664 results about "Dry cell" patented technology

A method and a system for supplying power to a microcontroller with a single cell. One embodiment of the present invention discloses incorporation of a power supply pump circuit with the microcontroller and their dynamic interaction. The microcontroller sends its power requirements to the power supply pump circuit and in response, the power supply pump circuit controls the operating voltage with optimal efficiency. The dynamic update of power supply pump circuit results in an efficient use of the power supply pump circuit and thus results in a reduction of the number of dry cell batteries to only a single cell. Incorporation of the microcontroller and power supply pump circuit onto a single chip reduces the pin number requirements as well as the space required on the printed circuit board.

A vehicle designed to detect, identify, and establish the location of portable objects in a building or structural space, such as portable medical equipment in a hospital environment, that move from place to place as they are used. The vehicle system provides for automatic detection and correlation of the objects' locations, while the vehicle is propelled within the structural environment, using passive radio frequency transponder technology to detect the presence of tagged objects and tagged fixed locations, basic identification of the object or spatial location replying to the interrogation, and time-stamped correlation of objects and spatial locations. The transmitters and antennae are mounted in the vehicle and are protected from environmental hazards such as pressure washing. An integrated microprocessor performs the requisite algorithms needed to process the reply from one or more Radio Frequency IDentification (RFID) tags, correlates the data and transmits the data, via a wireless RF modem mounted to the vehicle, to a central modem for storage and processing. Rechargeable dry cell or gel batteries power the vehicle's electronics for 24 hours or more, and the vehicle is equipped with an onboard battery charger that can be plugged into a standard AC power socket.

The invention provides a highly oil-containing monoraphidium and culture and application thereof, the monoraphidium strain is SS-B1, the classification and nomenclature of the monoraphidium is monoraphidium sp, the monoraphidium is preserved in CGMCC (China General Microbiological Culture Collection Center) on April 15, 2013, and the preservation number is CGMCC No.7479. The monoraphidium strain is able to tolerate high concentrations of CO2 and SO2, highly oil-containing biological matters can be obtained by light autotrophic growth by use of CO2 and SO2 containing waste gas or flue gas, the carbon fixation efficiency is high, cell total lipid content accounts for more than 40% of dry cell weight, and biodiesel can be produced.

The invention relates to a solar-powered device for paid recycling of waste cells, containing a box body, a box door and a box top, wherein a dry cell and lithium cell inlet and an environmental bag providing opening are arranged on one side of the front surface of the box body, the inner end of the dry cell and lithium cell inlet is connected with a waste cell storage cavity, and the inner end of the environmental bag providing opening is connected with an environmental bag storage cavity; the other side of the front surface of the box body is provided with a card inserting opening, a display screen, an associated button and a locking eye; the back surface of the box body is provided with a back box locking eye and an accumulation cell; and the box door is provided with various opening holes consistent to a structure and a position of the front surface of the box body, a solar cell panel is arranged on the box top, the solar cell panel provides electric power for each component, the information of each working component is integrally processed and controlled by a control chip, and the processed information is displayed on a display screen. The invention provides the device for paid recycling of the waste cells, which uses the modes of rewarding with a real object, or calculating integrals for uniform award, thus positively developing a recycle operation of the waste cells.

The invention discloses a method and a system for networking wireless water meters or wireless gas meters. The method comprises the following steps: carrying out regional division on wireless water meters or wireless gas meters in some residence community; reading all meters in one region by a concentrator, recording wireless signal intensity information of all levels of relay meters capable of directly reading; finding out all levels of stably reading relay meters through the wireless signal intensity analysis, and sequencing according to the priority sequence from the weak signal intensity to the strong signal intensity; finding out the reading ranges of all levels of relay meters according to the sequence; and finishing the regional networking by the concentrator, networking the meters regionally by the concentrator, finally finishing the networking in the residence community, and managing the meters according to routing information. The method is completely opposite to a conventional meter end self-networking mode, the concentrator is adopted to help the wireless water meters or the wireless gas meters to network, and the power consumption required by networking is reduced greatly, so that the requirement that the wireless water meters or the wireless gas meters supplied with power by batteries are used for more than 7 years is met.

The invention discloses an automatic dismantling and separating device for a waste dry cell and a dismantling and separating method, The automatic dismantling and separating device comprises a roller, a belt, a grinding wheel group, a firing pin, a cutter and a vibrating screen, wherein the conveyor belt is provided with a plurality of rubber partition plates; the grinding wheel group is arranged on the conveyor belt; the first side of the conveyor belt is provided with the cutter and the firing pin; the second side of the conveyor belt is provided with the vibrating screen. A first roller, a grinding wheel, the cutter and the firing pin are powered on; the waste dry cells are fixedly arranged between two adjacent partition plates of the belt one by one. Along with the movement of the belt, two ends of each waste dry cell are cut off by the grinding wheel rotating at high speed, paste and a carbon bar of the dry cell are pushed out of a shell of the dry cell through the firing pin, and a zinc skin is separated from a plastic skin through the cutter. The automatic dismantling and separating device and dismantling and separating method for the waste dry cell have the advantages that a paste electrolyte, a zinc drum and the carbon bar can be comprehensively recycled, and the processing working efficiency and a separation effect of the waste dry cell can be improved.

The invention relates to the technical field of batteries of electric automobiles, specifically to a high water-resistant thermal-insulation battery box for an electric automobile. The battery box comprises a sealed box, a plurality of battery cells in the box and a radiator arranged in the box and connected with the plurality of battery cells, wherein each battery cell is provided with a heating device, and a battery box controller connected with the heating devices through a control circuit is arranged in the box. According to the invention, hollow heating radiating panels are arranged for heat radiation of each battery cell module, so uniform heat radiation of the battery cell modules is guaranteed, and heat radiation efficiency is improved. The heating devices are used for electric heating of the battery box when the battery box is in a low temperature state so as to guarantee reliable operation of a power lithium battery; through real time monitoring of heating plates, temperature homogeneity of a battery pack is guaranteed; the problems of heat radiation during working of batteries of an electric passenger car, heating during cold start-up and the like are overcome; and the battery box is safe and reliable and can be conveniently and rapidly dismounted.

A flashing warning light apparatus (10) for warning motorists in oncoming traffic that an object such as a car is stopped near the highway ahead. The apparatus (10) includes a housing (24) with an array of lights (12) on the front and possibly also the rear faces. Sensors (14) front and back sense oncoming traffic. A switch (36) allows the user to cause the arrays of lights (12) to flash continuously or only when oncoming traffic is sensed. The device may be powered by the car battery through a cigarette lighter adapter (34), dry cell batteries (28) or a solar cell (44).

The invention discloses an obtaining and an application of an oil-producing monoraphidium LB59, and relates to a screening and culturing technology of an oil-producing micro-alga. Through subjecting alga seeds separated from a field environment to 18SrDNA sequence analysis and morphological identification, the alga is determined to be a member of Monoraphidium, and the sequence is SEQ ID No.1. The oil-producing monoraphidium LB59 disclosed by the invention can tolerate high-concentrate sodium bicarbonate, is suitable for open type culture, is rich in grease, the grease content can reach 30.2% of dry cell weight under the condition that a growth and collection rate of 23.6g/m<2>d is held, and the fatty acid contains more than 20% of C-18 3-olefine acid and C-18 4-olefine acid.

The invention discloses a power battery equalizing charge method and system. When a battery system formed by connecting a plurality of battery modules in series is charged till voltage of any battery module reaches charge cut-off voltage or the battery system reaches upper limit charge voltage, a battery management system or an external detection control circuit automatically opens an external charge circuit, equalizing charge units start to play an equalizing charge role, each charge equalizing module starts to execute a unified constant-voltage charge process until all the battery modules reach output voltage values of the equalizing modules, and equalizing charge is completed. By the adoption of the equalizing charge method, even after long-time use, single batteries can still keep good consistency, and the overall service life of the battery system is prolonged. Through the method, a mutually parallel equalizing charge mode of the battery modules or the single batteries in the battery system is achieved; in the equalizing charge mode, no energy exchange or loss is generated in the battery system, and the method is simple and easy to implement.

The invention relates to a positive electrode material of the alkali dry battery and a preparation method thereof and an alkali dry battery, belonging to the battery field. The technical problem to be solved by the invention is to provide a positive electrode material with low cost of the alkali dry battery and an alkali dry battery. The positive electrode material of the alkali dry battery comprises a positive electrode active ingredient, wherein the positive electrode active ingredient is a mixture of manganese dioxide and a compound with barium or calcium, and the content of the compound with barium or calcium is 0.1-5wt% of the positive electrode active ingredient. The positive electrode material of the invention can increase the high power discharge performance of the alkali dry battery, have low cost and easy promotion and application, provide a new choice for the field and have wide application prospects.

The invention provides a battery pack, which comprises a shell, an anode terminal, a cathode terminal, a plurality of battery units, a battery connecting sheet, an anode leading-out terminal connecting sheet and a cathode leading-out terminal connecting sheet, wherein the plurality of battery units are accommodated in the shell; the battery connecting sheet is used for electrically connecting theplurality of battery units; the anode leading-out terminal connecting sheet is used for connecting at least one of the plurality of battery units with the anode terminal; the cathode leading-out terminal connecting sheet is used for connecting at least one of the plurality of battery units with the cathode terminal; and at least one of the anode leading-out terminal connecting sheet and the cathode leading-out terminal connecting sheet comprises a plurality of metal sheets.

The invention discloses a waste battery recycling system and a recycling method. The system and method are as below: the waste dry batteries are subjected to two crushing to obtain components of powdered carbon, paper, film, plastics, carbon rods, iron, zinc and copper; the components are dried and have mercury removed, and sent into a vibration sieve to separate powdered carbon; the remaining components are sent into a vibration sieve in a next device; at the same time a blower and a suction fan are arranged on both sides of the vibration sieve in a line, so that lighter components containing paper, film and plastics are blown into a storage barrel and a space bag, and remaining iron, carbon rods, zinc and copper are sent into a conveyor belt of a magnetic separation device to isolate the iron; the remaining carbon rods, zinc and copper are crushed by a biaxial crusher; the carbon rods are crushed into powdered carbon, which is separated and sent into the space bag; and the remaining zinc and copper are sent into an eddy current separator for separation. The invention can carry out effective and environment-friendly recycling, harmless treatment and recycling on waste batteries, and realizes a self existence and continuously fixed recycling mode of resources.

The invention relates to a plastic mask nose bridge batten which comprises the following material components in percentage by weight: 75-85% of polypropylene, 14-22% of polyvinyl chloride (PVC) and 1-3% of setting agent. The plastic mask nose bridge batten is formed by utilizing a screw extruder to carrying out pulling and winding. The plastic mask nose bridge batten of the invention replaces the original metallic nose bridge batten and is especially suitable for being used in dry battery plants, coal mining fields and other occasions capable of generating strong static electricity easily.

The invention relates to a special automatic cleaning instrument for low-voltage direct current electromagnetic pulse-type contact lenses. The cleaning instrument comprises a movable upper cover and a shell, wherein the movable upper cover is movably connected with the shell; the shell comprises a fixing plate and a lower bottom cover; the fixing plate is fixedly connected with the lower bottom cover; a control circuit, a power part and a cleaning part are arranged in the shell; and a USB charging port is formed on the lower bottom cover. The special automatic cleaning instrument is smaller in size and more convenient to carry, and the cleaning instrument avoids a problem of a No.7 dry battery which is frequently changed and is more environment-friendly; the cleaning instrument is stronger in dirt-removing power, and is specifically suitable for cleaning various contact lenses; and the cleaning instrument can guarantee perfect combination of damping variable frequency ultrasonic and button battery, a USB charger and sharp vibrating energy irreproachably.

The invention is suitable for the technical field of the Internet of Things, and provides an Internet of Things battery electric quantity measurement method, device, system and equipment and a storagemedium, and the method comprises the steps: obtaining the electric quantity parameter information of a to-be-measured Internet of Things battery, and the electric quantity parameter information comprising voltage information, current information, temperature information and continuous working time information; according to the electric quantity parameter information and a preset battery electricquantity measurement model, determining the residual electric quantity of the Internet of Things battery; wherein the preset battery electric quantity measurement model is generated by training a plurality of pre-collected battery discharge samples carrying electric quantity parameter information through a deep learning neural network. According to the method, the electric quantity influence factors are fully considered, the battery electric quantity measurement model established according to the deep neural network and a large amount of sample data is utilized, the accurate battery remainingelectric quantity value can be obtained directly through the battery electric quantity parameters in the using process, and the method can be suitable for a scene with sudden large current.

The material of positive pole includes compound of containing 0.l%- 20% of barium or calcium according to weight ration. Barium manganate or calcium manganate is optimal. The invention also discloses method for preparing alkaline cell in high power. Admixture from barium manganate or calcium manganate and hydroxy nickel oxide or admixture from hydroxy nickel oxide and manganese dioxide is as active material of positive pole so as to obtain new type alkaline dry battery with long service time and good storage quality. Comparing with nickel zinc cell in current market, the disclosed cell raises current capability more than 30%, and storage quality more than 50%.

A field test-kit for analyzing arsenic concentration in water samples is provided. The kit includes a portable infrared beam photometer for measuring light absorbance in aqueous specimens. An infrared light emitting diode is configured to direct a beam of light through a specimen. A photodetector diode measures the intensity of light passing through the specimen. The photodetector output voltages relate to the light absorbed in the specimen and are displayed on a liquid crystal display screen. The kit is assembled using off-the-shelf electronic and opto-electronic components that have low power requirements. Dry cell batteries or solar cells power the kit. To test for arsenic, molybdenum based chemistries are used to selectively bind and convert arsenates and phosphates in the specimen into molybdenum-blue color complexes. The light absorbance of a specimen with both arsenates and phosphates bound in molybdenum-blue color complexes is compared to that of a reference specimen in which phosphates but not arsenates are bound and converted. The differential light absorbance of the two specimens is used to arrive at a quantitative value for the arsenic concentration in the water sample.

The invention discloses a mobile battery charging/changing station for an electric vehicle. The mobile battery charging/changing station comprises a trailer, wherein a plurality of batteries are placed on a deck in a trailer carriage and are respectively connected with a charging machine arranged in the carriage, and the charging machine is connected with a controller arranged in the carriage; and the connections between the batteries and the charging machine as well as electric appliances on the electric vehicle and between the batteries are realized through battery leads in a slipknot manner or a threaded manner. According to the invention, the functions of the traditional fixed type battery charging/changing station are mobilized through the trailer; the batteries can be placed on the trailer conveniently and firmly only by slightly changing the trailer; and the batteries can be charged in any places capable of supplying electric energy as long as the charging machine and other accessory equipment are arranged in the trailer carriage, and the trailer can also be driven to any places in need so as to change the batteries for the electric vehicles. The mobile battery charging/changing station disclosed by the invention does not occupy fixed places, is flexible and convenient for battery charging and changing and low in investment, and has very good economic and social benefits.

The invention discloses a method for recovering highly pure manganese dioxide from waste manganese dry batteries, and a catalysis application of the highly pure manganese dioxide. The method concretely comprises the following steps: carrying out fragmenting sorting, vibration screening, water washing desalination, alcohol washing degreasing, alkali washing, pickling and neutral water washing on waste dry batteries, filtering out manganese dioxide-containing black powder, mixing the manganese dioxide powder with a strong oxidation additive or strong oxidant solution under closed conditions through using the catalysis activity of manganese dioxide, and carrying out low temperature oxygen-rich roasting to remove carbon and acetylene black in order to prepare the highly pure manganese dioxide which can be applied to catalytic degradation of petroleum chemical engineering phenol wastewater. The idea of treating wastes by using wastes is used to reasonably utilize solid wastes and separate and purify the active catalyst used for treating industrial wastewater. The method has the advantages of low energy consumption, greenness and environmental protection, simple process flow, realization of avoiding of pyrolysis of manganese dioxide through low temperature oxygen-rich roasting and conversion of low-valence alkali manganese salt, high purity and large output of the above product, high recovery rate, rapid catalytic degradation of the petroleum chemical engineering phenol wastewater, and high catalytic degradation efficiency, and allows the chemical oxygen demand (COD) of treated industrial wastewater to reach national industrial wastewater discharge standards.

The invention relates to a novel battery which adopts vanadic sulfate as active material for an anode and a cathode of the battery. The active material for the anode is paste solid material of mixture of sulfates with 5 valence vanadium and 4 valence vanadium respectively (among which the content of sulfates with 5 valence vanadium and 4 valence vanadium is 50 percent respectively. ), sulfate, lithium sulfate, graphite powder, polyviny1 alcohol and water mixed evenly by the proportion of 40 to 80 per cent: 1 to 10 per cent:1 to 10 per cent:5 to 20 per cent:1 to 5 per cent:5 to 15 per cent and filled solidly. The active material for the cathode is the paste solid material of mixture of sulfates with 3 valence vanadium and 2 valence vanadium respectively (among which the content of sulfates with 3 valence vanadium and 2 valence vanadium is 50 per cent respectively), sulfate, lithium sulfate, graphite powder, polyviny1 alcohol and water mixed evenly in the proportion of 40 to 80 per cent: 1 to 10 per cent:1 to 10 per cent:5 to 20 per cent:1 to 5 per cent:5 to 5 per cent and filled solidly. The battery provided by the invention is a rechargeable vanadium battery of dry type. The invention is characterized by good electrochemical reversibility and long cycle life due to adopting vanadium element of ionic status as the active material. The vanadic sulfate of the active material is made into paste solid, thus presenting the advantages of a dry battery.