CN109573352B - Cathartic bottle device for component guiding taking - Google Patents
Cathartic bottle device for component guiding taking Download PDFInfo
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- CN109573352B CN109573352B CN201910038783.5A CN201910038783A CN109573352B CN 109573352 B CN109573352 B CN 109573352B CN 201910038783 A CN201910038783 A CN 201910038783A CN 109573352 B CN109573352 B CN 109573352B
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- bottle
- laxative
- locking
- bottle body
- medicine
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D83/00—Containers or packages with special means for dispensing contents
- B65D83/04—Containers or packages with special means for dispensing contents for dispensing annular, disc-shaped, or spherical or like small articles, e.g. tablets or pills
Abstract
The invention relates to a component-guided taking guide and discharge bottle device, which comprises an outer bottle body and a bottle opening plugging connector which is connected with the bottle opening of the outer bottle body in an adapting way, wherein a water injection and diversion opening is arranged in the bottle opening plugging connector, and the water injection and diversion opening penetrates through the bottle opening plugging connector and is communicated with the outer bottle body; at least two laxative bottles for containing laxatives are arranged at the upper part in the outer bottle body, and are arranged in the outer bottle body through bottle opening plugging connectors; the bottom of the laxative bottle is provided with a laxative release switch which can release the laxative stored in the laxative bottle into the outer bottle body, and the laxative release switches of all the laxative bottles in the outer bottle body are required to be opened in sequence, so that the laxative in the laxative bottle in the outer bottle body is released into the outer bottle body in sequence. The invention has compact structure, convenient use, safety and reliability, and can facilitate the patients to take the medicines for promoting excretion.
Description
Technical Field
The invention relates to a bottle body, in particular to a diarrhea guiding bottle device for guiding taking according to components, and belongs to the technical field of medical instruments.
Background
In the treatment of a particular patient, it is desirable to have the patient take a drug that promotes excretion; at present, when a patient takes medicines for promoting excretion, the dosage of the medicines is difficult to grasp, and the difficulty of taking the medicines is increased.
Disclosure of Invention
The invention aims to overcome the defects in the prior art and provide a component-guided taking diarrhea guide bottle device which has a compact structure, is convenient for patients to take medicines for promoting excretion, and is convenient to use, safe and reliable.
According to the technical scheme provided by the invention, the component-guided taking guide and diarrhea bottle device comprises an outer bottle body and a bottle opening plugging connector which is adaptively connected with the bottle opening of the outer bottle body, wherein a water injection and diversion opening is arranged in the bottle opening plugging connector and penetrates through the bottle opening plugging connector, and the water injection and diversion opening is communicated with the outer bottle body;
at least two laxative bottles for containing laxatives are arranged at the upper part in the outer bottle body, and are arranged in the outer bottle body through bottle opening plugging connectors; the bottom of the laxative bottle is provided with a laxative release switch which can release the laxative stored in the laxative bottle into the outer bottle body, and the laxative release switches of all the laxative bottles in the outer bottle body are required to be opened in sequence, so that the laxative in the laxative bottle in the outer bottle body is released into the outer bottle body in sequence.
The laxative bottles are parallel to each other in the outer bottle body, and the laxative bottles can move in the bottle opening plugging connecting body along the bottle opening of the outer bottle body to point to the bottle bottom direction of the outer bottle body;
a locking control body for locking the medicine discharging bottle to move in the bottle opening plugging connector is arranged on the bottle opening plugging connector, and the medicine discharging bottles are connected through a bottle body connecting locking mechanism; after the locking control body is released from locking the movement of the laxative bottle in the bottle mouth plugging connecting body, the corresponding laxative bottle can be sequentially allowed to be pressed to move in the bottle mouth plugging connecting body in the direction from the near to the far along the distance between the laxative bottle and the locking control body; after the laxative bottle is pressed to move in the bottle opening plugging connector, the laxative release switch of the laxative bottle can be opened, and the pressed laxative bottle can be kept in the current position state through the bottle body connecting locking mechanism.
The locking control body comprises a safety pin arranged in the bottle opening plugging connector, the safety pin is connected with a laxative bottle adjacent to the safety pin through a bottle body connecting locking mechanism, the safety pin can be separated from the bottle opening plugging connector, and after the safety pin is separated from the bottle opening plugging connector, the motion locking state of the laxative bottle in the bottle opening plugging connector can be relieved, so that the laxative bottle adjacent to the safety pin can be allowed to move in the bottle opening plugging connector after being pressed at first.
The laxative bottle comprises a medicine bottle body, and a bottle body groove is formed in the upper portion of the medicine bottle body;
the bottle body connecting and locking mechanism comprises a connecting and locking sleeve, a movable connecting and locking pin is arranged in the connecting and locking sleeve, two ends of the connecting and locking pin respectively penetrate out of the connecting and locking sleeve, and a bottle body groove allows the connecting and locking pin to be embedded; a locking elastic body is sleeved on the connecting locking pin, and the locking elastic body can push the connecting locking pin to move towards the direction of pointing to the safety pin;
when the safety pin is positioned in the bottle mouth plugging connector, the connecting locking pin between the safety pin and the medicine bottle body close to the safety pin is embedded in the bottle body groove of the medicine bottle body through the safety pin, and the connecting locking pin between the adjacent medicine bottle bodies is embedded in the bottle body groove of the medicine bottle body relatively far away from the safety pin;
when the safety pin moves out of the bottle opening plugging connector, a connecting locking pin between the safety pin and a medicine bottle body adjacent to the safety pin can be withdrawn from a bottle body groove of the medicine bottle body through a corresponding locking elastomer, so that the medicine bottle body adjacent to the safety pin is firstly allowed to move in a pressing mode in the bottle opening plugging connector; after the medicine bottles relatively adjacent to the safety pins are pressed between two adjacent medicine bottles, the connecting locking pins between the two medicine bottles can be embedded in the bottle body grooves of the medicine bottles after the pressing, so that the medicine bottles after the pressing are kept in the current position state through being matched with the connecting locking pins, and the other medicine bottles can be allowed to be pressed in the bottle opening plugging connector.
A bottle body guide sleeve for guiding the movement of the cathartic bottle is arranged on the bottle mouth plugging connector; the laxative release switch is including setting up in the bottle end opening of the interior bottle end of laxative bottle and setting up in the bottle end opening that can block up of laxative bottle, the sealing cap passes through the sealing cap connector and is connected with location braced frame, location braced frame and bottle uide bushing fixed connection, and when the internal motion of bottleneck shutoff connector was used to the laxative bottle, can jack up the sealing cap through the sealing cap connector to make the bottle end opening of laxative bottle end be in open state, the laxative that accomodates in the laxative bottle passes through the bottle end opening and gets into in the outer bottle.
The sealing cap connector comprises a sealing cap connecting sleeve connected with the sealing cap and a sealing cap ejector rod connected with the sealing cap connecting sleeve in an adapting mode, one end of the sealing cap ejector rod is connected with the positioning support frame, the other end of the sealing cap ejector rod can extend into the sealing cap connecting sleeve, and when the bottle mouth sealing connector moves in vivo, the sealing cap ejector rod is matched with the sealing cap connecting sleeve, so that the sealing cap can be jacked up.
The bottom in the laxative bottle is provided with a bottle bottom sleeve which is communicated with a rod body hole at the bottom of the laxative bottle, and a cap sealing ejector rod passes through the rod body hole and the bottle bottom sleeve and then enters into a cap sealing connecting sleeve; the cap ejector rod is also sleeved with a cap sealing elastomer, one end of the cap sealing elastomer is positioned in the bottle bottom sleeve, the other end of the cap sealing elastomer is connected with the cap sealing, and when the laxative bottle moves in the bottle opening sealing connection body, the cap sealing elastomer can push the cap sealing to be far away from the bottle bottom of the laxative bottle.
The bottle mouth plugging connector is separated from the outer bottle body, an openable bottle mouth cover is arranged on the bottle mouth of each medicine discharging bottle, and the bottle mouth covers are matched with the bottle mouths of the medicine discharging bottles.
The outer wall of the medicine bottle body is also provided with a guide groove corresponding to the bottle body groove, and the guide groove is communicated with the bottle body groove through a guide transition body.
The bottle mouth plugging connector is provided with a water injection and drinking guide sleeve corresponding to the water injection and drinking port, and the water injection and drinking guide sleeve is convexly arranged on the bottle mouth plugging connector.
The invention has the advantages that: the laxative bottle is characterized in that at least two laxative bottles are arranged in the outer bottle body, laxatives with different dosages are stored by utilizing different laxative bottles, the laxative bottles are arranged in the outer bottle body through bottle opening sealing connectors, the bottom of each laxative bottle is provided with a laxative release switch, and the laxatives in the laxative bottles can be released into the outer bottle body according to the required sequence by controlling the opening sequence of the laxative release switch, so that the laxative bottle is convenient for patients to take medicines for promoting excretion, and is convenient to use, safe and reliable.
Drawings
Fig. 1 is a schematic structural view of the present invention.
Fig. 2 is a perspective view of the closure interface of the present invention mated with a purgative vial.
FIG. 3 is a schematic view of the fitment of the invention with a laxative bottle.
FIG. 4 is a perspective view of the cooperation between the laxative bottle and the safety pin of the present invention.
Fig. 5 is a perspective view of the diarrhea bottle of the present invention.
FIG. 6 is a cross-sectional view of the safety pin of the present invention mated with a laxative bottle.
FIG. 7 is a cross-sectional view of the fitment of the present invention between purgatives.
Fig. 8 is an enlarged view of P in fig. 7.
FIG. 9 is a cross-sectional view of the two purgatives of the present invention engaged therebetween.
FIG. 10 is a cross-sectional view of a laxative vial of the present invention mated with another laxative vial after a pressing motion.
Reference numerals illustrate: 1-outer bottle, 2-surface plate, 3-water injection drinking guide sleeve, 4-water injection water diversion mouth, 5-safety pin, 6-medicine discharging bottle, 7-bottle mouth plugging connector, 8-bottle guide sleeve, 9-medicine bottle, 10-positioning support frame, 11-cap ejector rod, 12-bottle cap, 13-bottle groove, 14-guiding transition body, 15-guide groove, 16-connection locking sleeve, 17-bottle bottom opening, 18-rod body hole, 19-bottle bottom sleeve, 20-connection locking pin, 21-connection locking pin bump, 22-locking elastomer, 23-cap, 24-cap elastomer and 25-cap connecting sleeve.
Detailed Description
The invention will be further described with reference to the following specific drawings and examples.
As shown in fig. 1, 2 and 3: in order to facilitate the administration of the medicament for promoting excretion by patients, the invention comprises an outer bottle body 1 and a bottle mouth plugging connector 7 which is connected with the bottle mouth of the outer bottle body 1 in an adapting way, wherein a water injection water diversion port 4 is arranged in the bottle mouth plugging connector 7, the water injection water diversion port 4 penetrates through the bottle mouth plugging connector 7, and the water injection water diversion port 4 is communicated with the outer bottle body 1;
at least two laxative bottles 6 for containing laxatives are arranged at the upper part in the outer bottle body 1, and the laxative bottles 6 are arranged in the outer bottle body 1 through bottle opening plugging connectors 7; the bottom of the laxative bottle 6 is provided with a laxative release switch which can release the laxative stored in the laxative bottle 6 into the outer bottle body 1, and the laxative release switches of all the laxative bottles 6 in the outer bottle body 1 are required to be opened in sequence, so that the laxative in the laxative bottle 6 in the outer bottle body 1 is released into the outer bottle body 1 in sequence.
Specifically, the outer bottle body 1, the bottle opening plugging connector 7 and the diarrhea bottle 6 are all made of materials meeting medical standards, the outer bottle body 1 can be columnar or in other needed shapes, water can be contained by the outer bottle body 1, and water to be drunk is poured into the outer bottle body 1 through the water injection and diversion port 4. The bottleneck shutoff connector 7 and the bottleneck adaptation of outer bottle 1 utilize bottleneck shutoff connector 7 can shutoff the bottleneck of outer bottle 1, and outside drinking water can only get into in the outer bottle 1 through water injection diversion mouth 4 promptly, when needing to quote the drinking water in the outer bottle 1, the drinking water in the outer bottle 1 can only be quoted through water injection diversion mouth 4.
In the embodiment of the present invention, at least two laxative bottles 6 for containing laxatives are arranged in the outer bottle body 1, the laxative bottles 6 are sequentially arranged in the outer bottle body 1, and fig. 1, 2 and 3 show the case that four laxative bottles 6 are arranged in the outer bottle body 1, and the four laxative bottles 6 are sequentially arranged on the bottle mouth plugging connector 7. The laxative contained in the laxative bottle 6 is generally in a powder form, a laxative release switch is arranged at the bottom of each laxative bottle 6, the laxative in the laxative bottle 6 can be released into the outer bottle body 1 through the laxative release switch, and after entering the outer bottle body 1, the laxative in the laxative bottle 6 is dissolved in drinking water in the outer bottle body 1, so that the laxative can be taken when drinking water in the outer bottle body 1.
In practice, the dosage of the laxative contained in each laxative bottle 6 is different, and the requirement of promoting excretion under different conditions can be met according to the dosage of the laxative in the laxative bottle 6. In order to meet the needs in use, the laxative release switches of the laxative bottles 6 in the outer bottle body 1 need to be turned on sequentially, that is, the laxatives in different laxative bottles 6 need to be released as required, and generally, after the laxative in one laxative bottle 6 is released, the laxative in the other laxative bottle 6 is selectively released according to the actual situation. When the laxative bottles 6 are arranged in sequence in the outer bottle body 1, the laxative bottles 6 are selected to release the corresponding laxative, and the specific sequence can be from less to more in the laxative bottles 6.
Further, the bottle mouth plugging connector 7 is separable from the outer bottle body 1, and a bottle mouth cover 12 capable of being opened is arranged on the bottle mouth of each laxative bottle 6, and the bottle mouth cover 12 is matched with the bottle mouth of the laxative bottle 6.
In the embodiment of the invention, the surface plate 2 is arranged at the upper end of the bottle mouth plugging connector 7, the surface plate 2 is matched with the bottle mouth of the outer bottle body 1, the outer diameter of the surface plate 2 is larger than the outer diameter of the bottle mouth plugging connector 7, when the bottle mouth plugging connector 7 is connected with the bottle mouth of the outer bottle body 1, the bottle mouth plugging connector 7 is arranged in the outer bottle body 1, and the end part of the surface plate 2, which is in corresponding fit with the bottle mouth of the outer bottle body 1. In specific implementation, the bottle mouth plugging connector 7 can be separated from the outer bottle body 1, and when the bottle mouth plugging connector 7 is separated from the outer bottle body 1, the laxative bottle 6 is separated from the outer bottle body 1 along with the bottle mouth plugging connector 7, and at the moment, the outer bottle body 1 can be used as a general water cup. Further, a bottle mouth cover 12 capable of being opened is provided at the bottle mouth of each laxative bottle 6, the bottle mouth cover 12 corresponds to the bottle mouth of the laxative bottle 6, and when the bottle mouth cover 12 is opened, the laxative bottle 6 may be filled with the laxative, and of course, the laxative may be previously filled in the laxative bottle 6. When the laxative bottle 6 is arranged in the bottle opening plugging connector 7, the bottle opening cover 12 of the laxative bottle 6 is flush with the surface of the surface plate 2, and the movement of the laxative bottle 6 in the bottle opening plugging connector 7 is not influenced.
The bottle mouth plugging connector 7 is provided with a water injection and drinking guide sleeve 3 corresponding to the water injection and drinking port 4, and the water injection and drinking guide sleeve 3 is convexly arranged on the bottle mouth plugging connector 7.
In the embodiment of the invention, the water injection and drinking guide sleeve 3 is convexly arranged on the bottle mouth plugging connector 7, the water injection and drinking guide sleeve 3 corresponds to the water injection and drinking port 4, and water can be conveniently injected into the outer bottle body 1 or water in the outer bottle body 1 can be conveniently used by the water injection and drinking guide sleeve 3. The water injection and drinking guide sleeve 3 can be tubular or other shapes, and can be specifically selected according to the needs, and is not repeated here.
Further, the laxative bottles 6 are mutually parallel in the outer bottle body 1, and the laxative bottles 6 can move in the bottle opening plugging connecting body 7 along the bottle opening direction of the outer bottle body 1 towards the bottle bottom direction of the outer bottle body 1;
a locking control body for locking the movement of the laxative bottle 6 in the bottle opening plugging connector 7 is arranged on the bottle opening plugging connector 7, and the laxative bottles 6 are connected through a bottle body connecting and locking mechanism; after the locking control body is released from locking the movement of the laxative bottle 6 in the bottle mouth plugging connector 7, the corresponding laxative bottle 6 can be sequentially allowed to be pressed to move in the bottle mouth plugging connector 7 in the direction from the near to the far along the distance between the laxative bottle 6 and the locking control body; after the laxative bottle 6 is pressed to move in the bottle opening plugging connector 7, a laxative release switch of the laxative bottle 6 can be opened, and the pressed laxative bottle 6 can be kept in the current position state through the bottle body connecting locking mechanism.
In the embodiment of the invention, the laxative bottle 6 is parallel to each other in the outer bottle body 1, the length direction of the laxative bottle 6 is consistent with the length direction of the outer bottle body 1, the bottle mouth of the laxative bottle 6 corresponds to the bottle mouth of the outer bottle body 1, and the bottle bottom of the laxative bottle 6 is positioned in the outer bottle body 1. When the laxative bottle 6 moves in the bottle opening plugging connector 7, the movement direction of the laxative bottle 6 in the bottle opening plugging connector 7 can only be the direction along the bottle opening of the outer bottle body 1 to the bottle bottom of the outer bottle body 1, namely, the laxative bottle 6 can only be pressed into the outer bottle body 1.
In order to prevent the diarrhea bottles 6 from being pressed by mistake and ensure that when the diarrhea bottles 6 are pressed according to the required sequence, a locking control body is arranged on the bottle opening plugging connector 7, and the locking control body can lock the movement of all the diarrhea bottles 6 in the bottle opening plugging connector 7. When the locking connector is unlocked from the movement state of the laxative bottle 6, the corresponding laxative bottle 6 can be pressed in sequence to move in the bottle mouth plugging connector 7. In the embodiment of the present invention, the sequence of pressing the laxative bottle 6 is in the direction from the near to the far along the distance between the laxative bottle 6 and the locking control state, and when the laxative bottle 6 is pressed to move in the bottle mouth plugging connector 7, the laxative release switch of the laxative bottle 6 can be opened, and the pressed laxative bottle 6 can be kept in the current position state by the bottle body connecting locking mechanism, at this time, the bottle mouth of the laxative bottle 6 is positioned in the bottle mouth plugging connector 7. In specific implementation, when the lock mechanism is connected with the bottle body to enable the pressed laxative bottle 6 to keep the current position state, the laxative bottle 6 which is adjacent to the current pressed state can be allowed to be pressed accordingly.
Of course, in the specific implementation, the laxative release switch may also be in the form of an electromagnetic valve, and when the laxative release switch is in the form of an electromagnetic valve, the locking control body may be a microprocessor, and the locking control body is electrically connected with the laxative release switch, and the microprocessor sets the order in which each laxative bottle 6 is allowed to be pressed, and when the laxative bottle 6 is pressed, the microprocessor may control the corresponding electromagnetic valve to be opened so that the laxative in the corresponding laxative bottle 6 is released into the outer bottle body 1. The connection and matching process of the microprocessor and the electromagnetic valve is well known to those skilled in the art, and will not be described herein.
As shown in fig. 1, 2, 3, 4 and 6, the locking control body comprises a safety pin 5 arranged in a bottle mouth plugging connector 7, the safety pin 5 is connected with a laxative bottle 6 adjacent to the safety pin 5 through a bottle body connecting locking mechanism, the safety pin 5 can be separated from the bottle mouth plugging connector 7, and after the safety pin 5 is separated from the bottle mouth plugging connector 7, the motion locking state of the laxative bottle 6 in the bottle mouth plugging connector 7 can be released, so that the laxative bottle 6 adjacent to the safety pin 5 can be firstly allowed to be pressed and then move in the bottle mouth plugging connector 7.
In the embodiment of the invention, the locking control body adopts the safety pin 5, the safety pin embedding groove which allows the safety pin 5 to be embedded is arranged in the bottle opening plugging connecting body 7, and the safety pin 5 and the laxative bottle 6 are distributed in parallel when the safety pin 5 is in the bottle opening plugging connecting body 7, namely the length direction of the safety pin 5 is consistent with the length direction of the outer bottle body 1. The safety pin 5 is connected and matched with the laxative bottle 6 adjacent to the safety pin 5 in the bottle mouth plugging connector 7 through a bottle body connecting and locking mechanism. In particular, when the safety pin 5 is used as the lock control body, the distance between each laxative bottle 6 and the safety pin 5 is different, and when the distance between the laxative bottle 6 and the safety pin 5 is increased, the amount of laxative stored in the laxative bottle 6 is also increased.
When the safety pin 5 is separated from the bottle opening plugging connector 7, the locking of the movement state of the laxative bottle 6 in the bottle opening plugging connector 7 can be released, so that the laxative bottle 6 adjacent to the safety pin 5 can move in the bottle opening plugging connector 7 after being firstly allowed to be pressed, and the laxative in the laxative bottle 6 adjacent to the safety pin 5 can be released firstly.
In fig. 1, 2 and 3, according to the distance between the laxative bottle 6 and the safety pin 5, the four laxative bottles 6 are respectively a first laxative bottle, a second laxative bottle, a third laxative bottle and a fourth laxative bottle, when the safety pin 5 is placed in the bottle mouth plugging connector 7, the four laxative bottles 6 cannot be pressed and then move in the bottle mouth plugging connector 7, i.e. the laxative in the four laxative bottles 6 cannot be released into the outer bottle body 1. When the safety pin 5 is taken out of the bottle opening plugging connector 7, the first laxative bottle can be pressed firstly, and after the laxative in the first laxative bottle is released, the second laxative bottle can be released to be pressed for movement; after the second laxative bottle is pressed, the third laxative bottle can be pressed, and finally the fourth laxative bottle can be pressed; the laxatives in the first, second, third and fourth laxatives can be sequentially released into the outer bottle body 1.
As shown in fig. 5, 6, 7, 9 and 10, the laxative bottle 6 includes a medicine bottle body 9, and a bottle body groove 13 is provided at an upper portion of the medicine bottle body 9;
the bottle body connecting and locking mechanism comprises a connecting and locking sleeve 16, a movable connecting and locking pin 20 is arranged in the connecting and locking sleeve 16, two ends of the connecting and locking pin 20 respectively penetrate out of the connecting and locking sleeve 16, and a bottle body groove 13 allows the connecting and locking pin 20 to be embedded; a locking elastic body 22 is sleeved on the connecting locking pin 20, and the locking elastic body 22 can push the connecting locking pin 20 to move towards the direction of pointing to the safety pin 5;
when the safety pin 5 is positioned in the bottle opening plugging connector 7, the safety pin 5 enables the connecting locking pin 20 positioned between the safety pin 5 and the medicine bottle 9 adjacent to the safety pin 5 to be embedded in the bottle body groove 13 of the medicine bottle 9, and the connecting locking pin 20 positioned between the adjacent medicine bottle 9 is embedded in the bottle body groove 13 of the medicine bottle 9 relatively far away from the safety pin 5;
when the safety pin 5 is removed from the bottle mouth blocking connector 7, the connecting locking pin 20 between the safety pin 5 and the medicine bottle 9 adjacent to the safety pin 5 can be withdrawn from the bottle body groove 13 of the medicine bottle 9 through the corresponding locking elastic body 22, so that the medicine bottle 9 adjacent to the safety pin 5 is firstly allowed to press in the bottle mouth blocking connector 7; for the adjacent two medicine bottles 9, after the medicine bottles 9 relatively adjacent to the safety pin 5 are pressed, the connecting locking pin 20 between the two medicine bottles 9 can be embedded in the bottle body groove 13 of the medicine bottle 9 after the pressing, so that the medicine bottle 9 after the pressing is kept in the current position state through matching with the connecting locking pin 20, and the other medicine bottle 9 can be allowed to press in the bottle mouth plugging connector 7.
In the embodiment of the invention, the medicine bottle 6 adopts a medicine bottle body 9, a bottle body groove 13 is arranged on the outer wall of the upper part of the medicine bottle body 9, and a guide groove 15 corresponding to the bottle body groove 13 is also arranged on the outer wall of the medicine bottle body 9, and the guide groove 15 is communicated with the bottle body groove 13 through a guide transition body 14. The connecting direction between the bottle body groove 13 and the guide groove 15 is consistent with the length direction of the medicine bottle body 9, the transition body 14 is in a slope shape, and the end part of the connecting locking pin 20 can be conveniently and stably embedded in the bottle body groove 13 by utilizing the matching of the bottle body groove 13 and the transition body 14.
The connecting locking sleeve 16 is fixed with the bottle mouth plugging connector 7, two ends of the connecting locking pin 20 can respectively penetrate out from the end part of the connecting locking sleeve 16, a connecting locking pin protruding block 21 is arranged on the connecting locking pin 20, a locking elastic body 22 is sleeved on the connecting locking pin 20, one end of the locking elastic body 22 is contacted with the connecting locking pin protruding block 21, the other end of the locking elastic body 22 is contacted with the inner wall of the connecting locking sleeve 16, generally, the locking elastic body 22 is in a compressed state, so that the connecting locking pin 20 can be pushed to move towards the direction of pointing to the safety pin 5 through the locking elastic body 22, the moving direction of the connecting locking pin 20 is perpendicular to the length direction of the safety pin 5, the locking elastic body 22 can be made of elastic components such as springs, and the like, and the connecting locking elastic body can be selected according to requirements and is not repeated here. In practice, the locking elastic body 22 pushes the connecting locking pin 20 to move towards the direction pointing to the safety pin 5, so that the cooperation between the laxative bottle 6 and the safety pin 5 and the connection cooperation between the laxative bottles 6 can be realized.
When the safety pin 5 is arranged in the bottle mouth sealing connector 7, the safety pin 5 is matched with the connecting locking pin 20 adjacent to the safety pin 5, so that the end part of the connecting locking pin 20 is embedded in the bottle body groove 13 of the medicine bottle body 9 adjacent to the safety pin 5, the connecting locking pin 20 between the adjacent medicine bottle bodies 9 is embedded in the bottle body groove 13 of the medicine bottle body 9 relatively far away from the safety pin 5, and the length direction of the connecting locking pin 20 is perpendicular to the length direction of the medicine bottle body 9, so that all the medicine bottle bodies 9 cannot move in the bottle mouth sealing connector 7 through the matching of the connecting locking pin 20 and the corresponding bottle body groove 13 of the medicine bottle body 9, namely, the moving state of all the medicine bottle bodies 9 in the bottle mouth sealing connector 7 can be locked through the arrangement of the safety pin 5 in the bottle mouth sealing connector 7.
When the safety pin 5 moves out of the bottle mouth plugging connector 7, as for the connecting locking pin 20 between the safety pin 5 and the medicine bottle body 9 adjacent to the safety pin 5, the connecting locking pin 20 adjacent to the safety pin 5 can be pushed to move towards the direction close to the safety pin 5 under the action of the corresponding locking elastic body 22 because the safety pin 5 can not be in contact with the connecting locking pin 20 any more, so that the end part of the connecting locking pin 20 is separated from the bottle body groove 13 of the medicine bottle body 9 adjacent to the safety pin 5, namely, at the moment, the medicine bottle body 9 is not contacted with the connecting locking pins 20 at two sides for the medicine bottle body 9 adjacent to the safety pin 5, and the medicine bottle body 9 is in a free state, so that the medicine bottle body 9 can be allowed to move in the bottle mouth plugging connector 7 after being pressed. In practice, the bottle grooves 13 on both sides of the medicine bottle 9 are different in height. For the medicine bottle 9 next to the safety pin 5, when the medicine bottle 9 is pressed, the bottle groove 13 at the other side of the medicine bottle 9 can be matched with the connecting locking pin 20 between the medicine bottles 9 next to the safety pin 5, and after the connecting locking pin 20 is embedded in the bottle groove 13 at one side far away from the safety pin 5, the medicine bottle 9 next to the safety pin 5 after being pressed is locked at the current position.
For the two adjacent medicine bottles 9, the matching relationship and the pressing motion process are similar to the matching relationship between the safety pin 5 and the medicine bottles 9 adjacent to the safety pin 5, namely, when the medicine bottles 9 are matched with the connecting locking pins 20 in a non-contact manner when the bottle grooves 13 of the medicine bottles 9 adjacent to the safety pin 5 are matched with the connecting locking pins 20, the medicine bottles 9 can be allowed to move after pressing, and when the medicine bottles 9 are matched with the connecting locking pins 20 in a contact manner when the medicine bottles 9 are pressed, the medicine bottles 9 are matched with the connecting locking pins 20 in a contact manner corresponding to the bottle grooves 13 of the side far from the safety pin 5, so that the medicine bottles 9 are locked at the current position.
Further, a bottle body guiding sleeve 8 for guiding the movement of the laxative bottle 6 is arranged on the bottle mouth plugging connector 7; the laxative release switch comprises a bottle bottom opening 17 arranged at the inner bottom of the laxative bottle 6 and a sealing cap 23 arranged at the inner bottom of the laxative bottle 6 and capable of sealing the bottle bottom opening 17, the sealing cap 23 is connected with the positioning support frame 10 through a sealing cap connector, the positioning support frame 10 is fixedly connected with the bottle body guiding sleeve 8, and when the laxative bottle 6 moves in the bottle opening sealing connector 7, the sealing cap 23 can be jacked up through the sealing cap connector, so that the bottle bottom opening 17 at the bottom of the laxative bottle 6 is in an open state, and laxative stored in the laxative bottle 6 enters the outer bottle body 1 through the bottle bottom opening 17.
In the embodiment of the invention, the bottle body guiding sleeve 8 is arranged on the bottle mouth plugging connector 7, and the movement of the diarrhea medicine bottle 6 can be guided by utilizing the bottle body guiding sleeve 8. The bottle bottom of each medicine bottle body 9 is provided with bottle bottom openings 17, the bottle bottom openings 17 are distributed at intervals at the bottle bottom of the medicine bottle body 9, the bottle bottom openings 17 penetrate through the bottle bottom of the medicine bottle body 9, the opening size of the bottle bottom openings 17 is smaller than that of the bottle bottom of the medicine bottle body 9, namely, some framework structures are arranged at the bottle bottom of the medicine bottle body 9. The seal cap 23 is arranged in the medicine bottle body 9, the bottle bottom opening 17 of the medicine bottle body 9 can be sealed by utilizing the seal cap 23, and when the seal cap 23 seals the bottle bottom opening 17 of the medicine bottle body 9, the laxative can be stably contained in the medicine bottle body 9, namely, the laxative cannot enter the outer bottle body 1 through the bottle bottom opening 17.
In the embodiment of the invention, the positioning support frame 10 is arranged on the bottle body guide sleeve 8, and the end part of the positioning support frame 10 is positioned at the outer side of the bottle bottom of the medicine bottle body 9, so that the sealing cap connector on the positioning support frame 10 can penetrate through the bottle bottom of the medicine bottle body 9 and then be connected and matched with the sealing cap 23. When the medicine bottle body 9 moves in the bottle opening plugging connector 7, the bottle bottom of the medicine bottle body 9 is close to the end part of the positioning support frame 10, so that the sealing cap 23 is jacked by utilizing the matching of the sealing cap connector and the sealing cap 23, and when the sealing cap 23 is jacked, the sealing cap 23 cannot seal the bottle bottom opening 17 of the medicine bottle body 9, so that laxative in the medicine bottle body 9 can be released into the outer bottle body 1.
Further, the cap connector comprises a cap connecting sleeve 25 connected with the cap 23 and a cap ejecting rod 11 connected with the cap connecting sleeve 25 in an adapting way, one end of the cap ejecting rod 11 is connected with the positioning support frame 10, the other end of the cap ejecting rod 11 can extend into the cap connecting sleeve 25, and when the laxative bottle 6 moves in the bottle mouth plugging connector 7, the cap 23 can be ejected through the cooperation of the cap ejecting rod 11 and the cap connecting sleeve 25.
In the embodiment of the invention, the cap connecting sleeve 25 and the cap 23 are coaxially distributed, and when the cap ejector rod 11 stretches into the cap connecting sleeve 25, the cap ejector rod 11 and the cap connecting sleeve 25 are coaxially distributed. When the medicine bottle body 9 moves in the bottle opening plugging connector 7, the length of the cap ejector rod 11 is unchanged, so that the cap 23 can be jacked up through the cooperation of the cap ejector rod 11 and the cap connecting sleeve 25, and the cap 23 is jacked up and then is far away from the bottle bottom of the medicine bottle body 9.
In addition, a bottle bottom sleeve 19 is arranged at the bottom in the laxative bottle 6, the bottle bottom sleeve 19 is communicated with a rod body hole 18 at the bottle bottom of the laxative bottle 6, and the cap top rod 11 passes through the rod body hole 18 and the bottle bottom sleeve 19 and then enters a cap sealing connecting sleeve 25; the cap ejector rod 11 is also sleeved with a cap elastomer 24, one end of the cap elastomer 24 is positioned in the bottle bottom sleeve 19, the other end of the cap elastomer 24 is connected with a cap 23, and when the laxative bottle 6 moves in the bottle opening plugging connector 7, the cap elastomer 24 can push the cap 23 to be far away from the bottle bottom of the laxative bottle 6.
In the embodiment of the invention, the cap elastomer 24 can be made of elastic components such as springs, and the cap elastomer 24 is matched with the cap ejector rod 11, so that when the medicine bottle body 9 moves in the bottle opening plugging connector 7, the cap 23 can be stably and effectively jacked up, and the laxative is released into the outer bottle body 1 through the bottle bottom opening 17.
Claims (6)
1. A diarrhea guiding bottle device for guiding taking according to a certain amount, which is characterized in that: the bottle comprises an outer bottle body (1) and a bottle mouth plugging connector (7) which is connected with the bottle mouth of the outer bottle body (1) in an adapting way, wherein a water injection water diversion port (4) is arranged in the bottle mouth plugging connector (7), the water injection water diversion port (4) penetrates through the bottle mouth plugging connector (7), and the water injection water diversion port (4) is communicated with the outer bottle body (1);
at least two laxative bottles (6) for containing laxatives are arranged at the upper part in the outer bottle body (1), and the laxative bottles (6) are arranged in the outer bottle body (1) through bottle opening plugging connectors (7); a laxative release switch capable of releasing the laxative stored in the laxative bottle (6) into the outer bottle body (1) is arranged at the bottom of the laxative bottle (6), and the laxative release switches of all the laxative bottles (6) in the outer bottle body (1) are required to be opened in sequence, so that the laxative in the laxative bottle (6) in the outer bottle body (1) is sequentially released into the outer bottle body (1);
the laxative bottles (6) are parallel to each other in the outer bottle body (1), and the laxative bottles (6) can move in the bottle opening plugging connecting bodies (7) along the bottle opening direction of the outer bottle body (1) towards the bottle bottom direction of the outer bottle body (1);
a locking control body for locking the laxative bottle (6) to move in the bottle opening plugging connector (7) is arranged on the bottle opening plugging connector (7), and the laxative bottles (6) are connected through a bottle body connecting and locking mechanism; after the locking control body is released from locking the movement of the laxative bottle (6) in the bottle mouth plugging connecting body (7), the corresponding laxative bottle (6) can be sequentially allowed to be pressed to move in the bottle mouth plugging connecting body (7) in the direction from the near to the far along the distance between the laxative bottle (6) and the locking control body; after the laxative bottle (6) is pressed to move in the bottle opening plugging connector (7), a laxative release switch of the laxative bottle (6) can be opened, and the pressed laxative bottle (6) can be kept in the current position state through the bottle body connecting locking mechanism;
the locking control body comprises a safety pin (5) arranged in the bottle opening blocking connecting body (7), the safety pin (5) is connected with a laxative bottle (6) adjacent to the safety pin (5) through a bottle body connecting locking mechanism, the safety pin (5) can be separated from the bottle opening blocking connecting body (7), and after the safety pin (5) is separated from the bottle opening blocking connecting body (7), the movement locking state of the laxative bottle (6) in the bottle opening blocking connecting body (7) can be relieved, so that the laxative bottle (6) adjacent to the safety pin (5) can move in the bottle opening blocking connecting body (7) after being allowed to be pressed first;
the laxative bottle (6) comprises a medicine bottle body (9), and a bottle body groove (13) is formed in the upper part of the medicine bottle body (9);
the bottle body connecting and locking mechanism comprises a connecting and locking sleeve (16), a movable connecting and locking pin (20) is arranged in the connecting and locking sleeve (16), two ends of the connecting and locking pin (20) respectively penetrate out of the connecting and locking sleeve (16), and a bottle body groove (13) allows the connecting and locking pin (20) to be embedded; a locking elastic body (22) is sleeved on the connecting locking pin (20), and the locking elastic body (22) can push the connecting locking pin (20) to move towards the direction of pointing to the safety pin (5);
when the safety pin (5) is positioned in the bottle opening plugging connector (7), the connecting locking pin (20) between the safety pin (5) and the medicine bottle body (9) adjacent to the safety pin (5) is embedded in the bottle body groove (13) of the medicine bottle body (9) through the safety pin (5), and the connecting locking pin (20) between the adjacent medicine bottle bodies (9) is embedded in the bottle body groove (13) of the medicine bottle body (9) relatively far away from the safety pin (5);
when the safety pin (5) is moved out of the bottle mouth plugging connector (7), a connecting locking pin (20) between the safety pin (5) and a medicine bottle body (9) adjacent to the safety pin (5) can withdraw from a bottle body groove (13) of the medicine bottle body (9) through a corresponding locking elastomer (22), so that the medicine bottle body (9) adjacent to the safety pin (5) is firstly allowed to move in a pressing mode in the bottle mouth plugging connector (7); after the medicine bottles (9) relatively adjacent to the safety pins (5) are pressed between the two adjacent medicine bottles (9), the connecting locking pins (20) between the two medicine bottles (9) can be embedded in the bottle body grooves (13) of the pressed medicine bottles (9), so that the pressed medicine bottles (9) are kept in the current position state through matching with the connecting locking pins (20), and the other medicine bottle (9) can be allowed to be pressed in the bottle opening plugging connector (7);
the bottle mouth plugging connector (7) is separable from the outer bottle body (1), a bottle mouth cover (12) capable of being opened is arranged on the bottle mouth of each laxative bottle (6), and the bottle mouth cover (12) is matched with the bottle mouth of the laxative bottle (6).
2. The component directed administration laxative bottle set as claimed in claim 1, wherein: a bottle body guiding sleeve (8) for guiding the movement of the laxative bottle (6) is arranged on the bottle opening plugging connector (7); the laxative release switch is including setting up in the bottle end opening (17) of the bottle end in laxative bottle (6) and setting up in the sealing cap (23) of the interior shutoff bottle end opening (17) of laxative bottle (6), sealing cap (23) are connected with location braced frame (10) through the sealing cap connector, location braced frame (10) and bottle guide sleeve (8) fixed connection, and when laxative bottle (6) are in bottleneck shutoff connector (7) internal motion, can jack up sealing cap (23) through sealing cap connector to bottom opening (17) of the bottle end of laxative bottle (6) are in open state, and the laxative that accomodates in laxative bottle (6) get into in outer bottle (1) through bottle end opening (17).
3. The component directed administration laxative bottle set as claimed in claim 2, wherein: the sealing cap connector comprises a sealing cap connecting sleeve (25) connected with a sealing cap (23) and a sealing cap ejector rod (11) connected with the sealing cap connecting sleeve (25) in an adapting mode, one end of the sealing cap ejector rod (11) is connected with a positioning supporting frame (10), the other end of the sealing cap ejector rod (11) can extend into the sealing cap connecting sleeve (25), and when the bottle opening sealing connector (7) moves, the sealing cap (23) can be jacked up through the cooperation of the sealing cap ejector rod (11) and the sealing cap connecting sleeve (25).
4. A laxative bottle device for component directed administration according to claim 3, wherein: the bottom in the laxative bottle (6) is provided with a bottle bottom sleeve (19), the bottle bottom sleeve (19) is communicated with a rod body hole (18) at the bottle bottom of the laxative bottle (6), and the cap-sealing ejector rod (11) passes through the rod body hole (18) and the bottle bottom sleeve (19) and then enters into a cap-sealing connecting sleeve (25); the cap ejector rod (11) is also sleeved with a cap elastomer (24), one end of the cap elastomer (24) is positioned in the bottle bottom sleeve (19), the other end of the cap elastomer (24) is connected with the cap (23), and when the laxative bottle (6) moves in the bottle opening plugging connector (7), the cap elastomer (24) can push the cap (23) to be far away from the bottle bottom of the laxative bottle (6).
5. The component directed administration laxative bottle set as claimed in claim 1, wherein: the outer wall of the medicine bottle body (9) is also provided with a guide groove (15) corresponding to the bottle body groove (13), and the guide groove (15) is communicated with the bottle body groove (13) through a guide transition body (14).
6. The component directed administration laxative bottle set as claimed in claim 1, wherein: the bottle mouth plugging connector (7) is provided with a water injection and drinking guide sleeve (3) corresponding to the water injection and drinking port (4), and the water injection and drinking guide sleeve (3) is convexly arranged on the bottle mouth plugging connector (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910038783.5A CN109573352B (en) | 2019-01-16 | 2019-01-16 | Cathartic bottle device for component guiding taking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910038783.5A CN109573352B (en) | 2019-01-16 | 2019-01-16 | Cathartic bottle device for component guiding taking |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109573352A CN109573352A (en) | 2019-04-05 |
| CN109573352B true CN109573352B (en) | 2023-09-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910038783.5A Active CN109573352B (en) | 2019-01-16 | 2019-01-16 | Cathartic bottle device for component guiding taking |
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| CN (1) | CN109573352B (en) |
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Also Published As
| Publication number | Publication date |
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| CN109573352A (en) | 2019-04-05 |
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