CN212574888U

CN212574888U - Contactless auscultation equipment

Info

Publication number: CN212574888U
Application number: CN202020499931.1U
Authority: CN
Inventors: 雷铭; 马钧
Original assignee: Youle Life Shenzhen Technology Co ltd
Current assignee: Youle Life Shenzhen Technology Co ltd
Priority date: 2020-04-08
Filing date: 2020-04-08
Publication date: 2021-02-23
Anticipated expiration: 2030-04-08

Abstract

A contactless auscultation device comprises a sterilizer, an auscultation head and earpieces, wherein collected sounds are transmitted between the auscultation head and the earpieces through a wireless connection, and the sterilizer is used for accommodating and sterilizing the auscultation head and charging the auscultation head. Let doctor and disease keep apart from the contactless auscultation equipment that carries out the auscultation, the auscultation head can be used once and then carry out strict disinfection and charge, uses next time again, lets contactless and avoid the cross infection's between the different patients risk between the doctor-patient, stops the cross contact infection between the different patients simultaneously.

Description

Contactless auscultation equipment

[ technical field ] A method for producing a semiconductor device

The utility model relates to a medical diagnosis tool especially relates to a reply epidemic disease epidemic situation emergence special period suitable contactless stethoscope equipment.

[ background of the invention ]

In the outbreak period of epidemic diseases of people, hospitals are various patients which are mixed and need high key protection areas, in order to guarantee the health of doctors, once epidemic diseases of types spread by droplets and aerosol occur, doctors need to wear not only protective masks and medical gloves with hands, but also operation caps, goggles and the like when necessary to receive patients for diagnosis, and any possible infection paths are prevented from being exposed. The attention is paid to keeping the safety distance between people, and the maximum reduction of direct contact between people is one of the protective measures which are low in cost and easy to realize and control.

Therefore, a contactless social communication mode is proposed, for example, when a doctor auscultates a patient, the existing auscultation mode is that a traditional stethoscope is used, one end of the traditional auscultation mode is that an auscultation head directly contacts with the heart or the lung of the patient, the other end of the traditional auscultation mode is connected with a duct, the other end of the traditional auscultation head is a stethoscope tube, the doctor can directly wear the traditional auscultation head on the ear to auscultate, and the auscultation head is held by the doctor and is attached to the skin of the patient, so. Moreover, the same auscultation head can be repeatedly attached to the skins of different patients, and the diagnosis mode is easy to cause cross infection and has high risk in epidemic disease outbreak periods.

[ summary of the invention ]

The utility model discloses the contactless auscultation equipment that can let doctor and disease keep apart to carry out the auscultation is proposed to above problem, and the auscultation head part among this auscultation equipment can carry out strict disinfection and charge after once using, carries out the next use again, avoids the cross infection's between the different patients risk.

The utility model relates to a contactless auscultation device, which comprises a sterilizer, an auscultation head and an earphone, wherein the auscultation head and the earphone are connected by radio, and the sterilizer is used for accommodating, sterilizing and charging the auscultation head;

the contactless auscultation equipment comprises an earphone and a plurality of auscultation heads, wherein the auscultation heads are provided with switches, and once the auscultation heads are switched on, the auscultation heads can be in transmission connection with the earphone.

The stethoscope head comprises a membrane fixing piece, a membrane, a cavity forming piece, a main control board, a pickup microphone, a battery, a charging coil, a face cover and a shell, wherein one side of the shell and the cavity forming piece form a space, the battery and the main control board are arranged in the space, and the pickup microphone is arranged in the center of the circle center of the cavity forming piece; the other side of the cavity forming part is provided with a membrane and a membrane fixing part, and the membrane fixing part tightly fixes the membrane outside the cavity forming part; the other side of the shell is covered with a face cover, and a charging coil is arranged between the face cover and the shell.

The auscultation head is also provided with keys and an indicator light, and the exterior of the auscultation head is provided with a switch key, a control key and an indicator light.

The handset includes an ear-hook module and a control box connected to the ear-hook module by a sound delivery tube.

The control box comprises a connection transmission control mainboard, a battery and a shell, wherein the shell is provided with a plurality of keys, the keys are directly connected with corresponding contacts on the transmission control mainboard in a butt joint mode, the battery is arranged below the connection transmission control mainboard, the battery is connected to the transmission control mainboard in a power supply mode, the output end of the transmission control mainboard is connected with an acoustic horn, and the acoustic horn is connected with a sound conveying pipe.

The plurality of keys are respectively marked with schematic marks which are divided according to different auscultations and different frequency bands collected at different parts.

Furthermore, the earphone in the contactless auscultation equipment can be designed into an earphone type, so that medical personnel can wear the earphone in the integrated protective clothing conveniently, and the earphone comprises an earphone type earphone piece and a control box, wherein the control box is directly integrated on the earphone type earphone piece.

The sterilizer is a cabin type structure sterilizer and comprises a base, a face cover and a cabin body, wherein the base is arranged under the cabin body, the face cover is arranged at the top of the cabin body, the cabin body comprises a feeding port and a discharging port, and a sterilizing component is arranged in the cabin body.

A power supply module, a timer and a disinfection component are arranged in the cabin body, wherein the power supply module and the timer are arranged in the cabin body package, and the power supply module is a wireless charging transmitting coil; and the disinfection component is arranged in the containing cabin space and is communicated with the containing cabin space through the feeding port and the discharging port.

The disinfection component is an ultraviolet generator. Can be an ultraviolet lamp tube or an ultraviolet generator made of lamp beads and is used for disinfecting the auscultation head.

The material inlet of the cabin is provided with an inlet turning plate, the material outlet is provided with a cover plate, wherein the inlet turning plate can be freely turned over to open and close, and the control cover plate is controlled by a timer to open and close.

The utility model relates to a contactless auscultation equipment, the auscultation head that will contact patient's skin and the used auscultation section of thick bamboo split of doctor are the part of two separations, collect the sound through the radio connection transmission between the two, and this equipment has still configured a plurality of auscultation head and for the sterilizer of auscultation head disinfection and charging, let every auscultation head all just can drop into the next use after abundant disinfection, the circulation is in turn, avoid the cross contact infection between the doctor and the patient that contact infection risk also stops between the different patients. The diagnosis and treatment equipment is applied to the period of epidemic diseases, avoids interactive contact and greatly ensures the safety of people.

[ description of the drawings ]

Fig. 1 is a schematic structural view of a contactless auscultation device according to the present invention;

fig. 2 is a schematic structural view of a stethoscope head of the contactless auscultation device according to the present invention;

fig. 3 is a schematic structural view of an earpiece of a contactless auscultation device according to the present invention;

fig. 4 is a schematic structural view of an earpiece of a contactless auscultation device according to the present invention;

fig. 5 is a schematic structural view of an earphone-type earphone of the contactless auscultation device according to the present invention;

wherein: 10. A sterilizer; 11. a base; 12. a face cover; 13. a cabin body; 131. a feeding port; 132. a discharge port; 133. an inlet flap; 134. a cover plate; 14. sterilizing the components; 15. a power supply module; 20. an auscultation head; 21. a diaphragm mount; 22. a membrane; 23. a cavity forming member; 24. a pickup microphone; 25. a main control panel; 26. a battery; 27. a housing; 271. an indicator light; 28. a charging coil; 29. a face cover; 30. a handset; 31. ear-hook earphone standard parts; 32. a control box; 321. a transmission control main board; 322. a housing; 323. pressing a key; 324. a sound amplification loudspeaker; 325. a battery; 33. a sound delivery tube; 34. a headphone type earpiece; 35. and controlling the keys.

[ detailed description ] embodiments

The present invention will be described in detail with reference to the accompanying drawings and examples. Examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are exemplary only for the purpose of explaining the present invention, and should not be construed as limiting the present invention.

In the description of the present invention, it is to be understood that the terms "center", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are merely for convenience of description and for simplicity of description, and do not indicate or imply that the device or element referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore, should not be construed as limiting the present invention.

Referring to fig. 1, there is shown a contactless auscultation device comprising, in its entirety, a sterilizer 10, an auscultation head 20 and earpieces 30, the earpieces 30 being the earpiece portion of a stethoscope worn by a typical doctor around the neck, with the lower end only stripped of the auscultation head and the hose portion connecting the auscultation head and the earpieces.

The head 20 and the earpieces 30 are connected by radio, and the sterilizer 10 is used to receive and sterilize and charge the head.

The contactless auscultation equipment generally comprises an earphone 30 and a plurality of auscultation heads 20, and the plurality of auscultation heads 20 are used alternately, so that the auscultation heads 20 can be used alternately and are disinfected circularly in the gap, and the auscultation heads can be charged simultaneously in the disinfection process, and can be put into use again after the disinfection is finished. There is a switch on each head 20 that establishes a transmitting communication with the earpieces 30 upon turning on the switch on the head 20. The auscultation head 20 and the receiver 30 are connected by radio to transmit sound, the transmission mode includes but not limited to bluetooth, 2.4G, FM, UHF, etc., which can keep a safe and talking distance between the doctor and the patient, and the auscultation head is not used under direct limb contact, thereby avoiding cross infection.

Referring to fig. 2, there is shown a structural configuration of the stethoscope head 20, wherein the stethoscope head 20 includes a diaphragm fixing member 21, a diaphragm 22, a cavity forming member 23, a main control board 25, a microphone head 24, a battery 26, a charging coil 28, a face cover 29 and a housing 27, wherein one side of the housing 27 forms a space with the cavity forming member 23, the battery 26 and the main control board 25 are disposed therein, and the microphone head 24 is disposed at the center of the circle center of the cavity forming member 23; a diaphragm 22 and a diaphragm fixing member 21 are arranged on the other side of the cavity forming member 23, and the diaphragm fixing member 21 tightly fixes the diaphragm 22 outside the cavity forming member 23; the other side of the housing 27 is covered with a face cover 29, and a charging coil 28 is provided between the face cover 29 and the housing 27. The charging coil is a wireless charging coil for charging the stethoscope head 20.

The stethoscope head 20 is further provided with keys (not shown) and an indicator light 271, and the stethoscope head is externally provided with switch keys (not shown), control keys (not shown) and the indicator light 271. In this embodiment, the button is not shown directly, the switch button and the control button may be separated or integrated into one button, and may be designed on the circumferential side surface of the stethoscope head 20 or on the top surface and the bottom surface thereof. The indicator light 271 is an annular light ring and is directly sleeved in the groove structure of the housing 27.

Referring to fig. 3, there is shown the construction of an earpiece 30, the earpiece 30 comprising an ear-hook module 31 and a control box 32, the control box 32 being connected to the ear-hook module 31 by a sound duct 33.

The control box 32 comprises a connection transmission control main board 321, a battery 325 and a shell 322, wherein the shell 322 is provided with a plurality of keys 323, the keys 323 are directly connected with corresponding contacts on the transmission control main board 321 in a butt joint mode, the battery 325 is arranged below the connection transmission control main board 321, the battery 325 is connected to the transmission control main board in a power supply mode, the output end of the transmission control main board 321 is connected with a sound amplifying loudspeaker 324, and the sound amplifying loudspeaker 432 is connected with the sound conveying pipe 33.

The plurality of buttons 323 are respectively marked with schematic marks which are divided according to different frequency bands collected by different auscultation parts, such as a mark for auscultation of a chest, a mark for auscultation of a lung and a mark for auscultation of fetal heart sounds.

Referring to fig. 5, there is shown another embodiment of a headset of a type that may be used by a medical professional to wear the integrated protective garment, wherein the headset is of a headphone structure and includes a headphone element 34 and a control box that is directly integrated with the headphone element 34 and also includes a battery pack that is partially embedded in a control button 35.

Referring to fig. 4, the sterilizer 10 is a cabin type sterilizer, and includes a base 11, a surface cover 12 and a cabin 13, the base 11 is disposed under the cabin 13, the surface cover 12 is disposed on the top of the cabin 13, the cabin 13 includes a material inlet 131 and a material outlet 132, and the disinfection component 14 is disposed in the cabin 13. As the practical embodiment shown in the schematic diagrams 1 and 4, because the stethoscope head needs to be circulated inside the sterilizer, and needs to enter from the material inlet 131 until the stethoscope head falls from the material outlet 132, a device for pushing the sterilizer to roll can be designed in the chamber of the sterilizer, but due to the simplest structure and the lowest cost, a self-gravity rolling scheme design can be adopted in the sterilizer, namely, as shown in figure 1, a base inclined in the gravity direction is designed for the sterilizer, and the stethoscope head placed in the base can roll under the gravity action in the chamber, so that the sterilization and charging can be completed in the rolling process.

A power module 15, a timer and a disinfection component 14 are arranged in the cabin body 13, wherein the power module 15 and the timer are arranged in the cabin body package, and the power module is a wireless charging transmitting coil; and the disinfection component 14 is arranged in the containing cabin space and is communicated with the containing cabin space through the material inlet 131 and the material outlet 132.

The disinfecting component 14 is an ultraviolet generator, can be an ultraviolet lamp tube or an ultraviolet generator made of lamp beads, and is used for disinfecting the auscultation head.

An inlet flap 133 is arranged at the inlet 131 of the chamber 13, and a cover plate 134 is arranged at the outlet 132, wherein the inlet flap 133 is opened and closed freely, and the cover plate 134 is opened and closed under the control of a timer, that is, when the disinfection is started, the timer starts to calculate the time of the single auscultation head 20 entering the chamber, when the auscultation head 20 closest to the cover plate 134 reaches a preset disinfection & charging time, the cover plate 134 is opened, and then the auscultation head 20 rolls out one particle from the chamber. At this point, the head 20 is fully sterilized and charged and ready to use.

The utility model relates to a contactless auscultation equipment, the auscultation head that will contact patient's skin and the used auscultation section of thick bamboo split of doctor are the part of two separations, collect the sound through the radio connection transmission between the two, and this equipment has still configured a plurality of auscultation head and for the sterilizer of auscultation head disinfection and charging, let every auscultation head all just can drop into the next use after abundant disinfection, the circulation is in turn, avoid the cross contact infection between the doctor and the patient that contact infection risk also stops between the different patients. The diagnosis and treatment equipment is applied to the epidemic period, avoids interactive contact and greatly ensures the safety of people.

The above description is only for the preferred embodiment of the present invention, and the present invention is not limited to the above description, and although the present invention is disclosed in the preferred embodiment, it is not limited to the above description, and any person skilled in the art can make modifications or changes equivalent to the above disclosed technical content without departing from the technical scope of the present invention.

Claims

1. A contactless auscultation device is characterized in that the contactless auscultation device comprises a sterilizer, an auscultation head and an earphone, wherein the auscultation head and the earphone are connected through a radio, and the sterilizer is used for accommodating and sterilizing and charging the auscultation head; the contactless auscultation equipment comprises an earphone and a plurality of auscultation heads, wherein a switch is arranged on the auscultation heads, and once the switch is turned on, the switch can establish transmission contact with the earphone.

2. The contactless auscultation apparatus of claim 1, wherein the auscultation head comprises a diaphragm fixing member, a diaphragm, a cavity forming member, a main control board, a microphone head, a battery, a charging coil, a face cover and a housing, wherein one side of the housing forms a space with the cavity forming member, the battery and the main control board are arranged in the space, and the microphone head is arranged at the center of the circle center of the cavity forming member; the other side of the cavity forming part is provided with a membrane and a membrane fixing part, and the membrane fixing part tightly fixes the membrane outside the cavity forming part; the other side of the shell is covered with a face cover, and a charging coil is arranged between the face cover and the shell.

3. The contactless auscultation apparatus of claim 2, wherein the auscultation head is further provided with keys and an indicator light, and the switch keys, the control keys and the indicator light are arranged on the outer surface of the auscultation head.

4. The contactless auscultation apparatus of claim 3, wherein the earpiece includes an ear-mount earpiece standard and a control box, the control box being connected to the ear-mount earpiece standard by a sound delivery tube.

5. The contactless auscultation apparatus of claim 4, wherein the control box comprises a connection transmission control board, a battery and a housing, a plurality of keys are provided on the housing, the keys are directly connected to corresponding contacts on the transmission control board in a butt joint manner, the battery is provided under the connection transmission control board, the battery is electrically connected to the transmission control board, and the output end of the transmission control board is connected to a sound-amplifying speaker connected to the sound transmission tube.

6. The contactless auscultation apparatus of claim 5, wherein the plurality of keys are marked with indication marks respectively divided according to different frequency bands collected from different auscultation sites.

7. The contactless auscultation apparatus of claim 1, wherein the earpiece comprises a headphone element and a control box, the control box being directly integrated into the headphone element.

8. The contactless auscultation apparatus of claim 1, wherein the sterilizer is a cabin-type sterilizer, comprising a base, a face cover and a cabin, the base is disposed under the cabin, the face cover is disposed on top of the cabin, the cabin comprises a feeding port and a discharging port, and the disinfection component is disposed in the cabin.

9. The contactless auscultation apparatus of claim 8, wherein a power module, a timer and a disinfection component are disposed in the capsule, wherein the power module and the timer are disposed inside the capsule, and the disinfection component is disposed in the accommodation space and is connected to the accommodation space through the inlet and the outlet; an inlet turning plate is arranged at the material inlet of the cabin body, and a cover plate is arranged at the material outlet; the disinfection component is an ultraviolet generator.