WO2013086925A1 - Mobile phone vibration-sensing case - Google Patents

Abstract

A mobile phone vibration-sensing case (10), comprising a light-transmitting back plate (11), a base (20), a circuit board (30) and a shielding plate (40). The base (20) has a receiving groove (21) therein for holding a communication device (60), the back side of the receiving groove (21) is fixed with the light-transmitting back plate (11), and the circuit board (30) is installed in the receiving groove (21). The circuit board (30) comprises an LED driver (31), a vibration sensor (32), a central processing unit (33) and at least one LED (35). The shielding plate (40) covers the circuit board (30) on the base (20). When the communication device (60) is in silent vibration mode for incoming call status, the vibration mode triggers the vibration sensor (32) and the vibration sensor (32) coordinates with the central processing unit (33) to transmit the vibration information to the LED driver (31), driving the LED (35) to illuminate. The illumination can be easily sensed by visual sense organs, thus significantly improving the effect of incoming call notification.

Description

 Mobile phone sheath that can sense vibration

 The utility model relates to the technical field of communication equipment, in particular to a protective gear designed for a mobile phone and a mobile phone, which can sense the vibration of the mobile phone and can send a message to remind the user. Background technique

 Mobile phones and mobile phones are already quite common communication tools in today's busy business community. At present, many manufacturers have protective covers for mobile phones, which are installed on the back of the mobile phone to provide protection. The form of the protective cover is currently in the form of a "shell", such as Taiwan's new patent No. M408266 "Mobile phone case. The new patent case is a shell-shaped body, which is used to protect the back of the mobile phone to provide protection. The protective cover also has decorative functions, such as changing the material, pattern and decoration of the protective cover, so that the protective cover can still have a texture. Added value with the product.

 However, these protective sleeves are mostly protected and aesthetically pleasing, lacking other more practical benefits and need to be developed. Utility model content

 In view of the foregoing problems, the present invention is further researched and developed. Therefore, the main object of the present invention is to provide a mobile phone sheath that can sense vibration, and the main purpose is that the sheath can sense the vibration mode of the mobile phone, and display it in the form of visual light. Outside, there is a clear and eye-catching role to remind users to pay attention to the incoming call message of the mobile phone.

 In order to achieve the above object, the technical means utilized by the present invention is to provide a shock-absorbing mobile phone casing, which comprises:

 Light transmissive backboard;

 a pedestal having a receiving groove for locating a communication device, the back side of the receiving groove fixing a side of the transparent back plate, the inner surface of the receiving groove, and a mounting area suitable for the base surface, the mounting area includes a mounting board disposed in the mounting area of the base, including an LED driver, a vibration sensor, a central processing unit, and at least one LED;

a shutter for appropriately covering the circuit board of the base; whereby the communication device is in a silent mode The incoming call state triggers the vibration sensor to cooperate with the central processor to transmit to the LED driver to cause the LED to emit light to remind the caller ID.

 In order to achieve the above object, the technical means utilized by the present invention is to provide another mobile phone sheath that can sense vibration, which comprises:

 Light transmissive backboard;

 a pedestal having a receiving groove for receiving a communication device, the back side of the receiving groove fixing a side of the transparent back plate, the inner surface of the receiving groove is a base surface, and the base surface is provided with a mounting area appropriately, the mounting area includes a receiving slot, and a signal receiver is additionally installed in the mounting area;

 a circuit board disposed in the mounting area of the base, including a vibration sensor, a central processing unit, and a signal transmitter;

 a strap attached to the sheath, the charm comprising a signal receiver, an LED driver, and a light transmissive surface, wherein the light transmissive surface is internally mounted with at least one LED;

 a shutter for appropriately covering the circuit board of the pedestal; the communication device triggers the vibration sensor in a state of an incoming call in a silent mode to cooperate with the central processor to transmit to the communication device to generate a vibration-triggered vibration sensor, The message is passed to the central processor, the signal transmitter receives the signal, and transmits it to the signal receiver, which in turn drives the LED driver and the LED emits light.

 Therefore, according to the technical means of the utility model, the utility model has the following beneficial effects:

 1. The utility model is directed to a communication device, and the caller ID in the vibration silent mode is not significant, so the emphasis on the visual reminder effect is better than the touch sense. Therefore, the utility model is installed on the sheath in the communication device, and the sheath is provided with the circuit board, and the utility model is utilized. The vibration sensor senses the vibration mode of the communication device, and then activates the central processing unit to transmit the actuation signal to the LED driver to drive the LED to emit light, and the light transmission of the transparent back plate is used to make the communication device emit bright light. The user's visual residual light can easily detect the light emitted by the communication device, and reminds the caller of the communication device, so that not only does not affect the quality of the conference, but also does not miss important real-time messages. Practicality is quite good.

2. The utility model mainly relates to the vibration state of the inductive communication device, so even if the communication device receives the high frequency signal accompanying the communication, the vibration sensor does not drive the vibration sensor, thereby avoiding unnecessary warning and causing interference. DRAWINGS 1 is a perspective view of a preferred embodiment of the present invention and shows a solution state that has not been combined with a communication device.

 2 is an exploded perspective view of a sheath of a preferred embodiment of the present invention.

 3 is a block diagram showing the operation flow of the preferred embodiment of the present invention.

 4 is an exploded perspective view of a sheath of another preferred embodiment of the present invention.

 FIG. 5 is a block diagram showing the operation flow of another preferred embodiment of the present invention.

 6 is a perspective exploded view of a sheath of still another preferred embodiment of the present invention.

 (10) sheath (11) transparent back plate

 (13) First open hole

 (20) base (21) pocket

 (22) base surface (222) second exposed hole

 (23) Long side (24) Mounting area

 (241) accommodating groove (231) button hole

 (30) (301) (302) board

 (31) (54) LED Driver (32) Vibration Sensor

 (33) Central Processing Unit (34) (56) Battery

 (35) (351) (55) LED

 (36) Signal Transmitter (37) (53) Signal Receiver

 (38) battery slot

 (40) Shield (41) Third Dew

 (42) large hole

 (50) Charm (51) Translucent surface

 (52) lanyard

 (60) Communication device (61) back

 (62) Panel (63) Buttons

The utility model relates to a mobile phone sheath capable of inductive vibration, as shown in Fig. 1, the display communication device (60) is matched with the sheath (10) of the utility model, and the sheath (10) is installed on the communication device. (60) back (61), the panel (62) of the communication device (60) will not be covered.

 As shown in FIG. 1 and 2, the sheath (10) of the present invention comprises a transparent back plate (11), a base (20), a circuit board (30), and a shutter (40); wherein the transparent back plate ( 11) is a light-transmitting material body, and a first exposed hole (13) is arranged at a corner to match the camera set by the communication device (60);

The base (20) is a shell-shaped body, and a receiving groove (21) is formed therein for placing the communication device (60), and the closed back side of the receiving groove (21) is for fixing the transparent back plate (11), and The inner surface of the pocket (21) is a surface (22), and a corner of the base surface (22) is provided with a second dew hole (222) aligned with the first dew hole (13), and a side surface of the base surface (22) extends, wherein The opposite side of the two long sides is the long side (23), the long side (23) corresponding to the button of the communication device (60) and the keyhole (231) is hollowed out, and the lower half of the base (22) is provided a mounting area (24) of the uneven surface, the mounting area (24) includes a receiving groove ( ²⁴ 1);

 The circuit board (30) is mounted with an LED driver (31), a vibration sensor (32), a central processing unit (33), a plurality of LEDs (35) (351), and a battery (34) on the circuit board; 2, 3, the circuit board (30) is mounted in the mounting area (24) of the base (20) so as not to fall off, and the battery (34) is correspondingly placed in the battery (38) of the circuit board (30). The circuit board (30) has a battery (34) electrically connected to the central processing unit (33), the LED driver (31), and the LED (35) (351), and the LED (35) (351) is two LEDs (35). ) on the upper side, the other LED (351) is on the lower side, and can have a full range of bright light display effects. In addition, the vibration sensor (32) is used to sense the state of the incoming call vibration of the communication device (60) in the vibration mode. Receiving the received vibration message to the LED driver (31) via the central processing unit (33), so that the LED driver (31) drives the LED (35) (351) to emit light, and emits light through the transparent back plate (11). The user can know that there is a caller ID through the light emitted by the sheath (10), and even if the communication device (60) is in the silent vibration mode, the incoming call can be known to facilitate the answering of the call. ;

The shielding plate (40) covers the protection base (20), and the shielding plate (40) is also provided with a third dew hole (41) corresponding to the first and second dew holes (13) (222), and the other corner corresponds to The battery (34) of the circuit board (30) is provided with a large hole (42); as shown in Figs. 1 and 3, after the circuit board (30) is positioned in the mounting area (24) of the base (20), the vibration sensor ( 32) correspondingly firmly embedded in the susceptor (20) receiving groove (241) does not sway, and the shielding plate (40) is covered on the circuit board (30) of the pedestal (20), and the large hole (42) is aligned with the battery (34), it is convenient to replace the battery (34) at the large hole (42) in the future, so as shown in Fig. 1, the sheath (10) facilitates the direction of the back (61) of the communication device (60) with its receptacle (21) To install, let the button (63) enter the button hole (231) so as not to interfere with the operation button (63), and the first, second, and third dew holes (13) (222) (41) are aligned with the camera window of the communication device (60). (not shown in the picture), so this practical new The sheath (10) of the type is combined with the communication device (60).

 Therefore, when the operation is implemented, please refer to Figure 2 and 3. When the conference is held, the communication device (60) needs to be switched to the incoming call vibration silent mode to prevent the incoming call ringing from interfering with the conference, and the vibration silent mode of the communication device (60) is usually not easy. It is clear that the communication device (60) is attached to the waist. Generally, the human body's touch is lower than the visual. It is often difficult to detect due to the meeting. When placed on the table, it is also low in awareness due to the concentration of sight and hearing.

 Therefore, the utility model uses the sheath (10) to be mounted close to the communication device (60), and when the communication device (60) calls and sends a message in the vibration mode, the vibration state of the communication device (60) triggers the vibration sensor (32), and then starts. The central processing unit (33) transmits an actuation signal to the LED driver (31) for driving the LED (35) (351) to emit bright light, and the base (20) is transmitted due to the light transmission of the transparent back plate (11). It can also be designed as a light-transmitting material, which can make the peripheral side of the communication device (60) have obvious light. Because the human body's visual sensory range is better than the touch, even during the meeting, the visual position and the eye area will be changed. Light, the light emitted by the communication device (60) can be easily found, and the user is reminded to pay attention to the caller display of the communication device (60), which does not affect the quality of the conference, nor misses important real-time messages, which is quite practical. The utility model is a vibration state of the inductive communication device (60), so even if the communication device (60) sends and receives the accompanying high frequency signal, the vibration sensor (32) is not driven.

 Referring to another embodiment of FIGS. 4 and 5, wherein the circuit board (301) is different, the LED (35) (351) can be directly embedded in the mounting area (24) of the base (20), and The circuit board (301) is equipped with a signal transmitter (36), and a signal receiver (37) is mounted in the mounting area (24). Therefore, when the communication device (60) generates vibration, the vibration sensor (32) is triggered to activate the message. Passed to the central processing unit (33), which is transmitted by the signal transmitter (36) for transmission to the signal receiver (37) to cause the signal received by the signal receiver (37) to drive the LED driver (31) Then, the LED (35) (351) emits light, and also reaches the communication device (60) in the silent mode of the incoming call vibration, and the light is emitted by the circuit board (30) to remind the user.

In addition, in another embodiment shown in FIG. 6, as shown in FIGS. 4 and 5, a signal transmitter (36) is mounted on the circuit board (302), except that the signal receiver (53), the LED driver (54), The LED (55) and the battery (56) are additionally mounted inside the charm (50), the charm (50) has a light transmitting surface (51), and a lanyard (52), and the hanging ornament (50) can be hung on the base. The seat (20) is suitably located, or separately from the communication device (60), and placed separately, such as next to the communication device (60) or visually perceptible; therefore, when the communication device (60) generates vibration, trigger The vibration sensor (32) transmits the actuation message to the central processing unit (33), that is, by the signal transmitter (36) This signal is transmitted for transmission to the signal receiver (53) to cause the signal receiver (53) to receive the signal to drive the LED driver (54) located in the pendant (50), which in turn causes the charm (50) The LED (55) emits a bright light, and the light-receiving surface (51) is used to observe the reminder function of the electric display.

 While the present invention has been described in connection with the embodiments, the present invention is not limited to the above-described embodiments, and only those skilled in the art can easily modify and change them. It does not depart from the spirit and scope of the invention.

Claims

Rights request  1. A mobile phone sheath capable of inductive vibration, characterized in that it comprises:  Light transmissive backboard;  a pedestal having a receiving groove for the communication device, a back side of the receiving groove fixing a side of the transparent back plate, a surface of the receiving groove being a base surface, and a mounting area being appropriately disposed on the base surface The installation area includes a receiving groove;  a circuit board disposed in the mounting area of the base, including an LED driver, a vibration sensor, a central processing unit, and at least one LED;  a shutter for appropriately covering the circuit board of the pedestal; wherein the communication device triggers the vibration sensor in a state of an incoming call in a silent mode to be transmitted to the LED driver in cooperation with the central processor, It causes the LED to emit light to alert the caller ID.  2. The shock-sensitive mobile phone case according to claim 1, wherein a first exposed hole is disposed at a corner of the transparent back plate, and a second exposed hole is disposed corresponding to the base surface of the base. The board is correspondingly provided with a third dew hole for corresponding to the camera window set by the communication device.  3. The shock-sensitive mobile phone case according to claim 1, wherein the base is a shell-shaped body, and the side surface of the base surface extends, wherein the opposite sides of the two long sides are the long side. The long side corresponds to the button of the communication device to hollow out the button hole, and the mounting area includes a receiving slot, the receiving slot corresponds to the vibration sensor for the circuit board, and the circuit board includes a battery slot, and the corresponding battery slot of the shutter Large holes are provided to replace the battery.  The shock-sensitive mobile phone case according to claim 1, wherein the circuit board is provided with a plurality of LEDs on the upper and lower sides.  The shock-sensitive mobile phone case according to claim 1, wherein the base is light transmissive.  6. The shock-sensitive mobile phone case of claim 1, wherein the LED of the circuit board is directly embedded in a mounting area of the base, the circuit board is mounted with a signal transmitter, and the installation area is mounted with a signal receiver. The communication device generates a vibration-triggered vibration sensor, and the message is transmitted to the central processing unit, and the signal transmitter receives the signal for transmission to the signal receiver, and then drives the LED driver to cause the LED to emit light. 7. A mobile phone sheath capable of inductive vibration, characterized in that it comprises: Light transmissive backboard;  a pedestal having a receiving groove for the communication device, a back side of the receiving groove fixing a side of the transparent back plate, a surface of the receiving groove being a base surface, and a mounting area being appropriately disposed on the base surface The installation area includes a receiving groove;  a circuit board disposed in the mounting area of the base, including a vibration sensor, a central processing unit, and a signal transmitter;  a strap attached to the sheath, the charm comprising a signal receiver, an LED driver, and a light transmissive surface, wherein the light transmissive surface is internally mounted with at least one LED;  a shutter for appropriately covering the circuit board of the pedestal; wherein the communication device triggers the vibration sensor in a state of an incoming call in a silent mode to cooperate with the central processor to transmit to the communication device to generate a vibration trigger A vibration sensor transmits a message to the central processor, the signal transmitter receives a signal, and transmits the signal to the signal receiver, which in turn drives the LED driver to cause the LED to illuminate.  The shock-absorbing mobile phone case of claim 7, wherein the first transparent hole is disposed at a corner of the transparent back plate, and the base surface of the base is correspondingly provided with a second exposed hole, the shutter Corresponding to the third dew hole, corresponding to the camera window set by the communication device.  The shock-sensitive mobile phone case according to claim 7, wherein the base is a shell-shaped body, and the side surface of the base surface extends, wherein the opposite sides of the two long sides are the long side. The long side corresponds to the button of the communication device to hollow out the button hole, and the mounting area includes a receiving slot, the receiving slot corresponds to the vibration sensor for the circuit board, and the circuit board includes a battery slot, and the corresponding battery slot of the shutter Large holes are provided to replace the battery.