TW202342113A - Sterilization pot structure including a pot body, a pot door and an elastic support module - Google Patents

Abstract

Disclosed is a sterilization pot structure, including a pot body with a sterilization chamber inside, wherein the sterilization chamber has at least one passageway, and a plurality of lower locking hooks with grooves are disposed at a lower side of the passageway; a pot door pivotally disposed on the pot body and provided with a door plate, wherein the door plate can be lowered to make a lower edge of the door plate snapped into the plurality of lower locking hooks after covering the passageway; and an elastic support module: including a lower rod engaged to bottoms of the plurality of lower locking hooks, two support guide rods engaged to both ends of the lower rod, a support rod engaged onto the two support guide rods above the grooves of the plurality of lower locking hooks in an ascending or descending manner and being flush with a bottom surface of the sterilization chamber at an upper side surface thereof, the lower ends of two tension springs engaged to the support rod and upper ends thereof are engaged to two sides of the pot body, and a plurality of compression springs disposed in the grooves of the plurality of lower locking hooks with the lower ends abutted against bottoms of the grooves and the upper ends abutted against the bottom surface of the support rod. Accordingly, a trolley may stably and smoothly enter or leave the sterilization pot.

Description

Sterilization pot structure

The present invention belongs to the technical field of the structure of a sterilization pot, and particularly refers to a sterilization pot structure that allows a trolley to move in and out of the sterilization pot smoothly without wheel jamming or overturning accidents.

Referring to Figures 1 and 2, it is pointed out that a commonly known sterilization pot is installed in the pit 11 on the ground 10, and the bottom surface of the sterilization chamber 13 inside the pot body 12 is connected to the ground outside. 10 is flush, so that the trolley 14 equipped with a plurality of objects to be sterilized can be pushed or pushed out of the sterilization chamber 13 easily.

However, in order to allow the pot door 15 to be lowered after the lid is closed, the lower side edge is buckled into the plurality of lower locking hooks 16 on the lower side of the entrance and exit of the pot body 12. The entrance and exit of the pot body 12 are in contact with the pit 11. Between the opposite sides, the gap 17 needs to be reserved for the lifting and lowering of the pot door 15, and this gap 17 will cause the wheels 140 of the trolley 14 to get stuck when the trolley 14 enters and exits the sterilization chamber 13, and This makes pushing the trolley 14 laborious, and may even cause the trolley 14 to tip over, causing a plurality of objects to be sterilized on the trolley 14 to roll down.

In view of this, the inventor of the present invention made in-depth conceiving in view of the above-mentioned problems, and actively conducted research and improvement trials to develop and design the present invention.

The main purpose of the present invention is to solve the problems of the conventional sterilizing pot structure. Leaving a gap for the lifting and lowering of the pot door between the entrance and exit of the body and the opposite side of the pit will make it more laborious to push the trolley in and out of the sterilization chamber, and may even cause the trolley to tip over and overturn.

The invention provides a sterilizing pot structure, which includes a pot body, at least one pot door and an elastic support module. Wherein, the pot system has a sterilization chamber inside, and the sterilization chamber has at least one entrance and exit. The lower side of the entrance and exit is provided with a plurality of lower locking hooks, and the plurality of lower locking hooks each have a plurality of hook grooves. The pot door includes a pivoting part pivoted with the pot body and a door panel that can be raised and lowered on the pivoting part. The door panel can be swung on one side of the pot body by the pivoting part to cover or The entrance is opened, and the door panel can be lowered after covering the entrance so that the lower edge is buckled in the plurality of lower lock hooks. The elastic support module includes a lower rod, two support guide rods, a support rod, two tension springs and a plurality of compression springs. The lower rod is combined with the bottom of the plurality of lower lock hooks, and the lower ends of the two support guide rods are combined with At both ends of the lower rod, the support rod is elevatingly coupled to the two support guide rods, and is located above the hook grooves of the plurality of lower lock hooks, and the upper side is flush with the bottom surface of the sterilization chamber. The lower end of the tension spring is coupled to both ends of the support rod, and the upper end is coupled to both sides of the pot body. The plurality of compression springs are respectively provided in the hook grooves of the plurality of lower lock hooks, and the lower ends are against At the bottom of the hook groove, the upper end is against the bottom surface of the support rod.

The sterilizing pot structure provided by the present invention can use the support rod to fill the gap between the entrance and exit of the pot body and one side of the pit, and can further use the two tension springs and the plurality of The elastic force of the compression spring and the limiting effect of the two supporting guide rods make the top surface of the supporting rod flush with the bottom surface of the sterilization chamber and the external ground. Therefore, when the trolley enters and exits the sterilization chamber, the wheels of the trolley are not fixed. There will be a situation of falling into the gap between the pot body and the ground, so the trolley can be pushed or pushed out of the sterilization chamber smoothly, smoothly and effortlessly without any accidents of overturning. born.

[prior art]

10:Ground

11: Pit

12:Pot body

13:Sterilization room

14: Trolley

140:wheel

15:Pot door

16:Lower lock hook

17:Gap

[Invention]

20: Pot body

21:Sterilization room

22: Entrance and exit

23: Side lock hook

24:Lower lock hook

240: hook groove

241:Through hole

30:Pot door

31: Pivot joint

32:Door panel

40: Elastic support module

41: Downswing

410:Through hole

411: Binding hole

42:Support rod

420: Ring Department

421:Perforation

422:Spring guide rod

43:Support guide rod

44: Tension spring

440:Hook

45:Compression spring

50:Ground

51: Pit

A: Gap

60: Trolley

61:wheel

[Figure 1] is a three-dimensional schematic diagram of a conventional sterilization pot.

[Figure 2] is a schematic cross-sectional view of a conventional sterilization pot.

[Figure 3] is a schematic three-dimensional view of the present invention.

[Fig. 4] is an enlarged schematic diagram of the combined cross-section of the present invention.

[Figure 5] is a schematic three-dimensional view of the present invention when it is installed in a pit.

[Fig. 6] is a schematic cross-sectional view of the trolley of the present invention when entering and exiting.

[Figure 7] is a schematic diagram of the action of the door panel of the present invention when it is lowered.

Please refer to Figures 3 to 7, which show that the sterilization pot structure of the present invention includes a pot body 20, at least one pot door 30 and an elastic support module 40, wherein:

The pot body 20 has a sterilization chamber 21 inside. The sterilization chamber 21 has at least one entrance and exit 22 (in this embodiment, the front and rear entrances 22 are combined with the two pot doors 30 for example). The two sides of the entrance and exit 22 The side and lower sides are respectively provided with a plurality of side locking hooks 23 and a plurality of lower locking hooks 24. The plurality of lower locking hooks 24 respectively have a plurality of hook grooves 240 that open upward, and each hook groove 240 is provided with a penetrating bottom surface. One through hole 241. Moreover, the pot body 20 is installed in a pit 51 on the ground 50 , and the bottom surface of the sterilization chamber 21 is flush with the ground 50 outside. The corresponding sides of the entrance 22 and the pit 51 There is a gap A corresponding to the width of the hook grooves 240 .

The pot door 30 includes a pivot member 31 pivoted on one side of the entrance 22 of the pot body 20 and a door panel 32 that can rise and fall on the pivot member 31. The door panel 32 can be moved through the pivot. Receiver 31 and swings on one side of the pot body 20 to cover or open the entrance and exit 22, and the door panel 32 can be lowered after covering the entrance and exit 22 so that the concave and convex side edges are buckled in the plurality of side lock hooks 23. And the lower edge is buckled in the plurality of lower locking hooks 24.

The elastic support module 40 includes a lower rod 41 , a support rod 42 , two support guide rods 43 , two tension springs 44 and a plurality of compression springs 45 . Among them, the lower rod 41 is combined with the bottom of the plurality of lower lock hooks 24, and is respectively provided with a plurality of through holes 410 corresponding to the through holes 241. Near both ends of the lower rod 41 are respectively provided with through upper , two coupling holes 411 on the bottom, the two coupling holes 411 are two screw holes. The support rod 42 is disposed above the plurality of hook grooves 240 of the plurality of lower lock hooks 24 to fill in the gap A, and the upper side is flush with the bottom surface of the sterilization chamber 21. The support rod 42 is close to both ends. Two ring portions 420 are provided, and the support rod 42 is provided with two through holes 421 through the upper and lower parts corresponding to the two combination holes 411. In addition, the bottom surface of the support rod 42 is combined with a plurality of spring guide rods 422, and The plurality of spring guide rods 422 are screw rods and are coupled to the support rod 42 in a screw manner. The two supporting guide rods 43 are two long bolts, the two heads of which are against the upper side of the supporting rod 42, and the lower end of the supporting guide rod 43 passes through the two through holes 421 and is screwed into the two combining holes 411. , so that the purpose of adjusting the height of the support rod 42 can be achieved. The lower ends of the two tension springs 44 are hooked on the two ring portions 420 respectively, and the upper ends are respectively connected to the lock hooks 23 on both sides of the pot body 20 with two hook rods 440 to pull the support rod 42 upward. of elasticity. The plurality of compression springs 45 are sleeved on the plurality of spring guide rods 422, with the lower end abutting the bottom of the hook groove 240, and the upper end abutting the bottom surface of the support rod 42, which can provide elastic force to move the support rod 42 upward. .

As can be seen in FIG. 4 , the height of the support rod 42 can be adjusted by screwing the lower ends of the two support guide rods 43 into the two combination holes 411 .

As can be seen in Figure 6, because the support rod 42 is filled in the gap A, and through the elastic force of the two tension springs 44 and the plurality of compression springs 45 and the limiting effect of the two support guide rods 43 , so that the top surface of the support rod 42 is flush with the bottom surface of the sterilization chamber 21 and the external ground 50. Therefore, when at least one vehicle 60 enters and exits the sterilization chamber 21, the wheels 61 of the trolley 60 will not fall into the gap A. Therefore, the trolley 60 can be pushed into or pushed out of the sterilization chamber 21 stably, smoothly and effortlessly without any accident of overturning.

It is pointed out in FIG. 7 that when the door panel 32 covers the entrance and exit 22 and descends so that the lower edge is buckled in the plurality of lower lock hooks 24, the lower edge of the door panel 32 will press the support rod 42 downward. move, thereby causing the two tension springs 44 to be stretched, the plurality of compression springs 45 to be compressed, so that the upper ends of the two support guide rods 43 protrude from the top surface of the support rod 42, and the plurality of spring guide rods 422 Pass downward through the plurality of through holes 410 . On the contrary, when the door panel 32 extends upward, the elastic force of the tension spring 44 and the plurality of compression springs 45 can cause the support rod 42 to return to its original position.

Therefore, the present invention has great industrial application value, novelty and progressiveness, and can sincerely meet the application requirements for an invention patent, and the application must be filed in accordance with the law.

20: Pot body

21:Sterilization room

22: Entrance and exit

23: Side lock hook

24:Lower lock hook

240: hook groove

30:Pot door

31: Pivot joint

32:Door panel

40: Elastic support module

41: Downswing

42:Support rod

43:Support guide rod

44: Tension spring

440:Hook

45:Compression spring

Claims (7)

A sterilizing pot structure includes: A pot body has a sterilization chamber inside, and the sterilization chamber has at least one entrance and exit. The lower side of the entrance and exit is provided with a plurality of lower lock hooks, and the plurality of lower lock hooks each have a plurality of hook grooves; At least one pot door includes a pivot component pivoted with the pot body and a door panel that can be raised and lowered on the pivot component. The door panel can be swung on one side of the pot body by the pivot component to seal the lid. Or open the entrance, and the door panel can be lowered after covering the entrance so that the lower edge is buckled in the plurality of lower lock hooks; and An elastic support module includes a lower rod, two support guide rods, a support rod, two tension springs and a plurality of compression springs. The lower rod is combined with the bottom of the plurality of lower lock hooks, and the lower ends of the two support guide rods are combined At both ends of the lower rod, the support rod is elevatingly coupled to the two support guide rods, and is located above the hook grooves of the plurality of lower lock hooks, and the upper side is flush with the bottom surface of the sterilization chamber. The lower ends of the two tension springs are coupled to the two ends of the support rod, and the upper ends are coupled to both sides of the pot body. The plurality of compression springs are respectively located in the hook grooves of the plurality of lower lock hooks, and the lower ends It is against the bottom of the hook groove, and its upper end is against the bottom surface of the support rod. The sterilization pot structure as claimed in claim 1, wherein the sterilization chamber has two entrances and exits, the sterilization pot has two pot doors, and the two pot doors can be respectively covered on the two entrances and exits. The sterilization pot structure described in claim 1, wherein the two sides of the entrance and exit are provided with a plurality of side lock hooks, and the door panel can be lowered after covering the entrance and exit so that the concave and convex side edges are buckled on the plurality of side lock hooks. middle. The sterilization pot structure described in claim 1, wherein each hook groove is provided with a through hole penetrating the bottom surface, the bottom surface of the support rod is combined with a plurality of spring guide rods for the plurality of compression springs to be sleeved, and the plurality of springs The guide rods are movably installed in the plurality of through holes, and the lower rod is respectively provided with a plurality of through holes corresponding to the through holes for the spring guide rods to pass through. The sterilization pot structure as described in claim 1, wherein the lower rod is provided with two coupling holes that pass through the upper and lower ends near the two ends. The two coupling holes are two screw holes, and the support rod is located corresponding to the two coupling holes. There are two perforations that pass through the upper and lower parts. The two support guide rods are two long bolts. The lower end passes through the two perforations and is screwed into the two combination holes. The two heads of the upper end are against the support rod. The upper side of the support bar allows the height of the support rod to be adjusted. The sterilization pot structure as described in claim 3, wherein the support rod is provided with two ring parts near both ends, the lower ends of the two tension springs are respectively hooked on the two ring parts, and the upper ends are respectively connected with two hook rods. The two sides of the pot body are locked and hooked. The sterilization pot structure as described in claim 1, wherein the pot system is located in a pit on the ground, and the bottom surface of the sterilization chamber is flush with the ground outside, with the entrance and exit adjacent to the pit. There is a gap corresponding to the width of the plurality of hook grooves between the corresponding sides. The support rod is filled in the gap and the upper side is flush with the external ground.

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