CN208458380U - A kind of centrifugal silica gel conductive spacer drying box - Google Patents

Abstract

A kind of centrifugal silica gel conductive spacer drying box, including cabinet, left rotary shaft, right spindle, motor, belt, drying unit are embedded in axis, threaded post, partition and placement plate.Left rotary shaft is equipped at the Left-side center of the cabinet, right spindle is equipped on the right side of the cabinet, the junction of the right spindle and cabinet is equipped with the lesser groove ring of diameter, and the two sides of the groove ring are equipped with limit plate, and the left rotary shaft and right spindle, which are located in the box body on position, is equipped with screw.The upper and lower ends of the cabinet are additionally provided with multiple drying lamps, and the right end of the right spindle is additionally provided with rotating wheel, and the rotating wheel is connected to motor by belt, and the motor is located at the right side of bracket.The drying unit upper and lower opening, and left and right ends are equipped with insertion axis, the insertion axis is respectively with left rotary shaft and right-hand rotation axis connection, and the insertion axis is equipped with the screw hole matched with screw, the centre of the drying unit is equipped with partition, and the partition is equipped with more threaded posts.

Description

A kind of centrifugal silica gel conductive spacer drying box

Technical field

The utility model relates to silica gel conductive spacer production technical field, especially a kind of centrifugal silica gel conductive spacer Drying box.

Background technique

In nowadays life, silica gel conductive spacer is suitable for computor-keyboard more, and home used remote controler, computer etc. is common to be set It is standby.Not only the scope of application is wider for this silica gel conductive spacer, and the service life used is also longer, in the production of silica gel conductive spacer Cheng Zhong needs to dehydrate silica gel conductive spacer, in order to promote the elasticity and intensity of silica gel conductive spacer.

Utility model content

In view of the above shortcomings of the prior art, the utility model provides a kind of centrifugal silica gel conductive spacer drying Case.

A kind of centrifugal silica gel conductive spacer baking that in order to achieve the above purposes, the technical solution adopted by the utility model is: Dry case, including cabinet, left rotary shaft, right spindle, motor, belt, drying unit are embedded in axis, threaded post, partition and placement plate.Institute The lower section for stating cabinet is equipped with bracket, and left rotary shaft is equipped at the Left-side center of the cabinet, is equipped with right spindle, institute on the right side of the cabinet Left rotary shaft and right spindle are stated as hollow structure, the junction of the right spindle and cabinet is equipped with the lesser groove ring of diameter, described The two sides of groove ring are equipped with limit plate, and are bonded with the right side inner and outer wall of cabinet, and the left rotary shaft and right spindle are located at case Screw is equipped on intracorporal position.The upper and lower ends of the cabinet are additionally provided with multiple drying lamps, and the right end of the right spindle is also Equipped with rotating wheel, the rotating wheel is connected to motor by belt, and the motor is located at the right side of bracket.On the drying unit Under shed, and left and right ends are equipped with insertion axis, the insertion axis with left rotary shaft and right-hand rotation axis connection, is set on the insertion axis respectively There is the screw hole matched with screw, the centre of the drying unit is equipped with partition, and drying unit is separated into up and down by the partition Two drying rooms, the partition are equipped with more threaded posts.The placement plate is equipped with sets of holes, the spiral shell in the sets of holes and partition Line column matches, and the placement plate, which is additionally provided with, multiple anti-sets hole.

Preferably, anti-set is placed with silica gel conductive spacer on hole, and the silica gel conductive spacer is equipped with convex block and prevents Hole is set to match.

Preferably, the front and rear sides of the drying unit are additionally provided with through-hole, and the diameter of through-hole is greater than the thickness of partition.

Preferably, the diameter of the insertion axis is less than the diameter of left rotary shaft and right spindle.

Preferably, the left rotary shaft opposite case sliding.

Preferably, the threaded post is eight, and there are four threaded posts in the top and lower section of partition respectively.

The utility model structure is simple, and drying is uniform, and drying effect is good.Drying unit is separated into two by partition A drying room can expand the silica gel pad quantity dried every time.Axis and left rotary shaft and right spindle are embedded in using screw in succession The mode connect, facilitates drying unit to dismantle, in addition, drying unit rotation is driven, to make by centrifugal force by machine shaft Excessive moisture in silica gel conductive spacer is detached from, and reaches drying purpose.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model cabinet.

Fig. 2 is the structural schematic diagram of the utility model drying unit.

Fig. 3 is the cross-sectional view of A-A in Fig. 2.

Fig. 4 is the structural schematic diagram of the utility model placement plate.

Fig. 5 is the structural schematic diagram of general silica gel conductive spacer.

Fig. 6 is the placement schematic diagram of the utility model silica gel conductive spacer.

In figure, 1- cabinet；2- right spindle；3- rotating wheel；4- left rotary shaft；5- screw；6- limit plate；7- drying lamp；8- branch Frame；9- motor；10- belt；11- groove ring；12- drying unit；13- is embedded in axis；14- screw hole；15- threaded post；16- partition； 17- through-hole；18- placement plate；19- sets of holes；20- is anti-to set hole；21- silica gel conductive pad sheet；22- convex block.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly, it is fully described by, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

It is as Figure 1-Figure 5: a kind of centrifugal silica gel conductive spacer drying box, including cabinet 1, left rotary shaft 4, right spindle 2, motor 9, belt 10, drying unit 12 is embedded in axis 13, threaded post 15, partition 16 and placement plate 18.The lower section of the cabinet 1 Equipped with bracket 8, left rotary shaft 4,4 opposite case 1 of the left rotary shaft sliding, the cabinet 1 are equipped at the Left-side center of the cabinet 1 Right side is equipped with right spindle 2, and the left rotary shaft 4 and right spindle 2 are hollow structure, and the junction of the right spindle 2 and cabinet 1 is equipped with The lesser groove ring 11 of diameter, the two sides of the groove ring 11 are equipped with limit plate 6, and paste with the right side inner and outer wall of cabinet 1 It closes, is equipped with screw 5 on the position that the left rotary shaft 4 is located in cabinet 1 with right spindle 2.The upper and lower ends of the cabinet 1 are also set There are multiple drying lamps 7, the right end of the right spindle 2 is additionally provided with rotating wheel 3, and the rotating wheel 3 is connected by belt 10 and motor 9 It connects, the motor 9 is located at the right side of bracket 8.12 upper and lower opening of drying unit, and left and right ends are equipped with insertion axis 13, institute It states insertion axis 13 connect with left rotary shaft 4 and right spindle 2 respectively, the diameter of the insertion axis 13 is less than left rotary shaft 4 and right spindle 2 Diameter, the insertion axis 13 are equipped with the screw hole 14 matched with screw 5, and the centre of the drying unit 12 is equipped with partition 16, Drying unit 12 is separated into two drying rooms up and down by the partition 16, and the partition 16 is equipped with more threaded posts 15, described Threaded post 15 is eight, and there are four threaded posts in the top and lower section of partition 16 respectively.The front and rear sides of the drying unit 12 are also Equipped with through-hole 17, and the diameter of through-hole 17 is greater than the thickness of partition 16.The placement plate 18 is equipped with sets of holes 19, the sets of holes 19 Matched with the threaded post 15 on partition 16, the placement plate 18 be additionally provided with it is multiple it is anti-set hole 20, anti-set is placed on hole 20 Have a silica gel conductive spacer 21, the silica gel conductive spacer 21 be equipped with convex block 22 with prevent that setting hole 20 matches.

As shown in fig. 6, its concrete operating principle are as follows: prevent hole 20 for what silica gel conductive spacer 21 was placed on placement plate 18 On, it sets hole with anti-using the convex block 22 of silica gel conductive spacer 21 and matches, then placement plate 18 is placed on partition, makes to possess convex The side of block 22 is contacted with partition 16, so that the sealing end of silica gel conductive spacer 21 is far from partition 16.Then nut is utilized It is screwed with threaded post 15, keeps placement plate 18 and drying unit 12 fixed, the another side of partition 16 is similarly operated.Then, The insertion axis 13 of drying unit 12 is connect with left rotary shaft 4 in cabinet 1 with right spindle 2 by screw 5,4 opposite case 1 of left rotary shaft Sliding, slides in and out certain distance for left rotary shaft, so that the right end of drying unit 12 is embedded in axis 13 and puts in right spindle 2, and passes through Screw 5 is fixed, then left rotary shaft 4 is slided into cabinet 1, so that the left end of drying unit 12 is embedded in axis 13 and puts in left rotary shaft 4, And it is fixed by screw 5.Then.It opens drying lamp and starts motor 9, motor 9 is made to drive 2 shaft of right spindle by belt 10, To drive drying unit 12 to rotate, in the rotation process of drying unit 12, made in silica gel conductive spacer 21 by centrifugal force Moisture concentrate at the sealing end of silica gel conductive spacer 21, and keep its dehydration dry by two groups of drying lamps 7 up and down in cabinet 1 It is dry, furthermore it is also possible to the through-hole 17 by 12 front and rear sides of drying unit dries the steam between partition 16 and placement plate 18, To further increase the drying effect of silica gel conductive spacer 21.

Claims (6)

1. a kind of centrifugal silica gel conductive spacer drying box, it is characterised in that: including cabinet, left rotary shaft, right spindle, motor, Belt, drying unit are embedded in axis, threaded post, partition and placement plate；The lower section of the cabinet is equipped with bracket, a left side for the cabinet It is equipped with left rotary shaft at the center of side, right spindle is equipped on the right side of the cabinet, the left rotary shaft and right spindle are hollow structure, the right side The junction of shaft and cabinet is equipped with the lesser groove ring of diameter, and the two sides of the groove ring are equipped with limit plate, and with cabinet The fitting of right side inner and outer wall, the left rotary shaft and right spindle are located in the box body on position and are equipped with screw；The cabinet Upper and lower ends are additionally provided with multiple drying lamps, and the right end of the right spindle is additionally provided with rotating wheel, and the rotating wheel passes through belt and electricity Machine connection, the motor are located at the right side of bracket；The drying unit upper and lower opening, and left and right ends are equipped with insertion axis, it is described Axis is embedded in respectively with left rotary shaft and right-hand rotation axis connection, and the insertion axis is equipped with the screw hole matched with screw, the drying dress The centre set is equipped with partition, and drying unit is separated into two drying rooms up and down by the partition, and the partition is equipped with more spiral shells Line column；The placement plate is equipped with sets of holes, and the sets of holes are matched with the threaded post on partition, and the placement plate is additionally provided with multiple It is anti-to set hole.

2. a kind of centrifugal silica gel conductive spacer drying box as described in claim 1, it is characterised in that: described to prevent setting on hole Be placed with silica gel conductive spacer, the silica gel conductive spacer be equipped with convex block with prevent that setting hole matches.

3. a kind of centrifugal silica gel conductive spacer drying box as described in claim 1, it is characterised in that: the drying unit Front and rear sides be additionally provided with through-hole, and the diameter of through-hole is greater than the thickness of partition.

4. a kind of centrifugal silica gel conductive spacer drying box as described in claim 1, it is characterised in that: the insertion axis Diameter is less than the diameter of left rotary shaft and right spindle.

5. a kind of centrifugal silica gel conductive spacer drying box as described in claim 1, it is characterised in that: the left rotary shaft phase To box body-sliding.

6. centrifugal silica gel conductive spacer drying box as described in claim 1 a kind of, it is characterised in that: the threaded post is Eight, there are four threaded posts in the top and lower section of partition respectively.