TWI768958B - Improvement of the structure of the lid of the jar - Google Patents

Abstract

The invention is a structural improvement of the lid of a jar, which is mainly composed of a movable lid body, a locking seat body, an arc-shaped plate and a ring sleeve body to form a lid, which is used in combination with a jar, and can be recorded and displayed correctly and automatically. The structure of the number of times of opening the lid of the jar is used to remind the user to take the medicine and form an accommodating space, which can be used to place the second medicine (such as emergency medicine), and the lid is formed to be combined with the mouth of the large-diameter can. The jar and the top of the lid can be interlocked and connected with the bottom of the jar, which is convenient for carrying and management, and achieves the purpose of preventing repeated misuse of medicines and reminding them to take medicines.

Description

Improvement of the structure of the lid of the jar

The invention relates to a structural improvement of the lid of a jar, which is applied to the lid of a jar of medicine granules or various granular items, and is in the technical field of accurately recording and displaying the usage times of opening the lid.

Due to the fact that the mouth of the general medicine jar is large, when the medicine granules are poured, it is easy to fail to accurately pour out the number of granules to be taken out, or to pour out a large number of medicine granules, or accidentally spill the medicine granules all over the ground.

Furthermore, especially if the patient is often not sure whether he has taken the medicine, but has repeatedly taken the medicine or did not take the medicine at all.

In view of the above-mentioned defects that need to be improved urgently, the inventor has recently developed a lid structure to prevent the above-mentioned defects from happening, and has applied for Taiwan Model No. 98202822 "Improvement of the Lid Structure of a Jar" and a new patent No. 98214536 No. "Improvement of the lid of the jar" and Patent No. 107110959 "The improvement of the lid structure of the jar" have been approved, and at the same time, they have also filed an invention patent application in the United States, and have been approved No. US121292,221 and US8136, Patent No. 687, and later developed a sophisticated structure again, and has applied to the United States for invention patent No. 16/444,181, which is still pending.

Later, the applicant re-studied and found that all the aforementioned patents have a common problem. , which is in the form of a tubular body whose inner annular surface is provided with screw teeth and a The bottom plate 400a is annular, so that the can 600 (refer to the second figure) must extend a can mouth 600a having a tubular body with external threads so that the inner lid 400 of the lid 10000 can be interlocked with the user.

It was found in the actual automated production line that when the granular medicines are packed in the injection jar 600, due to the relatively narrow diameter of the jar mouth 600a of the jar 600, when injecting medicines with larger granules, there will be a little jamming problem, so that the production line will work. There are those who are not smooth and cause a significant decrease in work efficiency.

In view of the aforesaid deficiencies to be improved, the applicant once again considered how the lid structure can be combined with the large-diameter can mouth with the lid structure of the previous cases that can prevent the spillage of medicine particles and can record and display the number of times the lid is opened. The jar can ensure the smooth and unobstructed operation of the medicines in the production line, whether large or small granules are injected into the jars for packaging. Furthermore, how to form an accommodating space in the structure of the lid for accommodating the second The use of a variety of drugs (such as: emergency drugs), after many times of research, testing and experiments, and finally obtain a refined structure.

As for the structure, purpose, mode and spirit of the present invention, please refer to the following drawings and descriptions to fully understand the present invention.

The invention is a structural improvement of the lid of a jar, which can display the correct usage times of opening the lid of the jar and an accommodating space is formed inside the structure of the lid, which can be placed in the second medicine and the lid can be easily connected with the bottom of the jar. Structure of management and portability.

Main purpose: It is the structure of this case and the formed operation sequence, which can open the lid to take the medicine, and then automatically switch to record the usage times and display it, so as to remind the patient of the situation of taking medicine, so as to prevent repeated misuse of medicine. and especially the inside of the structure of the cover of this case There is an accommodating space for placing the second medicine (such as emergency medicine); in addition, the jars can be connected in series to facilitate management, and the structural design of this case can indeed be mass-produced and cost-reduced.

(acquaintance)

10000: cover

400: inner cover

400a: Bottom plate

600: Jar

600a: Tank mouth

(this invention)

10: Active cover

11: Symbol Swirl

110: Oblique notch

12: Backstop claw seat

121: Backstop claw body

121a: hook

121b: Backstop Barb

121c: Top sheet

121d: Recess

110: Oblique notch

13: Container body

131: Round tube

131a: accommodating space

131b: convex ring

132: Ring Disc

132a: concave hole

132b: button hole

133: Rib

133a: Opening

133b: Interval

14: Outer ring shell

14e, 20a: Alignment bar

14a: Opening

14b: Bottom edge

14c: Tabs

14d, 141a: Buttons

141: upper cover

142: Ring groove

142a: button hole

143: Buckle

143a: convex buckle body

70: Wafer

15: Seal the plate

1000: cover

15c: Button

15a: groove

15b: convex ring

20: Lock body

20b: bump

20c: Buttons

201: Intubation body

202: Opening

201a: Outer flange

201b: Inner Flange

201c: Screw Top Barb

201d: Notch

201f: Opening

30: Arc plate

30a: Opening

30c: perforated

30b: Flange

40: Ring body

40a: Upper ring recess

40b: convex ring part

40c: Ring recess

1000: cover

50: Jar

50a: lock hook

50b: Raised ring hook

The first picture is a partial cross-sectional view of the structure of the US Patent Application No. 16/444,181

The second picture is a three-dimensional schematic view of the can in the US patent application No. 16/444,181

The third figure is one of the three-dimensional exploded views of the improved structure of the lid of a jar of the present invention

The fourth figure is the second exploded view of the improved structure of the lid of a jar of the present invention

The fifth figure is a sectional view of the structure of the lid of a jar of the present invention

The sixth figure is another sectional view of the structure of the lid of a jar of the present invention

The sixth figure A is a simplified schematic diagram of the two notches of the inner flange of the intubation body corresponding to the two convex strips of the tank body

The sixth figure B is a simple schematic diagram of the interval between the upper part of the convex strip and the ring plate of the container body corresponding to the inner flange of the intubation body

Sixth Figure C is a simplified schematic diagram of the opening of the convex strip of the container body of the present invention corresponding to the inner flange of the cannula

Figure 7 is a three-dimensional schematic diagram of the engagement between the top barb of the intubation body of the present invention and the oblique notch of the symbol ring

The eighth figure is a three-dimensional schematic view of the upper cover of the movable cover body with improved structure of the cover of the jar of the present invention

The ninth figure is a schematic diagram of the use and implementation of the improved structure of the lid of the jar of the present invention

Figure 10 is a schematic diagram of the action of the backstop claw seat of the present invention rotating to the positioning position

The third figure is one of the three-dimensional exploded views of the improved structure of the lid of a jar of the present invention. As shown in the figure, it includes: (refer to the fourth figure)

A movable cover 10 is provided with a symbol ring 11, which is an annular body with symbols on its surface, and several inclined notches 110 are recessed on its inner ring surface; a backstop claw seat 12 is annular On its inner edge surface, there are two corresponding back-stop claw bodies 121 extending downward. The back-stop claw bodies 121 have hook claws 121a and back-stop barbs 121b, and a top extends from one side of the hook claws 121a. The plate 121c, and the back-stop claw seat 12 is in the shape of an annular body with a number of recesses 121d on the outer edge, (see also the fifth and sixth figures). The oblique notch 110 on the inner ring surface is in contact with the back-stop barbs 121b (refer to the sixth figure) of the two back-stop claw bodies 121, which restricts the symbol ring 11 to rotate only in one direction; there is another accommodating groove The body 13 (see also the fifth and eighth figures) is a circular tube 131 with a bottom and a accommodating space 131a in the middle. The bottom of the circular tube 131 is provided with a convex ring 131b, and the top edge of the circular tube 131 A ring plate 132 is extended, the outer ring surface of the ring plate 132 is concave with a number of concave holes 132a, and the inner ring surface of the ring plate 132 is concavely formed with a button hole 132b, and the surface of the circular tube 131 is provided with two The spaced protruding strips 133 (refer to Figures 6, 6B, and 6C), an opening 133a is concavely formed near the lower part of the main body of the protruding strip 133, and there is a gap between the upper part of the protruding strip 133 and the ring plate 132 133b, (also refer to the fifth figure) the tank body 13 is inserted in the middle of the check claw seat 12 with its circular tube 131; an outer ring shell 14 is a ring body, and its surface is protruded with two The alignment bar 14e is provided with an opening 14a, and a bottom edge 14b is protruded from the bottom (see also the fourth figure). A plurality of convex pieces 14c corresponding to the plurality of concave portions 121d on the outer edge of the check pawl seat 12 and a plurality of convex buckles 14d corresponding to a plurality of concave holes 132a corresponding to the concave holes 132a of the outer ring surface of the ring plate 132 of the receiving body 13 are convexly formed. , (also refer to the fifth figure) the middle of the outer ring shell 14 is for the backstop claw seat 12 combined with the symbol ring 11 to be inserted, and the other Several protruding pieces 14c on the inner ring surface of the annular shell 14 are correspondingly inserted into the plurality of concave portions 121d on the outer edge of the back-stop claw seat 12. The bottom edge 14b of the outer ring shell 14 can prevent the back-stop claw seat 12 and its combination of symbols. The rotating ring 11 is disengaged, and the opening 14a of the outer ring shell 14 can display a symbol corresponding to the symbol of the rotating ring 11 . Several concave holes 132a are correspondingly buckled and fixed, (see also the fifth figure), and the outer ring shell 14 is extended with an upper cover 141, the bottom of the upper cover 141 is protruded with a ring groove 142, the inner ring surface of the ring groove 142 Several button holes 142a are concavely formed, and the top of the upper cover 141 is protruded with a buckle ring 143. The inner ring surface of the buckle ring 143 is provided with a plurality of convex buckle bodies 143a. The ring groove 142 at the bottom of the upper cover 141 is used for A chip 70 and a sealing plate 15 are placed. The outer ring surface of the sealing plate 15 is protruded with a plurality of protruding buttons 15c which can be correspondingly buckled and fixed with the button holes 142a on the inner ring surface of the ring groove 142 of the upper cover 141. The top of the sealing plate 15 In order to cover and protect the wafer 70 with a groove 15a, a convex ring 15b is protruded from the bottom of the sealing plate 15.

A lock seat body 20 (please refer to the third, fourth and fifth figures) is an annular disc body, and its inner annular surface is protruded with several protruding blocks 20b and protruding buckles 20c, and its surface is protruded with two pairs of The position bar 20a further extends an intubation body 201 on the upper part of the lock base body 20. An opening 202 is defined in the front of the intubation body 201. The top of the intubation body 201 is provided with an outer flange 201a and an inner flange 201b. The outer flange 201a protrudes with two corresponding screw-top barbs 201c. In addition, (refer to Fig. 6A) the inner flange 201b has two spaced-apart notches 201d, which can be used for the accommodating grooves. The two protruding strips 133 on the surface of the circular tube 131 of the body 13 can move up and down therebetween, and (refer to Figure 6 B and Figure 6 C), the openings 133a at the lower part of the two protruding strips 133 of the circular tube 131 of the container body 13 and The space 133b between the upper part of the two protruding strips 133 and the ring plate 132 is for the inner flange 201b to rotate therebetween. In addition, an opening 201f is opened downward from the outer flange 201a and the inner flange 201b on the top of the intubation body 201. The opening 201f is for temporarily reducing the diameter of the intubation body 201 by compressing the upper part of the intubation body 201 during assembly. That is, it can move back and forth in the positioning claw seat 12, and the hook claws 121a of the claw body 121 of the claw seat 12 and the outer flange 201a of the intubation body 201 can hook each other to prevent separation.

Another arc-shaped plate 30 is provided with an opening 30a on one side and a plurality of perforations 30c on the other side (see also the third and fourth figures).

The arc-shaped plate 30 (see also the fifth figure) is inserted through the bottom of the lock base body 20 between the two protruding strips 133 of the circular tube 131 behind the intubation body 201 and the accommodating body 13 (see also the sixth figure). ), the plurality of perforations 30c of the arc-shaped plate 30 correspond to the closed state of the intubation body 201, and the flanges 30b of the arc-shaped plate 30 are tied to the bottom of the lock base body 20.

A ring body 40 (see also the third, fourth and fifth figures) is a ring body with an upper ring concave part 40a at the top and a convex ring part 40b in the middle. The edge 30b is movable therebetween, and a lower annular recess 40c is arranged at the bottom.

The ring body 40 is disposed at the bottom of the lock base body 20 , and a cover 1000 is formed by fastening the protruding buckles 20c on the inner ring surface of the lock base body 20 to the bottom edge of the ring body 40 and positioning.

A jar 50 is mainly attached to the outer edge of the upper part of the jar 50 and has several locking hooks 50a, and the bottom of the jar 50 is provided with a raised ring hook 50b, which can be used with the number of buckles 143 on the top of the upper cover 141 of the movable cover 10. The protruding buckle bodies 143a are inserted into and fastened to each other in series.

The can 50 is inserted into the bottom of the lock base body 20, and the opening top edge of the can 50 is positioned in the ring recess 40c under the ring sleeve body 40 and rotated, and the lock hooks 50a of the can 50 are connected to the lock base The bumps 20b on the bottom of the body 20 are locked together by mutual locking.

The eighth figure is a three-dimensional schematic view of the upper cover of the movable cover body with the improved structure of the lid of the jar of the present invention. As shown in the figure, the accommodating space 131a of the accommodating tank body 13 of the lid 1000 can accommodate the second medicine (eg: emergency medicines), and cover with the upper cover 141, through the upper cover 141 The protruding button 141a is fastened with the button hole 132b of the tank body 13, and (see also the fifth figure) the convex ring 15b of the sealing plate 15 combined with the upper cover 141 is inserted into the tank body 13 airtightly.

The ninth figure is a schematic diagram of the use and implementation of the improved structure of the lid of a jar of the present invention. As shown in the figure, the lid 1000 is bolted to the jar 50. When the medicine particles in the jar 50 are to be taken out, the movable lid body 10 is pressed down. When combined with the lock base body 20, it is in a completely closed state. The movable cover body 10 can only be in an idling state and cannot be opened. The movable cover body 10 needs to be rotated so that the alignment bar 14e of the outer ring shell 14 corresponds to the lock base body 20. The alignment bar 20a, the two protruding bars 133 of the container body 13 of the cover 1000 (refer to Fig. 6 A) correspond to the two spaced apart notches 201d of the inner flange 201b of the insertion tube body 201 of the lock seat body 20, Pull up the movable cover body 10 to the position, (see also the sixth figure C), the openings 133a of the two protruding strips 133 of the container body 13 correspond to the inner flanges 201b of the insertion tube body 201 of the lock base body 20, (the first Fig. 5) The hook 121a of the backstop claw seat 12 is hooked with the outer flange 201a of the intubation body 201 of the lock seat body 20 to prevent separation, and the several perforations 30c of the arc-shaped plate 30 are located at the opening of the intubation body 201 The rear of 202 is in a closed state, and (refer to Figure 7) the top-screw barb 201c of the insertion tube body 201 of the lock base body 20 is engaged with the oblique notch 110 of the symbol ring 11, that is, the movable cover body 10 is rotated. (refer to Figure 10) one side of the hook 121a of the backstop claw seat 12 is positioned on the side of the top-screw barb 201c, and the top piece 121c extended by the hook 121a is located in the top-reverse position. The top of the hook 201c can prevent the movable cover 10 from descending, and at the same time, the opening 202 of the intubation body 201 corresponds to the opening 30a of the arc-shaped plate 30 and the ring 11 of the linked symbol rotates to switch to the next symbol (for example: Mon becomes Tue) record the number of times, and pour out the granules from the opening 202 in front of the intubation body 201.

When it is about to be closed after taking the medicine, the reverse operation is performed in the aforementioned manner to complete the closing, wherein, during the reverse operation, (refer to the sixth figure) the check claw body 121 is tied with a check barb 121b against the symbol ring. The oblique notch 110 of 11 can prevent the reverse rotation of the symbol ring 11 and limit it to One-way rotation, so the symbol ring 11 does not move and maintains the original symbol during reverse operation, and is displayed on the opening 14a of the outer ring shell 14 to inform the usage times.

10: Active cover

11: Symbol Swirl

14: Outer ring shell

14e, 20a: Alignment bar

14a: Opening

1000: cover

20: Lock body

201: Intubation body

202: Opening

30: Arc plate

30a: Opening

30c: perforated

50: Jar

Claims (1)

A structural improvement of the lid of a jar, comprising: A movable cover is provided with a symbol ring, which is an annular body with symbols on its surface, and a number of oblique notches concave on its inner ring surface; a backstop claw seat, which is an annular body on its inner edge There are two corresponding back-stop claw bodies extending downward, the back-stop claw system has hook claws and a back-stop barb, and a top piece extends on one side of the hook claw, and the back-stop claw seat is annular. There are several concave parts on the outer edge, the two anti-jaw systems are used for inserting a symbol ring, and the oblique notch on the inner ring surface of the symbol ring is in contact with the anti-barbs of the two anti-claw bodies, which is a limit The symbol ring can only be rotated in one direction; there is another container body, which is a circular tube with a bottom and an accommodation space in the middle. The bottom of the circular tube is provided with a convex ring, and the top edge of the circular tube extends There is a ring plate, the outer ring surface of the ring plate is concavely provided with several concave holes, and the inner ring surface of the ring plate is concavely provided with a button hole, and furthermore, the surface of the circular tube is provided with two spaced convex strips, the convex An opening is concavely provided near the lower part of the strip body, and further, if there is a space between the upper part of the convex strip and the ring plate, the accommodating groove system is inserted in the middle of the check claw seat with its round tube; an outer ring shell , which is in the form of an annular body, its surface is protruded with two alignment bars and an opening, and a bottom edge is protruded at the bottom. There are convex pieces corresponding to several concave parts on the edge and several convex buckles corresponding to several concave holes on the outer ring surface of the ring plate of the container body. The backstop claw seat of the ring is inserted, and several lugs on the inner ring surface of the outer ring shell are inserted into the corresponding recesses on the outer edge of the backstop claw seat. The bottom edge of the outer ring shell can prevent the backstop claw seat and its The combined symbol ring is disengaged, and the opening of the outer ring shell can display the symbol corresponding to the symbol ring. Correspondingly, the outer ring shell is extended with an upper cover, the bottom of the upper cover is protruded with a ring groove, the inner ring surface of the ring groove is concave with a number of button holes, and the top of the upper cover is protruded with a buckle ring. The inner ring surface of the buckle is provided with several The protruding buckle body, the ring groove at the bottom of the upper cover can accommodate a chip and a sealing plate, and the outer ring surface of the sealing plate is protruded with several convex buckles which can be correspondingly buckled with the button holes on the inner ring surface of the ring groove of the upper cover In the fixed position, the top of the sealing plate is a groove to cover and protect the wafer, and the bottom of the sealing plate is protruded with a convex ring; a lock seat body is an annular plate body, and its inner ring surface is protruded with a number of protrusions The block and the protruding buckle, and its surface is protruded with two alignment bars, and an intubation body is extended on the upper part of the lock base body. Flange and inner flange, the outer flange is protruded with two corresponding screw-top barbs, in addition, the inner flange is provided with two spaced notches, which can be used for the round pipe of the tank body The two protruding strips on the surface can move up and down between them, and the opening of the lower part of the two protruding strips of the circular tube of the container body and the interval between the upper part of the two protruding strips and the ring plate are for the inner flange to rotate therebetween, and the other is The top of the intubation body is provided with an opening downward from the outer flange and the inner flange. The opening is for temporarily reducing the diameter of the upper part of the intubation body during assembly, and is inserted into a check claw seat through the outer ring shell. , the intubation body can reciprocate in the positioning check claw seat, and the hook claw of the check claw body of the check claw seat and the outer flange of the intubation body can hook each other to prevent separation; There is an arc-shaped plate with an opening on one side and a number of perforations on the other side, and a flange on the bottom surface of the arc-shaped plate; the arc-shaped plate is inserted through the bottom of the lock seat body at the insertion tube At the rear of the body and between the two protruding strips of the circular tube of the container body, the several perforations of the arc-shaped plate are in a closed state corresponding to the intubation body, and the flange of the arc-shaped plate is tied to the bottom of the lock seat body; a ring sleeve, which is a ring body with an upper ring recess at the top and a convex ring part in the middle, the upper ring recess can be used for the flange of the arc-shaped plate to move therebetween, and a lower ring recess is arranged at the bottom; the The ring body is arranged at the bottom of the lock seat body, and is fastened by the protruding buckles on the ring surface of the lock seat body A cover is formed by positioning on the bottom edge of the ring body; A jar is mainly attached to the upper outer edge of the jar and is provided with several locking hooks, and the bottom of the jar is provided with a raised ring hook, which can be inserted and fastened with the several raised buckle bodies of the top buckle of the upper lid of the movable cover concatenated with each other; The jar is inserted at the bottom of the lock base body, the top edge of the jar opening is located in the ring concave part under the ring sleeve body and is rotated, and the lock hooks of the jar are mutually connected with the protrusions on the bottom of the lock base body. Snap lock; The accommodating space of the container body of the cover can accommodate the second type of medicine, and the top cover is closed, and the convex buckle of the top cover is fastened with the button hole of the container body, and the convex ring of the sealing plate is combined with the top cover That is, it is airtightly inserted into the container body; The lid is bolted to the jar, and when the granules in the jar are to be taken out, the movable lid body is pressed down and combined with the lock base to be in a completely closed state. The movable lid body can only be in an idling state and cannot be opened. Rotate the movable cover body so that the alignment bars of the outer ring shell correspond to the alignment bars of the lock base body, and the two protruding bars of the container body of the cover correspond to the two spaced recesses arranged in the flanges of the inner body of the lock seat body. The opening of the movable cover body is pulled up until it is positioned, the openings of the two protruding strips of the container body correspond to the inner flanges of the intubation body of the lock seat body, and the hooks of the check claw seat are connected to the intubation body of the lock seat body. The outer flange is hooked to the top to prevent separation, and several perforations of the arc-shaped plate are located behind the opening of the intubation body and are in a closed state. In addition, the top barb of the intubation body of the lock seat body is obliquely concave with the symbol ring. The mouth is engaged, that is, the movable cover is rotated into position, and one side of the hook claw of the backstop claw seat is positioned against the side of the top-screw barb, and the extended top piece of the hook is located on the top-screw barb. At the same time, the opening of the intubation body is open corresponding to the opening of the arc-shaped plate, and the rotation of the interlocking symbol ring is switched to the next symbol to record the number of times, and the medicine is poured out from the opening in front of the intubation body. Granules.

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