mhurhangee/ep-ind-claims huggingface dataset:
Battery module comprising a housing, at least one connection element, in particular a connection plug, and a plurality of electrochemical energy storage cells within the housing, wherein the battery module comprises at least one fuse (10; 20; 30; 40; 50; 60) which has a fusible conductor (11; 62), characterized by the following feature: a. the fuse (10; 20; 30; 40; 50; 60) comprises a wire strand (11; 61), which is formed from a plurality of individual wires, and two connections for attachment to mounting points in the battery module. a. the fuse (10; 20; 30; 40; 50; 60) comprises a wire strand (11; 61), which is formed from a plurality of individual wires, and two connections for attachment to mounting points in the battery module.
A bicycle crankset, which is adapted to connect to a chain, comprising: a chainring having a disk member and a plurality of teeth on an edge of the disk member to engage the chain; a spider, which is connected to the disk member of the chainring, having a connecting bore and a plurality of recesses on an edge of the connecting bore; and a crankarm having a plurality of protrusions, wherein the carnkarm is connected to the spider by engaging the protrusions with the recesses of the spider; characterized in that a center of the connecting bore is not on a center of the disk member of the chainring, and the crankarm is able to be connected to the chainring in different angles by engaging the protrusions of the crankarm with different of the recesses of the spider to provide various paths of motion of the chainring. a chainring having a disk member and a plurality of teeth on an edge of the disk member to engage the chain; a spider, which is connected to the disk member of the chainring, having a connecting bore and a plurality of recesses on an edge of the connecting bore; and a crankarm having a plurality of protrusions, wherein the carnkarm is connected to the spider by engaging the protrusions with the recesses of the spider; characterized in that a center of the connecting bore is not on a center of the disk member of the chainring, and the crankarm is able to be connected to the chainring in different angles by engaging the protrusions of the crankarm with different of the recesses of the spider to provide various paths of motion of the chainring.
A pneumatic tire, comprising a tread formed from a rubber composition, the rubber composition comprising: a copolymer synthesized by copolymerizing a conjugated diene monomer and a compound represented by the formula below; and at least one of carbon black or silica, wherein R 1 and R 2 are the same or different and each represent a hydrogen atom or a C1-C30 hydrocarbon group. a copolymer synthesized by copolymerizing a conjugated diene monomer and a compound represented by the formula below; and at least one of carbon black or silica, wherein R 1 and R 2 are the same or different and each represent a hydrogen atom or a C1-C30 hydrocarbon group.
- A bowl for spraying a coating product, intended to be integrated into a rotary spraying apparatus for a coating product, this spraying apparatus comprising a turbine to drive the bowl about an axis of rotation and a body that defines the axis of rotation and which comprises orifices for ejecting shaping air arranged in a crown, the bowl comprising a body centered on an axis and defining an inner radial surface for distributing the coating product to a spraying edge as well as an outer radial surface, characterized in that a deflector integral with the bowl is arranged on the outer radial surface of the bowl and deflects, at least partially, towards the crown of the body, a flow of cleaning product flowing along the outer radial surface, towards the spraying edge.
Force measurement device, comprising: a first magnetic field generating unit configured to generate a magnetic field for being applied to a test object; a first magnetic field sensing unit configured to sense the generated magnetic field; a second magnetic field sensing unit configured to sense the generated magnetic field; a flux concentrator having a first pole, a second pole and a third pole; a control unit; wherein the first pole, the second pole and the third pole extend in the same direction; wherein the first magnetic field generating unit is arranged at the first pole; wherein the first magnetic field sensing unit is arranged at the second pole; wherein the second magnetic field sensing unit is a coil wound around the third pole; wherein an imaginary line which interconnects free ends of the first pole, of the second pole and of the third pole is concave shaped; wherein the control unit is adapted to determine a force applied to a test object based on the sensed magnetic field; characterized in that a first connection line between the first pole and the second pole and a second connection line between the first pole and the third pole intersect at an angle between 80° and 100°. a first magnetic field generating unit configured to generate a magnetic field for being applied to a test object; a first magnetic field sensing unit configured to sense the generated magnetic field; a second magnetic field sensing unit configured to sense the generated magnetic field; a flux concentrator having a first pole, a second pole and a third pole; a control unit; wherein the first pole, the second pole and the third pole extend in the same direction; wherein the first magnetic field generating unit is arranged at the first pole; wherein the first magnetic field sensing unit is arranged at the second pole; wherein the second magnetic field sensing unit is a coil wound around the third pole; wherein an imaginary line which interconnects free ends of the first pole, of the second pole and of the third pole is concave shaped; wherein the control unit is adapted to determine a force applied to a test object based on the sensed magnetic field; characterized in that a first connection line between the first pole and the second pole and a second connection line between the first pole and the third pole intersect at an angle between 80° and 100°.
A process to make an ethylene/alpha-olefin interpolymer, wherein the ethylene/alpha-olefin interpolymer has a CDBI of less than 60%, and wherein said ethylene/alpha-olefin interpolymer comprises at least two fractions in crossfractionation of the ethylene/alpha-olefin interpolymer, eluting from 85°C to 90°C and from 90°C to 95°C, comprising a weight fraction ratio of > 0.68 and a molecular weight homogeneity index of greater than 0.65; wherein the weight fraction ratio is the ratio of the weight of polymer in each fraction divided by the weight of polymer eluting between 95°C and 100°C and the molecular weight homogeneity index is the ratio of the weight average molecular weight of the polymer in the fraction divided by the weight average molecular weight of the polymer eluting between 95°C and 100°C, and wherein said ethylene/alpha-olefin interpolymer has a density in the range of from 0.925 to 0.965 g/cm 3, and a melt index (I 2) in the range of from 0.5 to 100 g/10 minutes, and melt flow ratio (I 10 /I 2) in the range of from 5.8 to 8, comprising the steps of contacting ethylene with at least one alpha-olefin under suitable polymerization conditions with a Ziegler Natta catalyst composition, including a magnesium and titanium containing procatalyst and a cocatalyst, wherein the Al:Ti molar ratio of cocatalyst component to procatalyst component is from 0.5:1 to 3:1, to form the ethylene/alpha-olefin interpolymer.
A shockwave device for treating lesions in a body comprising: an axially extending elongate member; a first electrode pair comprising a first electrode and a second electrode, wherein the first electrode pair is carried on the elongate member and positioned within a conductive fluid; and a controller coupled to the first electrode pair, said controller including a voltage source and a polarity switch, said controller configured to deliver a series of individual voltage pulses to the first electrode pair such that each of the voltage pulses creates a shock wave in the conductive fluid, wherein the controller causes current to flow through the first electrode pair in a first direction for some of the pulses in the series and in a second direction opposite the first direction for the remaining pulses in the series through operation of the polarity switch and, said controller further measuring voltage or current at the first electrode pair and adjusting the ratio of voltage pulses delivered in the first and second directions based on the measurement. an axially extending elongate member; a first electrode pair comprising a first electrode and a second electrode, wherein the first electrode pair is carried on the elongate member and positioned within a conductive fluid; and a controller coupled to the first electrode pair, said controller including a voltage source and a polarity switch, said controller configured to deliver a series of individual voltage pulses to the first electrode pair such that each of the voltage pulses creates a shock wave in the conductive fluid, wherein the controller causes current to flow through the first electrode pair in a first direction for some of the pulses in the series and in a second direction opposite the first direction for the remaining pulses in the series through operation of the polarity switch and, said controller further measuring voltage or current at the first electrode pair and adjusting the ratio of voltage pulses delivered in the first and second directions based on the measurement.
An apparatus for transporting one or more sample containers (700, 720, 740, 760, 770, 780, 790) for sample evaluation, wherein the apparatus comprises: (a) a housing; (b) a clamp insert (300, 800), wherein the clamp insert (300, 800) is connectable to the housing and positionable within the housing, wherein the clamp insert (300, 800) is configured to selectively retain the one or more sample containers (700, 720, 740, 760, 770, 780, 790); (c) a first hook formed in the housing and located at a first end of the apparatus; (d) a second hook formed in the housing and located at a second end of the apparatus; and (e) a base formed in the housing, wherein the base comprises one or more engagement features for moving the apparatus and thereby transporting the one or more sample containers (700, 720, 740, 760, 770, 780, 790) selectively retained within the clamp insert (300, 800) of the apparatus, wherein the clamp insert (300, 800) defines a plurality of spaces configured to receive the one or more sample containers (700, 720, 740, 760, 770, 780, 790), and wherein the clamp insert (300, 800) further comprises stop members configured to define a minimum spacing between the clamp insert (300, 800) and the housing and to contact front and rear portions (102, 104) of the housing. (a) a housing; (b) a clamp insert (300, 800), wherein the clamp insert (300, 800) is connectable to the housing and positionable within the housing, wherein the clamp insert (300, 800) is configured to selectively retain the one or more sample containers (700, 720, 740, 760, 770, 780, 790); (c) a first hook formed in the housing and located at a first end of the apparatus; (d) a second hook formed in the housing and located at a second end of the apparatus; and (e) a base formed in the housing, wherein the base comprises one or more engagement features for moving the apparatus and thereby transporting the one or more sample containers (700, 720, 740, 760, 770, 780, 790) selectively retained within the clamp insert (300, 800) of the apparatus, wherein the clamp insert (300, 800) defines a plurality of spaces configured to receive the one or more sample containers (700, 720, 740, 760, 770, 780, 790), and wherein the clamp insert (300, 800) further comprises stop members configured to define a minimum spacing between the clamp insert (300, 800) and the housing and to contact front and rear portions (102, 104) of the housing.
A computer implemented method of storing a data object in a computer memory wherein the data object is over 64 bytes in size and is stored at a location in an object store as a portion of the memory, the location being determined by a hashing process based on a generated hash key, the memory further storing: a set of 64-bit binary words in which each bit of each word identifies an occupancy state of a location in the object store such that an occupancy state of all locations is stored in the set of binary words; and a truncated hash key set storing, for each occupied location in the object store, a truncated hash key for a data object stored at the location, each truncated hash key being 32 bits in length, wherein: the hashing process uses linear probing in which an occupancy of the location in the object store for storage of the data object is determined by reference to the set of binary words, and the linear probing further determines identity of the data object and an object stored in the occupied location, the identity being determined based on a comparison of the stored truncated hash key for the occupied location with a corresponding part of the generated hash key for the data object, and a determination of identity based on the comparison is confirmed by a comparison of the data object for storage and a data object stored in the occupied location. the hashing process uses linear probing in which an occupancy of the location in the object store for storage of the data object is determined by reference to the set of binary words, and the linear probing further determines identity of the data object and an object stored in the occupied location, the identity being determined based on a comparison of the stored truncated hash key for the occupied location with a corresponding part of the generated hash key for the data object, and a determination of identity based on the comparison is confirmed by a comparison of the data object for storage and a data object stored in the occupied location.
A method for manufacturing a rare-earth permanent magnet comprising steps of: milling magnet material into magnet powder; forming the magnet powder into a formed body; arranging the formed body in a die unit of a pressure sintering apparatus; and sintering the formed body arranged in the die unit of the pressure sintering apparatus by pressure-sintering, wherein the die unit of the pressure sintering apparatus comprises, at least in one direction, an inflow hole configured to receive inflow of part of the pressurized formed body. milling magnet material into magnet powder; forming the magnet powder into a formed body; arranging the formed body in a die unit of a pressure sintering apparatus; and sintering the formed body arranged in the die unit of the pressure sintering apparatus by pressure-sintering, wherein the die unit of the pressure sintering apparatus comprises, at least in one direction, an inflow hole configured to receive inflow of part of the pressurized formed body.
A method of loading a signature rule, comprising: sending, by a network device, an upgrade request for a signature rule library to a cloud server, in a case that resources of the network device are sufficient currently, but signature rules that have been loaded in the network device currently do not meet requirements of functions that are undertaken by the network device currently due to the wrong selection of users; receiving, by the network device, a signature rule library sent by the cloud server, wherein the signature rule library is a largest-scale signature rule library that contains all the signature rules that are already stored in the cloud server, and the signature rule library contains one or more signature rules, each of which is associated with corresponding device type configuration information, wherein the device type configuration information includes device type and device model; for each of the signature rules, determining, by the network device, whether device type configuration information associated with the signature rule matches local device type configuration information of the network device; loading, by the network device, the signature rule associated with the device type configuration information that matches the local device type configuration information of the network device; and discarding, by the network device, the signature rule associated with the device type configuration information that does not match the local device type configuration information of the network device. sending, by a network device, an upgrade request for a signature rule library to a cloud server, in a case that resources of the network device are sufficient currently, but signature rules that have been loaded in the network device currently do not meet requirements of functions that are undertaken by the network device currently due to the wrong selection of users; receiving, by the network device, a signature rule library sent by the cloud server, wherein the signature rule library is a largest-scale signature rule library that contains all the signature rules that are already stored in the cloud server, and the signature rule library contains one or more signature rules, each of which is associated with corresponding device type configuration information, wherein the device type configuration information includes device type and device model; for each of the signature rules, determining, by the network device, whether device type configuration information associated with the signature rule matches local device type configuration information of the network device; loading, by the network device, the signature rule associated with the device type configuration information that matches the local device type configuration information of the network device; and discarding, by the network device, the signature rule associated with the device type configuration information that does not match the local device type configuration information of the network device.
Dosing module for metering a reducing agent into an exhaust system of an internal combustion engine, wherein the dosing module comprises at least one cooling member (22, 24), through which a cooling fluid that is used to cool the internal combustion engine flows and which comprises an electrical contact means, characterized in that the dosing module has a full housing which encloses the dosing module, wherein the full housing comprises an upper and a lower cooling member (22, 24), through which a directional cooling fluid flow flows in the direction of an electrical contact means in the region of the upper cooling member, starting from a valve tip region in the region of the lower cooling member, wherein a rotatable flange, on the circumferential surface of which there is at least one cooling fluid feed, is mounted on the lower cooling member and a material joint of the lower cooling member and of the upper additional cooling member is designed as a laser weld.
A method for aligning a first semiconductor die with a second semiconductor die, wherein the first semiconductor die and the second semiconductor die are arranged active face to active face, wherein an active face contains circuitry for communicating between semiconductor dies, the method comprising: generating light on an active face of the first semiconductor die; collimating the light within the active face of the first semiconductor die into a first beam of light; receiving the first beam of light on an active face of the second semiconductor die; determining a position of the first beam of light on the active face of the second semiconductor die; and determining an alignment of the second semiconductor die to the first semiconductor die based on the determined position. generating light on an active face of the first semiconductor die; collimating the light within the active face of the first semiconductor die into a first beam of light; receiving the first beam of light on an active face of the second semiconductor die; determining a position of the first beam of light on the active face of the second semiconductor die; and determining an alignment of the second semiconductor die to the first semiconductor die based on the determined position.
A method for producing biomass from cells of eukaryotic unicellular organisms capable of growing using light and an organic carbon-containing source, characterized in that it consists of: a) the culture of the cells in continuous mode under mixotrophic or heterotrophic conditions in a fermenter, then b) the continuous and successively feeding of n fermenters operating in semi-continuous mode, n being an integer equal to or greater than 2, with the cells produced in step a) and their culture under mixotrophic conditions and in that the culture of the cells under mixotrophic conditions is carried out under conditions of discontinuous and/or variable illumination over time, and in that the illumination has variations in intensity the amplitude of which is comprised between 50 and 1,000 μmol.m-2.s-1, these variations taking place between 2 and 3,600 times per hour. a) the culture of the cells in continuous mode under mixotrophic or heterotrophic conditions in a fermenter, then b) the continuous and successively feeding of n fermenters operating in semi-continuous mode, n being an integer equal to or greater than 2, with the cells produced in step a) and their culture under mixotrophic conditions
A system comprising a housing of a docking station (104,400,500) for a handheld media device (102,412,504); a speaker included in the housing; a first transceiver integrated in the housing to wirelessly transmit audio content, the speaker being able to produce audible signals from the audio content; and a plurality of remote speakers (112,402,406,408) which each have a transceiver integrated therein, the transceivers of the remote speakers being able to communicate with each other and the first transceiver, wherein the remote speakers are configured to wirelessly relay the audio content amongst each other, thereby to supply the audio content beyond the transmission range of the first transceiver.
A multiphase pump for conveying a multiphase process fluid, comprising a pump housing, a rotor arranged in the pump housing and configured for rotating about an axial direction, wherein the rotor comprises a pump shaft and at least one impeller fixedly mounted on the pump shaft, wherein a stationary diffuser is arranged adjacent to and downstream of the impeller, wherein the impeller comprises at least one blade with each blade having a radially outer tip, and wherein the impeller comprises a ring surrounding the impeller and arranged at the radially outer tip of the blade, wherein a passage is provided between the ring and a stationary part configured to be stationary with respect to the pump housing, said passage extending in the axial direction from an entrance to a discharge, characterized in that at least one swirl brake (6; 61, 62) is provided at the passage, wherein the swirl brake (6; 61, 62) is configured and arranged to brake a swirl of the process fluid passing through the passage.