The purpose of this utility model is to provide the device on a kind of automatic flapping knee-piece surface, extracts moisture and form one deck grout film when on compacting knee-piece the surface.
The utility model discloses a kind of knee-piece vibration and carry sizing device, comprise fixed connector, pneumatic vibrator, vibration transmitting assembly and vibration sizing die, fixed connector, pneumatic vibrator with vibration transmitting assembly from top to bottom successively coaxial line be connected, the lower end of vibration transmitting assembly is connected with the top of vibration sizing die, vibration sizing die is curvature of the spinal column type lid in the middle of rectangle root edge, the vibration that pneumatic vibrator produces makes to vibrate sizing die by vibration transmitting assembly and produces vibration, vibration sizing die covers in the outer surface of knee-piece, its sustained vibration makes the outer surface of knee-piece form one deck serous coat.
Described vibration transmitting assembly involving vibrations transmitter shaft and stopper assembly, vibration transmitter shaft comprises hollow shaft and is connected in the end plate at its two ends, the sidewall of hollow shaft has a pair of axial notch about axial centre face symmetry, stopper assembly comprises H type support body and elastic component, elastic component comprises spring and is connected in the movable post at two ends, in two vertical beams of H type support body, there is through hole along its length, the upper and lower side of through hole has been threaded connection respectively sleeve pipe, in through hole, be connected with respectively elastic component, the movable post at elastic component two ends passes and can move up and down respectively from sleeve pipe, stopper assembly is with moving up and down being connected in axial notch of horizontal tie-beam of H type support body, and two vertical beams are positioned at outside the sidewall of hollow shaft, the limiting plate that the end plate at hollow shaft two ends moves up and down as elastic component respectively.
Described pneumatic vibrator comprises the piston rod in shell and shell, and the head of piston rod is connected as a single entity with the horizontal tie-beam of described H type support body through after the end plate of described vibration transmission shaft upper end.
The lower end of described pneumatic vibrator piston rod head is connected with interior nipple, the external diameter of the outer silk end of interior nipple is greater than the external diameter of internal screw end, its China and foreign countries silks end is connected with piston rod head, the horizontal tie-beam clamping of internal screw end and described H type support body, by the screw that passes horizontal tie-beam, internal screw end and H type support body is connected as a single entity.
Described fixed connector comprises the base plate of hollow connecting rod and its lower end, and the axial centre of hollow connecting rod has spring, and there is fixed head the lower end of spring, and the downside of fixed head is connected with screw rod, and screw rod is connected as a single entity through the housing of base plate and described pneumatic vibrator.
The length direction two ends at described vibration sizing die top are provided with two connecting axles upward.
This device also comprises pillar, press box and table type fixed mount, and press box is rectangle frame; The root edge of described vibration sizing die is fixed on the inner chamber of press box, table type fixed mount is connected in the upside of press box, its top board is positioned at the over top of vibration sizing die, on table type fixed mount, the connecting axle place at corresponding vibration sizing die top is connected with flange linear bearing, and connecting axle is connected with rubber blanket through rear upper end from flange linear bearing; Pillar is fixed between two flange linear bearings on a type fixed mount top board, comprises hollow cylinder and the connecting plate that is connected in its two ends, and wherein the connecting plate of upper end is connected as a single entity by the base plate of pull-rod and extended type flange linear bearing and fixed connector; The connecting axle position at the corresponding described vibration sizing die of pillar sidewall top is connected with clamp, has U-shaped draw-in groove on clamp.
On the connecting plate of described pillar upper end, corresponding described screw position place is connected with flange nut, and screw rod passes and locks by locking nut from flange nut.
This device also comprises two groups of elastic buffer assemblies, and every group of elastic buffer assembly comprises buffer screw stem, two springs and two adjustable plates, and spring is placed on buffer screw stem, and adjustable plate is threaded connection respectively in the outside of the upper and lower of buffer screw stem spring; Position between corresponding two springs of buffer screw stem is connected in the U-shaped draw-in groove of described pillar sidewall clamp, and the two ends of two springs are respectively using adjustable plate and clamp as limiting plate; There is the location-plate mating with described rubber blanket the lower end of buffer screw stem. The length of carrying out according to actual needs regulating spring by adjusting the position of adjustable plate on buffer screw stem, the different length of spring embodies different cushion effects.
Because the size of pneumatic vibrator is less, adopt compressed air as power source, Oscillation Amplitude is little, and vibration frequency can be controlled by adjusting compressed-air actuated flow, stops or starting rapidly, is particularly useful for the compaction treatment of material in mould.
Operation principle is as follows: the H type support body of the piston rod head of pneumatic vibrator and stopper assembly is connected as a single entity, the up-and-down reciprocating motion of piston rod drives stopper assembly to make corresponding motion, the locating part that the elastic component on stopper assembly moves up and down as stopper assembly. Be that stopper assembly is while moving to high-low limit position, the movable post at elastic component two ends can produce the impact of opposite direction with the end plate at vibration transmitter shaft assembly two ends, drives vibration sizing die to produce corresponding vibration thereby make to vibrate transmitter shaft assembly generation vibration. That is to say in the time that stopper moves to lower limit, can make to vibrate sizing die by vibration transmitter shaft assembly and move downward, otherwise vibration sizing die moves upward. Made to vibrate sizing die and also repeatedly moved up and down and pat the surface of compacting knee-piece by the fast repeatedly flexible of pneumatic vibrator piston rod like this, simulation manually jams on knee-piece surface extraction moisture and forms very thin serous coat to improve the effect of follow-up zymotechnique.
The setting of table type fixed mount and pillar, the structure that pillar and connector are connected as a single entity, has stability in the process that makes pneumatic vibrator drive vibration sizing die to move up and down, and there will not be the phenomenons such as sideslip; Arranging in the further resilience that has ensured vibration sizing die and vibration processes of elastic buffer assembly plays cushioning effect.
Brief description of the drawings
Fig. 1 is the structural representation of an embodiment of the utility model.
Fig. 2 is the schematic side view of Fig. 1.
Fig. 3 is the A-A cross-sectional schematic in Fig. 2.
Fig. 4 is the perspective view of Fig. 1.
Detailed description of the invention
As shown in Figures 1 to 4, the present embodiment discloses a kind of knee-piece vibration and has carried sizing device, comprises fixed connector 1, pneumatic vibrator 2, vibration transmitter shaft assembly 3, stopper assembly 4, vibration sizing die 5, pillar 6, elastic buffer assembly 7, press box 8, table type fixed mount 9, extended type flange linear bearing 10.
Press box 8 is rectangle frame, and vibration sizing die 5 is curvature of the spinal column type lid in the middle of rectangle root edge, is fixed in the inner chamber of press box 8 with root edge, and table type fixed mount 9 is connected in the upside of press box 8, and the top board of table type fixed mount 9 is positioned at the top at vibration sizing die 5 tops.
The length direction two ends at vibration sizing die 5 tops are connected with two connecting axles 51 upward, on the top board of table type fixed mount 9, corresponding connecting axle 51 places are connected with flange linear bearing 53, and connecting axle 51 is connected with rubber blanket 52 through rear upper end from flange linear bearing 53; The bottom of connecting axle 51 is also connected with rubber blanket 52.
Vibration transmitter shaft assembly 3 comprises hollow shaft 31 and is connected in upper head plate 32 and the bottom plate 33 at its two ends, the sidewall of hollow shaft 31 has a pair of axial notch 34 about axial centre face symmetry, bottom plate 33 is connected in the length direction centre position place at vibration sizing die 5 tops, with connecting axle 51 radial centre lines altogether.
Stopper assembly 4 comprises H type support body 41 and elastic component, elastic component comprises spring 42 and is connected in the movable post 43 at its two ends, in two vertical beams of H type support body 41, there is through hole along its length, the upper and lower side of through hole has been threaded connection respectively sleeve pipe 44, in through hole, be connected with respectively elastic component, the movable post 43 at elastic component two ends passes and can move up and down respectively from sleeve pipe 44.
In the horizontal tie-beam axial notch 34 that is connected in hollow shaft 31 sidewalls moving up and down of stopper assembly 4 with H type support body 41, two vertical beams are positioned at outside the sidewall of hollow shaft 31, the limiting plate that the end plate at hollow shaft 31 two ends moves up and down as elastic component respectively. Elastic component can also play cushioning effect.
Pillar 6 comprises hollow cylinder 61 and is connected in upper junction plate 62, the lower connecting plate 63 at its two ends, open tubular column 61 and hollow shaft 31 longitudinal center line layout altogether, upper junction plate 62 is by pull-rod LB and flange linear bearing 10 is connected as a single entity with the base plate of fixed connector 1 and by nut check, lower connecting plate 63 is connected on a top board of type fixed mount 9; Connecting axle 51 positions at the corresponding vibration of sidewall sizing die 5 tops of pillar 6 are connected with clamp 64, have U-shaped draw-in groove on clamp 64.
Pneumatic vibrator 2 comprises the piston rod 22 in shell 21 and shell 21, and the head of piston rod 22 is connected as a single entity with the horizontal tie-beam of H type support body 41 through after the end plate of vibration transmission shaft 3 upper ends. The lower end of piston rod 22 heads is connected with interior nipple 23, the external diameter of the outer silk end of interior nipple 23 is greater than the external diameter of internal screw end, its China and foreign countries silks end is connected with the head of piston rod 21, the horizontal tie-beam clamping of internal screw end and H type support body 41, by the screw that passes horizontal tie-beam, internal screw end and H type support body 41 is connected as a single entity.
Fixed connector 1 comprises the base plate 12 of hollow connecting rod 11 and its lower end, the axial centre of hollow connecting rod 11 has spring 13, there is fixed head 14 lower end of spring 13, the downside of fixed head 14 is connected with screw rod 15, screw rod 15 is connected as a single entity through base plate 12 and the shell 21 of pneumatic vibrator 2, connects fastening by flange nut 16, locking nut 17 and axle-steel silk back-up ring.
The upper end of the connecting axle 51 at vibration sizing die 5 tops is connected with elastic buffer assembly 7, every group of elastic buffer assembly 7 comprises buffer screw stem 71, two springs 72 and two adjustable plates 73, spring 72 is placed on buffer screw stem 71, and adjustable plate 73 is threaded connection respectively in the outside of the upper and lower of buffer screw stem 71 spring 72; Position between corresponding two springs 72 of buffer screw stem 71 is connected in the U-shaped draw-in groove of pillar 6 sidewall clamps 64, and the two ends of two springs 72 are respectively using adjustable plate 73 and clamp 64 as limiting plate; There is the locating ring 74 mating with rubber blanket 52 lower end of buffer screw stem 71, and the lower end of buffer screw stem 71 is threaded with the upper end of connecting axle 51. The length of carrying out according to actual needs regulating spring by adjusting the position of adjustable plate on buffer screw stem, the different length of spring embodies different cushion effects.
Operation principle is as follows: the H type support body of the piston rod head of pneumatic vibrator and stopper assembly is connected as a single entity, the up-and-down reciprocating motion of piston rod drives stopper assembly to make corresponding motion, the locating part that the elastic component on stopper assembly moves up and down as stopper assembly. Be that stopper assembly is while moving to high-low limit position, the movable post at elastic component two ends can produce the impact of opposite direction with the end plate at vibration transmitter shaft assembly two ends, drives vibration sizing die to produce corresponding vibration thereby make to vibrate transmitter shaft assembly generation vibration. That is to say in the time that stopper moves to lower limit, can make to vibrate sizing die by vibration transmitter shaft assembly and move downward, otherwise vibration sizing die moves upward. Made to vibrate sizing die and also repeatedly moved up and down and pat the surface of compacting knee-piece by the fast repeatedly flexible of pneumatic vibrator piston rod like this, simulation manually jams on knee-piece surface extraction moisture and forms very thin serous coat to improve the effect of follow-up zymotechnique.
The setting of table type fixed mount and pillar, the structure that pillar and fixed connector are connected as a single entity, has stability in the process that makes pneumatic vibrator drive vibration sizing die to move up and down, and there will not be the phenomenons such as sideslip; Arranging in the further resilience that has ensured vibration sizing die and vibration processes of elastic buffer assembly plays cushioning effect.
Because the size of pneumatic vibrator is less, adopt compressed air as power source, Oscillation Amplitude is little, and vibration frequency can be controlled by adjusting compressed-air actuated flow, stops or starting rapidly, is particularly useful for the compaction treatment of material in mould.
Fixed connector is connected on a station that drives whole compacting movement platform, carries out work by the whole platform of air cylinder driven.
Claims (9)
1. sizing device is carried in a knee-piece vibration, it is characterized in that: this device comprises fixed connector, pneumatic vibrator, vibration transmitting assembly and vibration sizing die, fixed connector, pneumatic vibrator with vibration transmitting assembly from top to bottom successively coaxial line be connected, the lower end of vibration transmitting assembly is connected with the top of vibration sizing die, vibration sizing die is curvature of the spinal column type lid in the middle of rectangle root edge, the vibration that pneumatic vibrator produces makes to vibrate sizing die by vibration transmitting assembly and produces vibration, vibration sizing die covers in the outer surface of knee-piece, its sustained vibration makes the outer surface of knee-piece form one deck serous coat.
2. sizing device is carried in knee-piece vibration as claimed in claim 1, it is characterized in that: described vibration transmitting assembly involving vibrations transmitter shaft and stopper assembly, vibration transmitter shaft comprises hollow shaft and is connected in the end plate at its two ends, the sidewall of hollow shaft has a pair of axial notch about axial centre face symmetry, stopper assembly comprises H type support body and elastic component, elastic component comprises spring and is connected in the movable post at two ends, in two vertical beams of H type support body, there is through hole along its length, the upper and lower side of through hole has been threaded connection respectively sleeve pipe, in through hole, be connected with respectively elastic component, the movable post at elastic component two ends passes and can move up and down respectively from sleeve pipe, stopper assembly is with moving up and down being connected in axial notch of horizontal tie-beam of H type support body, and two vertical beams are positioned at outside the sidewall of hollow shaft, the limiting plate that the end plate at hollow shaft two ends moves up and down as elastic component respectively.
3. sizing device is carried in knee-piece vibration as claimed in claim 2, it is characterized in that: described pneumatic vibrator comprises the piston rod in shell and shell, the head of piston rod is connected as a single entity with the horizontal tie-beam of described H type support body through after the end plate of described vibration transmission shaft upper end.
4. sizing device is carried in knee-piece vibration as claimed in claim 3, it is characterized in that: the lower end of described pneumatic vibrator piston rod head is connected with interior nipple, the external diameter of the outer silk end of interior nipple is greater than the external diameter of internal screw end, its China and foreign countries silks end is connected with piston rod head, the horizontal tie-beam clamping of internal screw end and described H type support body, by the screw that passes horizontal tie-beam, internal screw end and H type support body is connected as a single entity.
5. sizing device is carried in knee-piece vibration as claimed in claim 3, it is characterized in that: described fixed connector comprises the base plate of hollow connecting rod and its lower end, the axial centre of hollow connecting rod has spring, there is fixed head the lower end of spring, the downside of fixed head is connected with screw rod, and screw rod is connected as a single entity through the shell of base plate and described pneumatic vibrator.
6. sizing device is carried in knee-piece vibration as claimed in claim 5, it is characterized in that: the length direction two ends at described vibration sizing die top are provided with two connecting axles upward.
7. sizing device is carried in knee-piece vibration as claimed in claim 6, it is characterized in that: this device also comprises pillar, press box and table type fixed mount, and press box is rectangle frame; The root edge of described vibration sizing die is fixed on the inner chamber of press box, table type fixed mount is connected in the upside of press box, its top board is positioned at the over top of vibration sizing die, on table type fixed mount, the connecting axle place at corresponding vibration sizing die top is connected with flange linear bearing, and connecting axle is connected with rubber blanket through rear upper end from flange linear bearing; Pillar is fixed between two flange linear bearings on a type fixed mount top board, comprises hollow cylinder and the connecting plate that is connected in its two ends, and wherein the connecting plate of upper end is connected as a single entity by the base plate of pull-rod and extended type flange linear bearing and fixed connector; The connecting axle position at the corresponding described vibration sizing die of pillar sidewall top is connected with clamp, has U-shaped draw-in groove on clamp.
8. sizing device is carried in knee-piece vibration as claimed in claim 7, it is characterized in that: on the connecting plate of described pillar upper end, corresponding described screw position place is connected with flange nut, and screw rod passes and locks by locking nut from flange nut.
9. sizing device is carried in knee-piece vibration as claimed in claim 8, it is characterized in that: this device also comprises two groups of elastic buffer assemblies, every group of elastic buffer assembly comprises buffer screw stem, two springs and two adjustable plates, spring is placed on buffer screw stem, and adjustable plate is threaded connection respectively in the outside of the upper and lower of buffer screw stem spring; Position between corresponding two springs of buffer screw stem is connected in the U-shaped draw-in groove of described pillar sidewall clamp, and the two ends of two springs are respectively using adjustable plate and clamp as limiting plate; There is the location-plate mating with described rubber blanket the lower end of buffer screw stem.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521012335.1U CN205258446U (en) | 2015-12-09 | 2015-12-09 | Thick liquid device is carried in kneepiece vibration |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521012335.1U CN205258446U (en) | 2015-12-09 | 2015-12-09 | Thick liquid device is carried in kneepiece vibration |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205258446U true CN205258446U (en) | 2016-05-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521012335.1U Withdrawn - After Issue CN205258446U (en) | 2015-12-09 | 2015-12-09 | Thick liquid device is carried in kneepiece vibration |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205258446U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105349405A (en) * | 2015-12-09 | 2016-02-24 | 长沙盛泓机械有限公司 | Yeast-block vibrating and slurry extracting device |
-
2015
- 2015-12-09 CN CN201521012335.1U patent/CN205258446U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105349405A (en) * | 2015-12-09 | 2016-02-24 | 长沙盛泓机械有限公司 | Yeast-block vibrating and slurry extracting device |
| CN105349405B (en) * | 2015-12-09 | 2017-06-16 | 长沙盛泓机械有限公司 | Knee-piece vibrates warehouse device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160525 Effective date of abandoning: 20170616 |