mhurhangee/ep-ind-claims huggingface dataset:
A carrier for catalytic converters or particle precipitators, the carrier comprising: - a surrounding tube element which extends in a tube orientation - a matrix filling the tube element between walls of the tube element, the matrix including adjoining, typically contacting layers of at least one thin, partially structured sheet metal foil which forms the matrix channels that extend into a depth of the matrix continuously and terminate in faces (2a, b) of the matrix, - wherein the layers of the at least one sheet metal foil are partially soldered together at mutual contact locations, and - wherein viewed in a depth direction, a perpendicular on the face of the matrix, in at least one transversal surface that is parallel to the face only one or plural defined solder portions, whose surfaces are in total smaller than the transversal surface of the matrix are solder coated in this transversal surface, - wherein all contact locations between the sheet metal foils are solder coated in the solder portion, - wherein the at least one solder portion is provided strip-shaped, - wherein the at least one strip-shaped solder portion is cambered in at least one anular surface of the transversal surface which is arranged between its center surface and its outer circumferential edge surface, characterized in that - conditions defined for the transversal surface are provided over at least 50% of an axial length of the matrix measured in the tube direction. - a surrounding tube element which extends in a tube orientation - a matrix filling the tube element between walls of the tube element, the matrix including adjoining, typically contacting layers of at least one thin, partially structured sheet metal foil which forms the matrix channels that extend into a depth of the matrix continuously and terminate in faces (2a, b) of the matrix, - wherein the layers of the at least one sheet metal foil are partially soldered together at mutual contact locations, and - wherein viewed in a depth direction, a perpendicular on the face of the matrix, in at least one transversal surface that is parallel to the face only one or plural defined solder portions, whose surfaces are in total smaller than the transversal surface of the matrix are solder coated in this transversal surface, - wherein all contact locations between the sheet metal foils are solder coated in the solder portion, - wherein the at least one solder portion is provided strip-shaped, - wherein the at least one strip-shaped solder portion is cambered in at least one anular surface of the transversal surface which is arranged between its center surface and its outer circumferential edge surface, - conditions defined for the transversal surface are provided over at least 50% of an axial length of the matrix measured in the tube direction.
A method for verifying smart contracts in a blockchain, comprising: acquiring block head information and a transaction list of a designated block from a first node in a blockchain network, wherein the transaction list comprises transaction identifications and execution results of the smart contracts; and the block head information comprises: a root node of a first Merkle tree, a root node of a second Merkle tree, and an identification of a previous block of the designated block; verifying the root node of the first Merkle tree and the transaction identifications, to obtain a first verification result; verifying the root node of the second Merkle tree and the execution results of the smart contracts, to obtain a second verification result; verifying whether the identification of the previous block of the designated block is in a pre-stored block head chain structure, to obtain a third verification result; and determining that the execution results of the smart contracts are valid, if the first verification result, the second verification result and the third verification result are all pass. acquiring block head information and a transaction list of a designated block from a first node in a blockchain network, wherein the transaction list comprises transaction identifications and execution results of the smart contracts; and the block head information comprises: a root node of a first Merkle tree, a root node of a second Merkle tree, and an identification of a previous block of the designated block; verifying the root node of the first Merkle tree and the transaction identifications, to obtain a first verification result; verifying the root node of the second Merkle tree and the execution results of the smart contracts, to obtain a second verification result; verifying whether the identification of the previous block of the designated block is in a pre-stored block head chain structure, to obtain a third verification result; and determining that the execution results of the smart contracts are valid, if the first verification result, the second verification result and the third verification result are all pass.
A method for a wireless device, WD, configured to communicate with a network node, the method comprising: receiving a configuration of a channel state information, CSI, reference signal resource set from the network node, the CSI reference signal resource set comprising a plurality of single symbol and single antenna port reference signal resources in at least one slot, the received configuration comprising an indicator indicating that the single antenna port of all of the plurality of reference signal resources in the set are the same; receiving from the network node reference signal resources in accordance with the configuration of the CSI reference signal resource set; and based on the indicator, using the received reference signal resources as a set of tracking reference signals. receiving a configuration of a channel state information, CSI, reference signal resource set from the network node, the CSI reference signal resource set comprising a plurality of single symbol and single antenna port reference signal resources in at least one slot, the received configuration comprising an indicator indicating that the single antenna port of all of the plurality of reference signal resources in the set are the same; receiving from the network node reference signal resources in accordance with the configuration of the CSI reference signal resource set; and based on the indicator, using the received reference signal resources as a set of tracking reference signals.
Beam distribution optical unit (8; 14; 23; 27; 29; 30) for splitting an incident beam of illumination light into at least two emergent used illumination-light beams (7a, 7b; 7 5, 7 5a; 7 1, 7 1a), having at least one blazed reflection grating with reflective grating structures, characterized in that a grating constant of the blazed reflection grating and a blaze angle of the blazed reflection grating are tuned to a wavelength of the illumination light such that a plurality of orders of diffraction of the blazed reflection grating are reflected with a specified efficiency within a reflection region of the blazed reflection grating that is preferred via a selection of the blaze angle.
A magnetic child safety system for the mechanism of a chain-operated blind comprising a safety device that can be coupled to a chain command device, characterised in that: - the safety device comprises a casing and a lid for the casing which house a transmission wheel and a chain loop wherein the transmission wheel comprises: an interior toothing and magnetic coupling means configured to couple the safety device to the chain command device, - the chain command device comprises a fairing and a cover for the fairing which house a transmission gear, a base, a set of planetary gears, an actuator of the brake, a transmission of the brake, springs of the brake and a brake cylinder, wherein the transmission gear comprises: a toothed head configured to fit into the interior toothing of the transmission wheel of the safety device and magnetic coupling means complementary to the magnetic coupling means of the transmission wheel wherein the magnetic coupling means are configured to decouple the safety device from the chain command device when a tension is applied to the chain loop in a vertical direction towards the ground, which is greater than or equal to a predetermined threshold. - the safety device comprises a casing and a lid for the casing which house a transmission wheel and a chain loop wherein the transmission wheel comprises: an interior toothing and magnetic coupling means configured to couple the safety device to the chain command device, - the chain command device comprises a fairing and a cover for the fairing which house a transmission gear, a base, a set of planetary gears, an actuator of the brake, a transmission of the brake, springs of the brake and a brake cylinder, wherein the transmission gear comprises: a toothed head configured to fit into the interior toothing of the transmission wheel of the safety device and magnetic coupling means complementary to the magnetic coupling means of the transmission wheel wherein the magnetic coupling means are configured to decouple the safety device from the chain command device when a tension is applied to the chain loop in a vertical direction towards the ground, which is greater than or equal to a predetermined threshold.
A lace winding spool comprising a lower component comprising: a lower plate; and a shaft extending from the lower plate; an upper component comprising: an upper plate; a drum extending from the upper plate; and a winding channel extending across the drum; and a connection interface between the upper component and the lower component to hold the lower plate adjacent the drum. a lower component comprising: a lower plate; and a shaft extending from the lower plate; a lower plate; and a shaft extending from the lower plate; an upper component comprising: an upper plate; a drum extending from the upper plate; and a winding channel extending across the drum; and a connection interface between the upper component and the lower component to hold the lower plate adjacent the drum. an upper plate; a drum extending from the upper plate; and a winding channel extending across the drum; and a connection interface between the upper component and the lower component to hold the lower plate adjacent the drum.
Apparatus for analyzing MRI, comprising: an input configured for receiving a first and a second MRI scans at the beginning and end of a predetermined time period post contrast administration; and a subtraction map former for forming a subtraction map from said first and said second MRI scans by analyzing said scans to distinguish between two primary populations, a slow population, in which contrast clearance from the tissue is slower than contrast accumulation, and a fast population in which clearance is faster than accumulation; characterized in that said subtraction map former is configured for differentiating between morphologically active tumor represented by said fast population, and a non-tumoral tissue or treatment effects in tissue represented by said slow population; and the apparatus further comprises: an output to provide an indication of distribution of said two primary populations, wherein said predetermined time period is more than forty minutes, and wherein said output is enabled for depiction and/or quantification of a brain space occupying lesion after treatments based on said subtraction map and to therefrom derive a differentiation between SOL progression and treatment effects mimicking SOL progression. an input configured for receiving a first and a second MRI scans at the beginning and end of a predetermined time period post contrast administration; and a subtraction map former for forming a subtraction map from said first and said second MRI scans by analyzing said scans to distinguish between two primary populations, a slow population, in which contrast clearance from the tissue is slower than contrast accumulation, and a fast population in which clearance is faster than accumulation; characterized in that said subtraction map former is configured for differentiating between morphologically active tumor represented by said fast population, and a non-tumoral tissue or treatment effects in tissue represented by said slow population; and the apparatus further comprises: an output to provide an indication of distribution of said two primary populations, wherein said predetermined time period is more than forty minutes, and wherein said output is enabled for depiction and/or quantification of a brain space occupying lesion after treatments based on said subtraction map and to therefrom derive a differentiation between SOL progression and treatment effects mimicking SOL progression.
A method of a User Equipment, in the following also referred to as UE, configured with uplink, in the following also referred to as UL, spatial multiplexing and UL skipping, the method comprising: receiving, from a base station, two UL grants for a Transmission Time Interval, in the following also referred to as TTI,; characterized by generating two Medium Access Control, in the following also referred to as MAC, Protocol Data Units, in the following also referred to as PDUs, for the TTI, wherein a first MAC PDU of the two MAC PDUs is able to accommodate all available data of the UE; and transmitting the two MAC PDUs to the base station. receiving, from a base station, two UL grants for a Transmission Time Interval, in the following also referred to as TTI,; characterized by generating two Medium Access Control, in the following also referred to as MAC, Protocol Data Units, in the following also referred to as PDUs, for the TTI, wherein a first MAC PDU of the two MAC PDUs is able to accommodate all available data of the UE; and transmitting the two MAC PDUs to the base station.
A collection system for managing outflow from a gynecological surgical procedure, the collection system comprising: a vacuum source; a collection vessel; a surgical drape configured to collect liquid; a fluid outflow line connected between the surgical drape and the collection vessel, the fluid outflow line configured to provide an outflow path for fluid to the collection vessel; a suction line connected with the collection vessel, the suction line configured to provide suction to draw fluid through the fluid outflow line to the collection vessel, wherein the suction line branches into a first suction line and a second suction line arranged in-parallel with the first suction line, the first suction line and the second suction line each connected with the vacuum source; a flow restrictor disposed along the first suction line; and a valve disposed along the second suction line, wherein the valve is configured to be opened in a pulsatile fashion when fluid is present in the surgical drape to increase a level of suction provided to the surgical drape. a vacuum source; a collection vessel; a surgical drape configured to collect liquid; a fluid outflow line connected between the surgical drape and the collection vessel, the fluid outflow line configured to provide an outflow path for fluid to the collection vessel; a suction line connected with the collection vessel, the suction line configured to provide suction to draw fluid through the fluid outflow line to the collection vessel, wherein the suction line branches into a first suction line and a second suction line arranged in-parallel with the first suction line, the first suction line and the second suction line each connected with the vacuum source; a flow restrictor disposed along the first suction line; and a valve disposed along the second suction line, wherein the valve is configured to be opened in a pulsatile fashion when fluid is present in the surgical drape to increase a level of suction provided to the surgical drape.
A method for forwarding a multicast data packet, characterized by comprising: receiving, by an Input/Output, I/O, board of an Virtual eXtensible Local Area Network, VXLAN, switch, a multicast data packet having a first VXLAN encapsulation; removing the first VXLAN encapsulation from the multicast data packet having the first VXLAN encapsulation; determining that layer 3 multicast forwarding is to be performed for the multicast data packet; sending the multicast data packet to a fabric board of the VXLAN switch; receiving, by the fabric board of the VXLAN switch, the multicast data packet sent by the I/O board; determining that layer 3 multicast forwarding is to be performed by the fabric board for the multicast data packet; when a multicast group member port corresponding to the multicast data packet is a VXLAN tunnel port, modifying a source Media Access Control, MAC, address of the multicast data packet to a gateway MAC address of the VXLAN switch; sending the modified multicast data packet to an I/O board corresponding to the multicast group member port on the VXLAN switch; and receiving, by the I/O board corresponding to the multicast group member port on the VXLAN switch, the multicast data packet sent by the fabric board; adding a second VXLAN encapsulation to the multicast data packet and forwarding the multicast data packet having the second VXLAN encapsulation to a VXLAN. receiving, by an Input/Output, I/O, board of an Virtual eXtensible Local Area Network, VXLAN, switch, a multicast data packet having a first VXLAN encapsulation; removing the first VXLAN encapsulation from the multicast data packet having the first VXLAN encapsulation; determining that layer 3 multicast forwarding is to be performed for the multicast data packet; sending the multicast data packet to a fabric board of the VXLAN switch; receiving, by the fabric board of the VXLAN switch, the multicast data packet sent by the I/O board; determining that layer 3 multicast forwarding is to be performed by the fabric board for the multicast data packet; when a multicast group member port corresponding to the multicast data packet is a VXLAN tunnel port, modifying a source Media Access Control, MAC, address of the multicast data packet to a gateway MAC address of the VXLAN switch; sending the modified multicast data packet to an I/O board corresponding to the multicast group member port on the VXLAN switch; and receiving, by the I/O board corresponding to the multicast group member port on the VXLAN switch, the multicast data packet sent by the fabric board; adding a second VXLAN encapsulation to the multicast data packet and forwarding the multicast data packet having the second VXLAN encapsulation to a VXLAN.
A tray configured for use in a printing apparatus that includes: a conveying means (13, 22) configured to convey the tray, that tray being configured to hold an optical disc; and a printing means configured to perform printing onto a print surface of the optical disc held on the tray, the tray comprising: a placement surface arranged to receive the optical disc; a pressing member arranged to press the optical disc when received on the placement surface towards a downstream side of an inserting direction of the tray with respect to the printing apparatus; and a first regulating portion configured to regulate movement of the optical disc, when received on the placement surface, by abutting the optical disc pressed by the pressing member, wherein the first regulating portion further includes an abutting surface (61A, 62A) against which an outer edge of the disc is abutted, and characterised in that the first regulating portion further comprises an inclined surface (61B, 62B) that inclines with respect to the abutting surface (61A, 62A) and covers a portion of the print surface of the disc. a placement surface arranged to receive the optical disc; a pressing member arranged to press the optical disc when received on the placement surface towards a downstream side of an inserting direction of the tray with respect to the printing apparatus; and a first regulating portion configured to regulate movement of the optical disc, when received on the placement surface, by abutting the optical disc pressed by the pressing member, wherein the first regulating portion further includes an abutting surface (61A, 62A) against which an outer edge of the disc is abutted, and characterised in that the first regulating portion further comprises an inclined surface (61B, 62B) that inclines with respect to the abutting surface (61A, 62A) and covers a portion of the print surface of the disc. an abutting surface (61A, 62A) against which an outer edge of the disc is abutted, and characterised in that the first regulating portion further comprises an inclined surface (61B, 62B) that inclines with respect to the abutting surface (61A, 62A) and covers a portion of the print surface of the disc.
A modem configured to communicatively connect a terminal device to a field device, the modem comprising: a wireless communicator configured to operate by power supplied in a noncontact manner from the terminal device and to perform short-range wireless communication with the terminal device; a wired communicator configured to operate by power supplied in a noncontact manner from the terminal device and to perform wired communication with the field device; a controller configured to operate by power supplied in a noncontact manner from the terminal device and to control data exchanged between the wireless communicator and the wired communicator; a first loop antenna connected to the wireless communicator and configured for transmitting and receiving wireless signals that are used in short-range wireless communication; a magnetic member arranged to cover the first loop antenna except for one surface side of the first loop antenna; a power supply configured to generate the power from an induced current that flows through the first loop antenna, the induced current being caused by the short-range wireless communication; and a second loop antenna arranged overlapping the first loop antenna and connected to the power supply; wherein the power supply is configured to generate the power from induced currents that flow through the first and second loop antennas (21, 41), the induced currents being caused by the short-range wireless communication. a wireless communicator configured to operate by power supplied in a noncontact manner from the terminal device and to perform short-range wireless communication with the terminal device; a wired communicator configured to operate by power supplied in a noncontact manner from the terminal device and to perform wired communication with the field device; a controller configured to operate by power supplied in a noncontact manner from the terminal device and to control data exchanged between the wireless communicator and the wired communicator; a first loop antenna connected to the wireless communicator and configured for transmitting and receiving wireless signals that are used in short-range wireless communication; a magnetic member arranged to cover the first loop antenna except for one surface side of the first loop antenna; a power supply configured to generate the power from an induced current that flows through the first loop antenna, the induced current being caused by the short-range wireless communication; and a second loop antenna arranged overlapping the first loop antenna and connected to the power supply; wherein the power supply is configured to generate the power from induced currents that flow through the first and second loop antennas (21, 41), the induced currents being caused by the short-range wireless communication.
A protective textile sleeve, comprising: a flexible, tubular wall of braided yams; and a fluid impervious coating applied to said wall, characterised in that said coating is water-based and includes a distinct first layer underlying a distinct second layer, said first layer including a dielectric enhancing additive and a thickening agent and said second layer being free of said thickening agent. a flexible, tubular wall of braided yams; and a fluid impervious coating applied to said wall, characterised in that said coating is water-based and includes a distinct first layer underlying a distinct second layer, said first layer including a dielectric enhancing additive and a thickening agent and said second layer being free of said thickening agent.