mhurhangee/ep-ind-claims huggingface dataset:
A power supply device comprising: a battery block including a plurality of battery cells, the plurality of battery cells including positive electrodes and negative electrodes, each of the plurality of battery cells including a corresponding one of the positive electrodes and a corresponding one of the negative electrodes at both ends of the each of the plurality of battery cells; lead plates connected to the positive electrode and the negative electrode of the plurality of battery cells to electrically connect the battery cells to one another; and a sheet heater configured to heat the battery cells, wherein the sheet heater is placed on a surface of the plurality of battery cells via one of the lead plates on a side of the negative electrode of the plurality of battery cells, the sheet heater being thermally coupled to the surfaces of the plurality of battery cells, characterized in that a plurality of core modules are disposed in an array in the battery block such that negative electrode surfaces and positive electrode surfaces are alternately disposed while one or more negative electrode surfaces out of the negative electrode surfaces are flush with one or more positive electrode surfaces out of the positive electrode surfaces, the sheet heater includes: a plurality of heating sheet portions configured to heat the negative electrode surfaces of the plurality of core modules; and a joining sheet portion configured to join adjacent ones of the heating sheet portions, and the joining sheet portion is disposed opposed to one of the positive electrode surfaces of the plurality of core modules. a battery block including a plurality of battery cells, the plurality of battery cells including positive electrodes and negative electrodes, each of the plurality of battery cells including a corresponding one of the positive electrodes and a corresponding one of the negative electrodes at both ends of the each of the plurality of battery cells; lead plates connected to the positive electrode and the negative electrode of the plurality of battery cells to electrically connect the battery cells to one another; and a sheet heater configured to heat the battery cells, wherein the sheet heater is placed on a surface of the plurality of battery cells via one of the lead plates on a side of the negative electrode of the plurality of battery cells, the sheet heater being thermally coupled to the surfaces of the plurality of battery cells, the sheet heater includes: a plurality of heating sheet portions configured to heat the negative electrode surfaces of the plurality of core modules; and a joining sheet portion configured to join adjacent ones of the heating sheet portions, and a plurality of heating sheet portions configured to heat the negative electrode surfaces of the plurality of core modules; and a joining sheet portion configured to join adjacent ones of the heating sheet portions, and the joining sheet portion is disposed opposed to one of the positive electrode surfaces of the plurality of core modules.
Industrial truck with at least one display element for displaying preferably graphic information, wherein information about the correct operator control and/or maintenance of the industrial truck can be displayed on the display element, characterized in that the information about the correct operator control and/or maintenance of the industrial truck is stored in the industrial truck, comprises operator instructions for the industrial truck and can be changed by means of a data exchange device.
A delay-locked loop circuit comprising: a delay line circuit configured to receive a reference clock signal (REFCLK) at a first input and a control signal at a second input, and generate a first plurality of clock signals, each clock signal of the first plurality having a different phase delay relative to the reference clock signal; a phase frequency detector circuit coupled to the delay circuit, the phase frequency detector circuit configured to receive a first clock signal and a second clock signal of the first plurality, and generate up and down control signals; a charge pump coupled to receive the up and down control signals and generate charge pump current based on the up and down control signals at an output of the charge pump coupled to the second input of the delay line circuit by way of a voltage control node; and initialization circuit adapted to generate an initialization voltage at an output coupled to the voltage control node; characterized in that the initialization circuit comprises a switched capacitor circuit coupled between a second voltage supply terminal and the voltage control node, the initialization circuit configured to generate non-overlap clock signals based on the reference clock signal and to apply the non-overlap clock signals to a switched capacitor circuit to generate the initialization voltage, based on the reference clock signal frequency. a delay line circuit configured to receive a reference clock signal (REFCLK) at a first input and a control signal at a second input, and generate a first plurality of clock signals, each clock signal of the first plurality having a different phase delay relative to the reference clock signal; a phase frequency detector circuit coupled to the delay circuit, the phase frequency detector circuit configured to receive a first clock signal and a second clock signal of the first plurality, and generate up and down control signals; a charge pump coupled to receive the up and down control signals and generate charge pump current based on the up and down control signals at an output of the charge pump coupled to the second input of the delay line circuit by way of a voltage control node; and initialization circuit adapted to generate an initialization voltage at an output coupled to the voltage control node; characterized in that the initialization circuit comprises a switched capacitor circuit coupled between a second voltage supply terminal and the voltage control node, the initialization circuit configured to generate non-overlap clock signals based on the reference clock signal and to apply the non-overlap clock signals to a switched capacitor circuit to generate the initialization voltage, based on the reference clock signal frequency.
Method for the operation of a transverse-control driver assistance system of a motor vehicle, wherein a future road course is ascertained from environmental and/or operating data of the motor vehicle and at least one transverse control parameter that determines a steering intervention is derived therefrom, characterised in that road banking information which describes a change in the deviation of the transverse course of the road surface from the horizontal is taken into consideration when determining the road course and/or the transverse control parameters, while a lateral track deviation resulting from a change in the road banking is determined for the future road course, taking account of the road banking information, and is corrected by adjustment of the transverse control parameter.
Method for capturing a traffic area using a driver assistance system comprising a monocular image sensor, wherein the monocular image sensor generates temporally successive images (B0, B1, B2, B3) of the traffic area, the optical flow is determined in the individual images (B0, B1, B2, B3), the optical flow is examined for discontinuities and discontinuities in the optical flow which are found are assigned to objects in the traffic area, characterized in that the nature of the terrain beside the road is derived from the captured discontinuities in the optical flow.
A method for a network analytics tool capable of analyzing a time-varying set of parameter values for each of a plurality of measurable parameters and visually outputting a plurality of visualization objects, each of the visualization objects comprising one or more visualization items, each visualization item representative of one of the plurality of measurable parameters, the method comprising: obtaining, for each of the plurality of visualization objects, a value of a first object-related metric; establishing a visualization object ranking on the basis of the value of the first object-related metric and a value of a second object-related metric of each of the plurality of visualization objects, the value of the second object-related metric determined based on a user-specific ranking of measurable parameters independently of the parameter values of the measurable parameter of each visualization item included in the visualization object; and causing generation of a sensory-perceptible output indicative of the visualization object ranking established on the basis of the obtained value of the first object-related metric and the obtained value of the second object-related metric of each of the plurality of visualization objects, wherein obtaining a value of the first object-related metric includes: for each of one or more of the plurality of visualization objects, determining a value of the first object-related metric based at least on the set of parameter values of the measurable parameter of each visualization item included in the visualization object. obtaining, for each of the plurality of visualization objects, a value of a first object-related metric; establishing a visualization object ranking on the basis of the value of the first object-related metric and a value of a second object-related metric of each of the plurality of visualization objects, the value of the second object-related metric determined based on a user-specific ranking of measurable parameters independently of the parameter values of the measurable parameter of each visualization item included in the visualization object; and causing generation of a sensory-perceptible output indicative of the visualization object ranking established on the basis of the obtained value of the first object-related metric and the obtained value of the second object-related metric of each of the plurality of visualization objects, wherein obtaining a value of the first object-related metric includes: for each of one or more of the plurality of visualization objects, determining a value of the first object-related metric based at least on the set of parameter values of the measurable parameter of each visualization item included in the visualization object.
A multilayer metal static cylinder head gasket for establishing a gas/fluid-tight seal between a cylinder head and an engine block, comprising: a pair of functional layers (12, 14) having openings configured to register with a combustion chamber and annular seal beads configured to form a seal about said openings; and a primary compression limiter formed of a separate piece of material from said functional layers, said primary compression limiter extending at least partially about said openings to prevent said seal beads from being fully flattened between the cylinder head and the engine block; characterized by said pair of functional layers (12, 14) having nested protrusions forming a secondary compression limiter spaced radially outwardly from said primary compression limiter. a pair of functional layers (12, 14) having openings configured to register with a combustion chamber and annular seal beads configured to form a seal about said openings; and a primary compression limiter formed of a separate piece of material from said functional layers, said primary compression limiter extending at least partially about said openings to prevent said seal beads from being fully flattened between the cylinder head and the engine block; characterized by said pair of functional layers (12, 14) having nested protrusions forming a secondary compression limiter spaced radially outwardly from said primary compression limiter.
Protective element for protection against ballistic missiles, comprising a plurality of armour plates (13, 15) which are each formed as a perforated plate having a plurality of holes (13.1, 15.1), wherein the holes (13.1, 15.1) of the perforated plates have a different cross-sectional area, characterized in that a plurality of perforated plates (13, 15) have different thicknesses, wherein a perforated plate (13, 15) facing the threat posed by striking missiles is designed to be thicker than a perforated plate facing away from the threat and wherein the thicker plate (13.1) has larger holes than the thinner plate.
A method of cold working a hole through a stack of at least one metal layer and at least one composite layer (26, 28), comprising: placing a sleeve in the hole; forming an interference only between the sleeve and the metal layer, wherein forming the interference includes interposing material between the sleeve and the metal layer, and wherein interposing the material between the sleeve and the metal layer includes applying the material to the metal layer surrounding the hole; and using the sleeve to apply an outwardly directed radial force to only the metal layer by expanding the sleeve by drawing a mandrel through the sleeve while maintaining a gap between the sleeve and the composite layer (26, 28). placing a sleeve in the hole; forming an interference only between the sleeve and the metal layer, wherein forming the interference includes interposing material between the sleeve and the metal layer, and wherein interposing the material between the sleeve and the metal layer includes applying the material to the metal layer surrounding the hole; and using the sleeve to apply an outwardly directed radial force to only the metal layer by expanding the sleeve by drawing a mandrel through the sleeve while maintaining a gap between the sleeve and the composite layer (26, 28).
A spine plate comprising: a body defining a posterior surface, an anterior surface, a first end and a second end; a first pair of bone screw bores (34, 36) situated at the first end and separated from each other by a first distance, each one of the first pair of bone screw bores (34, 36) extending between the posterior surface of the body and the anterior surface of the body; a second pair of bone screw bores (50, 52) situated at the second end and separated from each other by a second distance, each one of the second pair of bone screw bores (50, 52) extending between the posterior surface of the body and the anterior surface of the body; a first channel in communication with the first pair of bone screw bores (34, 36) and extending along the first distance; and a second channel in communication with the second pair of bone screw bores (50, 52) and extending along the second distance; characterized in that: the first and second channels (38, 54) are disposed in the anterior surface of the body; and the first pair of bone screw bores (34, 36) have a first lip (68, 80) extending from the body and around the majority of an annular rim of the respective bone screw bore (34, 36); and the second pair of bone screw bores (50, 52) have a second lip (88, 76) extending from the body and around the majority of an annular rim of the respective bone screw bore (50, 52). a body defining a posterior surface, an anterior surface, a first end and a second end; a first pair of bone screw bores (34, 36) situated at the first end and separated from each other by a first distance, each one of the first pair of bone screw bores (34, 36) extending between the posterior surface of the body and the anterior surface of the body; a second pair of bone screw bores (50, 52) situated at the second end and separated from each other by a second distance, each one of the second pair of bone screw bores (50, 52) extending between the posterior surface of the body and the anterior surface of the body; a first channel in communication with the first pair of bone screw bores (34, 36) and extending along the first distance; and a second channel in communication with the second pair of bone screw bores (50, 52) and extending along the second distance; the first and second channels (38, 54) are disposed in the anterior surface of the body; and the first pair of bone screw bores (34, 36) have a first lip (68, 80) extending from the body and around the majority of an annular rim of the respective bone screw bore (34, 36); and the second pair of bone screw bores (50, 52) have a second lip (88, 76) extending from the body and around the majority of an annular rim of the respective bone screw bore (50, 52).
An apparatus for a near-eye display comprising: a single light source; a first display; a first polarizing beam splitter having a first light input surface that is oriented to receive light from the light source, a first light input transmission surface that is oriented to transmit light received at the first light input surface that has a first polarization, a first display interface surface that is oriented to transmit light received at the first light input surface that has a second polarization and to receive light from the first display, and a first display projection surface that is oriented to transmit the light received at the first display interface surface; a second display; and a second polarizing beam splitter having a second light input surface that is oriented to receive light from the first light input transmission surface, a second display interface surface that is oriented to transmit light received at the second light input surface that has the second polarization and to receive light from the second display, and a second display projection surface that is oriented to transmit the light received at the second display interface surface. a single light source; a first display; a first polarizing beam splitter having a first light input surface that is oriented to receive light from the light source, a first light input transmission surface that is oriented to transmit light received at the first light input surface that has a first polarization, a first display interface surface that is oriented to transmit light received at the first light input surface that has a second polarization and to receive light from the first display, and a first display projection surface that is oriented to transmit the light received at the first display interface surface; a second display; and a second polarizing beam splitter having a second light input surface that is oriented to receive light from the first light input transmission surface, a second display interface surface that is oriented to transmit light received at the second light input surface that has the second polarization and to receive light from the second display, and a second display projection surface that is oriented to transmit the light received at the second display interface surface.
A forming section for a papermaking machine, having a machine direction and a cross-machine direction, which includes: - at least one forming fabric (3, 31, 32) which moves in the machine direction; a head box including a head box slice (1A, 1 B) which provides a jet of paper making stock which impinges at an angle of impingement (α) onto a first forming fabric at a point of impingement; - a roll, about which the first forming fabric (3, 31) passes, and which is located upstream of the head box slice (1A, 1B); - static support elements located downstream of the point of impingement, and which define a fabric path through which each forming fabric (3, 31, 32) passes; wherein the forming section comprises at least one impingement shoe (5, 51, 52) located adjacent to a point of impingement of a stock jet ejected from a head box slice (1A, 1 B) onto a moving forming fabric, the impingement shoe (5, 51, 52) having: (i) a leading edge; (ii) a trailing edge; (iii) a machine side surface adapted to be releasably secured by a securing means to the papermaking machine; and (iv) a paper side surface having predetermined cross-machine direction and machine direction profiles including fabric contacting surfaces adapted to support a papermaker's fabric in sliding contact, characterized in that the paper side surface includes a plurality of vented openings (20, 22) which begin substantially adjacent to the leading edge and end substantially adjacent to the trailing edge, and extend from the paper side surface and through the machine side surface of the impingement shoe (5, 51, 52). - at least one forming fabric (3, 31, 32) which moves in the machine direction; a head box including a head box slice (1A, 1 B) which provides a jet of paper making stock which impinges at an angle of impingement (α) onto a first forming fabric at a point of impingement; - a roll, about which the first forming fabric (3, 31) passes, and which is located upstream of the head box slice (1A, 1B); - static support elements located downstream of the point of impingement, and which define a fabric path through which each forming fabric (3, 31, 32) passes; wherein the forming section comprises at least one impingement shoe (5, 51, 52) located adjacent to a point of impingement of a stock jet ejected from a head box slice (1A, 1 B) onto a moving forming fabric, the impingement shoe (5, 51, 52) having: (i) a leading edge; (ii) a trailing edge; (iii) a machine side surface adapted to be releasably secured by a securing means to the papermaking machine; and (iv) a paper side surface having predetermined cross-machine direction and machine direction profiles including fabric contacting surfaces adapted to support a papermaker's fabric in sliding contact, (i) a leading edge; (ii) a trailing edge; (iii) a machine side surface adapted to be releasably secured by a securing means to the papermaking machine; and (iv) a paper side surface having predetermined cross-machine direction and machine direction profiles including fabric contacting surfaces adapted to support a papermaker's fabric in sliding contact,
Breathing assistance appliance comprising: - an inner compartment comprising an upper wall, - a motorised turbine (1, 10) comprising an electric motor driving a motor shaft carrying at least one impeller wheel, - a volute (4, 5) surmounting said motorised turbine (1, 10) and surrounding at least one portion of said at least one impeller wheel, said volute (4, 5) comprising a gas inlet orifice and a gas outlet orifice, the volute (4, 5) being formed of a lower volute portion and an upper volute portion assembled together so as to define between them, a housing containing the impeller wheel, and characterised by a pavilion surmounting said volute (4, 5), said pavilion comprising a gas passage situated opposite the inlet orifice of the volute (4, 5) so as to make it possible for a fluidic communication between said gas passage of the pavilion and said inlet orifice of the volute (4, 5), and said pavilion being spaced from the upper wall of the inner compartment so as to create between them, a space for circulating gas, several stops having a longitudinally rectilinear or curved-shaped wall, being arranged in the space between the pavilion and the upper wall of the inner compartment. - an inner compartment comprising an upper wall, - a motorised turbine (1, 10) comprising an electric motor driving a motor shaft carrying at least one impeller wheel, - a volute (4, 5) surmounting said motorised turbine (1, 10) and surrounding at least one portion of said at least one impeller wheel, said volute (4, 5) comprising a gas inlet orifice and a gas outlet orifice, the volute (4, 5) being formed of a lower volute portion and an upper volute portion assembled together so as to define between them, a housing containing the impeller wheel, and