阅读说明：本技术 一种药粒定量取出瓶盖 (Medicine grain ration takes out bottle lid ) 是由 李德龙 于 2020-07-15 设计创作，主要内容包括：一种药粒定量取出瓶盖。上表面为平面的瓶盖体上部装有推条,推条头端插在瓶盖体顶部一端凸出的套门里,推条末端探出瓶盖另一端外沿,瓶盖体与推条由弹力皮筋套各套住其身上挂块从而组合起来。向瓶盖上的出料口倾斜药瓶并推动推条至手指被瓶盖外沿挡住,推条上的运药槽将定量药粒运出并倾倒出。手指移开,弹力皮筋套使推条头端的封门端与套门沿吻合,装置自动关闭。本发明能单手盲视操作,使用动作符合人们传统拿敞口药瓶倒药的动作习惯,结构简练可靠,操作流畅,倒完药自动闭合密封,不需要额外的塞子、盖子之类的结构。本发明便于生产与组装,尤其适宜作为常见尺寸药粒8mm及以下的药瓶的定量取出装置,还可用于糖果等商品的包装。(A bottle cap for taking out medicine particles quantitatively. The upper part of the bottle cap body with the plane upper surface is provided with a push strip, the head end of the push strip is inserted into a sleeve door protruding from one end of the top of the bottle cap body, the tail end of the push strip extends out of the outer edge of the other end of the bottle cap body, and the bottle cap body and the push strip are respectively sleeved on a hanging block of the bottle cap body by an elastic rubber band sleeve so as to be combined. The medicine bottle is inclined towards the discharge hole on the bottle cap and the push strip is pushed until the fingers are blocked by the outer edge of the bottle cap, and the quantitative medicine particles are conveyed out and poured out by the medicine conveying groove on the push strip. When the fingers move away, the elastic rubber band sleeve enables the door sealing end at the head end of the push bar to be matched with the door edge, and the device is automatically closed. The invention can be operated by blind vision with one hand, the using action accords with the action habit of pouring the medicine by taking the open medicine bottle, the structure is simple and reliable, the operation is smooth, the medicine is poured out, the automatic closing and sealing are realized, and the structures of a plug, a cover and the like are not needed. The invention is convenient for production and assembly, is particularly suitable for being used as a quantitative taking-out device of medicine bottles with common sizes of medicine granules of 8mm or below, and can also be used for packaging commodities such as candies and the like.)

1. The utility model provides a medicine grain ration takes out bottle lid, is stamped the bottle lid on the medicine bottle, characterized by:

the upper part of a bottle cap body (4) with a plane bottle cap upper surface (8) provided with a bottle cap outer edge (9) is provided with a push strip (3), the head end of the push strip (3) is inserted into a sleeve door (2) protruding from one end of the top of the bottle cap body (4), the tail end of the push strip (3) extends out of the bottle cap outer edge (9), and the bottle cap body (4) and the push strip (3) are respectively sleeved with a part of the elastic rubber band sleeve (1) to be combined;

the push strip (3) is a straight strip-shaped structure with a constant section, the bottom surface (12) of the door sealing end, the bottom surface (13) of the push block and the drug conveying groove (5) are planar, the head end of the push strip (3) is the door sealing end (6), the cross section of the door sealing end (6) is slightly larger than other parts of the push strip (3) and therefore a door sealing end and sleeve door inosculation surface (14) is formed on the inner side of the door sealing end (6), the end of the head end of the push strip (3), namely the outer surface of the door sealing end, is provided with a door sealing end outer surface hanging block (18) with the same width as the door sealing end (6), the root of the door sealing end outer surface hanging block (18) and the outer surface corner (19) of the door sealing end formed by the outer surface of the door sealing end are right angles or acute angles, the structure close to the door sealing end (6) is a vertical drug conveying groove (5) which is communicated up and down and is formed on the push strip (3), the inner space of the drug conveying groove (5) just holds, the tail end of the push block (10), namely the hand-push end (11), extends out of the outer edge (9) of the bottle cap, and the extending length is slightly larger than the length of the medicine conveying groove (5) in the length direction of the push bar (3);

a discharge port (7) is formed in one end, close to the outer edge (9) of the bottle cap, of the upper surface (8) of the bottle cap body (4), the discharge port (7) faces the medicine conveying groove (5) of the push bar, a sleeve door (2) which is larger than the discharge port (7) and is arranged on the upper surface (8) of the bottle cap is arranged over the discharge port (7), and the sleeve door (2) completely covers the medicine conveying groove (5) of the push bar (3) in a fit manner, so that the lower surface of the push bar (3) is attached to the upper surface (8) of the bottle cap, and the push bar (3) is transversely supported on the discharge port (7);

the upper surface of the sleeve door (2) is provided with a hanging block (16) with the same width as the sleeve door, the root of the hanging block (16) on the upper surface of the sleeve door and a sleeve door upper corner (17) formed at the rear part of the upper surface of the sleeve door are right angles or acute angles, the sleeve door upper corner (17) is higher than a seal door end outer surface corner (19), and the sleeve door is provided with a sleeve door and seal door end matching edge (15);

the elastic rubber band sleeve (1) is a closed structure body, the elastic rubber band sleeve (1) is sleeved on an upper corner (17) of the sleeve door and a corner (19) of the outer surface of the door sealing end and keeps tension all the time, and the elastic rubber band sleeve (1) does not block a medicine particle channel.

2. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: the medicine conveying groove (5) can accommodate more than 1 medicine grain which is arranged along the discharging direction.

3. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: the bottle cap is provided with a paper or plastic foam auxiliary sealing gasket (20) at the lower part, a discharge hole (21) on the gasket is arranged at one side of the gasket, and a discharge hole (7) of the bottle cap is opposite to the discharge hole (21) on the gasket all the time.

4. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: the medicine conveying groove (5) is in a frame shape, and the sliding door (2) continues to limit the movement track of the pushing strip.

5. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: the inosculation surface of the door sealing end (6) and the sleeve door (2) is in an inosculation shape which forms an inclined angle with the motion direction of the push block so as to enhance the sealing when closed.

6. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: the hand-push end (11) has round corners and good touch feeling.

7. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: the pushing block (10) can be properly hollowed to save materials, but the pushing block can block subsequent medicine particles when the medicine conveying groove is reserved on the bottom surface to be pushed out, and the sleeve door continues to limit the movement track of the pushing strip.

8. The cap for quantitatively taking out a medicine granule as set forth in claim 1, wherein: a layer of sealing wax is wrapped around the sleeve door, so that the sealing effect of the medicine bottle when the medicine bottle is not unsealed is enhanced.

Technical Field

The invention provides a bottle cap for quantitatively taking out medicine particles, which belongs to the field of medicine charging appliances and is used for discharging medicine particles.

Background

In the life, the vast patient all needs the ration to take out the medicine grain in the medicine bottle at every turn of taking medicine, because common medicine grain volume is less, according to medical knowledge, when the solid medicament diameter is greater than 8mm, swallow the degree of difficulty and increase along with the size increase, and it is longer that the medicament that is greater than 8mm passes through the esophagus time, still easy adhesion is on the esophagus, the device of often operating a little difficulty to the ration of medicine grain design is got to the ration, perhaps too meticulous little device production degree of difficulty is big, it is also not good to effect cost than, so it can help the patient to see the technical scheme that the medicine grain was taken out to the ration very conveniently of convenient feasible at present not. The present invention is conceived to solve the problem that people want to solve for a long time and cannot solve well.

Disclosure of Invention

In order to realize quantitative medicine taking, the invention provides a medicine granule quantitative taking bottle cap. This bottle lid passes through bottle lid edge water conservancy diversion, then pushes away the strip medicine conveying groove under the suit of door restriction and takes out the medicine grain from the medicine bottle, solves the technical problem that the medicine grain ration of common size was taken out. And the medicine in the bottle is automatically closed and sealed under the action of the elastic rubber band sleeve to protect the medicine in the bottle.

The technical scheme adopted by the invention for solving the technical problems is as follows:

the upper part of the bottle cap body with the plane upper surface of the bottle cap with the outer edge of the bottle cap is provided with a push bar, the head end of the push bar is inserted into a sleeve door which is protruded at one end of the top of the bottle cap body, the tail end of the push bar extends out of the outer edge of the other end of the bottle cap, and the bottle cap body and the push bar are respectively sleeved with a part of the bottle cap body and the push bar by elastic rubber band sleeves so as to;

the push strip is a straight strip-shaped structure with a constant section, the section of the push strip is a flat straight strip-shaped structure, the end of the push strip is a door sealing end, the cross section of the door sealing end is slightly larger than the other parts of the push strip and forms a door sealing end and a door sleeving matching surface on the inner side of the door sealing end, the end of the push strip end is a door sealing end outer surface hanging block with the same width as the door sealing end, and the corner of the outer surface of the door sealing end below the outer surface of the door sealing end, which is formed by the root of the door sealing end outer surface hanging block and the outer surface of the door sealing end, is a right angle or an acute angle. The structure close to the door sealing end is a vertical medicine conveying groove which is formed in the push strip body and is communicated up and down, and the space in the medicine conveying groove just contains 1 medicine particle. The rest rear section part of the strip pushing body is a pushing block, the tail end of the pushing block, namely the hand pushing end, extends out of the outer edge of the bottle cap, and the extending length is slightly greater than the length of the medicine conveying groove in the strip pushing length direction;

and a discharge port is arranged at one end of the upper surface of the bottle cap body, close to the outer edge of the bottle cap, and faces the medicine conveying groove of the pushing strip. A sleeve door which is larger than the discharge port and is arranged on the upper surface of the bottle cap is arranged over the discharge port, the fit of the sleeve door completely covers the medicine conveying groove of the pushing strip, so that the lower surface of the pushing strip is fitted with the upper surface of the bottle cap, and the pushing strip is crossarm on the discharge port;

the upper surface of the sleeve door is provided with a sleeve door upper surface hanging block with the same width as the sleeve door, the root part of the sleeve door upper surface hanging block and the sleeve door upper corner formed at the rear part of the sleeve door upper surface are right angles or acute angles, the sleeve door upper corner is higher than the outer surface corner of the sealing door end, and the sleeve door is provided with a sleeve door and sealing door end matching edge;

the elastic rubber band sleeve is a closed structure body, the elastic rubber band sleeve is sleeved on the upper corner of the sleeve door and the corner of the outer surface of the door sealing end and keeps tension all the time, and the elastic rubber band sleeve does not block a medicine particle channel.

The medicine conveying groove can accommodate more than 1 medicine grain which is arranged along the discharging direction.

The sealing device is characterized in that a paper or plastic foam auxiliary sealing gasket is arranged below the bottle cap, a discharge hole in the gasket is formed in one side of the gasket, and the discharge hole in the bottle cap is opposite to the discharge hole in the gasket all the time.

The medicine conveying groove is in a frame shape, and the sleeve door continues to limit the movement track of the pushing strip.

The inosculation surface of the door sealing end and the sleeve door is in an inosculation shape which forms an inclined angle with the motion direction of the push block so as to enhance the sealing when the push block is closed.

The hand-push end has round corners and good touch feeling.

The pushing block part can be properly hollowed to save materials, but the pushing block can block subsequent medicine particles when the medicine conveying groove is reserved on the bottom surface to be pushed out, and the sleeve door continues to limit the movement track of the pushing strip.

A layer of sealing wax is wrapped around the sleeve door, so that the sealing effect of the medicine bottle when the medicine bottle is not unsealed is enhanced.

The positive effects are as follows:

1. the invention can be operated by blind vision with one hand, accords with human engineering, and can accurately and quantitatively pour the medicine particles to the other hand or other destinations by direct operation with one hand without staring at the eyes of a user. The trouble and the pollution of putting back that the excessive pouring out caused are reduced, stop the possibility that the medicine grain is a large amount of unrestrained, and the dosage mistake can be avoided taking place to the patient to accurate ration. The invention is particularly convenient to use at night, or when the hands are not flexible, or when the eyesight is poor.

2. The use action of the invention accords with the action habit of pouring the medicine by taking the open medicine bottle. The operation is smooth and not blocked, the operation action is less and continuous, and the medicine particles are directly poured onto hands. The invention has reliable structure, hardly generates faults, saves the medicine taking time, and is particularly convenient for continuously taking a plurality of medicines. If the fault caused by the medicine particles occurs, for example, the medicine particles are broken and are blocked at the discharging position, or the broken medicine or the deformed medicine exists in the bottle, the fault can be easily eliminated and the continuous use is realized due to the openness of the cohesive structure when the cohesive structure is opened. Considering that the size of the common medicine particles is 8mm or below, the invention is a small device which is convenient for manual operation.

3. The elastic rubber band sleeve is convenient to produce and assemble, the structure of the elastic rubber band sleeve is simple, the elastic rubber band sleeve is composed of only 3 parts, the other two parts are integrally designed, and the elastic rubber band sleeve can be produced at one time through related production means such as blow molding, stamping and the like. The push strip is inserted into the sleeve door and then sleeved with the elastic rubber band sleeve to assemble the pull strip. This assembly process is even facilitated to the extent that it is left to the user to do so by himself. Considering that the size of the common medicine particles is 8mm or less, the invention is a small device which is convenient to produce and assemble. The medicine package is a commodity which is often required to be produced in large quantity, and the economic benefit brought by saving the production process is very obvious.

4. The automatic closing and sealing device for pouring the medicine is capable of automatically closing and sealing the medicine without additional structures such as a plug and a cover, and the plug and the cover are not required to be taken down when the medicine is poured. The design of the invention can avoid the pollution of the medicine particles by dust, moisture and the like or the open contact of the medicine particles with air to accelerate the deterioration.

5. The invention has wide application, is suitable for various existing medicine bottles, and can still keep various advantages of the original medicine bottle. The invention is especially suitable for quantitatively taking out medicine granules with the common size of 8mm or less, and can be used for packaging medicines, candies and other commodities. The bottle cap is applied to various medicine bottles as a bottle cap, so that medicines can be filled into the bottle in a traditional mode and then the bottle cap is covered with the bottle cap for packaging. When the medicine bottle cap is used, if the medicine bottle cap needs to be shielded, the medicine bottle cap can be conveniently unscrewed or opened to directly take medicine.

The medicine taking device is suitable for being used as a medicine cover medicine taking device for taking medicine quantitatively from a medicine bottle.

Drawings

FIG. 1 is a side view of the present invention;

FIG. 2 is a diagram of the elastic rubber band cover of the present invention;

FIG. 3 is a diagram of the door of the present invention;

fig. 4 is a view of the opening of the auxiliary sealing gasket of the bottle cap of the present invention;

FIG. 5 is a side view of the spout of the present invention closed;

FIG. 6 is a top view of the present invention in the dispensing state;

FIG. 7 is a view of the present invention in a held state;

fig. 8 is a drawing showing the dispensing state of the present invention.

In the figure, 1, an elastic rubber band sleeve, 2, a sleeve door, 3, a push strip, 4, a bottle cover body, 5, a medicine conveying groove, 6, a door sealing end, 7, a discharge port, 8, an upper surface of a bottle cover, 9, an outer edge of the bottle cover, 10, a push block, 11, a hand push end, 12, a bottom surface of the door sealing end, 13, a bottom surface of the push block, 14, an inosculation surface of the door sealing end and the sleeve door, 15, an inosculation edge of the sleeve door and the door sealing end, 16, a hanging block on the upper surface of the sleeve door, 17, an upper corner of the sleeve door, 18, a hanging block on the outer surface of the door sealing end, 19, a corner on the outer surface of the door sealing end, 20.

The specific implementation mode is as follows:

the upper part of a bottle cap body 4 with the upper surface 8 of the bottle cap with the outer edge 9 of the bottle cap as a plane is provided with a push strip 3, the head end of the push strip 3 is inserted into a sleeve door 2 which is protruded at one end of the top of the bottle cap body 4, the tail end of the push strip 3 extends out of the outer edge 9 of the other end of the bottle cap, and the bottle cap body 4 and the push strip 3 are respectively sleeved with a part of an elastic rubber band sleeve 1 so as to be combined;

the push bar 3 is by sealing door end bottom surface 12, ejector pad bottom surface 13, fortune medicine groove 5 for the invariable rectangular form structure of planar straight cross-section, and the 3 head ends of push bar are sealing door end 6, and sealing door end 6 cross section slightly is greater than push bar 3 other parts and consequently forms sealing door end and set door coincide face 14 in sealing door end 6 inboard, has the sealing door end surface hanger 18 that is the same width with sealing door end 6 on the end of push bar 3 head end sealing door end surface, and sealing door end surface hanger 18 root and the below that sealing door end surface formed seal door end surface corner 19 be right angle or acute angle. The structure close to the door sealing end 6 is a vertical medicine conveying groove 5 which is through up and down and is arranged on the pushing strip 3, and the space in the medicine conveying groove 5 just contains 1 medicine particle. The rest rear section part of the push bar 3 is a push block 10, the tail end of the push block 10, namely a hand push end 11, extends out of the outer edge 9 of the bottle cap, and the extending length is slightly larger than the length of the medicine conveying groove 5 in the length direction of the push bar 3;

and a discharge port 7 is arranged at one end of the upper surface 8 of the bottle cap body 4, which is close to the outer edge 9 of the bottle cap, and the discharge port 7 faces the medicine conveying groove 5 of the pushing strip. The upper surface 8 of the bottle cap is provided with a sleeve door 2 which is larger than the discharge port 7 and spans over the discharge port 7, the sleeve door 2 completely covers the medicine conveying groove 5 of the push strip 3 in a fitting manner, so that the lower surface of the push strip 3 is fitted with the upper surface 8 of the bottle cap, and the push strip 3 is crossarm-mounted on the discharge port 7;

the upper surface of the sleeve door 2 is provided with a sleeve door upper surface hanging block 16 with the same width as the sleeve door, a sleeve door upper corner 17 formed by the root of the sleeve door upper surface hanging block 16 and the rear part of the sleeve door upper surface is a right angle or an acute angle, the sleeve door upper corner 17 is higher than a seal door end outer surface corner 19, and the sleeve door is provided with a sleeve door and seal door end matching edge 15;

the elastic rubber band sleeve 1 is a closed structure body, the elastic rubber band sleeve 1 is sleeved on the upper corner 17 of the sleeve door and the outer surface corner 19 of the door sealing end and always kept tense, and the elastic rubber band sleeve 1 does not block a medicine particle channel.

The medicine conveying groove 5 can accommodate more than 1 medicine grain which is arranged along the discharging direction.

A paper or plastic foam auxiliary sealing gasket 20 is arranged below the bottle cap, a discharge hole 21 in the gasket is formed in one side of the gasket, and a discharge hole 7 in the bottle cap is opposite to the discharge hole 21 in the gasket all the time.

The medicine conveying groove 5 is in a frame shape, and the sleeve door continues to limit the movement track of the pushing strip.

The inosculating surfaces of the door sealing end 6 and the sleeve door 2 are in an inosculating shape which forms an inclined angle with the motion direction of the push block so as to enhance the sealing when the door is closed.

The hand push end 11 has round corners and good touch.

The pushing block 10 can be properly hollowed to save materials, but the pushing block can block subsequent medicine grains when the medicine conveying groove is reserved on the bottom surface to be pushed out, and the sleeve door continues to limit the movement track of the pushing strip.

A layer of sealing wax is wrapped around the sleeve door, so that the sealing effect of the medicine bottle when the medicine bottle is not unsealed is enhanced.