CN208365993U - A kind of drying unit of medical instrument disinfection and sterilization formula anticollision - Google Patents

Abstract

The utility model discloses a kind of medical instrument drying units of disinfection and sterilization formula anticollision, including support rod, blower, pull head, inner ring and outer ring, the upper end of the support rod is equipped with motor, and the middle position of support rod is provided with drying box, the inside of the drying box is equipped with heating wire, the assembling is connected with air hose in the left and right sides of support rod lower end on the outside of blower.The turntable of the utility model setting can rotate under the drive of rotary shaft, the medical instrument being mounted on inside shield is rotated with it, so as to which the moisture on medical instrument is got rid of, shield is slided on zipper by pull head, so as to by shield open or close, shield can be avoided that the moisture on medical instrument gets rid of everywhere, occur mutually to collide come the medical instrument that connecting partition can be avoided whipping by sliding slot and sliding block inside turntable.

Description

A kind of drying unit of medical instrument disinfection and sterilization formula anticollision

Technical field

The utility model relates to medical instrument drying unit technical field, specially a kind of medical instrument disinfection and sterilization formula The drying unit of anticollision.

Background technique

Dryer can be divided into industry and civilian two kinds, and industrial drier is also drying equipment or drying machine, and dryer has band Formula drying, roller drying, box drying, the several modes such as tower drying；Heat source has coal, electricity, gas etc.；Material is during the drying process There are hot-air flow formula and radiant type etc., hot wind roller drying is that thermal current travels forward from tail portion, comes into full contact with, passes through with material Heat transfer, convection current, radiant heat transfer amount make full use of；Thermal energy is directly passed to material, keeps the moisture of material continuous in cylinder It is evaporated, the blower unit of feeding inlet extracts a large amount of moisture, wet gas current out, prevents secondary pollution caused by dust outlet；It is logical It crosses inside spin stirring, sweep scattered, shovelling plate, promote material movement, complete entire drying course, drying to medical instrument can prevent The only pollution of bacterium, so as to prevent bacterium from infecting to patient.

Medical instrument drying unit in the market usually will cause medical instrument when in use and collide in an oven, this Sample will cause the dual damage of drying unit and medical instrument, and during the drying process the extraneous air for entering baking oven can into The medical instrument of row sterilizing leads to the problem of secondary pollution, while the heat in drying box is easy to dissipate during the drying process It loses, thus the problem of causing energy dissipation, for this purpose, it is proposed that a kind of higher medical instrument of practicability is anti-with disinfection and sterilization formula The drying unit of collision.

Summary of the invention

The purpose of this utility model is to provide a kind of medical instrument drying units of disinfection and sterilization formula anticollision, solve Existing medical instrument drying unit usually will cause medical instrument when in use and collide in an oven, will cause in this way The dual damage of drying unit and medical instrument, and the extraneous air for entering baking oven can disappear to sterilization is carried out during the drying process The medical instrument of poison leads to the problem of secondary pollution, while the heat in drying box is easy to scatter and disappear during the drying process, to make The problem of at energy dissipation.

To achieve the above object, the utility model provides the following technical solutions: a kind of medical instrument disinfection and sterilization formula is anti- The drying unit of collision, including support rod, blower, pull head, inner ring and outer ring, the upper end of the support rod are equipped with motor, And the middle position of support rod is provided with drying box, the inside of the drying box is equipped with heating wire, and the assembling is in branch The left and right sides of strut lower end, and air hose is connected on the outside of blower.

Preferably, the lower end of the motor is connected with gear, and the lower end of gear is provided with rotary shaft, the motor It constitutes and is fixedly connected between support rod, and motor is by constituting rotational structure between gear and rotary shaft.

Preferably, cover board is provided on the outside of the drying box, and the middle position of cover board is provided with observation window, the sight It examines and is provided with shaft on the right side of window, and be connected with connecting rod on the outside of shaft, the left and right ends of the connecting rod are connected with kelly, And the top of kelly is provided with card slot, the shaft is by constituting rotational structure, and kelly and card slot between connecting rod and kelly Between constitute snap-in structure.

Preferably, turntable is connected on the outside of the rotary shaft, and the inside of turntable is equipped with card needle, the card needle runs through In the inside of turntable, and the bottom end of card needle is cirque structure.

Preferably, the upper end of the air hose is connected with heating wire case, and the upper end of heating wire case is provided with activated carbon layer, institute The upper end for stating activated carbon layer is equipped with strainer, and the upper end of strainer is provided with air inlet, and the heating wire case passes through blower and wind Connectivity structure is constituted between pipe and drying box, while the structure of strainer is hollow mesh structure.

Preferably, the bottom end of the turntable is fixed with shield, and the outside of shield is provided with zipper, the pull head peace Bottom end loaded on zipper constitutes between the pull head and zipper and is slidably connected, and the structure of shield is perspex shape structure.

Preferably, the end of the turntable is equipped with bactericidal lamp, constitutes and is threadedly coupled between the bactericidal lamp and turntable, and Vertical structure is constituted between bactericidal lamp and turntable.

Preferably, the turntable is internally provided with sliding slot, and the inside of sliding slot is equipped with sliding block, the bottom end of the sliding block It is connected with partition, the partition, which passes through to constitute between sliding slot and sliding block and turntable, to be slidably connected, and the knot between sliding slot and sliding block Structure size matches.

Preferably, the inner ring is installed on the outside of rotary shaft, and ball is connected on the outside of inner ring, the outer ring setting It constitutes and is fixedly connected between the outside of ball, the inner ring and rotary shaft, and rotary shaft between inner ring and ball by constituting Rotational structure.

Compared with prior art, the beneficial effects of the utility model are as follows:

1, the utility model for whole device by that can provide kinetic energy, motor in the fixed motor of post upper Rotation is so as to drive rotary shaft rotation by gear, so that rotary shaft is able to drive turntable and is rotated, rotary shaft passes through Inner ring can mutually rotate between ball, so as to reduce rotary shaft rotation when due to friction caused by kinetic energy rejection, Outer ring on the outside of ball can play the role of support to rotary shaft.

2, the turntable of the utility model setting can rotate under the drive of rotary shaft, so that being mounted in shield The medical instrument in portion can rotate with it, and so as to get rid of the moisture on medical instrument, shield is by pull head in zipper Upper sliding, so as to by shield open or close, shield can be avoided that the moisture on medical instrument gets rid of everywhere, It is collided by the medical instrument that sliding slot and sliding block can be avoided whipping come connecting partition there is a phenomenon where mutual inside turntable.

3, the card needle that the utility model is installed inside turntable can hang up medical instrument, and card needle bottom end is annulus Shape structure can facilitate the medical instrument whipping of suspension, and in turntable outer ledge position, vertically arranged bactericidal lamp can be through saturating Bright shield carries out sterilizing to the medical instrument of its inside.

4, the observation window that the utility model is arranged on the cover board can facilitate process that drying box inside is dried into Row observation, rotating shaft can drive kelly to be rotated, so as to make kelly extract or fill in from card slot by connecting rod Into in card slot, so as to close or open cover board, and then it can be avoided the heat in drying box and will not be lost from cover board, It facilitates and medical instrument is taken out or disposed wherein from drying box.

5, the blower of the utility model setting can provide hot-air for drying box, consequently facilitating to the medical treatment in drying box Instrument is dried, and air enters from air inlet, by the absorption and filtering of activated carbon layer and strainer, so as to by air In the objects such as dust eliminate, air is using the electric-heating-wire-heating in heating wire case, so that air can be made with heat, warp The work of blower is crossed, hot-air can be made to be sent into drying box from from air hose, realizes to the air drying process of medical instrument, mentions significantly High practicability of this kind of medical instrument with the drying unit of disinfection and sterilization formula anticollision.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model drying box external structure schematic diagram；

Fig. 3 is partial enlargement structural representation at A in the utility model Fig. 1

Fig. 4 is partial enlargement structural representation at B in the utility model Fig. 1

Fig. 5 is the utility model rotary shaft and inner ring junction overlooking structure diagram.

In figure: 1, support rod, 2, motor, 3, drying box, 4, blower, 5, heating wire, 6, gear, 7, rotary shaft, 8, wind Pipe, 9, heating wire case, 10, activated carbon layer, 11, strainer, 12, air inlet, 13, turntable, 14, cover board, 15, observation window, 16, turn Axis, 17, connecting rod, 18, kelly, 19, card slot, 20, card needle, 21, shield, 22, zipper, 23, pull head, 24, bactericidal lamp, 25, Sliding slot, 26, sliding block, 27, partition, 28, inner ring, 29, ball, 30, outer ring.

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 and completely describe, 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.

Please refer to Fig. 1-5, a kind of drying unit of medical instrument disinfection and sterilization formula anticollision, including it is support rod 1, electronic Machine 2, drying box 3, blower 4, heating wire 5, gear 6, rotary shaft 7, air hose 8, heating wire case 9, activated carbon layer 10, strainer 11, into Air port 12, turntable 13, cover board 14, observation window 15, shaft 16, connecting rod 17, kelly 18, card slot 19, card needle 20, shield 21, Zipper 22, pull head 23, bactericidal lamp 24, sliding slot 25, sliding block 26, partition 27, inner ring 28, ball 29 and outer ring 30, support rod 1 it is upper End is equipped with motor 2, and the middle position of support rod 1 is provided with drying box 3, and the lower end of motor 2 is connected with gear 6, and The lower end of gear 6 is provided with rotary shaft 7, constitutes and is fixedly connected between motor 2 and support rod 1, and motor 2 passes through gear 6 Rotational structure is constituted between rotary shaft 7, it is dynamic by that can be provided in the fixed motor 2 in 1 upper end of support rod for whole device Can, the rotation of motor 2 by gear 6 so as to drive rotary shaft 7 to rotate, so that rotary shaft 7 is able to drive the progress of turntable 13 Rotation, the inside of drying box 3 are equipped with heating wire 5, and the outside of drying box 3 is provided with cover board 14, and the middle position of cover board 14 It is provided with observation window 15, the right side of observation window 15 is provided with shaft 16, and the outside of shaft 16 is connected with connecting rod 17, connecting rod 17 left and right ends are connected with kelly 18, and the top of kelly 18 is provided with card slot 19, and shaft 16 passes through connecting rod 17 and kelly Rotational structure is constituted between 18, and constitutes snap-in structure between kelly 18 and card slot 19, the observation window 15 being arranged on cover board 14 It can facilitate and the process dried inside drying box 3 is observed, rotating shaft 16 can be driven by connecting rod 17 and be blocked Bar 18 is rotated, so as to make kelly 18 extract or fill in card slot 19 from card slot 19, so as to close or open Cover board 14, and then can be avoided the heat in drying box 3 and will not be lost from cover board 14 is also facilitated medical instrument from drying It takes out or is disposed wherein in case 3, the outside of rotary shaft 7 is connected with turntable 13, and the inside of turntable 13 is equipped with card needle 20, card Needle 20 is through the inside of turntable 13, and the bottom end of card needle 20 is cirque structure, 20 energy of card needle installed inside turntable 13 Enough to hang up medical instrument, 20 bottom end of card needle is the medical instrument whipping that cirque structure can facilitate suspension, and blower 4 is pacified The left and right sides loaded on 1 lower end of support rod, and the outside of blower 4 is connected with air hose 8, the upper end of air hose 8 is connected with heating wire case 9, and the upper end of heating wire case 9 is provided with activated carbon layer 10, the upper end of activated carbon layer 10 is equipped with strainer 11, and strainer 11 is upper End is provided with air inlet 12, and heating wire case 9 is by constituting connectivity structure, while strainer between blower 4 and air hose 8 and drying box 3 11 structure is hollow mesh structure, and the blower 4 of setting can provide hot-air for drying box 3, consequently facilitating in drying box 3 Medical instrument dried, air enters from air inlet 12, by the absorption and filtering of activated carbon layer 10 and strainer 11, from And the objects such as dust in air can be eliminated, air is heated using the heating wire 5 in heating wire case 9, to can make Air has heat, by the work of blower 4, hot-air can be made to be sent into drying box 3 from from air hose 8, realized to Medical treatment device The air drying process of tool, the bottom end of turntable 13 is fixed with shield 21, and the outside of shield 21 is provided with zipper 22, and pull head 23 is pacified Bottom end loaded on zipper 22 constitutes between pull head 23 and zipper 22 and is slidably connected, and the structure of shield 21 is perspex shape The turntable 13 of structure, setting can rotate under the drive of rotary shaft 7, so that being mounted on the Medical treatment device inside shield 21 Tool can rotate with it, and so as to get rid of the moisture on medical instrument, shield 21 is sliding on zipper 22 by pull head 23 It is dynamic, so as to by 21 open or close of shield, shield 21 can be avoided that the moisture on medical instrument gets rid of everywhere, The end of turntable 13 is equipped with bactericidal lamp 24, constitutes and is threadedly coupled between bactericidal lamp 24 and turntable 13, and bactericidal lamp 24 and turntable Vertical structure is constituted between 13, vertically arranged bactericidal lamp 24 can penetrate transparent shield in 13 outer ledge position of turntable 21 pairs of its internal medical instruments carry out sterilizing, and turntable 13 is internally provided with sliding slot 25, and the inside installation of sliding slot 25 There is sliding block 26, the bottom end of sliding block 26 is connected with partition 27, and partition 27, which passes through to constitute between sliding slot 25 and sliding block 26 and turntable 13, to be slided Dynamic connection, and the structure size between sliding slot 25 and sliding block 26 matches, by sliding slot 25 and sliding block 26 come even inside turntable 13 Connecing partition 27 can be avoided the medical instrument of whipping there is a phenomenon where mutually collision, inner rings 28 to be installed on the outside of rotary shaft 7, and The outside of inner ring 28 is connected with ball 29, and outer ring 30 is set to the outside of ball 29, constitutes and fixes between inner ring 28 and rotary shaft 7 Connection, and rotary shaft 7 can be with ball by inner ring 28 by constituting rotational structure, rotary shaft 7 between inner ring 28 and ball 29 Mutually rotated between 29, so as to reduce rotary shaft 7 in rotation due to friction caused by kinetic energy rejection, in the outside of ball 29 Outer ring 30 can play the role of support to rotary shaft 7.

Working principle: for this kind of medical instrument drying unit of disinfection and sterilization formula anticollision, turned first with key Turn axis 16 enables kelly 18 to extract from card slot 19 so as to drive kelly 18 to be rotated by connecting rod 17 Or fill in card slot 19, this makes it possible to close or open cover board 14, after opening cover board 14, by pulling pull head 23 in zipper 22 Upper sliding, so as to by 21 open or close of shield, then medical instrument be suspended on to the bottom end of card needle 20, by shield 21 and cover board 14 close after, start motor 2, motor 2 rotation so as to by gear 6 drive rotary shaft 7 rotate so that Rotary shaft 7 is able to drive turntable 13 and is rotated, and this makes it possible to by the moisture drying on medical instrument, leads to inside turntable 13 The medical instrument that the partition 27 for crossing the sliding of sliding slot 25 and sliding block 26 to connect can be avoided whipping is collided there is a phenomenon where mutual, So as to guarantee that medical instrument will not be damaged, rotary shaft 7 can mutually be rotated by inner ring 28 between ball 29, from And can reduce rotary shaft 7 rotation when due to friction caused by kinetic energy rejection, starting drying box 3 inside installation heating wire 5, heating wire 5 can heat drying box 3, so as to guarantee to have in drying box 3 higher temperature, start blower 4, wind Air can be pumped by machine 4 from air inlet 12, by the absorption and filtering of activated carbon layer 10 and strainer 11, so as to will be empty The objects such as the dust in gas eliminate, and air is heated using the heating wire 5 in heating wire case 9, so that air can be made with heat Amount can be such that hot-air is sent into drying box 3 from from air hose 8 by the work of blower 4, open bactericidal lamp 24, and bactericidal lamp 24 produces Raw light can carry out sterilizing through medical instrument of the transparent shield 21 to its inside, so that entire medical instrument It is improved well with the practicability of the drying unit of disinfection and sterilization formula anticollision, completes entire medical instrument like this with disappearing The use process of the drying unit of malicious sterilizing type anticollision.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (9)

1. a kind of medical instrument drying unit of disinfection and sterilization formula anticollision, including support rod (1), blower (4), pull head (23), inner ring (28) and outer ring (30), it is characterised in that: the upper end of the support rod (1) is equipped with motor (2), and is supported The middle position of bar (1) is provided with drying box (3), and the inside of the drying box (3) is equipped with heating wire (5), the blower (4) It is installed on the left and right sides of support rod (1) lower end, and is connected with air hose (8) on the outside of blower (4).

2. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 1, it is characterised in that: The lower end of the motor (2) is connected with gear (6), and the lower end of gear (6) is provided with rotary shaft (7), the motor (2) It constitutes and is fixedly connected between support rod (1), and motor (2) passes through composition rotation knot between gear (6) and rotary shaft (7) Structure.

3. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 1, it is characterised in that: It is provided with cover board (14) on the outside of the drying box (3), and the middle position of cover board (14) is provided with observation window (15), the sight It examines and is provided on the right side of window (15) shaft (16), and be connected with connecting rod (17) on the outside of shaft (16), the connecting rod (17) Left and right ends be connected with kelly (18), and the top of kelly (18) is provided with card slot (19), and the shaft (16) passes through connection Rotational structure is constituted between bar (17) and kelly (18), and constitutes snap-in structure between kelly (18) and card slot (19).

4. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 2, it is characterised in that: It is connected with turntable (13) on the outside of the rotary shaft (7), and the inside of turntable (13) is equipped with card needle (20), the card needle (20) Through the inside of turntable (13), and the bottom end of card needle (20) is cirque structure.

5. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 1, it is characterised in that: The upper end of the air hose (8) is connected with heating wire case (9), and the upper end of heating wire case (9) is provided with activated carbon layer (10), described The upper end of activated carbon layer (10) is equipped with strainer (11), and the upper end of strainer (11) is provided with air inlet (12), the heating wire Case (9) is by constituting connectivity structure between blower (4) and air hose (8) and drying box (3), while the structure of strainer (11) is hollow out Reticular structure.

6. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 4, it is characterised in that: The bottom end of the turntable (13) is fixed with shield (21), and the outside of shield (21) is provided with zipper (22), the pull head (23) it is installed on the bottom end of zipper (22), constitutes and is slidably connected between the pull head (23) and zipper (22), and shield (21) Structure be perspex shape structure.

7. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 4, it is characterised in that: The end of the turntable (13) is equipped with bactericidal lamp (24), is constituted and is threadedly coupled between the bactericidal lamp (24) and turntable (13), And vertical structure is constituted between bactericidal lamp (24) and turntable (13).

8. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 4, it is characterised in that: The turntable (13) is internally provided with sliding slot (25), and the inside of sliding slot (25) is equipped with sliding block (26), the sliding block (26) Bottom end be connected with partition (27), the partition (27) pass through between sliding slot (25) and sliding block (26) and turntable (13) composition slide Connection, and the structure size between sliding slot (25) and sliding block (26) matches.

9. a kind of drying unit of medical instrument disinfection and sterilization formula anticollision according to claim 2, it is characterised in that: The inner ring (28) is installed on the outside of rotary shaft (7), and ball (29) are connected on the outside of inner ring (28), the outer ring (30) It is set to the outside of ball (29), constitutes and is fixedly connected between the inner ring (28) and rotary shaft (7), and rotary shaft (7) passes through Rotational structure is constituted between inner ring (28) and ball (29).