CN207401660U - Stone dislodger sacculus cement dipping machine - Google Patents
Stone dislodger sacculus cement dipping machine Download PDFInfo
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- CN207401660U CN207401660U CN201721463287.7U CN201721463287U CN207401660U CN 207401660 U CN207401660 U CN 207401660U CN 201721463287 U CN201721463287 U CN 201721463287U CN 207401660 U CN207401660 U CN 207401660U
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- sliding block
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- glue groove
- temperature glue
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Abstract
The utility model is related to latex product production equipment technologies, are specifically stone dislodger sacculus cement dipping machine.Including constant-temperature glue groove, it is arranged on constant-temperature glue groove top and longitudinally movable model support, model is installed on the model support, constant-temperature glue groove is fixedly mounted on stent, longitudinally disposed the first sliding groove is carried in the upper end of stent, the end of model support is fixedly installed the first sliding block, first sliding block is slidably mounted in the first sliding groove, crossbeam is provided with above the first sliding groove, driving wheel is installed on crossbeam, the driving wheel is sequentially connected with driving motor, soft rope is installed on driving wheel, one end of soft rope is fixed on model support, the other end of soft rope is fixedly connected with multiple assembly.The cement dipping machine is simple in structure, easy to use, production efficiency Gao Bingke at any time adjusting process parameter, be conducive to improve product quality.
Description
Technical field
The utility model is related to latex product production equipment technologies, are specifically stone dislodger sacculus cement dipping machine.
Background technology
Medical stone dislodger sacculus is mainly used for operation and takes out the calculus particles such as the in vivo kidney of people, urethra.The application human hair
Bright latex stone dislodger sacculus is the latex product of a circular tube shaped, and the emulsion tube is implanted into kidney duct or urethra in operation, is led to
Crossing the inflation into emulsion tube makes its expansion, and the emulsion tube for then pulling inflation takes calculus particle out of.The latex of this tubulose takes
Stone implement sacculus may be employed latex cement dipping machine and be made.Existing latex cement dipping machine is complicated, difficult although high degree of automation
To realize that the accurate of production process controls.Although the cement dipping machine controlled manually can control and adjust at any time production technology in real time
Variation, but production efficiency is low, it is difficult to it accomplishes scale production.
The content of the invention
The purpose of this utility model is to provide a kind of simple in structure, easy to use, production efficiency Gao Bingke and adjusts work at any time
Skill parameter, the stone dislodger sacculus cement dipping machine for being conducive to improve product quality.
The utility model is as follows for technical scheme applied to solve the technical problem：
Stone dislodger sacculus cement dipping machine described in the utility model includes constant-temperature glue groove, is arranged on above constant-temperature glue groove and can be longitudinal
Mobile model support is equipped with model on the model support, and the constant-temperature glue groove is fixedly mounted on stent, in the upper end of stent
With longitudinally disposed the first sliding groove, the end of the model support is fixedly installed the first sliding block, and first sliding block slides peace
In the first sliding groove, crossbeam is provided with above the first sliding groove, driving wheel is installed, the driving wheel is with driving on the crossbeam
Dynamic motor drive connects, and is equipped with soft rope on driving wheel, one end of the soft rope is fixed on model support, and the other end of soft rope is consolidated
Surely multiple assembly is connected.
The multiple assembly includes counter-balanced carriage, the clump weight on counter-balanced carriage, and the end set of the counter-balanced carriage has
Second sliding block；In the upper end of stent with the second longitudinally disposed sliding slot, second sliding block is slidably mounted in the second sliding slot.
The driving wheel is sprocket wheel, and the soft rope is chain.
The driving wheel is belt pulley, and the soft rope is belt.
The high-order trigger switch for being controlled by the second sliding block is provided on second sliding slot, is led on the side wall of constant-temperature glue groove
It crosses bearing and is provided with leading screw, scraper plate is set on the leading screw, low level trigger switch is provided at both ends in constant-temperature glue groove, it is described
Scraper plate is located in the inner cavity of constant-temperature glue groove, and one end and the spindle motor of leading screw are sequentially connected；The high position trigger switch and low level
Trigger switch is all connected to the signal receiving end of control circuit, and driving motor and spindle motor are all connected to the output of control circuit
End, the control circuit control driving motor and spindle motor complete following action：
When control circuit receives the signal of the high-order trigger switch of the second sliding block triggering, driving motor stops and protects
Halted state is held, until control circuit receives power-on instruction；When control circuit receives power-on instruction, control circuit
Spindle motor work is instructed first, until control circuit receives the signal that scraper plate triggers any one low level trigger switch, silk
Thick stick motor is stopped, and order-driven motor works control circuit again, reduces the first sliding block and promotes the second sliding block, Zhi Dao simultaneously
One sliding block runs to lower dead center or the second sliding block runs to top dead centre, and driving motor is stopped, and waits after a certain period of time, drives
Dynamic motor reversely rotates, and promote the first sliding block reduces the second sliding block simultaneously, until the second sliding block triggers high-order trigger switch, driving
Motor stops and keeps halted state, waits subsequent work Xun Huan.
The multiple assembly includes counter-balanced carriage, the clump weight on counter-balanced carriage；Pass through in the upper port of constant-temperature glue groove
Slide is provided with horizontally slidable scraper stent, is fixedly connected with and is extended in constant-temperature glue groove inner cavity on the scraper stent
Plate body is scraped, guide pipe is provided in the one side of the upper port of constant-temperature glue groove, spring is provided in the inner cavity of the guide pipe, it is described
One end connection scraper stent, the other end of spring of spring are fixedly connected on by guide pad on soft rope.
The stone dislodger sacculus cement dipping machine is simple in structure due to the above structure, easy to use, production efficiency Gao Bingke
At any time adjusting process parameter, be conducive to improve product quality.
Description of the drawings
Fig. 1 is the structure diagram of the utility model one embodiment.
Fig. 2 is the A-A sectional views of Fig. 1 embodiments.
Fig. 3 is the overlooking the structure diagram of constant-temperature glue groove in Fig. 2 embodiments.
Fig. 4 is the structure diagram of another embodiment.
Fig. 5 is the structure diagram of guide pipe.
Specific embodiment
As shown in Figure 1, stone dislodger sacculus cement dipping machine described in the utility model includes constant-temperature glue groove 1, is arranged on constant-temperature glue groove 1
Top and longitudinally movable model support 2 are equipped with model 3 on the model support 2, and the constant-temperature glue groove 1 is fixedly mounted on branch
On frame 4, which is the groove body with water-bath interlayer, and the both ends of water-bath interlayer pass through pipeline 31 and liquid pump respectively
32 are connected to heat-exchanging water tank 33, by the temperature in recirculated water regulating thermostatic glue groove 1, it are made to remain at production work technique and is permitted
Perhaps in error range.In the upper end of stent 4 with longitudinally disposed the first sliding groove 5, the end of the model support 2 is fixedly installed
There is the first sliding block 21, first sliding block 21 is slidably mounted in the first sliding groove 5, to keep balancing, in the upper end of stent 4, right
Should one the first sliding groove 5 be respectively set in the both ends of constant-temperature glue groove 1, while one the first sliding block is respectively set at the both ends of model support 2
21.The top of the first sliding groove 5 is provided with crossbeam 61, and driving wheel 6 is equipped on the crossbeam 61, which is located at two the
Centre position between one sliding slot 5, the driving wheel 6 are sequentially connected with driving motor 7, which is equally fixedly mounted
In crossbeam 61, naturally it is also possible to driving motor 7 are mounted on other positions, driving motor 7 is connected by shaft coupling or reduction box
Connect driving wheel 6.Soft rope 8 is installed, one end of the soft rope 8 is fixed on model support 2, for trailed model frame 2 on driving wheel 6
Lifting, the other end of soft rope 8 are fixedly connected with multiple assembly.The weight of multiple assembly and the 2 weight phase of model support for being equipped with model 3
When, it can so mitigate the load of driving motor 7, while again model support 2 can be made to rest on any desired height, without
It is additional that brake gear or position and lock mechanism are set.When driving motor 7 drives the rotation of driving wheel 6, drawn by soft rope 8
Model support 2 and multiple assembly, wherein then the opposing party reduces for side rise.In immersing glue process, the rotation of driving wheel 6 reduces model support 2
Height, until model 3 is immersed in the latex in constant-temperature glue groove 1, after being soaked for a period of time, driving wheel 6 reversely rotate
Model 3 is promoted and can be made into stone dislodger sacculus away from latex liquid level, then the techniques such as drying, cutting.In addition, to prevent
Model support 2 and multiple assembly collide in lifting process, should have enough gaps between middle model support 2 and multiple assembly,
Structure as shown in Figure 2 may be employed therefore, one driven wheel 62 that can be rotated freely respectively is set in the both sides of driving wheel 6,
Soft rope 8 on driving wheel 6 is also mounted on two driven wheels 62 simultaneously, and the gap between two driven wheels 62 determines mould
Spacing between type frame 2 and multiple assembly.In this way, model support 2 still can be made and match somebody with somebody in the case that 6 diameter of driving wheel is smaller
There is enough spacing between weight assembly.
As shown in Figure 1 and Figure 2, the multiple assembly includes counter-balanced carriage 91, the clump weight 92 on counter-balanced carriage 91, institute
Stating the end set of counter-balanced carriage 91 has the second sliding block 93；In the upper end of stent 4 with the second longitudinally disposed sliding slot 94, described the
Two sliding blocks 93 are slidably mounted in the second sliding slot 94, and stable counter-balanced carriage is played in the 91 longitudinal direction lifting of the second sliding slot 94 guiding counter-balanced carriage
91 effect prevents from rocking or deviating in lifting process.
Common dovetail groove may be employed in above-mentioned 5 and second sliding slot 94 of the first sliding groove, can also use other existing structures
Sliding slot, as long as can make sliding block wherein smoothly lift.
As one embodiment of the utility model, the driving wheel 6 is sprocket wheel, and the soft rope 8 is chain.
Certainly, driving wheel 6 can also be belt pulley, and matching soft rope 8 is belt.
As shown in Figure 2 and Figure 3, the high-order trigger switch 95 for being controlled by the second sliding block 93 is provided on second sliding slot 94,
For limiting the top dead centre of the operation of model support 2.Leading screw 11, leading screw 11 are provided with by bearing on the side wall of constant-temperature glue groove 1
In being provided with sliding slot on the top of a side wall of 1 length direction of constant-temperature glue groove, corresponding another side wall, covered on the leading screw 11
Equipped with scraper plate 12, the scraper plate 12 is located in the inner cavity of constant-temperature glue groove 1, the both ends of scraper plate 12 across constant-temperature glue groove 1 side
On wall, its one end by inner screw sheath on the leading screw 11, the other end be slidably mounted in sliding slot, the stage casing of scraper plate 12 is to downward
It stretches, the height of extension makes it that can at least touch the liquid level of latex in constant-temperature glue groove 1.It is set at the both ends of constant-temperature glue groove 1
There is low level trigger switch, for limiting the endpoint of the movement of scraper plate 12.One end of leading screw 11 is sequentially connected with spindle motor 13；It is described
High-order trigger switch 95 and low level trigger switch are all connected to the signal receiving end of control circuit, driving motor 7 and spindle motor
13 are all connected to the output terminal of control circuit, and the control circuit control driving motor 7 and spindle motor 13 are completed to act as follows：
When control circuit, which receives the second sliding block 93, triggers the signal of high-order trigger switch 95, driving motor 7 stops and keeps
Halted state, until control circuit receives power-on instruction；When control circuit receives power-on instruction, control circuit is first
First instruction spindle motor 13 work, until control circuit receive scraper plate 12 trigger any one low level trigger switch signal,
Spindle motor 13 is stopped, and order-driven motor 7 works control circuit again, reduces the first sliding block 21 and promotes the second sliding block simultaneously
93, until the first sliding block 21 runs to lower dead center or the second sliding block 93 runs to top dead centre, driving motor 7 is stopped, etc.
It treats after a certain period of time, driving motor 7 reversely rotates, and promote the first sliding block 21 reduces the second sliding block 93 simultaneously, until the second sliding block
The high-order trigger switch 95 of 93 triggerings, driving motor 7 stop and keep halted state, wait subsequent work Xun Huan.In this way, it opens every time
When machine works, spindle motor 13 acts first, and scraper plate 12 is driven to be moved to the other end from one end of constant-temperature glue groove 1, is struck off
The a small amount of solidification layer of latex surface prevents the solidification layer from influencing product quality；Subsequent driving motor 7 acts, and will reduce by first and slides
The height of block 21 and model support 2 makes model 3 immerse in latex, completes after impregnation flow the height of Lifting Modules type frame 2 again, will
Model 3 takes out from latex.
As shown in figure 4, another embodiment of the utility model.The multiple assembly include counter-balanced carriage 91, mounted on
Clump weight 92 on weight frame 91；Horizontally slidable scraper stent 14, institute are provided with by slide in the upper port of constant-temperature glue groove 1
It states to be fixedly connected with to extend in 1 inner cavity of constant-temperature glue groove on scraper stent 14 and scrapes plate body 15, in the upper port of constant-temperature glue groove 1
One side is provided with guide pipe 16, which is the tubular body that side carries axial gap, and guide pipe 16 is along scraping plate body 15
Mobile traffic direction is set.Spring 17, one end connection scraper plate of the spring 17 are provided in the inner cavity of the guide pipe 16
Stent 14, the other end of spring 17 are fixedly connected on by guide pad 18 on soft rope 8.In addition, on the soft rope 8, guide pad 18
Front and rear sides are provided with directive wheel 81, and the effect of two directive wheels 81 is can to make soft rope 8 between two-wheeled parallel to guide pipe 16,
It is slided while guide pad 18 is moved with soft rope 8 in guide pipe 16.As shown in figure 5, pipe may be employed in guide pipe 16, also may be used
To use square tube, the upper end side wall carries axial gap, and guide pad 18 is mounted in the axial direction gap, the lower end of guide pad 18 and
The cavity shape of guide pipe 16 matches, and can slide axially in guide pipe 16, and the upper end of guide pad 18 is consolidated through gap
Surely it is connected on soft rope 8.
As further improvement of this embodiment, the soft rope 8 can be chain, and driving wheel 6 is matching sprocket wheel；
Soft rope 8 can also be belt, and driving wheel 6 is then matching belt pulley.
During work, the rotation of driving wheel 6 drives model support 2 to decline, while mobile soft rope 8 passes through guide pad 18 and spring 17
It promotes scraper stent 14 and scrapes plate body 15 and moved in constant-temperature glue groove 1, strike off the solidification layer of latex surface, scrape plate body 15 and be moved to
After distal limit position, it is subject to the stop of 1 side wall of constant-temperature glue groove can not continue to move to, model support 2 does not drop to most at this time
Low spot, driving wheel 6 can still continue rotation and model support 2 driven to reduce position, and guide pad 18 is still moved in guide pipe 16, is compressed
Spring 17, until model support 2 is moved to minimum point, model 3 is immersed below latex liquid level.After impregnation is completed, driving wheel 6 is reversed
Rotate and upgrade model support 2, guide pad 18 also moves backward therewith, and spring 17 is released at this time, but due to spring 17 still in
Compressive state, scraper stent 14 and scrapes plate body 15 and is still compressed on the side wall of constant-temperature glue groove 1 and will not move.Until model support 2
Promote certain altitude, after model 3 leaves latex liquid level completely, with the movement of guide pad 18, spring 17 is discharged, applied completely
It is added in scraper stent 14 and scrapes the pressure releases on plate body 15, driving wheel 6 continues to rotate, and guide pad 18 is scraped by the pulling of spring 17
Board mount 14 arrives another side wall of constant-temperature glue groove 1 with the reverse movement of plate body 15 is scraped, and completes a working cycles.
Claims (2)
1. stone dislodger sacculus cement dipping machine, including constant-temperature glue groove（1）, be arranged on constant-temperature glue groove（1）Top and longitudinally movable mould
Type frame（2）, the model support（2）On model is installed（3）, it is characterised in that：The constant-temperature glue groove（1）It is fixedly mounted on stent
（4）On, in stent（4）Upper end carry longitudinally disposed the first sliding groove（5）, the model support（2）End be fixedly installed
First sliding block（21）, first sliding block（21）It is slidably mounted on the first sliding groove（5）In, the first sliding groove（5）Top be provided with
Crossbeam（61）, the crossbeam（61）On driving wheel is installed（6）, the driving wheel（6）With driving motor（7）It is sequentially connected, it is main
Driving wheel（6）On soft rope is installed（8）, the soft rope（8）One end be fixed on model support（2）On, soft rope（8）The other end fix
Connect multiple assembly；The driving wheel（6）It is sprocket wheel, the soft rope（8）It is chain；The multiple assembly includes counter-balanced carriage
（91）, mounted on counter-balanced carriage（91）On clump weight（92）, the counter-balanced carriage（91）End set have the second sliding block（93）；
Stent（4）Upper end carry the second longitudinally disposed sliding slot（94）, second sliding block（93）It is slidably mounted on the second sliding slot
（94）In.
2. stone dislodger sacculus cement dipping machine according to claim 1, it is characterised in that：
Second sliding slot（94）On be provided with and be controlled by the second sliding block（93）High-order trigger switch（95）, in constant-temperature glue groove
（1）Side wall on leading screw is provided with by bearing（11）, the leading screw（11）On be set with scraper plate（12）, in constant-temperature glue groove（1）
Be provided at both ends with low level trigger switch, the scraper plate（12）Positioned at constant-temperature glue groove（1）Inner cavity in, leading screw（11）One end with
Spindle motor（13）It is sequentially connected；The high position trigger switch（95）The signal of control circuit is all connected to low level trigger switch
Receiving terminal, driving motor（7）And spindle motor（13）It is all connected to the output terminal of control circuit, the control circuit control driving
Motor（7）And spindle motor（13）Complete following action：
When control circuit receives the second sliding block（93）The high-order trigger switch of triggering（95）Signal when, driving motor（7）
Stop and keep halted state, until control circuit receives power-on instruction；When control circuit receives power-on instruction,
Control circuit instructs spindle motor first（13）Work, until control circuit receives scraper plate（12）Any one low level is triggered to touch
Send out the signal of switch, spindle motor（13）It is stopped, control circuit order-driven motor again（7）Work reduces the first sliding block
（21）The second sliding block is promoted simultaneously（93）, until the first sliding block（21）Run to lower dead center or the second sliding block（93）It runs to
Stop, driving motor（7）It is stopped, waits after a certain period of time, driving motor（7）It reversely rotates, promotes the first sliding block（21）
The second sliding block is reduced simultaneously（93）, until the second sliding block（93）The high-order trigger switch of triggering（95）, driving motor（7）Stop and protect
Halted state is held, waits subsequent work Xun Huan.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721463287.7U CN207401660U (en) | 2017-11-06 | 2017-11-06 | Stone dislodger sacculus cement dipping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721463287.7U CN207401660U (en) | 2017-11-06 | 2017-11-06 | Stone dislodger sacculus cement dipping machine |
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| Publication Number | Publication Date |
|---|---|
| CN207401660U true CN207401660U (en) | 2018-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721463287.7U Active CN207401660U (en) | 2017-11-06 | 2017-11-06 | Stone dislodger sacculus cement dipping machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108745769A (en) * | 2018-06-05 | 2018-11-06 | 霍山县忠福机电科技有限公司 | A kind of packaged type casting device for soaking oil |
| CN110756387A (en) * | 2019-11-11 | 2020-02-07 | 湖南中南神箭竹木有限公司 | Novel gumming device of bamboo plywood production |
| CN111644336A (en) * | 2020-05-18 | 2020-09-11 | 苏振龙 | Candle dyeing device |
| CN112337727A (en) * | 2020-11-28 | 2021-02-09 | 南京柯策五金工具有限公司 | Color steel plate surface protective layer manufacturing and processing system |
-
2017
- 2017-11-06 CN CN201721463287.7U patent/CN207401660U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108745769A (en) * | 2018-06-05 | 2018-11-06 | 霍山县忠福机电科技有限公司 | A kind of packaged type casting device for soaking oil |
| CN108745769B (en) * | 2018-06-05 | 2024-03-15 | 霍山县忠福机电科技有限公司 | Movable foundry goods immersion oil device |
| CN110756387A (en) * | 2019-11-11 | 2020-02-07 | 湖南中南神箭竹木有限公司 | Novel gumming device of bamboo plywood production |
| CN111644336A (en) * | 2020-05-18 | 2020-09-11 | 苏振龙 | Candle dyeing device |
| CN112337727A (en) * | 2020-11-28 | 2021-02-09 | 南京柯策五金工具有限公司 | Color steel plate surface protective layer manufacturing and processing system |
| CN112337727B (en) * | 2020-11-28 | 2021-06-22 | 冠县仁泽复合材料有限公司 | Color steel plate surface protective layer manufacturing and processing system |
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