CN211464206U

CN211464206U - Contact lens packing bottle wash-bottle device

Info

Publication number: CN211464206U
Application number: CN201922102596.7U
Authority: CN
Inventors: 唐钰喜
Original assignee: Gansu Tianhou Optical Technology Co ltd
Current assignee: Gansu Tianhou Optical Technology Co ltd
Priority date: 2019-11-29
Filing date: 2019-11-29
Publication date: 2020-09-11
Anticipated expiration: 2029-11-29

Abstract

The utility model relates to a contact lens packing bottle wash-bottle device. A contact lens packaging bottle washing device comprises a homing device, a feeding channel 2 and a bottle washing device; the bottle washing device comprises: the bottom plate, supporting baseplate's first support is located the spiral pivot on the bottom plate, and the motor of drive spiral pivot is located spiral pivot both sides and bottom plate fixed connection's first riser respectively, is located the first transparent cover board of first riser top, is located the first water jet equipment of bottom plate below, second water jet equipment, air jet system, is located first bar hole, second bar hole, the third bar hole on the bottom plate, realizes water spray or jet-propelled entering bottle. The utility model discloses in packing bottle washing device reasonable in design, the washing speed of bottle can be adjusted according to the rotational speed of spiral pivot, efficient and the fault rate is low, can effectively improve production efficiency.

Description

Contact lens packing bottle wash-bottle device

The technical field is as follows:

the utility model relates to a contact lens technical field, concretely relates to contact lens packing bottle wash-bottle device.

Background art:

contact lenses, also known as contact lenses, belong to a third class of medical devices, which are the highest class of medical devices and are also medical devices that must be strictly controlled. Not only the contact lens itself, but also the quality and hygiene of the contact lens package must be subject to strict scrutiny. Among the common packages for contact lenses, penicillin bottles are the most common one and the most reassuring one for consumers.

The contact lens packaging bottles not only need sterilization, but also the bottle inner cavities need to be used through strict cleaning processes, but because only one lens can be contained in one bottle, the number of the required packaging bottles is very large. At present, bottle washers used by various manufacturers are different, but faults are inevitable in the operation process, manual treatment is needed, and therefore production efficiency is affected and pollution is possibly caused. Under the circumstances, a need exists for a contact lens packaging bottle washing device with low failure rate and high bottle washing efficiency, so that the production efficiency is effectively improved.

The invention content is as follows:

the utility model aims at providing an efficient contact lens packing bottle wash-bottle device. The specific technical scheme is as follows:

a contact lens packaging bottle washing device comprises a homing device, a feeding channel 2 and a bottle washing device;

the homing device comprises: the disc 11 is arranged and rotates around the circle center; a circular fence 12 located on the outer peripheral surface of the parking disc;

the feeding channel is connected with the arrangement device and the bottle washing device, and the packaging bottles enter the feeding channel one by one from the edge of the arrangement disc and then enter the bottle washing device one by one;

the bottle washing device comprises: the device comprises a bottom plate 31, a first support 7 for supporting the bottom plate, a spiral rotating shaft 32 positioned on the bottom plate, a motor 8 for driving the spiral rotating shaft, first vertical plates 33 which are positioned at two sides of the spiral rotating shaft and are fixedly connected with the bottom plate at the bottoms, a first transparent cover plate 34 positioned above the first vertical plates, a first water spraying device 35, a second water spraying device 36 and an air spraying device 37 which are positioned below the bottom plate and are fixedly connected with the first support, a first strip-shaped hole 38 positioned on the bottom plate at the first water spraying device, a second strip-shaped hole 39 positioned on the bottom plate at the second water spraying device, and a third strip-shaped hole 40 positioned on the bottom plate at the air spraying device; the first water spraying device, the second water spraying device and the air spraying device are sequentially distributed along the advancing direction of the packaging bottle.

Preferably, the first scheme further comprises: and the guide strip 13 is positioned between the feeding channel and the circular fence, one end of the guide strip is fixed on the circular fence, and the other end of the guide strip forms an included angle of 15-30 degrees with the feeding channel. Further, still include: the second support 14 of frame on circular rail, be located

barrier strip

15, 16 of second support below, the barrier strip links to each other with the second support through vertical axis of rotation, the barrier strip with put in order contactless between the disc, the effect of barrier strip is through the angle of adjusting the barrier strip for the glass bottle puts in order disc edge motion to putting in order under putting in order the disc rotation drive, gets into the feed passageway one by one at last. In a further preferred embodiment, the feeding channel is adjustable in width by the width adjusting

devices

21 and 22 so as to adapt to packaging bottles with different widths. Still more preferably, the method further comprises: and a sensor 23 at the inlet of the feeding passage, connected to the parking plate by a wire, and when the sensor senses that there is no package bottle, the parking plate starts to rotate, thereby feeding the feeding passage.

The second preferred scheme comprises the following steps: a second transparent cover plate 41 connected with the upper part of the first vertical plate and positioned above the first transparent cover plate; the first transparent cover plate is used for preventing the bottles from being washed up in the vertical direction in the bottle washing process; the second transparent cover plate is used for blocking liquid splashed out when the bottle is washed. Further, still include: a cuboid case, wash the bottled putting and be located this cuboid case 5, the upper portion plane of this cuboid case is equipped with an observation window 6.

The utility model discloses advantage for prior art is: the utility model discloses in packing bottle washing device reasonable in design, the washing speed of bottle can be adjusted according to the rotational speed of spiral pivot, efficient and the fault rate is low, can effectively improve production efficiency.

Description of the drawings:

FIG. 1 is a schematic view of a top view of a bottle washing device according to an embodiment of the present invention; in the figure, 11 represents a homing disc, 12 represents a circular fence, 13 represents a guide bar, 14 represents a second bracket, 15 and 16 represent barrier bars, 2 represents a feeding channel, 5 represents a cuboid box, 6 represents an observation window, 8 represents a motor, 9 represents a water storage tank, 21 and 22 represent width adjusting devices, 23 represents an inductor, 31 represents a bottom plate, 32 represents a spiral rotating shaft, 33 represents a first vertical plate, 34 represents a first transparent cover plate, 35 represents a first water spraying device, 36 represents a second water spraying device, 37 represents a gas spraying device, 38 represents a first strip-shaped hole, 39 represents a second strip-shaped hole, 40 represents a third strip-shaped hole, 41 represents a second transparent cover plate, 42 represents a first baffle plate, 43 represents a second baffle plate, and 44 represents a wedge-shaped block.

FIG. 2 is a schematic view of the bottle washing device according to the embodiment of the present invention; in the figure, 7 represents a first bracket, 31 represents a bottom plate, 32 represents a spiral rotating shaft, 33 represents a first vertical plate, 34 represents a first transparent cover plate, 35 represents a first water spraying device, 41 represents a second transparent cover plate, 45 and 46 represent bolts, 351 represents a water spraying opening of the first water spraying device, and 352 represents a water inlet of the first water spraying device.

FIG. 3 is a schematic view of the structure of FIG. 1 taken along the direction A-A; in the figure, 31 represents a bottom plate, 32 represents a spiral rotating shaft, 33 represents a first vertical plate, 34 represents a first transparent cover plate, 42 represents a first baffle plate, and 43 represents a second baffle plate.

The specific implementation mode is as follows:

example (b):

a contact lens packaging bottle washing device comprises a homing device, a feeding channel 2 and a bottle washing device, and a sensor 23 positioned at the inlet of the feeding channel;

the homing device comprises: the device comprises a placing disc 11, a circular rail 12, a guide strip 13, a second support 14 and

barrier strips

15 and 16, wherein the placing disc rotates around the circle center, the circular rail 12 is positioned on the outer peripheral surface of the placing disc, the guide strip 13 is positioned between a feeding channel and the circular rail, the second support 14 is erected on the circular rail, and the

barrier strips

15 and 16 are positioned below the second support; one end of the guide strip is fixed on the circular fence, and an included angle formed between the other end of the guide strip and the feeding channel is 15-30 degrees; the barrier strips are connected with the second support through the vertical rotating shaft and are not in contact with the reset discs, and the barrier strips are used for enabling the glass bottles to move towards the edges of the reset discs under the driving of the reset discs by adjusting the angles of the barrier strips and finally enter the feeding channel one by one

The inductor is connected with the placing disc through a circuit, when the inductor induces that no packaging bottle is arranged at the position, the placing disc starts to rotate, so that the feeding channel is fed into the feeding channel and connected with the placing device and the bottle washing device, and the packaging bottles enter the feeding channel one by one from the edge of the placing disc and then enter the bottle washing device one by one;

the width of the feeding channel is adjustable through the width adjusting

devices

21 and 22 so as to adapt to packaging bottles with different widths;

the bottle washing device comprises: the device comprises a bottom plate 31, a spiral rotating shaft 32 positioned on the bottom plate, a first support 7 for supporting the bottom plate, first vertical plates 33 which are positioned at two sides of the spiral rotating shaft and are fixedly connected with the bottom plate respectively, a first transparent cover plate 34 positioned above the first vertical plates, a second transparent cover plate 41 which is connected with the upper parts of the first vertical plates and is positioned above the first transparent cover plate, a cuboid box 5, a first water spraying device 35, a second water spraying device 36 and an air spraying device 37 which are positioned below the bottom plate and are fixedly connected with the first support, a first strip-shaped hole 38 positioned on the bottom plate at the position of the first water spraying device, a second strip-shaped hole 39 positioned on the bottom plate at the position of the second water spraying device, and a third strip-shaped hole 40 positioned on the bottom; the first water spraying device, the second water spraying device and the air spraying device are sequentially distributed along the advancing direction of the packaging bottle. The first water spraying device and the second water spraying device spray water to enter the bottle body, and the air spraying device sprays air to enter the bottle body; the first water spraying device and the second water spraying device are used for cleaning purified water, and the air spraying device is used for drying the inner cavity of the bottle; the second transparent cover plate is fixedly connected with the first vertical plate and the bottom plate through

bolts

45 and 46 respectively;

the first transparent cover plate is used for preventing the bottles from being washed up in the vertical direction in the bottle washing process; the second transparent cover plate is used for blocking liquid splashed out when the bottle is washed. The bottle washing device is positioned in the cuboid box, and an observation window 6 is arranged on the upper plane of the cuboid box.

A first baffle 42 and a second baffle 43 are arranged at the outlet of the channel, wherein the first baffle is symmetrical to the first vertical plate by taking the spiral rotating shaft as the center; the baffle plate c is clamped between the baffle plate a and the baffle plate b and is fixed on the baffle plate a and the baffle plate b; a discharging channel is formed between the second baffle and the spiral rotating shaft; the inner side wall of the first baffle is provided with a wedge-shaped block 44 which is used for extruding the bottles from the bottle washing channel to the discharging channel; the bottle mouth of the packaging bottle faces downwards when the packaging bottle enters the bottle washing channel, and the bottle mouth of the packaging bottle faces upwards when the packaging bottle comes out from the discharging channel.

The inlet of the passage is provided with a reservoir 9 which acts to prevent water from flowing to the ground.

Claims

1. A contact lens packing bottle wash-bottle device which characterized in that: the device comprises a homing device, a feeding channel (2) and a bottle washing device;

the homing device comprises: a parking disc (11) rotating around the center of the circle; a circular fence (12) positioned on the outer peripheral surface of the parking disc;

the bottle washing device comprises: the device comprises a bottom plate (31), a first support (7) for supporting the bottom plate, a spiral rotating shaft (32) positioned on the bottom plate, a motor (8) for driving the spiral rotating shaft, first vertical plates (33) which are positioned on two sides of the spiral rotating shaft and are fixedly connected with the bottom plate respectively at the bottoms, a first transparent cover plate (34) positioned above the first vertical plates, a first water spraying device (35), a second water spraying device (36) and an air spraying device (37) which are positioned below the bottom plate and are fixedly connected with the first support, a first strip-shaped hole (38) positioned on the bottom plate at the first water spraying device, a second strip-shaped hole (39) positioned on the bottom plate at the second water spraying device, and a third strip-shaped hole (40) positioned on; the first water spraying device, the second water spraying device and the air spraying device are sequentially distributed along the advancing direction of the packaging bottle.

2. The contact lens packaging bottle washing device as claimed in claim 1, further comprising: and the guide strip (13) is positioned between the feeding channel and the circular fence, one end of the guide strip is fixed on the circular fence, and the other end of the guide strip forms an included angle of 15-30 degrees with the feeding channel.

3. The contact lens packaging bottle washing device as claimed in claim 2, further comprising: the device comprises a second support (14) erected on the circular fence, and barrier strips (15, 16) positioned below the second support, wherein the barrier strips are connected with the second support through a vertical rotating shaft, and the barrier strips are not in contact with the parking discs.

4. The contact lens packaging bottle washing device as claimed in claim 3, wherein the feeding channel is adjustable in width by width adjusting means (21, 22) to accommodate packaging bottles of different widths.

5. The contact lens packaging bottle washing device as claimed in claim 3, further comprising: and a sensor (23) located at the inlet of the feed channel and connected to the parking disc by a wire.

6. A contact lens packaging bottle washing device as claimed in any one of claims 1 to 5, comprising: and a second transparent cover plate (41) which is connected with the upper part of the first vertical plate and is positioned above the first transparent cover plate.

7. The contact lens packaging bottle washing device as claimed in claim 6, further comprising: a cuboid case, the bottle washing device is arranged in the cuboid case (5), and the upper plane of the cuboid case is provided with an observation window (6).