CN204760507U - Power consumption end structure for but interactive intelligent battery of data reaches and makes rather than cooperation - Google Patents
Power consumption end structure for but interactive intelligent battery of data reaches and makes rather than cooperation Download PDFInfo
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- CN204760507U CN204760507U CN201520114593.4U CN201520114593U CN204760507U CN 204760507 U CN204760507 U CN 204760507U CN 201520114593 U CN201520114593 U CN 201520114593U CN 204760507 U CN204760507 U CN 204760507U
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- battery
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The utility model discloses a power consumption end structure for but interactive intelligent battery of data reaches and makes rather than cooperation, the battery case tip is provided with the opening, be provided with positive terminal and annular negtive terminal in the opening, be provided with the cyclic annular cylinder of infrared light between positive terminal and the annular negtive terminal, it is provided with infrared transceiver module to pass through the cyclic annular cylinder bottom of infrared light, the power consumption end structure stretches into the opening of intelligent battery through negative pole annular metal contact and anodal column metal touch spare, and respectively with the annular negtive terminal and the positive terminal looks butt of intelligent battery, form the power supply hookup, form a sealed passageway that is used for transmitting infrared information between negative pole annular metal contact and anodal column metal touch spare, through the digital battery information of transmission in this sealed passageway, realized that the battery develops to digital, and battery information required energy consumption in the transmittance process is minimum, transmits more high -efficiently to effectively prevent externally to disturb and receive external disturbance, strong security.
Description
Technical field
The utility model relates to a kind of intelligent battery carrying out data interaction, and the electricity consumption end structure be used in combination with intelligent battery.
Background technology
Battery, as the power source of electronic equipment, is the indispensable important component part of equipment; Along with the continuous enhancing of the intelligentized development of electronic product and function, also more and more higher to the intellectuality of battery, digitized requirement.The battery informations such as the date of production, company-information, battery capacity are generally identified in the external packing of battery by present common batteries, be limited to the limited areal of the external packing of battery, the battery information can recorded is above limited, and user also accurately cannot know the information such as the real-time output voltage values of the residual capacity of common batteries, battery temperature, battery in addition.Some producers are for solving the problem, the detection module detecting battery information is set up in battery, then at battery just, a data exit is set up near negative terminal, power consumption equipment is contacted with the data exit of battery by data lead, information in battery just can be passed to power consumption equipment by data lead, so that power consumption equipment can grasp the specifying information of battery in real time, comprise residual capacity, battery temperature, the real-time output voltage values etc. of battery, user also can get above-mentioned relevant information, but this mode removes by data lead the data leading-out terminal being communicated with battery, easily there is the problem of the data leading-out terminal loose contact of data lead and battery, once there is the problem of loose contact, battery information will be difficult to accurately and reliably be passed to power consumption equipment.
In addition, traditional intelligent battery is when being arranged on power consumption equipment, and the terminal must aiming at the digital independent of power consumption equipment installs the reading that could realize intelligent battery internal information, causes being of limited application of traditional intelligence battery, can not generally be applicable in most equipment, versatility is poor; And have the electronic product of considerable cylindrical battery and application cylindrical battery now, its cylindrical battery also needs digitlization and intellectuality, if still set up a FPDP as the traditional intelligence battery will run into a several difficult problem, one is cylindrical battery end face size limited space, be difficult to arrange more multiport, two are cylindrical batteries is any position of rotation when being mounted to equipment, and FPDP and the device contact of traditional form are difficult to aim at and connect.In addition, traditional intelligent battery, in the process selecting battery, must be installed in fetch equipment, just can know the information about power of present battery by user, user needs to be installed in fetch equipment one by one to carry out detecting then just can select suitable intelligent battery battery, and operation is inconvenience comparatively.And cell production companies is in the process of batch micro operations battery, battery is being carried out in the detection of self discharge or charged maintenance, need in battery, be filled with part electricity and then detect, existing way needs staff by information labeling record then comparison related datas on battery one by one such as actual electricity, voltages, workload is comparatively large, and efficiency is also lower.
Summary of the invention
The utility model provides a kind of intelligent battery that can carry out accurately, reliably carry out data interaction with power consumption equipment, and provide that a kind of and above-mentioned intelligent battery is used in combination, simple electricity consumption end structure reliably again.
Described in the utility model can the intelligent battery of data interaction, its shape can be prismatic, also can be column type, battery container end is provided with peristome, in peristome, middle position is provided with positive terminal, positive terminal periphery is provided with annular negative terminal, infrared light ring-type cylinder is provided with between positive terminal and annular negative terminal, be provided with infrared transceiver module bottom saturating infrared light ring-type cylinder, be also provided with battery inner core in housing and in order to detect and the battery control circuit of storage batteries information; Battery inner core positive pole is connected with the electrode input end of battery control circuit, and negative pole is connected with the negative input of battery control circuit; The signal transmitting and receiving end of battery control circuit is connected with infrared transceiver module, cathode output end is connected with the positive terminal of battery container, cathode output end is connected with annular negative terminal, and described infrared transceiver module is in order to send the battery information passed over by Battery control module or the information sent by outside received is passed to Battery control module.
Described in the utility model can the intelligent battery of data interaction, battery container is provided with battery control circuit, described battery control circuit is in order to detect and storage batteries information, battery information comprises the date of production, company-information, battery total capacity, real-time residual capacity, battery temperature, the information such as the real-time output voltage values of battery, the signal transmitting and receiving end of battery control circuit is electrically connected with the infrared transceiver module inside saturating infrared light ring-type cylinder, battery container end is provided with peristome, positive terminal and annular negative terminal is provided with in peristome, infrared light ring-type cylinder is provided with between positive terminal and annular negative terminal, circular positive pole external terminal is enclosed in inner side by saturating infrared light ring-type cylinder, and annular negative pole external terminal is isolated in outside, can by positive terminal and annular negative terminal completely isolated, avoid positive terminal and annular negative terminal contacting each other, simultaneously, the infrared signal that infrared transceiver module sends can send with circular form by this saturating infrared light ring-type cylinder, enhance angle and orientation that infrared signal outwards launches, power consumption equipment end is more prone to receive the infrared signal that intelligent battery sends over.User is when selecting intelligent battery, only need by intelligent battery close to fetch equipment, infrared signal is sent on fetch equipment by intelligent battery, fetch equipment just may be read into intelligent battery information and shows, therefore this intelligent battery only need can be completed the detection of battery information by user near fetch equipment, simple to operation, contribute to user's quick-pick and detect battery.And when battery being detected in manufacturing process, just can associated batteries information be written in intelligent battery after battery being charged to certain capacity, eliminate the work that staff carries out labeling record, significantly reduce workload, and checkout equipment just can complete the identification of battery identity information by the information reading intelligent battery and reach the testings such as comparing, greatly improve accuracy rate and the detection efficiency of test.
The utility model additionally provides the electricity consumption end structure that a kind of and above-mentioned intelligent battery is used in combination, comprise the annular pressure cap that its one end is provided with opening, infrared light ring-type cylinder is provided with in annular pressure cap, infrared transceiver module is provided with inside saturating infrared light ring-type cylinder, gap between saturating infrared light ring-type cylinder and annular pressure cap is provided with negative pole annular metal contact, the inner side of saturating infrared light ring-type cylinder is provided with positive pole column metal contact element, described electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, and offset with annular negative terminal and positive terminal respectively, one is formed for transmitting the seal channel of infrared information between negative pole annular metal contact and positive pole column metal contact element.
Electricity consumption end structure described in the utility model, infrared light ring-type cylinder is provided with in annular pressure cap, negative pole annular metal contact is provided with between saturating infrared light ring-type cylinder and annular pressure cap, the inner side of saturating infrared light ring-type cylinder is provided with positive pole column metal contact element, electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, and offset with annular negative terminal and positive terminal respectively, one is formed for transmitting the seal channel of infrared information between negative pole annular metal contact and positive pole column metal contact element, the infrared signal that the infrared transceiver module of intelligent battery and electricity consumption end structure sends transmits in sealing passage, realize the transmission of battery information between intelligent battery and electricity consumption end structure, rely on sealing passage simultaneously, infrared signal can be avoided to the possibility of outward leakage, transmit more safe and reliable, confidentiality is better, in addition, electricity consumption end structure can be arranged on power consumption equipment or charging device, when the negative pole annular metal contact of electricity consumption end structure and positive pole column metal contact element offset with the annular negative terminal of intelligent battery and positive terminal respectively, can realize the power supply of power consumption equipment or intelligent battery is powered, simple to operation, seal cavity simultaneously by being formed after being offseted with annular negative terminal and positive terminal respectively by negative pole annular metal contact and positive pole column metal contact element, realize the transfer of data between electricity consumption end and intelligent battery, facilitate user can Real-time Obtaining to the battery information of intelligent battery.In addition, rely on sealing space, and the infrared transceiver module of electricity consumption end and the infrared transceiver module of intelligent battery are separated by nearer, only the lower energy consumption of need can realize transfer of data to each other, so while realizing the transmission of intelligent battery digital information, also working long hours of intelligent battery can be ensured.
The utility model additionally provides another kind of electricity consumption end structure, comprise the cavity in order to placing battery, its one end is provided with infrared light ring-type cylinder, infrared transceiver module is provided with bottom saturating infrared light ring-type cylinder, saturating infrared light ring-type cylinder periphery is provided with Semicircular positive contact part, and the cavity other end is provided with negative pole resilient contact.
Another kind of electricity consumption end structure described in the utility model, information interaction is realized by infrared transceiver module and intelligent battery, positive contact part and negative pole resilient contact are separately positioned on the two ends of cavity, to coordinate the structure of most of battery two ends power taking, increase the scope of application of electricity consumption end structure, meet the instructions for use of most of battery.
Accompanying drawing explanation
Fig. 1 is that the utility model can the intelligent battery structure partial schematic diagram one of data interaction;
Fig. 2 is that the utility model can the intelligent battery structure partial schematic diagram two of data interaction;
Fig. 3 is the utility model electricity consumption end structure schematic diagram;
Fig. 4 is the utility model intelligent battery and electricity consumption end using state figure mono-;
Fig. 5 is the utility model another kind of electricity consumption end structure schematic diagram;
Fig. 6 is the utility model intelligent battery and electricity consumption end using state figure bis-.
Embodiment
As shown in Figure 1, 2, a kind of can the intelligent battery of data interaction, comprise battery container 11, battery container 11 end is provided with peristome, circular positive terminal 12 and annular negative terminal 13 is provided with in peristome, infrared light ring-type cylinder 14 is provided with between circular positive terminal and annular negative terminal, be provided with infrared transceiver module 15 bottom saturating infrared light ring-type cylinder, described infrared transceiver module 15 is in order to launch the battery information passed over by Battery control module or the information sent by outside received is passed to Battery control module; Battery inner core, is positioned at battery container, and battery inner core positive pole is connected with the electrode input end of battery control circuit, and battery inner core is connected with the negative input of battery control circuit; Battery control circuit, be positioned at battery container, in order to detect and storage batteries information, its signal transmitting and receiving end is electrically connected with the infrared transceiver module bottom saturating infrared light ring-type cylinder, cathode output end is electrically connected with circular positive terminal, and cathode output end is connected with annular negative terminal.
In addition, the tail end of battery container is provided with negative terminal, negative terminal is connected with the cathode output end of battery control circuit.Also be provided with negative terminal by the tail end at intelligent battery, this intelligent battery can be allowed to meet instructions for use that its battery intracavity electrode of most of power consumption equipment is arranged on two ends, strengthen the versatility of this intelligent battery.
As Fig. 3, the electricity consumption end structure 2 be used in combination with above-mentioned intelligent battery shown in 4, comprise the annular pressure cap 21 that its one end is provided with opening, infrared light ring-type cylinder is provided with in annular pressure cap, infrared transceiver module is provided with bottom saturating infrared light ring-type cylinder, negative pole annular metal contact 23 is provided with between saturating infrared light ring-type cylinder and annular pressure cap, the inner side of saturating infrared light ring-type cylinder is provided with positive pole column metal contact element 22, described electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, and the annular negative terminal of battery and positive terminal abut against respectively, formed for electrically connecting, between negative pole annular metal contact and positive pole column metal contact element, form one for transmitting the seal channel of infrared information simultaneously.
Negative pole annular metal contact in electricity consumption end structure is connected with annular pressure cap by elastic component with positive pole column metal contact element, and saturating infrared light ring-type cylinder is provided with position limiting structure at the opening part of annular pressure cap.Elastic component can be spring, between spring is arranged on bottom the bottom of negative pole annular metal contact and positive pole column metal contact element and annular pressure cap, position limiting structure can be annular stop block, screens block is respectively provided with in the bottom of negative pole annular metal contact and positive pole column metal contact element, negative pole annular metal contact and positive pole column metal contact element stretch out annular pressure cap opening under the action of the spring, screens block bottom it engages with the annular stop block of saturating infrared light ring-type cylinder respectively at the opening part of annular pressure cap, described electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, and offset with annular negative terminal and positive terminal respectively, the seal channel that an infrared information transmits is formed between negative pole annular metal contact and positive pole column metal contact element.By saturating infrared light ring-type cylinder, the opening part of annular pressure cap is provided with annular stop block, this annular stop block can engage with the screens block of negative pole annular metal contact with the bottom of positive pole column metal contact element, negative pole annular metal contact and positive pole column metal contact element is avoided to depart from annular pressure cap, when electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, spring is relied on to promote negative pole annular metal contact and the outside active force of positive pole column metal contact element, negative pole annular metal contact can be pushed tightly and positive pole column metal contact element offsets with annular negative terminal and positive terminal respectively, to form the seal channel of an infrared light information transmission between negative pole annular metal contact and positive pole column metal contact element.
In addition, the height of saturating infrared light ring-type cylinder is higher than positive terminal and annular negative terminal, when electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, because the height of infrared light ring-type cylinder is higher than positive terminal and annular negative terminal thoroughly, the negative pole annular metal contact of electricity consumption end structure can be allowed to contact with annular negative terminal and positive terminal respectively smoothly and correctly with positive pole column metal contact element, so that intelligent battery is installed to electricity consumption end structure, and be not easy to rock.
Another kind of electricity consumption end structure 3 as shown in Figure 5,6, comprise the cavity in order to placing battery, its one end is provided with infrared light ring-type cylinder, infrared transceiver module is provided with bottom saturating infrared light ring-type cylinder, saturating infrared light ring-type cylinder periphery is provided with Semicircular positive contact part 31, and the cavity other end is provided with negative pole resilient contact.This electricity consumption end structure realizes information interaction by infrared transceiver module and intelligent battery, positive contact part and negative pole resilient contact are separately positioned on the two ends of cavity, to coordinate the structure of most of battery two ends power taking, increase the scope of application of electricity consumption end structure, meet the instructions for use of most of battery.
Claims (8)
1. can the intelligent battery of data interaction, it is characterized in that: comprise battery container, battery container end is provided with peristome, in peristome, middle position is provided with positive terminal, positive terminal periphery is provided with annular negative terminal, be provided with infrared light ring-type cylinder between positive terminal and annular negative terminal, bottom ring-type cylinder, be provided with infrared transceiver module, be also provided with battery inner core in housing and in order to detect and the battery control circuit of storage batteries information; Battery inner core positive pole is connected with the electrode input end of battery control circuit, and negative pole is connected with the negative input of battery control circuit; The signal transmitting and receiving end of battery control circuit is connected with infrared transceiver module, cathode output end is connected with the positive terminal of battery container, cathode output end is connected with annular negative terminal, and described infrared transceiver module is in order to send the battery information passed over by Battery control module or the information sent by outside received is passed to Battery control module.
2. according to claim 1 can the intelligent battery of data interaction, it is characterized in that: the height of infrared light ring-type cylinder is higher than positive terminal and annular negative terminal thoroughly.
3. according to claim 1 can the intelligent battery of data interaction, it is characterized in that: in battery control circuit, comprise holder.
4. according to claim 1 can the intelligent battery of data interaction, it is characterized in that: the tail end of battery container is provided with negative terminal, negative terminal is connected with the cathode output end of battery control circuit.
5. one kind with claim 1-4 arbitrary described can the electricity consumption end structure that is used in combination of the intelligent battery of data interaction, it is characterized in that: comprise the annular pressure cap that its one end is provided with opening, infrared light ring-type cylinder is provided with in annular pressure cap, infrared transceiver module is provided with bottom saturating infrared light ring-type cylinder, negative pole annular metal contact is provided with between saturating infrared light ring-type cylinder and annular pressure cap, the inner side of saturating infrared light ring-type cylinder is provided with positive pole column metal contact element, described electricity consumption end structure extend into the peristome of intelligent battery by negative pole annular metal contact and positive pole column metal contact element, and the annular negative terminal of battery and positive terminal abut against respectively, formed for electrically connecting, between negative pole annular metal contact and positive pole column metal contact element, form one for transmitting the seal channel of infrared information simultaneously.
6. according to claim 5 can the electricity consumption end structure that is used in combination of the intelligent battery of data interaction, it is characterized in that: the negative pole annular metal contact in electricity consumption end structure is connected with annular pressure cap by elastic component with positive pole column metal contact element.
7. according to claim 5 can the electricity consumption end structure that is used in combination of the intelligent battery of data interaction, it is characterized in that: infrared light ring-type cylinder is provided with position limiting structure at the opening part of annular pressure cap thoroughly.
8. one kind with according to claim 4 can the electricity consumption end structure that is used in combination of the intelligent battery of data interaction, it is characterized in that: comprise the cavity in order to placing battery, its one end is provided with infrared light ring-type cylinder, infrared transceiver module is provided with bottom saturating infrared light ring-type cylinder, saturating infrared light ring-type cylinder periphery is provided with Semicircular positive contact part, and the cavity other end is provided with negative pole resilient contact.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520114593.4U CN204760507U (en) | 2015-02-17 | 2015-02-17 | Power consumption end structure for but interactive intelligent battery of data reaches and makes rather than cooperation |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520114593.4U CN204760507U (en) | 2015-02-17 | 2015-02-17 | Power consumption end structure for but interactive intelligent battery of data reaches and makes rather than cooperation |
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| CN204760507U true CN204760507U (en) | 2015-11-11 |
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| CN201520114593.4U Withdrawn - After Issue CN204760507U (en) | 2015-02-17 | 2015-02-17 | Power consumption end structure for but interactive intelligent battery of data reaches and makes rather than cooperation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104659431A (en) * | 2015-02-17 | 2015-05-27 | 刘礼刚 | Data-interactive intelligent battery and electricity using terminal structure matched with same in use |
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2015
- 2015-02-17 CN CN201520114593.4U patent/CN204760507U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104659431A (en) * | 2015-02-17 | 2015-05-27 | 刘礼刚 | Data-interactive intelligent battery and electricity using terminal structure matched with same in use |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20160705 Address after: 510000 Guangdong province Guangzhou Science City, No. 31 Southern China new material Ke Feng Lu Park G8-202 Patentee after: Guangzhou KENTLI Electronic Technology Co., Ltd. Address before: 510630 Guangdong city of Guangzhou province Tianhe District Zhongshan Avenue, No. 18 West China and Hong Kong Garden Room 808 Patentee before: Liu Ligang |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20151111 Effective date of abandoning: 20170517 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20151111 Effective date of abandoning: 20170517 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |