CN111493715A

CN111493715A - Liquid medicine bottle

Info

Publication number: CN111493715A
Application number: CN202010338200.3A
Authority: CN
Inventors: 王海飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-04-26
Filing date: 2020-04-26
Publication date: 2020-08-07

Abstract

The invention discloses a liquid medicine bottle which comprises a locking hoop, a vertical guide rail, a bottle body and a limiting assembly, wherein a floor is arranged on a wall body; the pump head comprises an upper pump seat, a vertical pump pipe, an upper top spring and a main piston, wherein an elastic corrugated pipe is arranged in the upper pump seat, and a vertical cavity channel is arranged in the vertical pump pipe; the limiting assembly comprises a sliding block, a transverse guide rod, a limiting spring and a clamping block, a clamping groove is formed in the clamping block, and a pushed inclined plane used for being in contact with the limiting tailstock is arranged at the bottom of the clamping block; a pedal and a power elastic oil bag are arranged above the platform, and the intelligent transmission cavity, the oil guide corrugated pipe and the power elastic oil bag are all filled with hydraulic oil. The invention has the beneficial effects that: be applicable to public occasions such as hospital building, market building, can supply with disinfectant, and possess the function of automatic re-setting pump head position, can avoid the user to use the inside liquid of pump head after disinfectant to spill over gradually because of gravity, can effectively avoid extravagant and ensure that the surrounding environment is clean, whole easy operation, it is convenient to use.

Description

Liquid medicine bottle

Technical Field

The invention belongs to the technical field of medicine bottles, medicine water bottles, disinfection water bottles and medical containers, and particularly relates to a medicine water bottle.

Background

Disinfectant liquid is common in life, when leaving a factory, the disinfectant liquid is mainly bottled or barreled, and when the disinfectant liquid is used, the disinfectant liquid is usually filled into a special liquid medicine bottle (some disinfectant liquid needing to be diluted needs to be diluted according to a specified proportion) so as to be convenient for a user to take. Currently, there is a common liquid medicine bottle, which mainly includes a bottle body for containing a disinfectant and a pump body (pump head) for pumping the disinfectant from the bottle body and providing the disinfectant to a user. In public places such as hospital buildings, shopping mall buildings and the like, the large door of the buildings is a suitable position for providing the disinfectant.

Disclosure of Invention

The invention provides a liquid medicine bottle which is suitable for public occasions such as hospital buildings, market buildings and the like, can supply disinfectant, has the function of automatically resetting the position of a pump head, can prevent liquid in the pump head from overflowing gradually due to gravity after a user uses the disinfectant, can effectively avoid waste and ensure the cleanness of the surrounding environment, and is simple in integral operation and convenient and fast to use.

In order to achieve the purpose, the invention adopts the following technical scheme:

a liquid medicine bottle comprises a locking hoop, a vertical guide rail, a bottle body and a limiting assembly in sliding fit with the vertical guide rail, wherein the locking hoop and the vertical guide rail are arranged on a wall body;

the bottle body is internally provided with a bottle inner pipe, the top of the bottle body is provided with a bottle mouth hole, the bottle body is provided with a pump head, the pump head comprises an upper pump seat, a vertical pump pipe penetrating through the bottle mouth hole, an upper jacking spring arranged in the bottle inner pipe and a main piston arranged at the lower end of the vertical pump pipe, the upper pump seat is internally provided with an elastic corrugated pipe, a vertical cavity channel is arranged in the vertical pump pipe, one end of the elastic corrugated pipe is communicated with the upper end of the vertical cavity channel, the other end of the elastic corrugated pipe is communicated with an outlet hole arranged on the upper pump seat, an upper check valve is arranged in the vertical cavity channel, the upper check valve can pass through the lower end of the vertical cavity channel to the upper end of the vertical cavity channel through the upper check valve, a transverse hinge shaft is fixed on the vertical pump pipe, the upper pump seat is rotatably connected with the transverse hinge shaft, a torsion spring is sleeved on the transverse hinge shaft, one end of the torsion spring is, the length direction of the upper pump seat is vertical to the transverse hinge shaft, the limiting tailstock, the transverse hinge shaft and the outlet hole are sequentially arranged along the length direction of the upper pump seat, and the bottle body is provided with a balance one-way valve;

the lower end of the bottle inner tube is provided with an inner tube sealing plate, a main piston is arranged in the bottle inner tube and is in sliding sealing fit with the bottle inner tube, the sliding direction of the main piston is the up-down direction, the main piston, the inner tube sealing plate and the bottle inner tube jointly enclose a middle-lower cavity, the lower end of a vertical pump tube is communicated with the middle-lower cavity through a piston inner hole arranged on the main piston, a suction tube is arranged in the bottle body, the upper end of the suction tube is communicated with a vertical hole of the sealing plate arranged on the inner tube sealing plate, the distance between the lower end of the suction tube and the inner bottom of the bottle body is 0.5-1.5 mm, a lower one-way valve is arranged in the suction tube, the lower one-way valve can pass through the direction from the lower end of the suction;

the limiting assembly comprises a sliding block in sliding fit with the vertical guide rail, a transverse guide rod in sliding connection with the sliding block, a limiting spring sleeved on the transverse guide rod and a clamping block fixed on the transverse guide rod, the sliding direction of the sliding block is vertical, the sliding direction of the transverse guide rod is horizontal and perpendicular to the transverse hinge shaft, one end of the limiting spring is in contact with the sliding block, the other end of the limiting spring is in contact with the clamping block, the clamping block is provided with a clamping groove for clamping and fixing the limiting tailstock, the bottom of the clamping block is provided with a pushed inclined plane for contacting the limiting tailstock, the height of one side, close to the transverse hinge shaft, of the pushed inclined plane is higher than that of one side, away from the transverse hinge shaft, of the pushed inclined plane, the vertical guide rail is fixedly provided with a lower seat and an upper seat, the lower seat is provided with;

when the limiting tailstock is fixedly connected with the clamping groove in a clamping manner: the axis of the outlet hole is horizontal, the limiting tailstock is separated from the limiting outer seat, and the sliding block is contacted with the upper seat; when spacing tailstock with spacing outer seat contact: an angle of 45-85 degrees is formed between the axis of the outlet hole and the horizontal plane, and the position of the outlet hole is higher than that of the limiting tailstock;

the intelligent inner piston divides the intelligent cylinder body into an intelligent transmission cavity and an intelligent following cavity communicated with the atmosphere, the intelligent inner piston is provided with a plurality of intelligent piston rods penetrating through the intelligent following cavity, the intelligent piston rods are connected with a sliding block, and an intelligent reset spring is arranged in the intelligent cavity in a transmission manner, the intelligent inner piston is connected to intelligence reset spring one end, and the intelligence cylinder body is connected to the intelligence reset spring other end, and intelligence conduction chamber, intelligence are followed chamber, slider and fixture block and are arranged along intelligence inner piston slip direction in proper order, and intelligence conduction chamber communicates to power elasticity oil pocket through leading oil bellows, and intelligence conduction chamber, lead oil bellows and power elasticity oil pocket all are full of hydraulic oil.

As preferred, spacing body in being equipped with in the intelligence conduction intracavity, intelligence is followed the intracavity and is equipped with outer spacing body, and the ground bench is equipped with the spacing body in the ground that is in the step board below, when the step board contacts spacing body and main piston contact bottle roof portion in the ground: the intelligent inner piston is separated from the inner limiting body, the intelligent inner piston is contacted with the outer limiting body, and in the current state, the upper pump seat rotates along the transverse hinge shaft from the position of contacting the limiting tailstock until the axis of the outlet hole reaches the horizontal position, the pushed inclined plane can contact the limiting tailstock; when stopper and main piston contact bottle top in stopper in the piston contact in the intelligence: the pedal is separated from the ground limiting body, the intelligent inner piston is separated from the outer limiting body, and in the current state, the upper pump seat rotates along the transverse hinge shaft from the position contacting with the limiting tailstock until the axis of the outlet hole reaches the horizontal position, and the pushed inclined plane is always separated from the limiting tailstock.

Preferably, an automatic control cylinder body is fixed on the wall body, an automatic control inner piston in sliding sealing fit with the automatic control cylinder body is arranged in the automatic control cylinder body, the sliding direction of the automatic control inner piston is vertical, the automatic control inner piston divides the inside of the automatic control cylinder body into an automatic control transmission cavity communicated with the atmosphere and an automatic control following cavity communicated with the atmosphere, a supported plate is arranged below the automatic control cylinder body, a limiting head seat used for upwards pushing the supported plate is arranged on the upper pump seat, a limiting tail seat, a transverse hinged shaft and the limiting head seat are sequentially arranged along the length direction of the upper pump seat, a plurality of automatic control piston rods connected with the supported plate are arranged on the automatic control inner piston, an automatic control reset spring is arranged in the automatic control transmission cavity, one end of the automatic control reset spring is connected with the automatic control inner piston, the other end of the automatic control reset spring is connected with the automatic control, The top receiving plate and the transverse hinge shaft are sequentially arranged from top to bottom;

the side wall of the automatic control cylinder body is provided with a first cylinder body hole and a second cylinder body hole, the automatic control inner piston is provided with an inner piston hole air passage, the automatic control cylinder body is provided with a first air pipe, an upper cavity sealing block is arranged in the vertical cavity passage, the upper cavity sealing block is provided with a first hole which is vertically arranged and a second hole which is vertically arranged, an upper check valve is arranged on the first hole, and the top of the bottle body is provided with a bottle top hole and a backflow hole;

still include second elasticity pipe, inlet line and fix violently managing at the elasticity at the outer top of bottle, second piece hole bottom, second elasticity pipe, elasticity are violently managed, inlet line and backward flow hole and are communicate in proper order, and second elasticity pipe passes perpendicular pump line and with perpendicular pump line sealing connection, and elasticity is violently managed the top and is equipped with the pressure body that can compress tightly and block the elasticity and violently manage, presses the body to be connected with the pedal through erecting the connecting rod, when the pedal contacts with the spacing body: the pressing body compresses and blocks the elastic transverse pipe;

the upper pump seat is provided with a limiting headstock used for upwards pushing a top plate, the limiting tailstock, the transverse hinge shaft and the limiting headstock are sequentially arranged along the length direction of the upper pump seat, the automatic control inner piston is provided with a plurality of automatic control piston rods connected with the top plate, the automatic control conduction cavity is internally provided with an automatic control reset spring, one end of the automatic control reset spring is connected with the automatic control inner piston, the other end of the automatic control reset spring is connected with an automatic control cylinder body, the automatic control conduction cavity is internally provided with an upper limit body, the automatic control following cavity is internally provided with a lower limit body, the automatic control conduction cavity, the automatic control following cavity, the top

Spacing of retainer is 5 centimetres under the automatic control on the retainer and the automatic control, and piston length is 3 centimetres in the automatic control, when spacing tailstock contact outer spacing seat and main piston contact bottle top in: the self-control inner piston contacts the upper retainer, the first cylinder body hole is sealed by the self-control inner piston, and the second cylinder body hole is sealed by the self-control inner piston; when the self-controlled inner piston contacts the lower retainer: the first cylinder hole is sealed by the automatic control inner piston, and the second cylinder hole is sealed by the automatic control inner piston; when the vertical distance between the self-control inner piston and the upper retainer is more than 0.5 cm and the vertical distance between the self-control inner piston and the lower retainer is more than 0.5 cm: the bottle top hole, the first air pipe, the first cylinder hole, the inner piston hole air passage and the second cylinder hole are communicated in sequence.

Preferably, the bottle mouth hole is provided with an atomizing nozzle.

Preferably, the bottle body is provided with a dosing tube communicated with the interior of the bottle body, the dosing tube is provided with a sealing cover for sealing the dosing tube, the sealing cover is in threaded connection with the dosing tube, and the dosing tube is arranged at the top of the bottle body.

The invention has the beneficial effects that: be applicable to public occasions such as hospital building, market building, can supply with disinfectant, and possess the function of automatic re-setting pump head position, can avoid the user to use the inside liquid of pump head after disinfectant to spill over gradually because of gravity, can effectively avoid extravagant and ensure that the surrounding environment is clean, whole easy operation, it is convenient to use.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is an enlarged view at A in FIG. 1;

FIG. 3 is an enlarged view at B in FIG. 1;

FIG. 4 is a schematic diagram of a partial structure of the present invention:

fig. 5 is an enlarged view at C in fig. 4:

FIG. 6 is an enlarged view at D of FIG. 4;

FIG. 7 is an enlarged view at E in FIG. 4;

FIG. 8 is an enlarged view at F of FIG. 4;

FIG. 9 is an enlarged view at G of FIG. 4;

FIG. 10 is an enlarged view at H in FIG. 7;

FIG. 11 is a schematic view of the structure at the smart cylinder of the present invention;

FIG. 12 is a schematic view of the pump head of the present invention in one configuration;

fig. 13 is a schematic structural view of the self-controlled cylinder of the present invention in one state.

Reference numerals: the locking hoop 1, the bottle body 2, the bottle inner tube 21, the inner tube sealing plate 22, the sealing plate vertical hole 22a, the suction tube 221, the dosing tube 23, the sealing cover 24, the ground platform 3, the pedal 31, the vertical guide rod 311, the top platform spring 312, the dynamic elastic oil bag 32, the ground limiting body 33, the upper pump seat 41, the outlet hole 41a, the atomizing nozzle 41b, the limiting tailstock 411, the limiting head seat 412, the vertical pump tube 42, the vertical cavity channel 42a, the upper one-way valve 42b, the upper cavity sealing block 42c, the second hole 42d, the transverse hinge shaft 421, the limiting outer seat 422, the upper top spring 43, the main piston 44, the piston inner hole 44a, the elastic corrugated tube 45, the sliding block 51, the transverse guide rod 52, the limiting spring 53, the clamping block 54, the clamping groove 54a, the pushed inclined plane 54b, the upper seat 55, the seat spring 56, the intelligent cylinder 6, the intelligent conduction cavity 6a, the intelligent following cavity 6b, the intelligent inner piston 61, the intelligent piston rod 62, the intelligent, The automatic control device comprises an inner limiting body 64, an outer limiting body 65, an automatic control cylinder body 7, an automatic control transmission cavity 7a, an automatic control following cavity 7b, a first cylinder body hole 7c, a second cylinder body hole 7d, an automatic control inner piston 71, an inner piston hole air passage 71a, a supported plate 72, an automatic control piston rod 73, an automatic control return spring 74, an upper limiting body 75, a lower limiting body 76, a first air pipe 77, a second elastic pipe 81, an elastic transverse pipe 82, a pressure body 83 and a vertical connecting rod 84.

Detailed Description

The invention is further described with reference to the following figures and detailed description.

As shown in figures 1 to 13 of the drawings,

a liquid medicine bottle comprises a locking hoop 1, a vertical guide rail, a bottle body 2 and a limiting assembly in sliding fit with the vertical guide rail, wherein the locking hoop and the vertical guide rail are arranged on a wall body;

the bottle body is internally provided with an inner bottle tube 21, the top of the bottle body is provided with a bottleneck hole, the bottle body is provided with a pump head, the pump head comprises an upper pump seat 41, a vertical pump tube 42 penetrating through the bottleneck hole, an upper jacking spring 43 arranged in the inner bottle tube and a main piston 44 arranged at the lower end of the vertical pump tube, the upper pump seat is internally provided with an elastic corrugated tube 45, the vertical pump tube is internally provided with a vertical cavity channel 42a, one end of the elastic corrugated tube is communicated with the upper end of the vertical cavity channel, the other end of the elastic corrugated tube is communicated with an outlet hole 41a arranged on the upper pump seat, the vertical cavity channel is internally provided with an upper one-way valve 42b, the upper one-way valve can pass through the direction from the lower end of the vertical cavity channel to the upper end of the vertical cavity channel through the upper one-way valve, a transverse hinged shaft 421 is fixed on the vertical pump tube, the upper pump seat is rotatably connected with the transverse hinged shaft, one end of the torsion spring is connected with the vertical, the length direction of the upper pump seat is vertical to the transverse hinge shaft, the limiting tailstock, the transverse hinge shaft and the outlet hole are sequentially arranged along the length direction of the upper pump seat, a balance one-way valve is arranged on the bottle body, and the balance one-way valve can pass through the direction from the atmosphere to the interior of the bottle body through the balance one-way valve;

the lower end of the bottle inner tube is provided with an inner tube sealing plate 22, a main piston is arranged in the bottle inner tube and is in sliding sealing fit with the bottle inner tube, the sliding direction of the main piston is the up-down direction, the main piston, the inner tube sealing plate and the bottle inner tube together enclose a middle-lower cavity, the lower end of a vertical pump tube is communicated with the middle-lower cavity through a piston inner hole 44a arranged on the main piston, a suction tube 221 is arranged in the bottle body, the upper end of the suction tube is communicated with a sealing plate vertical hole 22a arranged on the inner tube sealing plate, the distance between the lower end of the suction tube and the inner bottom of the bottle body is 0.5-1.5 mm, a lower one-way valve is arranged in the suction tube, the passing direction of the lower one-way valve is that the lower end of the suction tube passes through;

the limiting component comprises a sliding block 51 which is in sliding fit with the vertical guide rail, a transverse guide rod 52 which is in sliding connection with the sliding block, a limiting spring 53 which is sleeved on the transverse guide rod and a clamping block 54 which is fixed on the transverse guide rod, the sliding direction of the sliding block is vertical, the sliding direction of the transverse guide rod is horizontal and perpendicular to the transverse hinge shaft, one end of the limiting spring is in contact with the sliding block, the other end of the limiting spring is in contact with the clamping block, a clamping groove 54a for clamping and fixing the limiting tailstock is formed in the clamping block, a pushed inclined plane 54b for contacting the limiting tailstock is arranged at the bottom of the clamping block, the height of one side, close to the transverse hinge shaft, of the pushed inclined plane is higher than the height of one side, away from the transverse hinge shaft, of the pushed inclined plane, a lower seat and an upper seat 55 are fixed on the vertical guide rail, a seat spring 56 is arranged on the lower seat, the lower end of the seat spring is connected with the;

the ground platform is provided with a pedal 31 and a power elastic oil bag 32 above the ground platform, the pedal, the power elastic oil bag and the ground platform are sequentially arranged from top to bottom, the bottom of the pedal contacts the top of the power elastic oil bag, the bottom of the power elastic oil bag is fixed on the ground platform, the bottom of the pedal is provided with a plurality of vertical guide rods 311 which are in sliding connection with the ground platform, the vertical guide rods are sleeved with a top platform spring 312, the upper end of the top platform spring is connected with the pedal, the lower end of the top platform spring is connected with the ground platform, the limiting assembly further comprises an intelligent cylinder body 6 which is in sliding fit with the vertical guide rails, an intelligent inner piston 61 which is in sliding seal fit with the intelligent cylinder body is arranged in the intelligent cylinder body, the sliding direction of the intelligent inner piston is parallel to the sliding direction of the horizontal guide rods, the intelligent inner piston divides the intelligent cylinder body into an intelligent transmission cavity 6a and an intelligent, intelligence piston rod link block is equipped with intelligent reset spring 63 in the intelligence conduction intracavity, and intelligent inner piston is connected to intelligent reset spring one end, and intelligent cylinder body is connected to the intelligent reset spring other end, and intelligence conduction chamber, intelligence are followed chamber, slider and fixture block and are arranged along piston slip direction in the intelligence in proper order, and intelligence conduction chamber communicates to power elasticity oil pocket through leading the oil bellows, and intelligence conduction chamber, lead oil bellows and power elasticity oil pocket all are full of hydraulic oil.

Spacing body 64 in being equipped with in the intelligence conduction intracavity, intelligence is followed the intracavity and is equipped with outer spacing body 65, and the ground bench is equipped with the spacing body 33 in the ground that is in the step board below, when the step board contacts with ground spacing body and main piston contact bottle roof portion: the intelligent inner piston is separated from the inner limiting body, the intelligent inner piston is contacted with the outer limiting body, and in the current state, the upper pump seat rotates along the transverse hinge shaft from the position of contacting the limiting tailstock until the axis of the outlet hole reaches the horizontal position, the pushed inclined plane can contact the limiting tailstock; when stopper and main piston contact bottle top in stopper in the piston contact in the intelligence: the pedal is separated from the ground limiting body, the intelligent inner piston is separated from the outer limiting body, and in the current state, the upper pump seat rotates along the transverse hinge shaft from the position contacting with the limiting tailstock until the axis of the outlet hole reaches the horizontal position, and the pushed inclined plane is always separated from the limiting tailstock.

The locking hoop is arranged on a wall body, and the bottle body is fixed through the locking hoop. When the disinfectant needs to be taken and used, a user steps on the pedal plate, the pedal plate moves downwards until the pedal plate contacts the ground limiting body, a part of hydraulic oil in the power elastic oil bag enters the intelligent transmission cavity through the oil guide corrugated pipe, the intelligent transmission cavity becomes large, the intelligent inner piston moves until the intelligent inner piston contacts the ground limiting body, the intelligent inner piston, the intelligent piston rod, the sliding block and the clamping block move towards one side where the transverse hinge shaft is located, and therefore the user can rotate the upper pump base to the horizontal position (such as the positions shown in figures 1, 4 and 11), in the process, the limit tailstock on the upper pump seat pushes away the pushed inclined plane (the clamping block moves towards one side of the sliding block, the limit spring is compressed), after the upper pump seat reaches the horizontal position, the clamping block is reset under the reset action of the compression of the spring, therefore, the limit tailstock is clamped into the clamping groove of the clamping block, the upper pump seat can be kept horizontal, and at the moment, a user can repeatedly press down and release the pump head to take liquid (take disinfectant in the bottle body). In addition, the oil guide corrugated pipe has certain deformation capacity, so that the intelligent cylinder can adapt to the movement of the intelligent cylinder (along with the movement of the sliding block).

The pump head is pressed down, the upper ejection spring is compressed, the pump head moves downwards relative to the bottle body, the clamping block, the sliding block and the intelligent cylinder body move downwards together, the upper ejection spring is compressed, the seat spring is compressed, the vertical pump pipe and the main piston move downwards, the volume of the middle and lower cavities of the pipe is reduced, and the disinfectant in the middle and lower cavities of the pipe is extruded out through the inner hole of the piston, the vertical cavity channel, the elastic corrugated pipe and the outlet hole; the pump head is released, the pump head resets under the action of the upper top spring and the seat spring, the vertical pump pipe and the main piston move upwards, the volume of the lower cavity in the pipe is increased, emulsion in the bottle body enters the lower cavity in the pipe through the suction pipe, and meanwhile, external air enters the bottle body through the balance one-way valve.

An automatic control cylinder body 7 is fixed on the wall body, an automatic control inner piston 71 which is in sliding seal fit with the automatic control cylinder body is arranged in the automatic control cylinder body, the sliding direction of the automatic control inner piston is vertical, the automatic control inner piston divides the inside of the automatic control cylinder body into an automatic control transmission cavity 7a communicated with the atmosphere and an automatic control following cavity 7b communicated with the atmosphere, a supported plate 72 is arranged below the automatic control cylinder body, a limiting head seat 412 used for upwards pushing the supported plate is arranged on the upper pump seat, a limiting tail seat, a transverse hinged shaft and a limiting head seat are sequentially arranged along the length direction of the upper pump seat, a plurality of automatic control piston rods 73 connected with the supported plate are arranged on the automatic control inner piston, an automatic control reset spring 74 is arranged in the automatic control transmission cavity, one end of the automatic control reset spring is connected with the automatic control inner piston, the other end of the automatic control reset spring is connected, The automatic control following cavity, the top receiving plate and the transverse hinge shaft are sequentially arranged from top to bottom;

a first cylinder body hole 7c and a second cylinder body hole 7d are formed in the side wall of the automatic control cylinder body, an inner piston hole air passage 71a is formed in the automatic control inner piston, a first air pipe 77 is formed in the automatic control cylinder body, an upper cavity sealing block 42c is arranged in the vertical cavity passage, a first hole which is vertically arranged and a second hole 42d which is vertically arranged are formed in the upper cavity sealing block, an upper check valve is arranged on the first hole, and a bottle top hole and a backflow hole are formed in the top of the bottle body;

still include second elastic tube 81, inlet tube and fix the elasticity at the outer top of bottle and violently manage 82, second block hole bottom, second elastic tube, elasticity are violently managed, inlet tube and backward flow hole and are communicate in proper order, the second elastic tube pass erect the pump line and with erect pump line sealing connection, elasticity is violently managed the top and is equipped with the pressure body 83 that can compress tightly and block the elasticity and violently manage, the pressure body is connected with the pedal through erecting connecting rod 84, when the pedal contacts with the spacing body: the pressing body compresses and blocks the elastic transverse pipe;

The position of the second hole is higher than the highest point of the second elastic tube, the position of the second hole is higher than the highest point of the elastic transverse tube, and the position of the second hole is higher than the highest point of the liquid inlet tube. It should be noted that the second elastic tube has a certain elastic deformation and expansion capability, and can adapt to the relative up-and-down movement of the pump head.

After the user steps on the step board, the step board moves down to the spacing body of contact ground, and the step board drives through erecting the connecting rod and presses the body to compress tightly and block the elasticity and violently manage, can normally take disinfectant this moment, and the user uses up disinfectant after, and the inside disinfectant that has of pump head, because disinfectant is of a great variety, some problems below probably also can: if the disinfectant contains volatile components, if the disinfectant is not used for a period of time, the disinfectant inside the pump head can lose efficacy due to volatilization of the components; in another example, if the disinfectant is easy to agglomerate, if the disinfectant is not used for a while, the interior of the pump head is easy to agglomerate and block.

In this scheme, after the use is accomplished, the user leaves the step board, and the step board shifts up to reset, and the step board drives the pressure body through erecting the connecting rod and leaves elasticity and violently manage, and second piece hole bottom, second elasticity pipe, elasticity are violently managed, inlet tube and backward flow hole formation route. Meanwhile, a part of hydraulic oil in the intelligent conduction cavity returns to the power elastic oil bag through the oil guide corrugated pipe, the intelligent conduction cavity is small, the intelligent inner piston, the intelligent piston rod, the sliding block and the clamping block move together towards the direction far away from the transverse hinged shaft, the intelligent inner piston resets to the contact inner limiting body, the limiting tailstock leaves the clamping groove, under the action of the torsion spring, the upper pump seat rotates and resets to the position where the limiting tailstock contacts the limiting outer seat, the upper pump seat rotates and resets, if air in the bottle body can be exhausted to the atmosphere through a channel, then under the action of gravity, disinfectant inside the pump head (above the upper cavity sealing block) can return to the bottle body through the second block hole, the second elastic pipe, the elastic transverse pipe, the liquid inlet pipe and the backflow hole, and therefore automatic recovery can be formed. In the scheme, when the pump head works (the limiting tailstock is clamped with the clamping groove), the self-control inner piston is in contact with the lower retainer, in the process of rotating and resetting the upper pump seat, the limiting headstock is in contact with the top plate and pushes the top plate to move upwards at a certain moment, the top plate drives the self-control inner piston to gradually move upwards until the self-control inner piston is in contact with the upper retainer, and in the process of moving the self-control inner piston from bottom to top, the bottle top hole, the first air pipe, the first cylinder hole, the inner piston hole air passage and the second cylinder hole are sequentially communicated (when the vertical distance between the self-control inner piston and the upper retainer is more than 0.5 cm and the vertical distance between the self-control inner piston and the lower retainer is more than 0.5 cm, the bottle top hole, the first air pipe, the first cylinder hole, the inner piston hole air passage and the second cylinder hole are sequentially communicated and can be called as a temporary air passage), and during the period, the disinfection liquid medicine in the pump head (above the upper seal cavity block, The second elastic tube, the elastic transverse tube, the liquid inlet tube and the backflow hole return to the interior of the bottle body, so that automatic recovery is formed, after the automatic recovery is finished, the temporary air ventilation channel is blocked again because the automatic control inner piston moves upwards to contact the upper limit body, and the air exchange between the interior of the bottle body and the atmosphere can be avoided when the automatic recovery device is not used, so that a series of problems of component volatilization, caking and the like can be avoided.

And an atomizing nozzle 41b is arranged on the bottleneck hole. Can atomize the sprayed liquid medicine and improve the use effect.

The bottle body is provided with a dosing tube 23 communicated with the interior of the bottle body, the dosing tube is provided with a sealing cover 24 for sealing the dosing tube, the sealing cover is in threaded connection with the dosing tube, and the dosing tube is arranged at the top of the bottle body. When the liquid medicine in the bottle body needs to be supplemented, the sealing cover can be opened to add the medicine, and the sealing cover is covered again after the medicine is added.

Claims

1. A liquid medicine bottle is characterized by comprising a locking hoop, a vertical guide rail, a bottle body and a limiting assembly in sliding fit with the vertical guide rail, wherein the locking hoop and the vertical guide rail are arranged on a wall body;

2. The vial according to claim 1, wherein the intelligent conducting cavity is internally provided with an internal limiting body, the intelligent following cavity is internally provided with an external limiting body, the ground platform is provided with a ground limiting body positioned below the pedal, and when the pedal contacts the ground limiting body and the main piston contacts the internal top of the vial body: the intelligent inner piston is separated from the inner limiting body, the intelligent inner piston is contacted with the outer limiting body, and in the current state, the upper pump seat rotates along the transverse hinge shaft from the position of contacting the limiting tailstock until the axis of the outlet hole reaches the horizontal position, the pushed inclined plane can contact the limiting tailstock; when stopper and main piston contact bottle top in stopper in the piston contact in the intelligence: the pedal is separated from the ground limiting body, the intelligent inner piston is separated from the outer limiting body, and in the current state, the upper pump seat rotates along the transverse hinge shaft from the position contacting with the limiting tailstock until the axis of the outlet hole reaches the horizontal position, and the pushed inclined plane is always separated from the limiting tailstock.

3. The vial according to claim 1 or 2, wherein an automatic control cylinder is fixed on the wall, an automatic control inner piston is arranged in the automatic control cylinder and is in sliding sealing fit with the automatic control cylinder, the sliding direction of the automatic control inner piston is vertical, the automatic control inner piston divides the interior of the automatic control cylinder into an automatic control transmission cavity communicated with the atmosphere and an automatic control following cavity communicated with the atmosphere, a supported plate is arranged below the automatic control cylinder, a limit headstock for pushing the supported plate upwards is arranged on the upper pump base, a limit tailstock, a transverse hinge shaft and the limit headstock are sequentially arranged along the length direction of the upper pump base, a plurality of automatic control piston rods connected with the supported plate are arranged on the automatic control inner piston, an automatic control reset spring is arranged in the automatic control transmission cavity, one end of the automatic control reset spring is connected with the automatic control inner piston, the other end of the automatic control reset spring is connected with the automatic control cylinder, an, the automatic control transmission cavity, the automatic control following cavity, the bearing plate and the transverse hinge shaft are sequentially arranged from top to bottom;

4. A vial according to claim 1 or claim 2, in which the mouth opening is provided with an atomising nozzle.

5. The vial according to claim 1, wherein the body is provided with a dosing tube communicating with the interior of the body, the dosing tube is provided with a sealing cap for sealing the dosing tube, the sealing cap is threadedly connected to the dosing tube, and the dosing tube is disposed at the top of the body.