Abstract:
Goods which come in different sizes, shapes, numbers, etc. are packed in assemblies which comprise a tray (12) and a plurality of open-top box-like modules (18) which sit snugly side-by-side in the tray (12). Each module (18) is prepacked and contains only one size, shape, etc. goods. At its destination the loaded assembly (10), usually along with other loaded assemblies (10), becomes the display package (B) for the different size, shape, etc. goods. The method of the invention utilizes a lap-top computer working with a mainframe by which the order is placed and immediately gives pricing information. In the case of a custom or tailored order of different numbers various sizes of goods, the computer is able to indicate whether the order will make up a complete shipment of packing assemblies (10), with the correct number of pre-filled modules to fill the trays with none left over.
Abstract:
A merchandising system (10) comprises an elongate hanger (16) having a rear end adapted to be secured to a vertical surface such as a pegboard (12) and a front end formed with a head having a periphery of a certain shape to identify a product to be hung on the hanger. The system further includes the identified product (18) having a similarly shaped hanging opening (26) at its upper end. The opening can be aligned with and made to receive and pass over the head so that the product can hang on its identifying hanger. The system is specifically designed for battery packages. Packages having batteries of a different size will not fit over the head because their openings are not similarly shaped.
Abstract:
This invention relates to a heat sensitive polymer film and to a method for making the same. The film becomes substantially impermeable to air or ion flow above a predetermined temperature and is useful as a separator in electrochemical cells. The film comprises a microporous layer coated on at least one side with a layer of heat-fusible polymer particles.
Abstract:
In a package of batteries of the zinc air type the batteries are received in respective pockets formed in a container base and have their air holes covered by respective covering portions of a unitary element of flexible sheet material, the element including a spine portion attached by adhesive to the base. The batteries are loaded simultaneously into the pockets by an automated filling machine and the flexible sheet element is subsequently applied by an automated labelling machine.
Abstract:
A current interrupt mechanism for electrochemical cells is disclosed. A thermally activated current interrupt mechanism (38) is integrated into an end cap assembly (10) for an electrochemical cell. The thermally responsive mechanism preferably includes a free floating bimetallic disk (40) or a meltable mass of material (175) to break an electrical pathway within the end cap assembly. The end cap assembly also includes integrated therein a pressure responsive current interrupt mechanism (48). The pressure responsive mechanism activates to sever electrical contact between a diaphragm (70) and a plate (80) within the end cap assembly (10) to prevent current from passing through the cell, and may include a diaphragm (70) which ruptures when there is extreme gas pressure buildup.
Abstract:
The invention relates to alkaline cells containing manganese dioxide cathode active material. A substance selected from the group of compounds CaWO4, MgTiO3, BaTiO3, CaTiO3, ZnMn2O4, or Bi12TiO20 or any combination thereof is added to the cathode of conventional alkaline cells typically having an anode comprising zinc and cathode comprising manganese dioxide and an alkaline electrolyte. The additive increases the service life of the cell.
Abstract translation:本发明涉及含有二氧化锰正极活性物质的碱性电池。 将一种选自化合物CaWO 4,MgTiO 3,BaTiO 3,CaTiO 3,ZnMn 2 O 4或Bi 12 TiO 20或其任何组合的物质加入到通常具有包含二氧化锰和碱性电解质的锌和阴极的阳极的常规碱性电池的阴极中。 添加剂增加了电池的使用寿命。
Abstract:
Disclosed is a process for making a lithiated lithium manganese oxide spinel of the formula: Li(1+x)Mn2O4 comprising contacting a lithium manganese oxide spinel of the formula: LiMn2O4 with a lithium carboxylate compound, at a temperature and for a time sufficient to decompose the carboxylate compound and free the lithium to form said lithiated spinel.
Abstract translation:公开了一种制备下式的锂化锂锰尖晶石的方法:Li(1 + x)Mn 2 O 4,包括使式LiMn 2 O 4的锂锰氧化物尖晶石与羧酸锂化合物接触,温度和时间足以 分解羧酸盐化合物并释放锂以形成所述锂化尖晶石。
Abstract:
The invention relates to alkaline cells containing manganese dioxide cathode active material. A substance selected from the group of compounds Bi2O3, PbO2, SnO2, Co3O4, CoO, Bi2O33ZrO3 and K2Cr2O7 is added to the cathode of conventional alkaline cells typically having an anode comprising zinc and cathode comprising manganese dioxide and an alkaline electrolyte. The additive increases the specific capacity (amp-hr/g) of the manganese dioxide in the cathode.
Abstract:
A smart battery device (10) which provides electrical power and which reports predefined battery parameters to an external device having a power management system, includes: at least one rechargeable cell (26) connected to a pair of terminals (31 and 32) to provide electrical power to an external device (28) during a discharge mode, and to receive electrical power during a charge mode, as provided or determined by remote device (28); a data bus for reporting predefined battery identification and charge parameters to the external device; analog devices for generating analog signals representative of battery voltage and current at the terminals, and an analog signal representative of battery temperature at the cell; a hybrid integrated circuit (IC) (32) having a microprocessor (50) for receiving the analog signals and converting them to digital signals representative of battery voltage, current and temperature, and calculating actual charge parameters over time from the digital signals, the calculations including one calculation according to the following algorithm: CAPrem = CAPFC - SIGMA Id DELTA td - SIGMA Is DELTA t + SIGMA ELEMENT cIc DELTA tc wherein ELEMENT c is a function of battery current and temperature; and Is is a function of battery temperature and CAPFC. Superimposed on this equation is reset logic, that self corrects the CAPFC with a capacity calculation at each full charge (EOC) and each end of full discharge.
Abstract translation:提供电力并且向具有电力管理系统的外部设备报告预定义的电池参数的智能电池装置(10)包括:连接到一对端子(31和32)的至少一个可充电电池(26),以提供 在放电模式期间向外部设备(28)供电,并且在由远程设备(28)提供或确定的充电模式期间接收电力; 用于向外部设备报告预定义的电池识别和充电参数的数据总线; 用于产生代表端子处的电池电压和电流的模拟信号的模拟装置,以及表示电池处的电池温度的模拟信号; 具有微处理器(50)的混合集成电路(32),用于接收模拟信号并将其转换成代表电池电压,电流和温度的数字信号,以及从数字信号中随时间计算实际电荷参数,计算 包括根据以下算法的一个计算:CAPrem = CAPFC - SIGMA Id DELTA td - SIGMA是DELTA t + SIGMA ELEMENT cIc DELTA tc其中ELEMENT c是电池电流和温度的函数; 而Is是电池温度和CAPFC的函数。 在该方程上叠加的是复位逻辑,其自身通过在每个完全充电(EOC)和每个完全放电结束时的容量计算自校正CAPFC。
Abstract:
A metal support disk (10) useful in sealing an electrochemical cell exerts a resilient outward radial force against the seal to assure seal integrity over a wide temperature range and exerts an upward force against an adjacent metal end cap terminal (100) to assure continued mechanical and electrical contact with the terminal. The support is a stepped disk having a centrally located, shallow, cylindrical pill-box (12) with the bottom (22) of the pill-box (12) extending radially outward into an annular ring (24). A spring means in the form of an S-shaped rim (26) extends down from the periphery of the ring (24) terminating at its bottom in an outward extending flange (28). The edge of the flange (28) presses a plastic seal member against the inside wall.