CN211015063U

CN211015063U - Intelligence wrist-watch PCB structure

Info

Publication number: CN211015063U
Application number: CN201921805594.8U
Authority: CN
Inventors: 袁茂福
Original assignee: Shenzhen Divo Intelligent Communication Co ltd
Current assignee: Shenzhen Divo Intelligent Communication Co ltd
Priority date: 2019-10-24
Filing date: 2019-10-24
Publication date: 2020-07-14
Anticipated expiration: 2029-10-24

Abstract

A radio frequency test seat is connected to a first corner area of a printed circuit board, a microphone connecting terminal is connected to a second corner area of the printed circuit board, a camera female seat is arranged below the microphone connecting terminal, and the camera female seat is connected with the printed circuit board; the Nano SIM card arrangement area is arranged below the camera female seat; the POGO charging seat is arranged below the camera female seat and is connected with the printed circuit board; the loudspeaker connecting terminal is connected to a third corner area of the printed circuit board; the RF coaxial radio frequency seat is connected to a fourth corner area of the printed circuit board; the heart rate monitoring female seat is positioned below the BTB connecting seat, and the BTB connecting seat is arranged between the heart rate monitoring female seat and the key interface; the battery terminal is arranged above the key interface and connected with the printed circuit board. The utility model discloses carry out effective overall arrangement to the space of circuit board, the production equipment of being convenient for satisfies the diversified demand of intelligent wrist-watch.

Description

Intelligence wrist-watch PCB structure

Technical Field

The embodiment of the utility model provides a relate to intelligent wrist-watch technical field, concretely relates to intelligent wrist-watch PCB structure.

Background

With the development of mobile technology, the traditional electronic products also begin to increase the functions in mobile aspects, such as watches which can only be used for watching time in the past, and nowadays, the electronic products can be connected with the internet through a smart phone or a home network to display contents such as incoming call information, communication information, news abstracts, weather information, and the like. The intelligent watch can be divided into an adult intelligent watch, an old man intelligent watch and a child positioning intelligent watch according to the age of a user, and hardware configuration and function setting are carried out on the intelligent watch according to the requirements of the user in different age groups.

The intelligent watch is worn on the wrist of a human body, and due to the consideration of wearing space and comfort level, the size of the watch needs to be small and exquisite, so that the watch cannot be reasonably distributed and used in the space of a circuit board like electronic equipment with large size such as a smart phone, and configuration hardware as much as possible on a small circuit board is met, and the intelligent watch meets the diversified requirements of users. The existing intelligent watch circuit board is unreasonable in structural design, cannot accommodate more hardware equipment, and is high in production and assembly difficulty.

SUMMERY OF THE UTILITY MODEL

Therefore, the embodiment of the utility model provides an intelligence wrist-watch PCB structure can carry out effectual utilization and overall arrangement to the space of circuit board on less circuit board configuration hardware as much as possible, satisfies the diversified demand of intelligence wrist-watch.

In order to achieve the above object, the embodiment of the present invention provides the following technical solutions: a PCB structure of an intelligent watch comprises a printed circuit board, and further comprises a radio frequency test base, a microphone connecting terminal, a camera female base, a Nano SIM card arrangement area, a POGO charging base, a loudspeaker connecting terminal, an RF coaxial radio frequency base, a heart rate monitoring female base, a BTB connecting base, a key interface and a battery terminal, wherein the radio frequency test base is connected with a first corner area of the printed circuit board, the microphone connecting terminal is connected with a second corner area of the printed circuit board, the camera female base is arranged below the microphone connecting terminal, and the camera female base is connected with the printed circuit board; the Nano SIM card arrangement area is arranged below the camera head female seat and is connected with the printed circuit board; the POGO charging seat is arranged below the camera female seat and is connected with the printed circuit board; the loudspeaker connecting terminal is connected to a third corner area of the printed circuit board; the RF coaxial radio frequency seat is connected to a fourth corner area of the printed circuit board; the heart rate monitoring female seat is positioned below the BTB connecting seat, the BTB connecting seat is arranged between the heart rate monitoring female seat and the key interface, and the heart rate monitoring female seat, the BTB connecting seat and the key interface are respectively connected with the printed circuit board; the battery terminal is arranged above the key interface and connected with the printed circuit board.

As the preferred scheme of intelligent wrist-watch PCB structure, district, POGO charging seat, speaker binding post, the coaxial radio frequency seat of RF, the female seat of rhythm of the heart monitoring, BTB connecting seat, key interface and battery terminal are arranged to radio frequency test seat, microphone binding post, the female seat of camera, Nano SIM card and are followed in proper order printed circuit board's edge is the annular and distributes.

As a preferred scheme of the intelligent watch PCB structure, the radio frequency test seat adopts a third generation RF test seat; the RF coaxial radio frequency base adopts a third generation RF coaxial radio frequency base.

As the preferred scheme of intelligent wrist-watch PCB structure, the specification of the female seat of camera is 24pin BTB and connects.

As a preferable scheme of a smart watch PCB structure, the Nano SIM card arrangement area is configured with a card holder.

As an optimal scheme of a PCB structure of the intelligent watch, the specification of the POGO charging seat is 5 pins; the inboard of POGO charging seat is equipped with 6pin TP test ports.

As the preferred scheme of intelligent wrist-watch PCB structure, the female seat specification of heart rate monitoring is 10 pins, the specification of BTB connecting seat is 24 pins.

As the optimal scheme of the intelligent watch PCB structure, the key interfaces comprise a power on/off interface, a volume interface, a reset interface, an SOS interface and a lamp interface.

As the preferred scheme of intelligence wrist-watch PCB structure, the female seat of camera disposes two inside and outside cameras, and printed circuit board is connected with hall switch, hall switch is used for the action switching of two inside and outside cameras.

The utility model also provides an intelligence wrist-watch, including foretell intelligence wrist-watch PCB structure in this intelligence wrist-watch.

The utility model discloses be equipped with radio frequency test seat, microphone binding post, the female seat of camera, Nano SIM card and arrange district, POGO charging seat, speaker binding post, the coaxial radio frequency seat of RF, the female seat of heart rate monitoring, BTB connecting seat, button interface and battery terminal, radio frequency test seat connects in the first corner region of printed circuit board, microphone binding post connects in the second corner region of printed circuit board, the female seat of camera sets up in the below of microphone binding post, the female seat of camera connects printed circuit board; the Nano SIM card arrangement area is arranged below the camera head female seat and is connected with the printed circuit board; the POGO charging seat is arranged below the camera female seat and is connected with the printed circuit board; the loudspeaker connecting terminal is connected to a third corner area of the printed circuit board; the RF coaxial radio frequency seat is connected to a fourth corner area of the printed circuit board; the heart rate monitoring female seat is positioned below the BTB connecting seat, the BTB connecting seat is arranged between the heart rate monitoring female seat and the key interface, and the heart rate monitoring female seat, the BTB connecting seat and the key interface are respectively connected with the printed circuit board; the battery terminal is arranged above the key interface and connected with the printed circuit board. The utility model discloses carry out effectual utilization and overall arrangement to the space of circuit board, can hold more hardware equipment on less circuit board configuration hardware as much as possible, the diversified demand of intelligence wrist-watch is satisfied in the production equipment of being convenient for.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are merely exemplary, and that other embodiments can be derived from the drawings provided by those of ordinary skill in the art without inventive effort.

Fig. 1 is the embodiment of the utility model provides an in the embodiment provide an intelligent wrist-watch PCB structure schematic diagram.

In the figure: 1. a printed circuit board; 2. a radio frequency test seat; 3. a microphone wiring terminal; 4. a camera head female seat; 5. a NanoSIM card arrangement region; 6. a POGO charging seat; 7. a loudspeaker wiring terminal; 8. an RF coaxial radio frequency mount; 9. a heart rate monitoring mother seat; 10. a BTB connecting seat; 11. a key interface; 12. a battery terminal; 13. and testing the port by TP.

Detailed Description

The present invention is described in terms of specific embodiments, and other advantages and benefits of the present invention will become apparent to those skilled in the art from the following disclosure. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1, a smart watch PCB structure is provided, which includes a printed circuit board 1, and in addition, further includes a radio frequency test base 2, a microphone connection terminal 3, a camera female base 4, a Nano SIM card arrangement area 5, a POGO charging base 6, a speaker connection terminal 7, an RF coaxial radio frequency base 8, a heart rate monitoring female base 9, a BTB connection base 10, a key interface 11, and a battery terminal 12, wherein the radio frequency test base 2 is connected to a first corner area of the printed circuit board 1, the microphone connection terminal 3 is connected to a second corner area of the printed circuit board 1, the camera female base 4 is disposed below the microphone connection terminal 3, and the camera female base 4 is connected to the printed circuit board 1; the Nano SIM card arrangement area 5 is arranged below the camera female seat 4, and the Nano SIM card arrangement area 5 is connected with the printed circuit board 1; the POGO charging seat 6 is arranged below the camera female seat 4, and the POGO charging seat 6 is connected with the printed circuit board 1; the loudspeaker connecting terminal 7 is connected to a third corner region of the printed circuit board 1; the RF coaxial radio frequency seat 8 is connected to the fourth corner area of the printed circuit board 1; the heart rate monitoring female seat 9 is located below the BTB connecting seat 10, the BTB connecting seat 10 is arranged between the heart rate monitoring female seat 9 and the key interface 11, and the heart rate monitoring female seat 9, the BTB connecting seat 10 and the key interface 11 are respectively connected with the printed circuit board 1; the battery terminal 12 is arranged above the key interface 11, and the battery terminal 12 is connected with the printed circuit board 1.

In an embodiment of the smart watch PCB structure, the radio frequency test base 2, the microphone wiring terminal 3, the camera female base 4, the Nano SIM card arrangement area 5, the POGO charging base 6, the speaker wiring terminal 7, the RF coaxial radio frequency base 8, the heart rate monitoring female base 9, the BTB connecting base 10, the key interface 11 and the battery terminal 12 are sequentially arranged along the edge of the printed circuit board 1 in an annular distribution. The space available for the printed circuit board 1 is utilized, so that more hardware is arranged on the smaller printed circuit board 1.

In one embodiment of the smart watch PCB structure, the radio frequency test socket 2 is a third generation RF test socket; the RF coaxial radio frequency base 8 adopts a third generation RF coaxial radio frequency base. The third generation RF test socket adopts a Xuande model C90P106-0000, and the third generation RF coaxial radio frequency socket 8 adopts ECT 81800000.

In an embodiment of the smart watch PCB structure, the camera socket 4 is 24pin BTB connected. The camera female socket 4 is connected with the camera equipment through a 24pin BTB. BTB connectors are board-to-board connections.

In one embodiment of the smart watch PCB structure, the Nano SIM card placement area 5 is configured with a card holder. The card support adopts a push-pull mode, and white oil is added into the surface clearance. The Nano SIM card is a Micro SIM card, is smaller than a Micro-SIM card, has the area of only 60 percent of the first-generation SIM card, has the specific size of 12mm x9mm, has the thickness reduced by 15 percent, and is suitable for being applied to a printed circuit board 1 with a smaller area.

In one embodiment of the smart watch PCB structure, the POGO charging seat 6 is 5 pins in specification; the inside of POGO charging seat 6 is equipped with 6pin TP test port 13. Realize the function of charging to intelligent wrist-watch through POGO charging seat 6. And the TP test of the intelligent watch is realized through the 6pin TP test port 13.

In an embodiment of the smart watch PCB structure, the specification of the heart rate monitoring female seat 9 is 10 pins, the heart rate monitoring female seat 9 is used for connecting a heart rate sensor, and the heart rate monitoring function of the smart watch is realized, the specification of the BTB connecting seat 10 is 24 pins, the BTB connecting seat 10 is used for realizing connection of a display screen of the smart watch, the display screen can adopt 1.3 inch full-circle AMO L ED, the resolution ratio is 360 × 360, the pixel density is 278, the power consumption is low, the high contrast performance capability is realized, the endurance time is long, and the outdoor readability is strong.

In one embodiment of the smart watch PCB structure, the key interface 11 includes power on/off, volume, reset, SOS, and light interfaces. The switch machine interface is used for connecting the switch machine key of the intelligent watch to realize the switch machine, the volume interface is used for connecting the volume key of the intelligent watch to realize the volume adjustment, the reset interface is used for connecting the reset key of the intelligent watch to reset in order to realize the function, the SOS interface is used for connecting the SOS emergency call key of the intelligent watch to realize the emergency call for help, and the lamp interface is used for connecting the flash light key of the intelligent watch to realize the illumination.

In an embodiment of the smart watch PCB structure, the camera female seat 4 is configured with an inner camera and an outer camera, the printed circuit board 1 is connected with a hall switch, and the hall switch is used for switching actions of the inner camera and the outer camera. The intelligent watch flip work identification is realized through the Hall switch, and then the automatic switching of the inner camera and the outer camera is realized through the Hall switch.

The embodiment of the utility model provides a still provide an intelligent wrist-watch, including the intelligent wrist-watch PCB structure of above-mentioned embodiment in this intelligent wrist-watch.

The utility model discloses be equipped with radio frequency test seat 2, microphone binding post 3, the female seat of camera 4, Nano SIM card arrangement district 5, POGO charging seat 6, speaker binding post 7, the coaxial radio frequency seat of RF 8, the female seat of heart rate monitoring 9, BTB connecting seat 10, key interface 11 and battery terminal 12, radio frequency test seat 2 connects in the first corner region of printed circuit board 1, microphone binding post 3 connects in the second corner region of printed circuit board 1, the female seat of camera 4 sets up in the below of microphone binding post 3, the female seat of camera 4 connects printed circuit board 1; the Nano SIM card arrangement area 5 is arranged below the camera female seat 4, and the Nano SIM card arrangement area 5 is connected with the printed circuit board 1; the POGO charging seat 6 is arranged below the camera female seat 4, and the POGO charging seat 6 is connected with the printed circuit board 1; the loudspeaker connecting terminal 7 is connected with a third corner area of the printed circuit board 1; the RF coaxial radio frequency seat 8 is connected to the fourth corner area of the printed circuit board 1; the heart rate monitoring female seat 9 is located below the BTB connecting seat 10, the BTB connecting seat 10 is arranged between the heart rate monitoring female seat 9 and the key interface 11, and the heart rate monitoring female seat 9, the BTB connecting seat 10 and the key interface 11 are respectively connected with the printed circuit board 1; the battery terminal 12 is disposed above the key interface 11, and the battery terminal 12 is connected to the printed circuit board 1. The utility model discloses carry out effectual utilization and overall arrangement to the space of circuit board, can hold more hardware equipment on less circuit board configuration hardware as much as possible, the diversified demand of intelligence wrist-watch is satisfied in the production equipment of being convenient for.

Although the invention has been described in detail with respect to the general description and the specific embodiments, it will be apparent to those skilled in the art that modifications and improvements can be made based on the invention. Therefore, such modifications and improvements are intended to be within the scope of the invention as claimed.

Claims

1. A smart watch PCB structure comprises a printed circuit board (1), and is characterized by further comprising a radio frequency test base (2), a microphone wiring terminal (3), a camera female base (4), a Nano SIM card arrangement area (5), a POGO charging base (6), a speaker wiring terminal (7), an RF coaxial radio frequency base (8), a heart rate monitoring female base (9), a BTB connecting base (10), a key interface (11) and a battery terminal (12), wherein the radio frequency test base (2) is connected with a first corner area of the printed circuit board (1), the microphone wiring terminal (3) is connected with a second corner area of the printed circuit board (1), the camera female base (4) is arranged below the microphone wiring terminal (3), and the camera female base (4) is connected with the printed circuit board (1); the Nano SIM card arrangement area (5) is arranged below the camera female seat (4), and the Nano SIM card arrangement area (5) is connected with the printed circuit board (1); the POGO charging seat (6) is arranged below the camera female seat (4), and the POGO charging seat (6) is connected with the printed circuit board (1); the loudspeaker connecting terminal (7) is connected to a third corner region of the printed circuit board (1); the RF coaxial radio frequency base (8) is connected to a fourth corner area of the printed circuit board (1); the heart rate monitoring female seat (9) is located below the BTB connecting seat (10), the BTB connecting seat (10) is arranged between the heart rate monitoring female seat (9) and the key interface (11), and the heart rate monitoring female seat (9), the BTB connecting seat (10) and the key interface (11) are respectively connected with the printed circuit board (1); the battery terminal (12) is arranged above the key interface (11), and the battery terminal (12) is connected with the printed circuit board (1).

2. A smart watch PCB structure as claimed in claim 1, wherein the radio frequency test socket (2), the microphone connection terminal (3), the camera female socket (4), the Nano SIM card layout area (5), the POGO charging socket (6), the speaker connection terminal (7), the RF coaxial radio frequency socket (8), the heart rate monitoring female socket (9), the BTB connection socket (10), the key interface (11) and the battery terminal (12) are distributed along the edge of the printed circuit board (1) in sequence in a ring shape.

3. A smart watch PCB structure according to claim 1, characterised in that the radio frequency test socket (2) is a third generation RF test socket; the RF coaxial radio frequency base (8) adopts a third generation RF coaxial radio frequency base (8).

4. A smart watch PCB structure according to claim 1, characterised in that the camera socket (4) is 24pin BTB connected.

5. A smart watch PCB structure according to claim 1, characterised in that the Nano SIM card placement area (5) is configured with a card holder.

6. A smart watch PCB structure as claimed in claim 1, characterised in that the POGO charging cradle (6) is 5 pins; the inner side of the POGO charging seat (6) is provided with a 6pin TP test port (13).

7. A smart watch PCB structure as claimed in claim 1, characterised in that the heart rate monitoring female socket (9) is 10pin in size and the BTB connecting socket (10) is 24pin in size.

8. A smart watch PCB structure according to claim 1, characterized in that the key interfaces (11) include on/off, volume, reset, SOS and light interfaces.

9. An intelligent watch PCB structure as claimed in claim 1, wherein the camera female seat (4) is configured with an inner camera and an outer camera, the printed circuit board (1) is connected with a Hall switch, and the Hall switch is used for switching the actions of the inner camera and the outer camera.

10. A smartwatch, comprising a smartwatch PCB structure according to any one of claims 1 to 9.