Auxiliary medicine feeding device for rehabilitation of old people
By introducing a mixing insulation barrel, constant temperature module and agitator into the auxiliary drug feeding device, the problems of drug mixing pollution and temperature instability are solved, uniform mixing of drugs and temperature control are achieved, and the drug absorption effect of the elderly is improved.
Patent Information
- Application Number
- CN202411465390.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-10-21
- Publication Date
- 2025-01-03
AI Technical Summary
Existing auxiliary feeding devices are prone to contamination and temperature instability when mixing liquid drugs, which affects the drug absorption effect of the elderly.
An auxiliary medicine feeding device including a mixing insulation barrel, a constant temperature module and agitator was designed. The vertical sleeve and anti-rust body were designed to achieve accurate mixing and temperature control of the drug, and the vertical rotation of the agitator was used to achieve stable agitation and Even output.
It improves the mixing uniformity and temperature stability of the drug, avoids cold conditions caused by too low drug temperature, enhances the strength and versatility of the auxiliary drug feeding device, and ensures the safe and effective absorption of the drug.
Smart Images
Figure CN119235664A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the technical field of auxiliary medicine feeding devices, and more specifically to an auxiliary medicine feeding device used for the rehabilitation of the elderly. Background Art
[0002] As the middle-aged people grow older, their physical fitness, body functions and tracheal performance gradually decline. When they are sick and recovering, they need to take corresponding drugs for auxiliary treatment. In order to facilitate the absorption and consumption of drugs by the elderly, a special auxiliary drug feeding device can be used to feed the liquid drugs evenly, avoiding the situation that the elderly cannot stably receive the liquid drugs due to the rapid extraction of the liquid drugs by the auxiliary drug feeding device. In this way, the auxiliary drug feeding device can improve the stability of the drugs consumed by the elderly and avoid the situation that the drugs are difficult to consume due to mobility problems. In summary, the inventors have found that the existing auxiliary medicine feeding devices mainly have the following defects: since the current auxiliary medicine feeding devices can only evenly output a fixed amount of liquid medicine for auxiliary feeding, but due to the independent packaging of various liquid medicines, the medicines need to be manually stirred and mixed with boiling water in other containers before being put into the device, which will cause pollution to other containers and reduce the mixing efficiency of liquid medicines. At the same time, the temperature of the mixed medicines will change due to the influence of external low temperatures. Therefore, when medicines with too low a temperature are directly fed, they will cause other effects on the body of the elderly, thereby causing colds. Based on the above factors, we will propose a new auxiliary medicine feeding device to solve the above-mentioned problems. Summary of the invention
[0003] The technical solution adopted by the present invention to achieve the technical purpose is: an auxiliary medicine feeding device for the rehabilitation of the elderly, whose structure includes: an anti-sliding block, a base, a mixing insulation bucket, an electric control panel, and a medicine feeding guide tube. The anti-sliding block is embedded in the lower end of the base, and the center of the upper end of the base is fixedly connected to the mixing insulation bucket. The electric control panel is installed on the surface side of the base and is electrically connected to the mixing insulation bucket. The medicine feeding guide tube is embedded in the middle and lower part of the edge of the mixing insulation bucket and is airtightly connected.
[0004] As a further improvement of the present invention, the mixed heat preservation barrel is provided with a disassembly cover, a vertical sleeve, an output hole, a first overlap disk, a second overlap disk, an anti-rust body, a constant temperature module, a mixing chamber, and an agitator. The disassembly cover is threadedly connected to the upper end of the vertical sleeve, the middle and lower part of the edge of the vertical sleeve is penetrated by the output hole, the first overlap disk is fixed to the lower end of the vertical sleeve and overlaps with the second overlap disk, the anti-rust body is vertically fixed to the surface of the second overlap disk and vertically embedded in the inner side of the vertical sleeve and overlaps with it, and the middle and lower area of the edge is penetrated by the output hole, the constant temperature module is installed on the outer edge of the anti-rust body, and the mixing chamber is arranged at Inside the rust-proof body, the agitator is positioned at the lower end of the overlapping disk 2 and extends into the mixing chamber of the rust-proof body, the agitator is embedded in the center of the surface of the base and is electrically connected to the electric control panel; the diameter of the disassembly cover is larger than the diameter of the vertical sleeve, the output hole of the vertical sleeve is circular, the overlapping disk 1 and the overlapping disk 2 are both made of magnetic metal material, the rust-proof body is made of stainless steel metal material and the current stainless steel is food grade type, the constant temperature module is arranged on the outside of the rust-proof body, the mixing chamber is set in a vertical orientation, and the agitator is set in a vertical orientation.
[0005] As a further improvement of the present invention, the agitator is provided with a connector, a limiting ring, a rotating chamber, a contact rod, and a central vertical piece. The top of the connector is at the same center point as the limiting ring, the center of the limiting ring is penetrated by the rotating chamber and communicates with the interior of the connector, the contact rod vertically penetrates through the rotating chamber into the center of the connector and is electrically connected, the central vertical piece penetrates the central area of the contact rod and is fixedly connected to the center of the connector, the upper layer of the connector overlaps with the overlapping disk 2 and completes the overlapping fixed connection with the overlapping disk 1 through the overlapping disk 2 and allows the contact rod to enter the mixing chamber; the center of the connector overlaps with the limiting ring, the inner wall of the rotating chamber is finely polished, and the central area of the contact rod carries a connecting track of the same length as the central vertical piece.
[0006] As a further improvement of the present invention, the connector is provided with an electrical connection block, a rotating wheel, an insulating sleeve, and a splicing rod. The surface of the electrical connection block overlaps with the rotating wheel and performs an active electrical connection. The insulating sleeve is vertically installed on the surface edge of the electrical connection block and covers the edge of the rotating wheel. The splicing rod is fixed to the upper edge of the insulating sleeve and embedded in the lower center area of the overlapping disk 2. The top of the rotating wheel is communicated with the rotating cavity and is fixedly connected with the contact rod and the central vertical member through the rotating cavity. The center of the electrical connection block carries a rotating track, the insulating sleeve is in the shape of a cylinder, and a total of four splicing rods are provided on the upper edge of the insulating sleeve.
[0007] As a further improvement of the present invention, the rotating wheel is provided with a locking bolt, a conductive block, an electric wheel, an adapting groove, a restraining groove, and a central locking body; the locking bolt is embedded in the edge of the conductive block, the interior of the conductive block is in contact with the outer layer of the electric wheel, the adapting groove and the center of the electric wheel are an integrated structure, the restraining groove is arranged in the inner wall area of the electric wheel through the adapting groove, the central locking body is arranged in the center of the electric wheel through the adapting groove and is detachably fixedly connected to the contact rod and the central vertical member, the conductive block is installed in the surface area of the electrical connection block through the locking bolt; a total of four locking bolts are provided on the edge of the conductive block, the electric wheel and the conductive block overlap with each other, the edge of the adapting groove carries multiple restraining grooves, and the central locking body is circular.
[0008] As a further improvement of the present invention, a splicing sleeve, an airtight ring, a threaded layer, a connecting block, a branch pipe, and a disposable contact block are newly provided at the front end of the medicine feeding guide tube. The interior of the splicing sleeve overlaps with the airtight ring, the threaded layer is arranged on the inner wall area of the airtight ring, the connecting block is locked in the inner area of the airtight ring through the threaded layer, the branch pipe is embedded in the center area of the connecting block, the disposable contact block is installed at the upper end of the branch pipe and communicated with the center of the splicing sleeve, and the disposable contact block is communicated with the medicine feeding guide tube through the branch pipe and the splicing sleeve; the inner wall of the splicing sleeve is in a finely polished form, the airtight ring is a rubber product, the threaded layer is set in a vertical position, the center of the connecting block carries a circular through cavity, and the branch pipe and the disposable contact block are perpendicular to each other.
[0009] As a further improvement of the present invention, the disposable contact block is provided with a penetration layer, a flexible module, a carrier layer, and a sucking block. The penetration layer is arranged at the lower end of the flexible module, and the flexible module and the carrier layer are an integrated structure. The sucking block is embedded in the center of the flexible module through the carrier layer and is connected with the branch pipe. The flexible module is embedded in the upper end of the branch pipe through the penetration layer and is in the same center point area; the penetration layer is located at the lower end of the flexible module, the flexible module is a rubber product, the carrier layer is in a flattened shape, and the sucking block is semicircular.
[0010] Compared with the prior art, the present invention has the following beneficial effects: 1. The present invention is a further improvement of the mixing and heat-insulating barrel. The vertical sleeve can overlap with the anti-rust body, and then the output hole can be used to stably connect the anti-rust body with the medicine feeding guide tube accurately, so that the mixing chamber of the anti-rust body can allow multiple liquid medicines to be introduced at the same time. Then, the combination of the constant temperature module and the agitator can replace the process of manual stirring and temperature control, thereby improving the convenience of auxiliary medicine feeding and preventing the medicine temperature from being too low due to the influence of cold air. Then, the agitator can stably drive the liquid medicine to move from the center through the rotation of the vertical contact rod, and can achieve the strength of stable stirring and fusion, so that it can further improve the use strength and multi-functional characteristics of the overall auxiliary medicine feeding device.
[0011] 2. After further improvement on the connector, the present invention can be stably installed in the base through the vertical electrical connection block, so that it can be stably electrically connected to the electrical control panel, and then the rotating wheel installed on the electrical connection block can be combined with the insulating sleeve and the splicing rod to complete the fixed connection with the lower ends of the two overlap disks, so that the electric wheel of the rotating wheel can be vertically connected with the contact rod. Therefore, after the contact rod is vertically inserted into the adapter groove and the restraining groove area of the electric wheel, the central vertical part can be connected with the central locking part, so as to achieve vertical stable rotation, improve the fusion strength of various liquid drugs, and replace the original parts with stirring blades to operate. The vertical center stirring can avoid the splashing of liquid drugs during movement.
[0012] 3. The newly added splicing sleeve at the front end of the medicine feeding guide tube of the present invention can utilize the airtight ring and the threaded layer to improve the airtightness of the connection with the connecting block, thereby avoiding leakage when the liquid medicine is led out. Subsequently, the branch tube and the disposable contact block can be quickly disassembled and assembled with the splicing sleeve through the connecting block, so that each elderly person can be equipped with a set of branch tubes and disposable contact blocks separately, avoiding cross infection and improving sanitary conditions. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] Figure 1 The present invention is a structural schematic diagram of an auxiliary medicine feeding device used for the rehabilitation of the elderly.
[0014] Figure 2 The present invention is a schematic diagram of the three-dimensional structure of an improved mixed insulation barrel after disassembly.
[0015] Figure 3 The present invention is a schematic diagram of the three-dimensional structure of an improved agitator.
[0016] Figure 4 The present invention is a schematic diagram of the three-dimensional structure of an improved connector.
[0017] Figure 5 The present invention is a schematic diagram of the structure of an improved rotating wheel when viewed from above.
[0018] Figure 6 The present invention is a three-dimensional structural schematic diagram of a medicine feeding guide tube with a newly added component at the front end.
[0019] Figure 7 The present invention is a schematic diagram of the three-dimensional structure of an improved disposable contact block.
[0020] In the figure: anti-sliding block 1, base 2, mixing and heat preservation barrel 3, electric control panel 4, medicine feeding guide tube 5, disassembly cover 31, vertical sleeve 32, output hole 33, overlap disk 1 34, overlap disk 2 35, anti-rust body 36, constant temperature module 37, mixing chamber 38, stirrer 39, connector 391, limit ring 392, rotating chamber 393, contact rod 394, central vertical piece 395, electrical connection block 396, electric connection block 397, electric connection block 398, electric connection block 399, electric connection block 400, electric connection block 410, electric connection block 421, electric connection block 430, electric connection block 441, electric connection block 450, electric connection block 461, electric connection block 471, electric connection block 480, electric connection block 491, electric connection block 492, electric connection block 403, electric connection block 404, electric connection block 495, electric connection block 405, electric connection block 411, electric connection block 422, electric connection block 431, electric connection block 443, electric connection block 450, electric connection block 461, electric connection block 472, electric connection block 483, electric connection block 494, electric connection block 495, electric connection block 496, electric connection block 497, electric connection block 498, electric connection block 409, electric connection block 410, electric connection block 423, electric connection block 431, electric connection block 443, electric connection block 450, electric connection block 461, electric connection block 473, electric connection block 483, electric connection block 499, electric connection block 491, electric connection block 499, electric connection block 491, electric connection block 499, electric connection block 4 a1, rotating wheel-a2, insulating sleeve-a3, splicing rod-a4, locking bolt-a21, conductive block-a22, electric wheel-a23, adapter groove-a24, restraining groove-a25, central locking body-a26, splicing sleeve-51, airtight ring-52, threaded layer-53, connecting block-54, branch pipe-55, disposable contact block-56, penetration layer-561, flexible module-562, carrier layer-563, sucking block-564. DETAILED DESCRIPTION
[0021] The present invention is further described below in conjunction with the accompanying drawings: Example
[0022] Figures 1 to 5 As shown: The present invention provides a drug-feeding device for elderly people's rehabilitation. Its structure includes an anti-sliding block 1, a base 2, a mixing and heat-insulating barrel 3, an electric control panel 4, and a medicine feeding guide tube 5. The anti-sliding block 1 is embedded in the lower end of the base 2, and the center of the upper end of the base 2 is fixedly connected to the mixing and heat-insulating barrel 3. The electric control panel 4 is installed on the surface side of the base 2 and is electrically connected to the mixing and heat-insulating barrel 3. The medicine feeding guide tube 5 is embedded in the middle and lower part of the edge of the mixing and heat-insulating barrel 3 and is airtightly connected.
[0023] The mixing and heat preservation barrel 3 is provided with a disassembly cover 31, a vertical sleeve 32, an output hole 33, a overlap disk 1 34, a overlap disk 2 35, an anti-rust body 36, a constant temperature module 37, a mixing chamber 38, and an agitator 39. The disassembly cover 31 is threadedly connected to the upper end of the vertical sleeve 32, and the middle and lower edges of the vertical sleeve 32 are penetrated by the output hole 33. The overlap disk 1 34 is fixed to the lower end of the vertical sleeve 32 and overlaps with the overlap disk 2 35. The anti-rust body 36 is vertically fixed to the surface of the overlap disk 2 35 and vertically embedded in the inner side of the vertical sleeve 32 and overlaps with it. At the same time, the middle and lower areas of the edges are penetrated by the output hole 33. The constant temperature module 37 is installed on the outer edge of the anti-rust body 36. The mixing chamber 38 is provided with Inside the rust-proof body 36, the stirrer 39 is positioned at the lower end of the overlap disk 2 35 and extends into the mixing chamber 38 of the rust-proof body 36, the stirrer 39 is embedded in the center of the surface of the base 2 and is electrically connected to the electric control panel 4; the diameter of the disassembly cover 31 is larger than the diameter of the vertical sleeve 32, the output hole 33 of the vertical sleeve 32 is circular, the overlap disk 1 34 and the overlap disk 2 35 are both made of magnetic metal material, the rust-proof body 36 is made of stainless steel metal material and the current stainless steel is food grade type, the constant temperature module 37 is arranged outside the rust-proof body 36, the mixing chamber 38 is set in a vertical orientation, and the stirrer 39 is set in a vertical orientation; The disassembly cover 31 can completely cover the upper end of the vertical sleeve 32 stably through its own diameter to avoid overflow when the liquid medicine is mixed. The vertical sleeve 32 can match the shape of the component through the circular output hole 33. The overlapping disk 1 34 and the overlapping disk 2 35 can improve the overlap stability of the anti-rust body 36 and the inside of the vertical sleeve 32 through the magnetic attraction effect. The anti-rust body 36 can avoid the rust caused by continuous contact with water molecules to affect the purity of the medicine through the anti-rust shape, and then avoid the industrial material affecting the edible effect of the medicine according to the food grade. The constant temperature module 37 can change the temperature of the entire anti-rust body 36 by being set on the outside of the anti-rust body 36, so that the temperature of the liquid medicine in the mixing chamber 38 can be balanced. The mixing chamber 38 can match the position of the agitator 39 through the vertical orientation setting, thereby improving the convenience of drug input.
[0024] The agitator 39 is provided with a connector 391, a limiting ring 392, a rotating chamber 393, a contact rod 394, and a central vertical piece 395. The upper part of the connector 391 is at the same center point as the limiting ring 392. The center of the limiting ring 392 is penetrated by the rotating chamber 393 and communicates with the inside of the connector 391. The contact rod 394 vertically penetrates into the center of the inner circle of the connector 391 through the rotating chamber 393 and is electrically connected. The central vertical piece 395 penetrates the central area of the contact rod 394 and is fixedly connected to the center of the connector 391. The upper layer of the connector 391 overlaps with the overlap disk 2 35 and completes the overlapping fixed connection with the overlap disk 1 34 through the overlap disk 2 35 and allows the contact rod 394 to enter the mixing chamber 38. The centers of the connector 391 and the limiting ring 392 overlap with each other. The inner wall of the rotating chamber 393 is finely polished. The central area of the contact rod 394 carries a connecting track of the same length as the central vertical piece 395. The connector 391 can be aligned with the center of the rotating cavity 393 by coinciding with the center of the limit ring 392. The rotating cavity 393 can avoid jamming when the parts rotate by fine polishing of the inner wall. The contact rod 394 can vertically penetrate and lock the central vertical part 395 through the connecting track at the center, so that the contact rod 394 can perform a stable vertical fixed-point rotation effect through the connector 391.
[0025] The connector 391 is provided with an electrical connection block a1, a rotating wheel a2, an insulating sleeve a3, and a splicing rod a4. The surface of the electrical connection block a1 overlaps with the rotating wheel a2 and performs an active electrical connection. The insulating sleeve a3 is vertically installed on the surface edge of the electrical connection block a1 and covers the edge of the rotating wheel a2. The splicing rod a4 is fixed to the upper edge of the insulating sleeve a3 and embedded in the lower center area of the overlap disk 2 35. The upper part of the rotating wheel a2 is communicated with the rotating cavity 393 and is fixedly connected with the contact rod 394 and the central vertical member 395 through the rotating cavity 393. The center of the electrical connection block a1 carries a rotating track. The insulating sleeve a3 is in the shape of a cylinder. Four splicing rods a4 are provided on the upper edge of the insulating sleeve a3. The electrical connection block a1 can make the rotating wheel a2 rotate stably through the central rotating track, the insulating sleeve a3 can avoid power leakage and improve the connection stability between the electrical connection block a1 and the components through the cylindrical shape, and the splicing rod a4 can effectively improve the connection stability with the components through the four effects on the insulating sleeve a3.
[0026] The rotating wheel a2 is provided with a locking bolt a21, a conductive block a22, an electric wheel a23, an adapting groove a24, a restraining groove a25, and a central locking body a26. The locking bolt a21 is embedded in the edge of the conductive block a22. The inside of the conductive block a22 is in contact with the outer layer of the electric wheel a23. The adapting groove a24 and the center of the electric wheel a23 are an integrated structure. The restraining groove a25 is arranged on the inner wall area of the electric wheel a23 through the adapting groove a24. The central locking body a26 The body a26 is arranged at the center of the electric wheel a23 through the adapter groove a24 and is detachably fixedly connected with the contact rod 394 and the central vertical member 395. The conductive block a22 is installed on the surface area of the electrical connection block a1 through the locking bolt a21; there are four locking bolts a21 on the edge of the conductive block a22. The electric wheel a23 and the conductive block a22 overlap each other. The edge of the adapter groove a24 carries multiple restraining grooves a25. The central locking body a26 is circular in shape. The locking bolts a21 can improve the parallel connection strength between the conductive block a22 and the component by having four of them on the conductive block a22. The electric wheel a23 can ensure that the electric wheel a23 has sufficient electric energy to rotate by overlapping with the conductive block a22. The adapting groove a24 can be combined with the restraining groove a25 on the edge to complete a stable splicing with the component. The center locking body a26 can match the shape of the component through its circular shape to achieve a stable center connection.
[0027] Specific functions and operation procedures of this embodiment: In the present invention, First: the base 2 of the auxiliary medicine feeding device for elderly rehabilitation can be stably installed in the rehabilitation center through the anti-sliding block 1, and then the electric control panel 4 on the base 2 can control the mixing insulation bucket 3 and the medicine feeding guide tube 5 after being connected to the external power supply, so that the mixing insulation bucket 3 can evenly mix a variety of liquid medicines, and then control their temperature in a suitable edible temperature range, and finally use the medicine feeding guide tube 5 to evenly guide them out, so that it can replace the original process of manual mixing using a container, so as to improve the use intensity and multi-functional effect of the auxiliary medicine feeding device, and then improve the mixing uniformity of a variety of liquid medicines; Second: The vertical sleeve 32 of the mixing and heat preservation barrel 3 can allow the anti-rust body 36 to be vertically embedded and overlapped through the overlap disk 1 34 and the overlap disk 2 35, so that the vertical sleeve 32 and the output hole 33 of the anti-rust body 36 can be aligned, and then the stirrer 39 at the lower end of the anti-rust body 36 will be vertically embedded in the base 2 to be electrically connected to the electric control panel 4, and then the disassembly cover 31 at the upper end of the vertical sleeve 32 will be opened, and a variety of liquid medicines can be poured into the mixing chamber 38 area of the anti-rust body 36, and then contact with the stirrer 39, and then the split cover 31 will be covered again The mixing chamber 38 is sealed, and finally the stirring 39 is started to achieve a stable mixing of multiple liquid drugs. During the process, the constant temperature module 37 on the rust-proof body 36 can control the temperature of the entire rust-proof body 36, so that it can avoid the situation that the temperature is too high or too low and affects the stomach and intestines of the elderly. Therefore, the mixing stability of the liquid drugs can be improved and the process of artificial mixing in another container can be replaced. Then the output hole 33 will be connected to the medicine feeding guide tube 5 to lead out the constant temperature medicine liquid, so that the elderly can take the medicine effect of uniform mixing and appropriate temperature; Third: The connector 391 of the agitator 39 will be vertically fixed in the base 2, and then the upper end of the connector 391 will be connected with the lower end of the overlap disk 2 35, so that it can be stably connected with the overlap disk 1 34, and then the upper end of the limit ring 392 can allow the food-grade contact rod 394 to be vertically embedded in the center area of the connector 391 through the vertical rotation cavity 383, so that the connector 391 can drive the contact rod 394 to rotate, so that the contact rod 394 can be stirred and rotated in the center area of the mixing cavity 38, and the stirring effect is used to achieve uniform mixing of multiple liquid drugs. During the process, the central vertical member 395 of the contact rod 394 can penetrate the center of the contact rod 394, so as to improve the connection fixity with the center of the connector 391 and avoid the unstable tilting during rotation, thereby improving the mixing effect of the liquid drugs; Fourth: the electrical connection block a1 of the connector 391 will carry the rotating wheel a2 and be installed inside the base 2, so that the electrical connection block a1 can be electrically connected to the electric control panel 4, and then the rotating wheel a2 can rotate at the center of the surface of the electrical connection block a1. During the process, the insulating sleeve a3 can cover the edge of the rotating wheel a2 to avoid power leakage. At the same time, the splicing rod a4 at the top edge can improve the connection fixity with the bottom of the overlap disk 2 35, so as to improve the effect of the central rotation of the contact rod 394; Fifth: the conductive block a22 of the rotating wheel a2 can be stably installed on the surface of the electrical connection block a1 through the locking bolt a21, and then the electric wheel a23 can be electrically connected to the conductive block a22, and then the electric wheel a23 can complete the splicing with the bottom of the contact rod 394 through the central adaptation groove a24 and the edge restraining groove a25. At the same time, the central locking body a26 at the center of the circle can be fixed to the central vertical piece 395, further improving the vertical rotation of the contact rod 394 and achieving the effect of vertical disassembly and assembly, thereby improving the convenience of later disassembly, cleaning, disinfection and maintenance. Example
[0028] Figure 6 to Figure 7 As shown: The present invention provides a drug-feeding device for elderly people's rehabilitation. Its structure includes: a splicing sleeve 51, an airtight ring 52, a threaded layer 53, a connecting block 54, a branch pipe 55, and a disposable contact block 56 are newly provided at the front end of the medicine feeding guide tube 5; the interior of the splicing sleeve 51 overlaps with the airtight ring 52; the threaded layer 53 is arranged on the inner wall area of the airtight ring 52; the connecting block 54 is locked in the inner area of the airtight ring 52 through the threaded layer 53; the branch pipe 55 is embedded in the center area of the connecting block 54; the disposable contact block 56 is installed on the upper end of the branch pipe 55 and communicates with the center of the splicing sleeve 51; the disposable contact block 56 communicates with the medicine feeding guide tube 5 through the branch pipe 55 and the splicing sleeve 51; the inner wall of the splicing sleeve 51 is finely polished; the airtight ring 52 is made of rubber; the threaded layer 53 is set in a vertical position; the center of the connecting block 54 carries a circular through cavity; the branch pipe 55 and the disposable contact block 56 are perpendicular to each other; The splicing sleeve 51 can be precisely overlapped with the outside of the airtight ring 52 through fine polishing of the inner wall, thereby improving the airtightness of the connection between the airtight ring 52 and the components. The airtight ring 52 is made of rubber and can improve the connection firmness between the threaded layer 53 and the connecting block 54 through the rubber rebound effect. The connecting block 54 allows the medicine to circulate through the circular cavity in the center and then enter the mouth of the elderly through the branch pipe 55 and the disposable contact block 56.
[0029] The disposable contact block 56 is provided with a penetration layer 561, a flexible module 562, a carrier layer 563, and a sucking block 564. The penetration layer 561 is arranged at the lower end of the flexible module 562. The flexible module 562 and the carrier layer 563 are an integrated structure. The sucking block 564 is embedded in the center of the flexible module 562 through the carrier layer 563 and communicates with the branch pipe 55. The flexible module 562 is embedded in the upper end of the branch pipe 55 through the penetration layer 561 and is in the same center point area. The penetration layer 561 is located at the lower end of the flexible module 562. The flexible module 562 is a rubber product. The carrier layer 563 is in a polished flat shape. The sucking block 564 is in a semicircular shape. The penetration layer 561, by being located at the lower end of the flexible module 562, can improve the splicing stability between the flexible module 562 and the components. The flexible module 562, by being made of rubber, can avoid collisions with the oral cavity and teeth during medicine feeding, thereby improving the protective effect on the oral area of the elderly. The carrier layer 563, by being flattened, can avoid tilting of the sucking block 564 after installation. At the same time, the sucking block 564 can be used to allow the elderly to suck independently, thereby improving the balance stability of medicine feeding.
[0030] Specific functions and operation procedures of this embodiment: In the present invention, First, the newly added splicing sleeve 51 at the front end of the medicine feeding guide tube 5 can be combined with the airtight ring 52 to improve the airtight connection with the medicine feeding guide tube 5, and then the threaded layer 53 of the airtight ring 52 can achieve a detachable effect, and at the same time, the connecting block 54 can be installed in the airtight ring 52 with the branch pipe 55 through the external thread to achieve the effect of central connection. Finally, the branch pipe 55 and the disposable contact block 56 of the connecting block 54 can be disassembled and replaced by threads after a single elderly person has finished taking medicine, thereby avoiding cross infection and reduced hygiene when multiple elderly people are fed medicine; Second: the flexible module 562 of the disposable contact block 56 can allow the branch tube 55 to be vertically embedded and connected through the penetration layer 561, and then the flattened carrier layer 563 of the flexible module 562 can avoid the tilting caused by the sucking block 564 after it is installed. Finally, the sucking block 564 can allow the elderly to suck independently at a suitable dose, thereby improving the stability of drug feeding. At the same time, the food-grade rubber material of the flexible module 562 and the sucking block 564 can avoid pollution when entering the mouth and protect the teeth and oral cavity, thereby preventing metal surface contact and collision from affecting the firmness of the teeth and oral cavity.
[0031] Utilizing the technical solution of the present invention, or those skilled in the art designing similar technical solutions inspired by the technical solution of the present invention to achieve the above-mentioned technical effects, all fall within the protection scope of the present invention.
Claims
1. An auxiliary medicine feeding device for elderly rehabilitation, the structure of which comprises: An anti-sliding block (1), a base (2), a mixing and heat-insulating barrel (3), an electric control panel (4), and a medicine feeding guide tube (5), characterized in that: the anti-sliding block (1) is embedded in the lower end of the base (2), the center of the upper end of the base (2) is fixedly connected to the mixing and heat-insulating barrel (3), the electric control panel (4) is installed on the side of the surface of the base (2) and is electrically connected to the mixing and heat-insulating barrel (3), and the medicine feeding guide tube (5) is embedded in the middle and lower part of the edge of the mixing and heat-insulating barrel (3) and is airtightly connected.
2. The auxiliary medicine feeding device for elderly rehabilitation according to claim 1, characterized in that: The mixing and heat-insulating barrel (3) is provided with a disassembly cover (31), a vertical sleeve (32), an output hole (33), a first overlap disk (34), a second overlap disk (35), an anti-rust body (36), a constant temperature module (37), a mixing chamber (38), and an agitator (39). The disassembly cover (31) is threadedly connected to the upper end of the vertical sleeve (32). The output hole (33) penetrates the middle and lower part of the edge of the vertical sleeve (32). The first overlap disk (34) is fixed to the lower end of the vertical sleeve (32) and overlaps with the second overlap disk (35). The anti-rust body (36) is vertically connected to the mixing chamber (38). The device is fixed on the surface of the second overlapping disk (35) and vertically embedded in the inner side of the vertical sleeve (32) so as to overlap with the second overlapping disk. The middle and lower area of the edge is penetrated by the output hole (33). The constant temperature module (37) is installed on the outer edge of the anti-rust body (36). The mixing chamber (38) is arranged inside the anti-rust body (36). The stirrer (39) is positioned at the lower end of the second overlapping disk (35) and extends into the mixing chamber (38) of the anti-rust body (36). The stirrer (39) is embedded in the center of the surface of the base (2) and is electrically connected to the electric control panel (4).
3. The auxiliary medicine feeding device for elderly rehabilitation according to claim 2, characterized in that: The agitator (39) is provided with a connector (391), a stop ring (392), a rotating chamber (393), a contact rod (394), and a central vertical member (395). The upper portion of the connector (391) and the stop ring (392) are located at the same center point. The center of the stop ring (392) is penetrated by the rotating chamber (393) and communicates with the interior of the connector (391). The contact rod (394) vertically penetrates through the rotating chamber (393) into the center of the inner circle of the connector (391) and is electrically connected. The central vertical member (395) penetrates through the center area of the contact rod (394) and is fixedly connected to the center of the connector (391). The upper layer of the connector (391) overlaps with the second overlap disk (35) and completes the overlapping fixed connection with the first overlap disk (34) through the second overlap disk (35) and allows the contact rod (394) to enter the mixing chamber (38).
4. The auxiliary medicine feeding device for elderly rehabilitation according to claim 3, characterized in that: The connector (391) is provided with an electrical connection block (a1), a rotating wheel (a2), an insulating sleeve (a3), and a splicing rod (a4); the surface of the electrical connection block (a1) and the rotating wheel (a2) overlap each other and are electrically connected in an active manner; the insulating sleeve (a3) is vertically mounted on the surface edge of the electrical connection block (a1) and covers the edge of the rotating wheel (a2); the splicing rod (a4) is fixed to the upper edge of the insulating sleeve (a3) and embedded in the lower center area of the overlapping disk (35); the upper portion of the rotating wheel (a2) is communicated with the rotating cavity (393) and is fixedly connected to the contact rod (394) and the central vertical member (395) through the rotating cavity (393).
5. The auxiliary medicine feeding device for elderly rehabilitation according to claim 4, characterized in that: The rotating wheel (a2) is provided with a locking bolt (a21), a conductive block (a22), an electric wheel (a23), an adapting groove (a24), a restraining groove (a25), and a central locking body (a26); the locking bolt (a21) is embedded in the edge of the conductive block (a22); the interior of the conductive block (a22) is in contact with the outer layer of the electric wheel (a23); the adapting groove (a24) and the center of the electric wheel (a23) are an integrated structure; the restraining groove (a25) is arranged at the inner wall area of the electric wheel (a23) through the adapting groove (a24); the central locking body (a26) is arranged at the center of the electric wheel (a23) through the adapting groove (a24) and is detachably fixedly connected to the contact rod (394) and the central vertical member (395); the conductive block (a22) is installed on the surface area of the electrical connection block (a1) through the locking bolt (a21).
6. The auxiliary medicine feeding device for elderly rehabilitation according to claim 1, characterized in that: The front end of the medicine feeding guide tube (5) is newly provided with a splicing sleeve (51), an airtight ring (52), a threaded layer (53), a connecting block (54), a branch pipe (55), and a disposable contact block (56); the interior of the splicing sleeve (51) overlaps with the airtight ring (52); the threaded layer (53) is arranged on the inner wall area of the airtight ring (52); the connecting block (54) is locked in the inner area of the airtight ring (52) through the threaded layer (53); the branch pipe (55) is embedded in the center area of the connecting block (54); the disposable contact block (56) is installed on the upper end of the branch pipe (55) and communicates with the center of the splicing sleeve (51); and the disposable contact block (56) communicates with the medicine feeding guide tube (5) through the branch pipe (55) and the splicing sleeve (51).
7. The auxiliary medicine feeding device for elderly rehabilitation according to claim 6, characterized in that: The disposable contact block (56) is provided with a penetration layer (561), a flexible module (562), a carrier layer (563), and a sucking block (564); the penetration layer (561) is arranged at the lower end of the flexible module (562); the flexible module (562) and the carrier layer (563) are an integrated structure; the sucking block (564) is embedded in the center of the flexible module (562) through the carrier layer (563) and communicates with the branch pipe (55); the flexible module (562) is embedded in the upper end of the branch pipe (55) through the penetration layer (561) and is located in the same center point area.