CN217824960U

CN217824960U - Tool assembly for communication of paralyzed people with aphasia

Info

Publication number: CN217824960U
Application number: CN202221787046.9U
Authority: CN
Inventors: 崔远博
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-07-12
Filing date: 2022-07-12
Publication date: 2022-11-15
Anticipated expiration: 2032-07-12

Abstract

The utility model discloses a tool assembly for paralyzed people with aphasia to communicate, which comprises a caller, a receiver and an alternating current board. The calling device comprises a finger sleeve which can be worn on the finger of a person to be cared, and a signal emitter and a switch for starting the signal emitter are arranged on the finger sleeve. The receiver comprises a signal receiver, a vibration light-emitting component and a counter, and the counter is provided with a counting zero clearing reset switch. The communication board is used for communication between a caretaker and a cared person, and is provided with a multi-class daily requirement module, a pressing error module and a doctor calling module. The signal generator adopts a relatively small ring type design, can be conveniently sleeved on the fingers of a cared person, and can fulfill the aim of informing the cared person only by bending the fingers or touching the keys of the cared person. The nursing person can know the requirements of the nursed person, the functions are more complete, the unnecessary spirit and energy loss can be reduced, the nursing quality is improved, and the nursed person can be better cared.

Description

Tool assembly for communication of paralyzed people with aphasia

Technical Field

The utility model relates to a medical care equipment field especially relates to a supply instrument subassembly that paralysed crowd of aphasia communicated.

Background

With the development of society, china gradually enters an aging society, and the requirements for medical treatment, nursing and rehabilitation are obviously increased.

The cared person who recovers or has inconvenient actions after the operation needs to be cared continuously, and once the cared person has any need or emergency, the cared person must be responded and cared timely. However, in a real environment, it is difficult to realize long-time bedside accompanying, so that a calling device and a receiver are usually adopted in a ward or a home to be matched, when a person to be cared needs to do so, a button on the calling device is pressed, and meanwhile, corresponding reminding warning information can appear on the receiver to remind medical care and nursing staff to respond in time.

In practical use, we find that the existing calling system for medical care has at least the following problems:

firstly, the beeper is often hung to a high place, which is generally inconvenient for a person to be cared to get up and take, and if the person is directly put on a bed, the person may be touched by mistake due to body collision, which causes false alarm, and the existing calling mode needs limb linkage, cannot be operated by a single finger, and cannot meet the group requirements of people with severely limited movement (such as hemiplegia);

secondly, the functions of remote reminding and 'missed call' are not provided, if the caretaker cannot see the reminding at the first time, the caretaker cannot see the reminding in the future, and the need of the caretaker is probably ignored;

thirdly, the function is single, and the use of the people who lose the speech and have severely limited action can not be satisfied.

SUMMERY OF THE UTILITY MODEL

The utility model provides a tool component for the paralyzed people with aphasia to communicate.

In order to solve the technical problem, the utility model discloses the technical scheme who takes is:

a kit for communicating with a paralyzed group of aphasia comprising:

the calling device comprises a finger sleeve which can be worn on the finger of a person to be cared, and a signal emitter and a switch for starting the signal emitter are arranged on the finger sleeve;

the receiver comprises a signal receiver, a vibration light-emitting component and a counter, wherein the signal receiver is used for receiving a signal sent by the caller, the vibration light-emitting component vibrates and flashes after the signal receiver receives the signal, the counter is used for recording the number of times of the signal received by the signal receiver, and the counter is provided with a counting zero clearing reset switch; and

the alternating current board is used for the communication between the caretaker and the cared person to enable the caretaker to know the requirements of the cared person, and the alternating current board is provided with a multi-class daily requirement module, a wrong pressing module and a doctor calling module.

The technical scheme is that the finger sleeve is worn on a near-end phalanx of a person to be cared, and the switch for starting the signal emitter comprises a first starting switch which is positioned on the far-end palm side of the finger sleeve and is started by bending a finger.

The technical scheme is that the switch of the starting signal emitter comprises a second starting switch which is positioned on the side of the finger sleeve and is started by pressing adjacent fingers.

The further technical proposal is that the finger stall is worn on the proximal phalanx of the cared person;

the switches of the starting signal emitter are connected in parallel, and comprise a first starting switch which is positioned on the far-end palm side of the finger sleeve and is started by bending fingers, and a second starting switch which is positioned on the side of the finger sleeve and is started by pressing adjacent fingers.

The technical scheme is that the signal transmission between the signal transmitter and the signal receiver supports wired transmission and wireless transmission.

The further technical scheme is that the receiver is powered by a storage battery and can be worn on the wrist of a caregiver through a wrist strap or worn on the belt of the caregiver through a belt connecting piece.

A further technical solution is that the daily requirement module comprises at least a feeding module, a body module and a draining module.

The technical scheme is that the daily requirement module is detachably connected with the communication board, the front side of the communication board is written with a large category identification of communication contents, and the back side of the communication board corresponds to a small category identification belonging to the large category.

The further technical scheme is that the modules on the alternating current board are in different colors.

The further technical proposal is that the finger sleeve is provided with air holes.

Adopt the produced beneficial effect of above-mentioned technical scheme to lie in:

the signal generator adopts a relatively small ring type design, can be conveniently sleeved on the fingers of a cared person, can finish the aim of informing the cared person only by bending the fingers or lightly touching the keys of the cared person, and is very suitable for people with severely limited movement. And because the ward is usually more disorderly, the fixed calling set of finger also more convenient to use and look for.

Meanwhile, the receiver has double prompts, one prompt is realized at the caregiver end in a vibration/flash prompt mode, the other prompt is realized on the counter in a digital mode, and the silent prompt mode cannot cause interference to other people living together to cause contradiction.

More importantly, the number of times of calling of the caregiver is recorded through the setting of the counter, and the caregiver can find whether the call which is not found by the caregiver exists or not when the caregiver goes out, sleeps or under other conditions by checking the counter, so that the recording and reminding functions are achieved, the timely treatment is facilitated, and accidents are avoided.

And the tool assembly is provided with the communication board which is convenient for communication between the caretaker and the cared person, so that the caretaker can know the requirement of the cared person, the function is more complete, unnecessary spirit and energy loss can be reduced, the nursing quality is improved, and the cared person can be better cared.

Drawings

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

FIG. 1 is a schematic diagram of the connection between the caller and the receiver in the present assembly;

FIG. 2 is a schematic diagram of the structure of the caller in the present assembly;

FIG. 3 is a schematic diagram of the electrical connections of the pager in the present assembly;

FIG. 4 is a schematic diagram of the receiver structure in the present assembly;

FIG. 5 is a schematic diagram of the electrical connections of the receiver in the present assembly;

fig. 6 is a schematic structural view of an ac plate in the present assembly.

Detailed Description

The technical solutions in the embodiments of the present invention are clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, not all, embodiments of the present invention. Based on the embodiments in the present invention, all other embodiments obtained by the skilled in the art without creative work belong to the protection scope of the present invention.

In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, but the present invention may be implemented in other ways different from the specific details set forth herein, and one skilled in the art may similarly generalize the present invention without departing from the spirit of the present invention, and therefore the present invention is not limited to the specific embodiments disclosed below.

As shown in fig. 1 to 6, the present invention discloses a tool set for communication of people with aphasia paralysis, which comprises a caller 10, a receiver 20 and an exchange board 30, and is a product design concept proposed by the inventor according to practical problems after the inventor is in research and service in the old community and hospitals. Mainly aims at the crowds with seriously restricted aphasia and movement and difficult communication, and is used for improving the living quality of the crowds and reducing the pessimistic emotions such as low emotion, treatment resistance, and the like caused by communication disorder. The nursing device is also beneficial to the communication between the nursing personnel and the nursed person, reduces unnecessary spirit and energy loss, improves the nursing quality and enables the nursed person to be better cared.

As shown in fig. 2 and 3, the pager 10 includes a finger sleeve 11 that can be worn on a finger of a person to be cared, and a signal transmitter 12 and a switch for activating the signal transmitter 12 are provided on the finger sleeve 11. The signal emitter 12 can be activated in two ways according to the finger activity of the person to be cared.

In one embodiment, the finger cot 11 can be worn on the proximal phalanx of the cared person, and the switch of the start signal emitter 12 comprises a first start switch 13, the first start switch 13 is located on the distal palm side of the finger cot 11, and by bending the finger, the middle phalanx of the finger presses the first start switch 13 to start the signal emitter 12.

In the second embodiment, the switch of the activation signal emitter 12 comprises a second activation switch 14, and the second activation switch 14 is located at the side of the finger stall 11 and is activated by pressing with an adjacent finger. Generally, when the finger stall 11 is worn on the index finger and the second start switch 14 is pressed by the thumb to start the signal emitter 12, the first start switch 13 and the second start switch 14 can be simultaneously arranged on the finger stall 11, and the finger stall can be flexibly used according to the condition of the person to be cared. The finger cuff 11 is worn on the proximal phalanx of the cared person, and the switch of the activation signal transmitter 12 has two switches connected in parallel, namely the above-mentioned first activation switch 13 and second activation switch 14.

In addition, the finger sleeve 11 is provided with a ventilation hole, which is beneficial for the cared person to wear and use for a long time.

The signal generator adopts a relatively small ring type design, can be conveniently sleeved on the fingers of a cared person, can finish the aim of informing the cared person only by bending the fingers or lightly touching the keys of the cared person, and is very suitable for people with severely limited movement. And the finger-mounted pager 10 is also more convenient to use and find given that the patient's room is often cluttered.

As shown in fig. 4 and 5, the receiver 20 includes a signal receiver 21, a vibration light-emitting assembly 22, and a counter 23. The signal receiver 21 is used for receiving the signal sent by the caller 10. The vibration light-emitting component 22 vibrates and flashes light after the signal receiver 21 receives the signal, and prompts a caregiver. The counter 23 is used for recording the number of times of the signal received by the signal receiver 21, and the counter 23 is provided with a count zero reset switch 231.

In this assembly, the receiver 20 provides dual cues, one on the caregiver side in the form of a vibration/flashing cue and one on the counter 23 in the form of a number, and this silent mode of cue does not interfere with other people living in the same residence and is inconsistent.

More importantly, the number of calls of the caretaker is recorded through the setting of the counter 23, and the caretaker can find whether calls which are not found by the caretaker exist or not when the caretaker goes out, goes to sleep or under other conditions by checking the counter 23, so that the function of recording and reminding is achieved, and the treatment is facilitated in time. The problem that a caretaker cannot see the call prompt at the first time, cannot see the prompt in the future, neglects the requirement of the caretaker and causes an accident is avoided.

After the caregiver checks the counter 23 each time, the count zero clearing reset switch 231 can be pressed to zero the counter 23, thereby avoiding interference with subsequent use.

The signal transmission between the transmitter and the signal receiver 21 supports wired transmission and wireless transmission. The wired connection is suitable for being used in a ward, and does not interfere with medical instruments such as a cardiac pacemaker and the like. When the caretaker or the cared person has a need to go out, the cable for wired transmission can be unplugged, and the mode can be switched to a wireless indirect mode.

The receiver 20 is powered by a battery, and the receiver 20 can be worn on the caregiver's wrist via a wrist strap or on the caregiver's belt via a belt connection. The caretaker can go out with the receiver 20 and can find the call of the caretaker in time.

As shown in fig. 6, the communication board 30 is used for communication between the caregiver and the person to be cared, so that the caregiver can know the needs of the person to be cared. The cross flow plate 30 has a hanging hole therein, and is hung at a fixed position at ordinary times. The AC board 30 has various daily requirement modules, error-pressing modules and doctor calling modules. The demand modules in the communication board 30 of the present disclosure include at least a feeding module, a body module and a excretion module, and of course, other modules can be customized according to different conditions of the caretaker. The modules on the cross-flow plate 30 are of different colors to be easily distinguished by the caregiver.

Furthermore, the demand module is detachably connected to the ac board 30, such as a hook-and-loop adhesive or a hook connection. The communication board 30 has a large category label written on its front surface for communication contents, and a small category label corresponding to the large category on its back surface. The mark can be a character or an icon which is convenient for the caretaker to understand the content.

For example, the front side of the eating module writes 'eating/drinking', and the corresponding back side writes 'eating, eating meat, eating vegetable, eating fruit, drinking water, drinking soup/porridge, eating, drinking, not eating' and other options;

the front face of the body module is written with a body, the corresponding back face is written with several options of sitting for a moment, lying down, turning over, rubbing the body, cooling, heating, massaging, pain and itching, and when the response of the caregiver is 'massaging, pain and itching', the caregiver can take out the body part picture to further communicate with the caregiver;

the front of the excretion module is written with excretion, and the corresponding back is written with several options of excrement, urine, changing urine and urine pad, etc.

When the caregiver receives the call signal from the caregiver, the caregiver can take out the communication board 30 to allow the caregiver to simply communicate with each other. The caregiver firstly points to the "call doctor module" on the communication board 30 to inquire whether the cared person needs to call the doctor, secondly points to the "press mistake module" to inquire whether the cared person presses wrong, and finally inquires the requirement of the patient. For example, the caregiver refers to the eating module to ask whether the caregiver needs to eat, the caregiver clicks his head or activates the signal transmitter 12 to send out an affirmative answer, the caregiver then reverses the eating module to ask whether the caregiver has a small category of options such as "eat, eat meat, eat fruit, drink soup/porridge, still eat, still drink, not eat", etc., and the caregiver clicks his head or activates the signal transmitter 12 to send out an affirmative answer or shakes his head, and does not move his fingers to send out a negative answer.

The alternating current board 30 is convenient for the caretaker to exchange with the cared person, so that the caretaker can know the requirements of the cared person, the functions are more complete, unnecessary spirit and energy loss can be reduced, the nursing quality is improved, and the cared person can be better cared.

In addition, on the basis of the tool assembly for communication of the aphasia paralyzed people, an intelligent control part can be added, namely, the calling condition of the cared person and the communication condition of the cared person and the cared person can be remotely transmitted to the family mobile phone. The process of the cared person calling, the cared person responding and communicating can be provided for the process of the out-of-person in a dynamic mode, and subsequently, the communication board 30 with the remote camera is designed.

The above is only the preferred embodiment of the present invention, and any person can make some simple modifications, deformations and equivalent replacements according to the present invention, all fall into the protection scope of the present invention.

Claims

1. A kit for communicating with a paralyzed group of aphasia comprising:

the calling device (10) comprises a finger sleeve (11) capable of being worn on the finger of a person to be cared, and a signal emitter (12) and a switch for starting the signal emitter (12) are arranged on the finger sleeve (11);

the receiver (20) comprises a signal receiver (21), a vibration light-emitting component (22) and a counter (23), wherein the signal receiver (21) is used for receiving signals sent by the pager (10), the vibration light-emitting component (22) vibrates and flashes after the signal receiver (21) receives the signals, the counter (23) is used for recording the number of times of the signals received by the signal receiver (21), and the counter (23) is provided with a counting zero clearing reset switch (231); and

the alternating current board (30) is used for the communication between the caretaker and the cared person to enable the caretaker to know the demand of the cared person, and the alternating current board (30) is provided with a plurality of categories of daily demand modules, a mistake pressing module and a doctor calling module.

2. The tool assembly according to claim 1, wherein the finger cuff (11) is worn on the proximal phalanx of the cared person, and the switch for activating the signal emitter (12) comprises a first activation switch (13) located on the distal palm side of the finger cuff (11) and activated by bending the finger.

3. The tool assembly according to claim 1, wherein the switch of the activation signal emitter (12) comprises a second activation switch (14) located on the side of the finger cuff (11) that is activated by an adjacent finger press.

4. The tool assembly according to claim 1, wherein said finger cuff (11) is worn over a proximal phalanx of a cared person;

the switches of the activation signal transmitter (12) have two in parallel, including a first activation switch (13) located on the distal palm side of the finger cuff (11) and activated by bending the fingers, and a second activation switch (14) located on the side of the finger cuff (11) and activated by pressing the adjacent fingers.

5. Tool assembly according to claim 1, characterized in that the signal transmission between the signal transmitter (12) and the signal receiver (21) supports both wired and wireless transmission.

6. Tool assembly according to claim 5, wherein the receiver (20) is powered by a battery, the receiver (20) being wearable on the caregiver's wrist via a wrist strap or on the caregiver's belt via a belt connection.

7. The tool assembly of claim 1, wherein the daily demand module includes at least a feeding module, a body module, and a voiding module.

8. The tool assembly according to claim 1, wherein the daily requirement module is detachably connected to the communication board (30), a large category identifier of the communication content is written on the front side of the communication board (30), and a small category identifier belonging to the large category is correspondingly written on the back side of the communication board (30).

9. The tool assembly according to claim 1, wherein the plurality of modules on the cross flow plate (30) are different colors.

10. The tool assembly according to claim 1, wherein the finger cuff (11) has a vent hole therein.