CN204916377U

CN204916377U - Cohere separator

Info

Publication number: CN204916377U
Application number: CN201520672384.1U
Authority: CN
Inventors: 黄仁勇
Original assignee: GREATQUO TECHNOLOGY Co Ltd
Current assignee: GREATQUO TECHNOLOGY Co Ltd
Priority date: 2015-09-01
Filing date: 2015-09-01
Publication date: 2015-12-30
Anticipated expiration: 2025-09-01

Abstract

The utility model discloses a cohere separator, it has a board, and a microscope carrier forms power with this board within a definite time to be connected, sets up mobilizable clamp plate group on this microscope carrier relatively, and this clamp plate group organizes with a telescopic link and is connected, the setting of eccentric transmission shaft and balancing weight through the board motor, make the microscope carrier receive the drive of motor transmission shaft and produce and rock, and close the support plate of microscope carrier by the clamp plate matched stack, locate a plurality of flourishing cup clamps on the microscope carrier, accomplish until rocking the action, make the operation of rocking of flourishing cup can be in a large number and the completion of automation, can reduce required human cost on making the production line operation, more because the design of base plate slope appearance, make flourishing cup to slide by support plate department, reduce the loss of time among the work flow from this, let contact lens's production efficiency can obtain further promotion.

Description

Cohere disengagement gear

Technical field

The utility model relates to a kind of shaking device, and particularly a kind of contact lenses of avoiding are attached to the shaking device of cup in manufacturing process.

Background technology

Contact lenses, it is a kind of optical articles in order to correct defects of vision, that prestowage is on cornea during owing to using, therefore also known as doing contact lens, compared to the glasses traditionally with picture frame, contact lenses not only do not have weight, and also not affecting in appearance for user, more can avoid breaking eyeglass into pieces during motion, or during turnover air conditioning chamber, on eyeglass, produce the situations such as fog.

Have about prior art in contact lens package, please refer to shown in Fig. 8, the process manufactured on manufacturing line, it is inner that contact lenses are placed into the storage tank 61 that a cup 60 is formed, and, in storage tank 61, inject conditioning liquid, to increase the wettability of eyeglass, reduce the friction between eyeglass and cornea, simultaneously, eliminate the bacterium on eyeglass, afterwards, then cover one deck glued membrane above storage tank 61; Then, the cup 60 that completes of packaging eyeglass to be picked up by the staff on manufacturing line and rock, the eyeglass that envelope of make suring is located at cup 60 inside can not be attached to bottom storage tank 61, and the customer that product is purchased in order obtains so that take contact lens wear.

But, emphasizing quick and quantity-produced present industrial, the operation that the cup 60 of having packed by manually taking also is rocked, then seem quite inefficent, its workflow is not only consuming time, also because manufacturing line must drop into the personnel that rocks cup 60 again, thus draw and lift the human cost of production process, make manufacturer suffer invisible loss.

Utility model content

The purpose of this utility model is to improve in prior art, manually to carry out rocking cup operation, cause consuming time and human cost to improve disappearance, by the enforcement of the utility model technological means, with automation, and in enormous quantities and fast speed carries out the operation that cup is rocked.

For reaching above-mentioned purpose, the utility model provides one to cohere disengagement gear, has a board, a microscope carrier, a pressing plate group and an expansion link group;

This board has a cover plate and a motor, this cover plate is arranged at the top of this board, its centre runs through formation one through hole, it is inner that this motor is installed in this board, and there is a power assemblies group, the transmission shaft of this motor is located in the assembling of this power assemblies, this transmission shaft wear and the through hole stretching out this cover plate to connect this microscope carrier;

This microscope carrier is connected to above this board, and it has multiple shockproof part, this formation dip plane, microscope carrier one side, and the plurality of shockproof part one end is connected to the relative another side of this microscope carrier, and the plurality of shockproof part the other end is connected to the cover plate of this board;

The top being arranged at this microscope carrier of this pressing plate group selection, it has one first plate, one second plate, multiple attaching parts, multiple spring and two guide-rail plates, this first plate and this second plate keep being oppositely arranged of an interval, relative two ends of this spring are respectively against this first plate and this second plate, this attaching parts wears this first plate and the installation hole of this second plate and the centre of this spring, to connect this first plate and this second plate, this two guide-rail plate is relatively arranged on the relative two side faces place of this first plate, Structure deformation is kept between this first plate and this guide-rail plate,

This expansion link group one end is connected to the first plate of this pressing plate group.

Above-mentioned coheres disengagement gear, wherein the transmission shaft of this board motor is single order segmentation cylinder shaft body, it has one first connecting portion and one second connecting portion, this the first connecting portion one end is connected to this motor, this the second connecting portion projection is formed at this first connecting portion the other end, the axial centre of this second connecting portion and center of turn interval one distance of this first connecting portion;

The power assemblies group of this motor has a clump weight, a bearing and a bearing carrier ring, this clump weight is the long block of an irregular contour, it has a combined hole, this combined hole runs through and is formed at this clump weight one end, this bearing carrier ring is the hollow ring body of a soft materials, the combined hole of this clump weight is connected to the first connecting portion of this motor drive shaft, and this bearing carrier ring is located at the second connecting portion of this transmission shaft, and this bearing carrier ring is sheathed on the outer rim place of this bearing;

This microscope carrier has an adapter ring further, and this adapter ring is a lid, and this adapter ring one end is connected to the side that this microscope carrier connects shockproof part, and the other end forms opening to be sheathed on the bearing carrier ring outer rim place of this motor power accessory group.

Above-mentioned coheres disengagement gear, and wherein the cover plate of this board is a plate body, and this cover plate is recessed to form multiple interval in a side and the first mounting groove arranged around this through hole;

This microscope carrier has a substrate and a support plate further;

This substrate is an inclination plate body, it has an assembling grove and multiple second mounting groove, this substrate one side is inclined surface, this assembling grove is recessed to form the centre in the relative another side of this substrate, the plurality of second mounting groove interval and arranging around this assembling grove, this adapter ring one end is connected to this assembling grove, and relative two ends of this shockproof part are connected to the first mounting groove and this second mounting groove of this machine platform cover plate, and this shockproof part is the block of softwood matter;

This support plate is a plate body, and it has two and encloses portion and multiple director strip, and this two portion of enclosing is arranged at the relative two side places of this support plate respectively, and this director strip is being arranged on this support plate one side of interval, and this support plate another side is connected to the inclined surface of this substrate.

Above-mentioned coheres disengagement gear, and wherein this pressing plate group first plate has multiple roller, the relative biend place of what the plurality of roller was paired be arranged at this first plate;

This first plate and this second plate form multiple tank and multiple installation hole respectively in the side be oppositely arranged, this installation hole correspondence runs through and is formed at this tank centre, relative two ends of this spring are respectively against the tank of this first plate and this second plate, this attaching parts wears this first plate and the installation hole of this second plate and the centre of this spring, to connect this first plate and this second plate;

This guide-rail plate is a long slab body, it has a track, this track is formed at this guide-rail plate one side, this track has two platform part and two concave parts, this platform part and this concave part are for being interconnected, this concave part is comparatively sunken relative to the position of this platform part, the roller Structure deformation of this first plate in this track, and select be positioned at this platform part or this concave part.

Above-mentioned coheres disengagement gear, and wherein the first plate of this pressing plate group has a connecting seat further, and this Connection Block is arranged at a side of this first plate;

This expansion link group has a permanent seat, a cylinder body and a rod member, and this cylinder body one end is installed in this permanent seat, and this telescopic inside being installed in this cylinder body, rod member one end, this rod member the other end is connected to the Connection Block of this first plate.

Above-mentioned coheres disengagement gear, and wherein the transmission shaft of this board motor has a joint portion further, and this joint portion is formed at the peripheral side wall of this first connecting portion;

The clump weight of this motor power accessory group has multiple perforation and a connection piece further, this perforation wears the side wall surface being formed at this clump weight, and communicate in this combined hole, this attaching parts wears this perforation and is fastened on the joint portion of this transmission shaft, to reach the connection between this clump weight and this transmission shaft.

Above-mentioned coheres disengagement gear, and wherein the portion of enclosing of this support plate is elongate body, and this portion of enclosing is connected to the inclined surface of this substrate, and is resisted against the relative two side places of this support plate.

The utility model has the advantage of, by the eccentric drive shaft of board motor and the setting of clump weight, the drive and producing making microscope carrier be subject to motor drive shaft is rocked, and the support plate of microscope carrier is closed by pressing plate assembly, multiple cup is located on microscope carrier, until rocking action completes, the operation of rocking of cup is made to be able in a large number and to complete automatically, make on production line operation and be minimized required human cost, wherein more due to the design of substrate angled profile, cup is made to rock operation when completing, and pressing plate group carries out displacement by the drive of expansion link group, to leave above microscope carrier, cup can slide to disposable box by support plate, or be transported to next workstation, reduce the loss of time in workflow thus, allow the production efficiency of contact lenses can obtain further lifting.

Below in conjunction with the drawings and specific embodiments, the utility model is described in detail, but not as to restriction of the present utility model.

Accompanying drawing explanation

Fig. 1 is front elevation of the present utility model;

Fig. 2 is the partial perspective view of the utility model pressing plate group and expansion link group;

Fig. 3 is the three-dimensional exploded view of the utility model microscope carrier and pressing plate group;

Fig. 4 is the sectional perspective exploded drawings of the utility model microscope carrier;

Fig. 5 is the three-dimensional exploded view of the utility model motor;

Fig. 6 is the sectional perspective exploded drawings of the utility model transmission shaft and clump weight;

Fig. 7 is the partial perspective view that the utility model is implemented;

Fig. 8 is the block diagram of prior art contact lenses cup.

Wherein, Reference numeral

10 board 11 cover plates

110 through hole 111 first mounting grooves

12 motor 121 transmission shafts

1211 first connecting portion 1,212 second connecting portions

1213 joint portion 13 clump weights

131 combined hole 132 perforations

14 bearing 15 bearing carrier rings

20 microscope carriers

21 substrate 211 assembling groves

212 second mounting groove 22 support plates

220 enclose portion 221 director strip

23 shockproof part 24 adapter rings

30 pressing plate group 300 tanks

Part installed by 31 first plates 310

311 Connection Block 312 rollers

32 second plate 33 attaching partss

34 spring 35 guide-rail plates

350 keysetss 351 wear groove

352 platform part 353 concave parts

40 expansion link groups

41 permanent seat 42 cylinder bodies

43 rod members

50 fixed part 60 cups

61 storage tanks

Detailed description of the invention

Below coordinating accompanying drawing and preferred embodiment of the present utility model, setting forth the technological means that the utility model is taked for reaching predetermined utility model object further.

Please refer to shown in Fig. 1, the disengagement gear that coheres of the present utility model has board 10, microscope carrier 20, pressing plate group 30 and an expansion link group 40.

Please refer to shown in Fig. 4 to Fig. 6, this board 10 is hollow base frames, and it has cover plate 11 and a motor 12.

This cover plate 11 is arranged at the top of this board 10, and it is a plate body, and runs through formation one through hole 110 in centre, and this cover plate 11 is recessed to form multiple interval in a side and the first mounting groove 111 arranged around this through hole 110.

It is inner that this motor 12 is installed in this board 10, it has a power assemblies group, the transmission shaft 121 of this motor 12 is located in the assembling of this power assemblies, this transmission shaft 121 is single order segmentation cylinder shaft body, it has one first connecting portion 1211, one second connecting portion 1212 and a joint portion 1213, this the first connecting portion 1,211 one end is connected to this motor 12, this the second connecting portion 1212 projection is formed at this first connecting portion 1211 the other end, the axial centre of this second connecting portion 1212 and center of turn interval one distance of this first connecting portion 1211, namely both are in eccentric design, this joint portion 1213 is formed at the peripheral side wall of this first connecting portion 1211, specifically, this joint portion 1213 is the axis along this transmission shaft 121, and be formed at a plane of this first connecting portion 1211 peripheral side wall, this transmission shaft 121 wears and stretches out the through hole 110 of this cover plate 11.

The power assemblies group of this motor 12 has clump weight 13, bearing 14 and a bearing carrier ring 15, this clump weight 13 is long blocks of an irregular contour, it has a combined hole 131 and multiple perforation 132, this combined hole 131 runs through and is formed at this clump weight 13 1 end, this perforation 132 wears the side wall surface being formed at this clump weight 13, and communicate in this combined hole 131, this bearing carrier ring 15 is hollow ring bodies of a soft materials, its material can be rubber, this bearing 14 is bearings of a prior art, repeats no more in this; The combined hole 131 of this clump weight 13 is sheathed on the first connecting portion 1211 of this transmission shaft 121, wear this perforation 132 by a connection piece during assembly and connection and be fastened on this joint portion 1213, to reach the connection between this clump weight 13 and this transmission shaft 121, this bearing 14 is sheathed on the second connecting portion 1212 of this transmission shaft 121, and this bearing carrier ring 15 is sheathed on the outer rim place of this bearing 14.

Please refer to shown in Fig. 3 and Fig. 4, this microscope carrier 20 is connected to above this board 10, and it has substrate 21, support plate 22, multiple shockproof part 23 and an adapter ring 24.

This substrate 21 is connected to cover plate 11 and the motor 12 of this board 10, this substrate 21 is inclination plate bodys, it has an assembling grove 211 and multiple second mounting groove 212 relative to the side mask of this cover plate 11, this substrate 21 another side is inclined surface, this assembling grove 211 is recessed to form the centre in this substrate 21 side, the plurality of second mounting groove 212 interval and arranging around this assembling grove 211.

This support plate 22 is connected to this substrate 21, this support plate 22 is plate bodys, one side has two and encloses portion 220 and multiple director strip 221, and this two encloses the relative two side places that portion 220 is arranged at this support plate 22 respectively, and this director strip 221 is arranged on this support plate 22 in interval; This support plate 22 another side is connected to the inclined surface of this substrate 21, and specifically, this encloses portion 220 is elongate body, and this encloses the inclined surface that portion 220 is connected to this substrate 21, and is resisted against the relative two side places of this support plate 22.

This adapter ring 24 is lids, and this adapter ring 24 1 end is connected to the assembling grove 211 of this substrate 21, and relative the other end forms opening to be sheathed on the bearing carrier ring 15 outer rim place of this motor 12 power assemblies group.

This shockproof part 23 is blocks of softwood matter, the material of this shockproof part 23 can be rubber, relative two ends of this shockproof part 23 are connected to the first mounting groove 111 of this board 10 cover plate 11 and the second mounting groove 212 of this substrate 21, this shockproof part 23 is connected with the installation between this cover plate 11 and this substrate 21, can be screw or bolt combination, this connecting structure is that prior art is not described further.

Please refer to shown in Fig. 1 and Fig. 2, the selectable top being arranged at this microscope carrier 20 of this pressing plate group 30, it has one first plate 31,1 second plate 32, multiple attaching parts 33, multiple spring 34 and two guide-rail plates 35.

This first plate 31 has a connecting seat 311 and multiple roller 312, this Connection Block 311 is arranged at a side of this first plate 31, the relative biend place of what the plurality of roller 312 was paired be arranged at this first plate 31, specifically, this roller 312 is connected to this first plate 31 by installing part 310.

This first plate 31 and this second plate 32 are two plate bodys be oppositely arranged, being oppositely arranged of an interval is kept between this first plate 31 and this second plate 32, and form multiple tank 300 and multiple installation hole respectively in the side be oppositely arranged, this installation hole correspondence runs through and is formed at this tank 300 centre, relative two ends of this spring 34 are respectively against the tank 300 of this first plate 31 and this second plate 32, this attaching parts 33 wears this first plate 31 and the installation hole of this second plate 32 and the centre of this spring 34, to connect this first plate 31 and this second plate 32, specifically, this attaching parts 33 is bolt groups of prior art.

This two guide-rail plate 35 is relatively arranged on the relative two side faces place of this first plate 31, and this first plate 31 rolls and is connected to this guide-rail plate 35, this guide-rail plate 35 is long slab bodies, it has two and wears groove 351 and a track, this longitudinal direction of wearing groove 351 sectional type runs through and is formed at this guide-rail plate 35, what this track was positioned at this guide-rail plate 35 wears below groove 351 same side, this track has two platform part 352 and two concave parts 353, this platform part 352 and this concave part 353 are interconnected, and this concave part 353 is comparatively sunken relative to the position of this platform part 352; Roller 312 Structure deformation of this first plate 31 is in this track, and be selectablely positioned at this platform part 352 or this concave part 353, this installing part 310 is arranged in this and wears groove 351, specifically, the utility model implementation process, this guide-rail plate 35 is connected to a fixed part 50 by a keysets 350, and this fixed part 50 can be the fixed position of a fixed sturcture, metope or unit.

Please refer to shown in Fig. 1 and Fig. 2, this expansion link group 40 connects this pressing plate group 30, and it has permanent seat 41, cylinder body 42 and a rod member 43, and this cylinder body 42 1 end is installed in this permanent seat 41, this telescopic inside being installed in this cylinder body 42, rod member 43 1 end; This rod member 43 the other end is connected to the Connection Block 311 of this first plate 31, and this permanent seat 41 is connected to the bearing building thing or unit, and this expansion link group 40 is flexible cylinder pressure groups of a prior art, repeats no more in this.

Please refer to shown in Fig. 2 and Fig. 7, when the utility model is implemented, it is inner that this expansion link group 40 start makes this rod member 43 be retracted into this cylinder body 42, make this pressing plate group 30 with this expansion link group 40 displacement, the roller 312 of this first plate 31 moves to this platform part 352 along this track by this concave part 353, this pressing plate group 30 is made to carry out the movement of lifting and retrogressing relative to this microscope carrier 20, the cup 60 that multiple packaging is completed contact lenses by the personnel that proceed with one's work is placed on this support plate 22 side by side, multiple cup 60 is confined between the portion that encloses 220 of this support plate 22, and arrange along this director strip 221 direction, when cup 60 is provided with, this pressing plate group 30 is driven to advance towards this microscope carrier 20 by this expansion link group 40 again, this roller 312 moves to this concave part 353 along this track by this platform part 352, the cup 60 on this microscope carrier 20 is pressed close to this pressing plate group 30 decline in season, and, due to the effect of this spring 34 elastic force, this second plate 32 is made to be resisted against cup 60, cup 60 is made to be located between the support plate 22 of this microscope carrier 20 and the second plate 32 of this pressing plate group 30.

After the motor 12 of this board 10 starts, because the first connecting portion 1211 of this transmission shaft 121 and the second connecting portion 1212 are eccentric settings, and this clump weight 13 is installed in this first connecting portion 1211, make this transmission shaft 121 rotation process produce rock and beat start, and the start of this transmission shaft 121 is sequentially via this bearing 14, bearing carrier ring 15 and this adapter ring 24 transmission give this microscope carrier 20, then this microscope carrier 20 is formed and rocks and beat, use and make cup 60 be subject to the effect of rocking, and make the eyeglass of cup 60 inside avoid sticking together bottom storage tank, rock in process at this microscope carrier 20, the sandwiched of this pressing plate group 30 can make cup 60 obtain good fixing, and the setting of this shockproof part 23 is not only as the connection between this microscope carrier 20 and this board 10 and supporting, also concussion when this microscope carrier 20 of available buffer rocks, because this bearing carrier ring 15 is also soft materials, the process of therefore implementing to rock operation at the utility model also can assist the concussion of buffering, avoids the damage between this bearing 14 and this adapter ring 24.

Complete when rocking Job execution, the eyeglass in cup 60 is made to depart from bottom storage tank 61, this pressing plate group 30 leaves this microscope carrier 20, then namely cup 60 removes the sandwiched of this pressing plate group 30, and the setting of substrate 21 dip plane due to this microscope carrier 20, cup 60 is easy to from this support plate 22 place along the landing downwards of this director strip 221 to disposable box, or is transported to next workstation.

In the utility model, by the eccentric drive shaft 121 of this board 10 motor 12 and being equipped with of this clump weight 13, the drive and producing making this microscope carrier 20 be subject to this motor 12 transmission shaft 121 is rocked, and the support plate 22 of this microscope carrier 20 is coordinated by this pressing plate group 30, multiple cup 60 is located on this microscope carrier 20, until rocking action completes, in the process that operation is carried out, the operation of rocking of cup 60 is made to be able in a large number and to complete automatically, to make production line operation to be minimized required human cost, wherein more due to the design of this substrate 21 angled profile, in cup 60 rock operation complete time, this pressing plate group 30 is subject to this expansion link group 40 and drives and displacement, to leave above this microscope carrier 20, cup 60 can slide a disposable box by this support plate 22, or be transported to next workstation, reduce the loss of time in workflow thus, allow the production efficiency of contact lenses can obtain further lifting.

Certainly; the utility model also can have other various embodiments; when not deviating from the utility model spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the utility model, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the utility model.

Claims

1. cohere a disengagement gear, it is characterized in that, there is a board, a microscope carrier, a pressing plate group and an expansion link group;

2. according to claim 1ly cohere disengagement gear, it is characterized in that, the transmission shaft of this board motor is single order segmentation cylinder shaft body, it has one first connecting portion and one second connecting portion, this the first connecting portion one end is connected to this motor, this the second connecting portion projection is formed at this first connecting portion the other end, the axial centre of this second connecting portion and center of turn interval one distance of this first connecting portion;

3. according to claim 2ly cohere disengagement gear, it is characterized in that, the cover plate of this board is a plate body, and this cover plate is recessed to form multiple interval in a side and the first mounting groove arranged around this through hole;

This microscope carrier has a substrate and a support plate further;

4. according to claims 1 to 3 any one, cohere disengagement gear, it is characterized in that, this pressing plate group first plate has multiple roller, the relative biend place of what the plurality of roller was paired be arranged at this first plate;

5. according to claim 4ly cohere disengagement gear, it is characterized in that, the first plate of this pressing plate group has a connecting seat further, and this Connection Block is arranged at a side of this first plate;

6. according to claim 2ly cohere disengagement gear, it is characterized in that, the transmission shaft of this board motor has a joint portion further, and this joint portion is formed at the peripheral side wall of this first connecting portion;

7. according to claim 3ly cohere disengagement gear, it is characterized in that, the portion of enclosing of this support plate is elongate body, and this portion of enclosing is connected to the inclined surface of this substrate, and is resisted against the relative two side places of this support plate.