TWM260949U - Body temperature measurement module used in mobile communication device - Google Patents

Description

M260949 IV. Creation Instructions α) [Technical Field to which the New Type belongs] This creation is about a mobile communication device, especially a temperature measurement module used in a mobile communication device. [Previous Technology] Mobile communication devices such as mobile phones have become commonplace in modern people's lives. As shown in FIG. 1, FIG. 1 is a schematic diagram of a battery 4 of a conventional mobile communication device 2. The mobile communication device 2 uses an internal battery 4 to supply the power required by the entire mobile communication device 2. ❿ The battery 4 generally has three electrical contacts, namely a positive contact 6, a negative contact 7, and a temperature contact 8. The positive contact 6 and the negative contact 7 are used to electrically connect a load such as the mobile communication device 2 so that the mobile communication device 2 can perform related functions or to be electrically connected to a charger (not shown). The charger can recharge. The temperature of battery 4 is at room temperature of about 25 ° C, which will exert the best effect. If the temperature of battery 4 is more different from 25 ° C, the battery's storage capacity, charging capacity, shelf life and cycle life will be Will reduce even more. || Generally speaking, the self-discharge rate of battery 4 will increase as the temperature rises, approximately doubling every 10 ° C. Except for nickel-cadmium batteries (its charging chemical reaction is an endothermic reaction), the temperature of other batteries 4 will increase during charging.

Page 5 M260949 4. Creative Instructions (2) The charging method will increase the speed of temperature rise. In order to prevent the battery 4 from overheating during charging and use, the temperature contact 8 is used to measure the temperature of the battery. If the temperature of the battery 4 is detected to be too high, the circuit between the battery 4 and the load or the charger will be cut off. To protect the entire circuit as well as the battery 4. In addition, modern people are busy with work, often have no time to check their bodies frequently, and encounter a bit of physical discomfort. For example, if their temperature rises during SARS virus infection, if they go to the hospital, it will be a little troublesome. It is not easy to carry a thermometer with you. Therefore, the main purpose of this creation is to provide a body temperature measurement module used in mobile communication devices to solve the above problems. [New content] The purpose of this creation is to use a body temperature measurement module used in mobile communication devices, especially to improve the existing components of mobile communication devices, so that mobile communication devices can measure human temperature. This creation is about a body temperature measurement module used in mobile communication devices to measure human body temperature. The mobile communication device includes a battery. The battery includes a first battery temperature contact, a positive contact, and a negative contact. The first battery temperature contact is used to measure the battery. The temperature generated when the positive electrode contact and the negative electrode contact are loaded, or to measure the battery passing through the positive electrode contact and the negative electrode contact

Page 6 M260949 4. Creation Instructions (3) Temperature generated when a charger is connected. The body temperature measurement module includes a second battery temperature contact, an analog-to-digital converter, a switch, a display, and a processor. The second battery temperature contact is used to contact the human body to measure the temperature of the human body to generate an analog temperature signal. The second battery temperature contact is extended from the first battery temperature contact and is disposed on the casing of the mobile communication device Surface 0 The analog-to-digital converter is connected to the second battery temperature contact to convert the analog temperature signal received by the second battery temperature contact into a digital temperature signal. The open relationship is set on the surface of the mobile communication device, and is connected to the second battery temperature contact and the analog digital converter, which are used to perform opening and closing the second battery temperature contact to perform subsequent functions of measuring human temperature . The display is disposed on the surface of the mobile communication device. The processor is used for receiving the digital temperature signal, and displaying the digital temperature signal on the day surface of the display as temperature information. Therefore, with this creation, the temperature measurement in mobile communication devices is used.

Page 7 M260949 4. Creation instructions (4) Module, especially using the temperature contact on the existing battery of the mobile communication device, so that the mobile communication device can measure the human body temperature, and the temperature information is displayed on the display of the mobile communication device. In order to facilitate modern people to understand the temperature changes of their bodies anytime, anywhere. The advantages and spirit of this creation can be further understood through the following creation details and attached drawings. [Embodiment] This creation is about a body temperature measurement module ® set used in a mobile communication device to measure human body temperature. The mobile communication device includes a battery, and the battery 4 includes a first battery temperature contact 8, a positive electrode contact 6, and a negative electrode contact 7 as described in FIG. The first battery temperature contact 8 is used to measure the temperature generated when the battery 4 passes through the positive electrode contact 6 and the negative electrode contact 7 or is used to measure the battery 4 through the positive electrode contact 6 and Temperature generated when the negative contact 7 is connected to a charger. Please refer to FIG. 2a, which is a schematic diagram of the appearance of the back of the creative mobile communication device 30. The appearance of the back of this creative mobile communication device 30 includes a first battery temperature contact 34 and a switch 38. Please refer to FIG. 2b, which is a schematic diagram of the front of the creative mobile communication device 30. In this creative action, the front of the communication device 30 can be seen by a display 40. Please refer to Figure 3, which is a schematic diagram of the body temperature measurement module 32

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Fourth, the creation description (5). The body temperature measuring module 32 is arranged in addition to the second electrical and display device 40 included in the appearance of the communication device 30, and also includes a type of processor 42. 'The second battery temperature contact 3 4 is placed in the casing of the mobile communication device 3 0 to contact the human body to measure the temperature of the human body. The mobile communication device 30, in addition to the mobile cell temperature contact 3 4, the switch 3 8, a digital converter 36, and the battery temperature contact 8 extend the surface, and the second battery temperature contact 3 4 degrees To generate an analog temperature signal, the analog-to-digital converter 36 is connected to the second battery temperature contact 34 to convert the analog temperature signal received by the second battery temperature contact 34 into a digital temperature signal. The switch 38 may be a DIP switch 38 (DIP switch). The switch 38 is provided on the surface of the mobile communication device 30, and is connected to the second battery temperature contact 34 and the analog digital converter 36, which are used to perform opening and closing. The second battery temperature contact 34 is used to perform a subsequent measurement of the human body temperature. The display 40 is disposed on the surface of the mobile communication device 30. The processor 42 is used to receive the digital temperature signal, and display the digital temperature signal on the screen of the display 40 through a management man-machine interface (MM I) with temperature information.

Page 9 M260949 4. Creation instructions (6) Therefore, with this creation, the body temperature measurement module 32 used in the mobile communication device 30 is used, especially the temperature contact on the existing battery 4 of the mobile communication device 30, The mobile communication device 30 can measure the temperature of the human body and display the temperature information on the daytime surface of the display 40 of the mobile communication device 30, so that modern people can understand the temperature change of their body anytime, anywhere. With the detailed description of the above preferred embodiments, it is hoped that the characteristics and spirit of this creation can be described more clearly, and the scope of this creation is not limited by the preferred specific embodiments disclosed above. On the contrary, the intention is to cover various changes and equitable arrangements within the scope of the patents for which this creation is intended to apply.

The M260949 diagram on page 10 is a brief illustration. Figure 1 is a schematic diagram of a conventional mobile communication device battery. Figure 2a is a schematic diagram of the back of the creative mobile communication device. Figure 2b is a schematic diagram of the front of the creative mobile communication device. Three series of schematic diagrams of this creative body temperature measurement module. Explanation of symbols in the drawings: 2, 3 0: mobile communication device 4: battery 6: positive contact 3 4: second battery temperature contact 3 8: switch 42: processor 3 2: body temperature measurement module 8 ·· First battery temperature contact 7: Negative contact 3 6: Analog to digital converter 4 0: Display «

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Claims (1)

M260949 5. Scope of patent application 1. A body temperature measuring module used in a mobile communication device for measuring human body temperature. The mobile communication device includes a battery, and the battery includes a first battery temperature contact. The first battery temperature contact is used to measure the temperature of the battery. The body temperature measurement module includes: a second battery temperature contact used to contact the human body to measure the human body temperature to generate an analog temperature signal The second battery temperature contact is extended from the first battery temperature contact to the surface of the casing of the mobile communication device; an analog digital converter is connected to the second battery temperature contact to connect the first battery temperature contact. The analog temperature signal received by the two battery temperature contacts is converted into a digital temperature signal; a display is disposed on the surface of the mobile communication device; and a processor is used to receive the digital temperature signal and convert the digital The temperature signal is displayed on the screen of the display with temperature information. 2. According to the body temperature measurement module described in item 1 of the scope of patent application, the body temperature measurement module further includes a switch, which is arranged on the surface of the mobile communication device, and is connected to the second battery temperature contact and the The analog-to-digital converter is used to perform opening and closing of the second battery temperature contact to perform subsequent functions of measuring human temperature. 3. The body temperature measuring module according to item 1 of the patent application scope, wherein the battery further includes a positive contact and a negative contact. M260949 on page 12 5. Application patent scope 4. The body temperature measurement module as described in item 3 of the patent application scope, wherein the first battery temperature contact is used to measure the battery through the positive contact And the temperature generated when the negative contact is loaded. 5. The body temperature measuring module according to item 3 of the scope of patent application, wherein the first battery temperature contact is used to measure the battery connected to a charger through the positive contact and the negative contact Temperature. 6. The body temperature measuring module as described in item 1 of the scope of patent application, wherein the processor displays the temperature information on a screen of the reference display through a management man-machine interface (MM I). Page 13