mhurhangee/ep-ind-claims huggingface dataset:
A method for predicting the position of an object in the environment of a vehicle, said method comprising the following steps: providing a first grid, which comprises cells that each represent a portion of the environment; for each cell of the first grid, determining the probability that the object or part thereof is located in the portion of the environment represented by the cell in question; - providing a second grid, which comprises cells that each represent a portion of the environment; for each cell of the second grid, determining the probability that the object or part thereof will be located in the portion of the environment represented by the cell in question at a predetermined time in the future; characterised in that when determining the probabilities for each cell of the second grid, various hypotheses regarding the further course of movement of the object are taken into consideration, wherein various hypotheses are taken into consideration jointly when determining the probabilities. providing a first grid, which comprises cells that each represent a portion of the environment; for each cell of the first grid, determining the probability that the object or part thereof is located in the portion of the environment represented by the cell in question; - providing a second grid, which comprises cells that each represent a portion of the environment; - providing a second grid, which comprises cells that each represent a portion of the environment; for each cell of the second grid, determining the probability that the object or part thereof will be located in the portion of the environment represented by the cell in question at a predetermined time in the future; characterised in that when determining the probabilities for each cell of the second grid, various hypotheses regarding the further course of movement of the object are taken into consideration, wherein various hypotheses are taken into consideration jointly when determining the probabilities.
A polishing pad comprising a polishing surface having a zeta potential of +0.1 mV or more at a pH of 10.0, the polishing pad further comprising a polyurethane having a tertiary amine. a polishing surface having a zeta potential of +0.1 mV or more at a pH of 10.0, the polishing pad further comprising a polyurethane having a tertiary amine.
Retainer (10; 50), for semiconductor substrates, wherein - the retainer (10; 50) has a coating (12; 52) composed of silicon carbide, on its surface - the coating is arranged directly on a core material of the retainer (10; 50); characterized in that a thickness of the silicon carbide coating has a maximum value of 10 μm and a minimum value of 1 μm. - the retainer (10; 50) has a coating (12; 52) composed of silicon carbide, on its surface - the coating is arranged directly on a core material of the retainer (10; 50);
A rotating, directly-driven single or multi-stage centrifugal pump for cryogenic liquids, with a pump housing for the pump and an electric drive motor unit, serving as the pump drive, in a motor housing, wherein a shaft of the drive motor unit is borne on two bearings, more particularly roller bearings (20; 21), and wherein at least one roller bearing (20; 21) is an unlubricated roller bearing, characterised in that between the pressure side in the pump housing and the roller bearing on the pump housing side, at least one first communicating connection, in particular a direct communication channel, is formed for a branched-off part (F A1) of the main flow (F H) of the cryogenic conveyed medium to the roller bearing, and in that between the roller bearing on the pump housing side and the suction side, a second communicating connection is formed for the branched-off part (F A2) of the cryogenic conveyed flow back to the suction side into the main flow (F H) of the cryogenic conveyed medium, so that a circulation of the branched part-off part (F A1; F A2) of the cryogenic medium is guaranteed between the pressure side in the pump housing and solely the roller bearing on the pump housing side.
Method for forming fibre composite preforms, the preform comprising a web and at least a flange, a longitudinal axis and at least a bent part (2.1) with respect to its longitudinal axis, the method comprising the following steps: • laying-up a laminate onto a tooling, the laminate comprising longitudinal edges (4.1) and transversal edges (4.2) and the tooling comprising a male part comprising a surface (7.1) and at least a lateral wall (7.2), the web of the preform being configured to be located over the surface (7.1) of the male part and the flange being configured to be located over the lateral wall (7.2) of the male part, • forming the preform over the male part, • clamping the transversal edges (4.2) of the laminate to the tooling such that the web and the flange of the laid-up laminate are kept under tensional loads, • bending a longitudinal portion of the male part with respect to the longitudinal axis of the preform such that the bent part (2.1) of the preform is achieved, characterized in that the forming process is performed by bagging, the step of forming the preforms comprising the sub-steps of: • providing a membrane over the laminate, • sealing the membrane against the tooling, • lowering the pressure under the membrane to form the preform, wherein the pressure under the membrane is raised from the pressure to form the preform after the forming step and before clamping the transversal edges (4.2). • laying-up a laminate onto a tooling, the laminate comprising longitudinal edges (4.1) and transversal edges (4.2) and the tooling comprising a male part comprising a surface (7.1) and at least a lateral wall (7.2), the web of the preform being configured to be located over the surface (7.1) of the male part and the flange being configured to be located over the lateral wall (7.2) of the male part, • forming the preform over the male part, • clamping the transversal edges (4.2) of the laminate to the tooling such that the web and the flange of the laid-up laminate are kept under tensional loads, • bending a longitudinal portion of the male part with respect to the longitudinal axis of the preform such that the bent part (2.1) of the preform is achieved, characterized in that the forming process is performed by bagging, the step of forming the preforms comprising the sub-steps of: • providing a membrane over the laminate, • sealing the membrane against the tooling, • lowering the pressure under the membrane to form the preform, wherein the pressure under the membrane is raised from the pressure to form the preform after the forming step and before clamping the transversal edges (4.2).
Sound-absorbing structural component, in particular for outdoor use, comprising a sound-absorbing cover layer as well as sound-absorbing elements embedded therein with an increased degree of absorption compared with the cover layer, wherein the surface of the cover layer facing in the direction of the sound source is designed flat, wherein the sound absorbing elements are fully or partially embedded in the cover layer and are arranged spaced with regard to each other, wherein an absorption surface of the sound-absorbing elements lies in a plane parallel to the cover layer, wherein in this plane the surface taken up by the sound-absorbing elements is smaller than the area not taken up by sound-absorbing elements, characterised in that sound-absorbing elements with an increased degree of absorption also comprise a frame element which is made of a sound-reflecting material and frames the sound-absorbing element on one or more sides, wherein at least the absorption surface remains open to sound.
A food flour or mixture of food flours comprising a quantity of soluble fibre rich in soluble pentosans, among which arabinoxylans, ranging from 3 g to 4.5 g with respect to 100 g of said food flour or mixture of food flours, and wherein 2 to 8.3 % (w/w) of the soluble fibre has a molecular weight of the polysaccharide chains lower than 5 kDa.
An insert for a package, the package comprising a sleeve and the insert received in the sleeve, the insert being movable between retracted and extended configurations and comprising: a carrier having first and second walls (42, 44) defining a passage therebetween, the first wall defining an interior surface that faces the passage, and an exterior surface that faces away from the passage; a band extending around the first wall of the carrier and through the passage; and a first member located inside the passage when the insert is in the retracted configuration and attached to the band at a first coupling location inside the passage; wherein at least a portion of the band that overlies the exterior surface of the first wall is exposed for attachment to the sleeve of the package at a second coupling location on the exposed portion of the band, and wherein the first and second coupling locations (58, 60) are at opposite ends of the carrier when the carrier and the first member are received in the sleeve in the retracted configuration; such that when the insert is received in the sleeve and the band is coupled to the sleeve at the second coupling location, the carrier and the first member are movable between the retracted configuration in which the carrier and the first member are housed in the sleeve, and the extended configuration in which the carrier and the first member protrude from the sleeve, wherein the first member protrudes from the sleeve to a greater extent than the carrier in the extended configuration. a carrier having first and second walls (42, 44) defining a passage therebetween, the first wall defining an interior surface that faces the passage, and an exterior surface that faces away from the passage; a band extending around the first wall of the carrier and through the passage; and a first member located inside the passage when the insert is in the retracted configuration and attached to the band at a first coupling location inside the passage; wherein at least a portion of the band that overlies the exterior surface of the first wall is exposed for attachment to the sleeve of the package at a second coupling location on the exposed portion of the band, and wherein the first and second coupling locations (58, 60) are at opposite ends of the carrier when the carrier and the first member are received in the sleeve in the retracted configuration; such that when the insert is received in the sleeve and the band is coupled to the sleeve at the second coupling location, the carrier and the first member are movable between the retracted configuration in which the carrier and the first member are housed in the sleeve, and the extended configuration in which the carrier and the first member protrude from the sleeve, wherein the first member protrudes from the sleeve to a greater extent than the carrier in the extended configuration.
Device for tensioning a screw, containing: a screw pulling member comprising an engagement section for engagement with a thread of a screw to be tensioned, a toggle lever mechanism for displacing the screw pulling member relative to a part to be tightened, and a support member for supporting the toggle lever mechanism against the part to be tightened, characterized in that the toggle lever mechanism comprises a fist lever member and a second lever member, wherein the first lever member is at a first side pivotably connected with the support member and at a second side pivotably connected with a second side of the second lever member, and the second lever member is pivotably connected with the screw pulling member at a first side of the second lever member. a screw pulling member comprising an engagement section for engagement with a thread of a screw to be tensioned, a toggle lever mechanism for displacing the screw pulling member relative to a part to be tightened, and a support member for supporting the toggle lever mechanism against the part to be tightened, characterized in that the toggle lever mechanism comprises a fist lever member and a second lever member, wherein the first lever member is at a first side pivotably connected with the support member and at a second side pivotably connected with a second side of the second lever member, and the second lever member is pivotably connected with the screw pulling member at a first side of the second lever member.
A method for transmitting a positioning reference signal, being applied to a NarrowBand-Cellular Internet of Things, NB-IOT, system, and the method comprising: obtaining, by a base station, specified information related to transmission of a Positioning Reference Signal, PRS, wherein the specified information comprises: a period, an offset, a duration, and subframe configuration information; and determining, by the base station, a subframe for the PRS based on the specified information, and transmitting, by the base station, the PRS by using the subframe, wherein for anyone of target Orthogonal Frequency Division Multiplexing, OFDM, symbols, allowed for transmitting the PRS, in the subframe, the PRS is mapped to two resource elements in the target OFDM symbol; wherein the subframe is configured as an invalid subframe for a standalone operation or a guard band operation, wherein the target OFDM symbols allowed for transmitting the PRS are all OFDM symbols in the invalid subframe, and the invalid subframe is a subframe that does not support transmission of a Narrowband Physical Downlink Control Channel, NPDCCH, and a Narrowband Physical Downlink Shared Channel, NPDSCH, and that is not used for transmission of a Narrowband Primary Synchronization Signal or a Narrowband Secondary Synchronization Signal, NPSS/NSSS, a Narrowband Physical Broadcast Channel, NPBCH, and an NPDSCH carrying a Narrowband System Information Block 1, NSIB1. obtaining, by a base station, specified information related to transmission of a Positioning Reference Signal, PRS, wherein the specified information comprises: a period, an offset, a duration, and subframe configuration information; and determining, by the base station, a subframe for the PRS based on the specified information, and transmitting, by the base station, the PRS by using the subframe, wherein for anyone of target Orthogonal Frequency Division Multiplexing, OFDM, symbols, allowed for transmitting the PRS, in the subframe, the PRS is mapped to two resource elements in the target OFDM symbol; wherein the subframe is configured as an invalid subframe for a standalone operation or a guard band operation, wherein the target OFDM symbols allowed for transmitting the PRS are all OFDM symbols in the invalid subframe, and the invalid subframe is a subframe that does not support transmission of a Narrowband Physical Downlink Control Channel, NPDCCH, and a Narrowband Physical Downlink Shared Channel, NPDSCH, and that is not used for transmission of a Narrowband Primary Synchronization Signal or a Narrowband Secondary Synchronization Signal, NPSS/NSSS, a Narrowband Physical Broadcast Channel, NPBCH, and an NPDSCH carrying a Narrowband System Information Block 1, NSIB1.
A blood sequestration device comprising; an inlet port; an outlet port; a sequestration chamber having a vent comprising an air permeable blood barrier; a sampling channel having a proximal end connected with the inlet port and a distal end connected with the outlet port; and a housing that houses and defines the inlet port, the outlet port, the sequestration chamber, and the sampling channel, characterized in that the sequestration chamber is connected with the inlet port and the air permeable blood barrier includes an air permeable material that seals at least partially upon contact with blood.
A radio communication apparatus (10, 20, 30) comprising: a plurality of transceiver units (11, 12) that are respectively connected to a plurality of antennas (151, 152) and switch a frequency channel in use in units of a switching cycle in synchronization with a communication partner; wherein transmission is performed in the plurality of antennas using different frequency channels within the same period; and a radio control unit that inputs same transmission data to the transceiver units, and instructs, every switching cycle, the transceiver units to perform check processing for checking an idle state of each frequency channel used by the transceiver units, wherein the transceiver units carry out the check processing for checking an idle state on a basis of an instruction of the radio control unit and, when determining that the frequency channel used by the transceiver units is in an idle state before a first time, which is shorter than the switching cycle, elapses from a start of the check processing for checking an idle state, transmit the transmission data to the communication partner by using the frequency channel. a plurality of transceiver units (11, 12) that are respectively connected to a plurality of antennas (151, 152) and switch a frequency channel in use in units of a switching cycle in synchronization with a communication partner; wherein transmission is performed in the plurality of antennas using different frequency channels within the same period; and a radio control unit that inputs same transmission data to the transceiver units, and instructs, every switching cycle, the transceiver units to perform check processing for checking an idle state of each frequency channel used by the transceiver units, wherein the transceiver units carry out the check processing for checking an idle state on a basis of an instruction of the radio control unit and, when determining that the frequency channel used by the transceiver units is in an idle state before a first time, which is shorter than the switching cycle, elapses from a start of the check processing for checking an idle state, transmit the transmission data to the communication partner by using the frequency channel.
A method of operating a logical network over a plurality of host machines, the method comprising: at a first host machine of the plurality of host machines, operating a set of VMs and a managed physical routing element, MPRE, for routing packets for the set of VMs, wherein the MPRE is a local instance of a logical routing element, LRE, of a logical network that connects a plurality of host machines, the LRE comprising a plurality of logical interfaces, LIFs, each LIF for interfacing with a different segment of the logical network and associated with a set of MPREs executing on a set of the host machines; receiving a packet that is destined for a particular logical network segment of the network; identifying a LIF associated with the particular logical network segment of the network; using the MPRE of the first host machine to perform L3 routing on the received packet when the identified LIF is active at the first host machine; characterised by further comprising: forwarding the packet to a second host machine to be routed by an MPRE of the second host machine when the identified LIF is dormant at the first host machine but active at the second host machine. at a first host machine of the plurality of host machines, operating a set of VMs and a managed physical routing element, MPRE, for routing packets for the set of VMs, wherein the MPRE is a local instance of a logical routing element, LRE, of a logical network that connects a plurality of host machines, the LRE comprising a plurality of logical interfaces, LIFs, each LIF for interfacing with a different segment of the logical network and associated with a set of MPREs executing on a set of the host machines; receiving a packet that is destined for a particular logical network segment of the network; identifying a LIF associated with the particular logical network segment of the network; using the MPRE of the first host machine to perform L3 routing on the received packet when the identified LIF is active at the first host machine; characterised by further comprising: forwarding the packet to a second host machine to be routed by an MPRE of the second host machine when the identified LIF is dormant at the first host machine but active at the second host machine.
An apparatus for processing an image signal, the apparatus comprising: a receiver for receiving the image signal, wherein the image signal comprises a data segment comprising one of high dynamic range pixel values encoded in N-bit words according to a first color representation and low dynamic range pixel values according to a second color representation, which N-bit words encoding comprises at least a luma per pixel, and for receiving an indicator indicative of whether the data segment comprises the high dynamic range pixel values or the low dynamic range pixel values; an extractor for extracting data of the data segment; and a processor arranged to process the data of the data segment as high dynamic range pixel values or as low dynamic range pixel values dependent on the indicator; wherein when the indicator indicates that the data segment comprises the high dynamic range pixel values, the processor is arranged to apply a color transformation implementing at least a mapping of the high dynamic pixel values along a first luminance range associated with the N-bit words, to a second luminance range associated with a display, in which the color transformation is dependent on a white level indication comprised in the indicator, wherein the white level indication is a luminance level by which the maximum luma codeable with the N-bits words is intended to be rendered. a receiver for receiving the image signal, wherein the image signal comprises a data segment comprising one of high dynamic range pixel values encoded in N-bit words according to a first color representation and low dynamic range pixel values according to a second color representation, which N-bit words encoding comprises at least a luma per pixel, and for receiving an indicator indicative of whether the data segment comprises the high dynamic range pixel values or the low dynamic range pixel values; an extractor for extracting data of the data segment; and a processor arranged to process the data of the data segment as high dynamic range pixel values or as low dynamic range pixel values dependent on the indicator; wherein when the indicator indicates that the data segment comprises the high dynamic range pixel values, the processor is arranged to apply a color transformation implementing at least a mapping of the high dynamic pixel values along a first luminance range associated with the N-bit words, to a second luminance range associated with a display, in which the color transformation is dependent on a white level indication comprised in the indicator, wherein the white level indication is a luminance level by which the maximum luma codeable with the N-bits words is intended to be rendered.