mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting device package comprising: a metal layer having high reflectivity; an insulating layer disposed on the metal layer; a first electrode pattern disposed on an edge portion of the insulating layer; a plurality of light-emitting device chips (51,52,53,54) disposed on the insulating layer and arranged in an array; characterised by a solder mask pattern disposed on an edge portion of the insulating layer and covering the first electrode pattern; first electrode pads (61,63) disposed on the insulating layer around the plurality of light-emitting device chips (51, 52, 53, 54) and having a first polarity; a second electrode pad disposed between the plurality of light-emitting device chips (51,52,53,54) on the insulating layer and having a second polarity; a second electrode pattern disposed on the insulating layer and connecting each of the first electrode pads (61,63) and the second electrode pad to the first electrode pattern; and for each of the plurality of light-emitting device chips (51,52,53,54), a first metal wire for electrically connecting the respective light-emitting device chips (51,52,53,54) to one of the first electrode pads (61,63) and a second metal wire for electrically connecting the respective light-emitting device chips (51,52,53,54) and the second electrode pad to each other so that the plurality of light-emitting device chips (51,52,53,54) share the second electrode pad, wherein the first electrode pads (61, 63) and the second electrode pad are arranged so as to reduce the length of the first metal wire and the second metal wire, respectively. a metal layer having high reflectivity; an insulating layer disposed on the metal layer; a first electrode pattern disposed on an edge portion of the insulating layer; a plurality of light-emitting device chips (51,52,53,54) disposed on the insulating layer and arranged in an array; characterised by a solder mask pattern disposed on an edge portion of the insulating layer and covering the first electrode pattern; first electrode pads (61,63) disposed on the insulating layer around the plurality of light-emitting device chips (51, 52, 53, 54) and having a first polarity; a second electrode pad disposed between the plurality of light-emitting device chips (51,52,53,54) on the insulating layer and having a second polarity; a second electrode pattern disposed on the insulating layer and connecting each of the first electrode pads (61,63) and the second electrode pad to the first electrode pattern; and for each of the plurality of light-emitting device chips (51,52,53,54), a first metal wire for electrically connecting the respective light-emitting device chips (51,52,53,54) to one of the first electrode pads (61,63) and a second metal wire for electrically connecting the respective light-emitting device chips (51,52,53,54) and the second electrode pad to each other so that the plurality of light-emitting device chips (51,52,53,54) share the second electrode pad, wherein the first electrode pads (61, 63) and the second electrode pad are arranged so as to reduce the length of the first metal wire and the second metal wire, respectively.
A system configured to perform an operation that results in increasing a thermal energy of a load, the system comprising: a radio frequency signal source (320, 720,1120) configured to supply a radio frequency signal; an electrode (170,340,740, 1170) coupled to the radio frequency signal source; a variable impedance network (334,370,734,772,1160) that includes at least one variable passive component, wherein the variable impedance network is coupled between the radio frequency signal source and the electrode; and characterised by a controller (312,712,1130) configured to determine an operation duration based upon a configuration of the variable impedance network, and to cause the radio frequency signal source to supply the radio frequency signal for the operation duration. a radio frequency signal source (320, 720,1120) configured to supply a radio frequency signal; an electrode (170,340,740, 1170) coupled to the radio frequency signal source; a variable impedance network (334,370,734,772,1160) that includes at least one variable passive component,
A method for controlling access of a terminal to an attribute stored in an ID token, wherein terminal certificate information items relating to a terminal certificate associated with the terminal are stored in one or more entries of a first blockchain, wherein the first blockchain is stored in a first memory of the ID token, wherein ID token certificate information items relating to an ID token certificate associated with the ID token are stored in one or more entries of a second blockchain, wherein the second blockchain is stored in a second memory of the terminal, wherein the method comprises: • executing a terminal authentication, wherein the terminal is authenticated by the ID token with use of the terminal certificate and the terminal certificate information items of the second blockchain, • executing an ID token authentication, wherein the ID token is authenticated by the terminal with use of the ID token certificate and the ID token certificate information items of the first blockchain, • in response to a successful terminal authentication and a successful ID token authentication, granting the terminal access to the attribute stored in the ID token. • executing a terminal authentication, wherein the terminal is authenticated by the ID token with use of the terminal certificate and the terminal certificate information items of the second blockchain, • executing an ID token authentication, wherein the ID token is authenticated by the terminal with use of the ID token certificate and the ID token certificate information items of the first blockchain, • in response to a successful terminal authentication and a successful ID token authentication, granting the terminal access to the attribute stored in the ID token.
A vehicle height adjustment apparatus comprising: a plurality of vehicle height adjustment units that are respectively provided to correspond to wheels of a vehicle body, and adjust a vehicle height in response to the supply and discharge of a working fluid; a supply source of the working fluid; a plurality of opening and closing valves that are interposed between the vehicle height adjustment units and the supply source; and a control unit that adjusts the vehicle height for the vehicle height adjustment unit in a storage vehicle height range which is present within a vehicle height adjustable range of the vehicle height adjustment unit, and is set to be lower than a center value of a travelling vehicle height range attainable while travelling, wherein when a predetermined vehicle stop condition is satisfied, the control unit adjusts the vehicle height for the vehicle height adjustment unit to any position in the storage vehicle height range, characterized in that an attractiveness priority mode and a theft prevention priority mode is provided with the control unit, and the storage vehicle height in the theft prevention priority mode is set to be lower further than that of the attractiveness priority mode. a plurality of vehicle height adjustment units that are respectively provided to correspond to wheels of a vehicle body, and adjust a vehicle height in response to the supply and discharge of a working fluid; a supply source of the working fluid; a plurality of opening and closing valves that are interposed between the vehicle height adjustment units and the supply source; and a control unit that adjusts the vehicle height for the vehicle height adjustment unit in a storage vehicle height range which is present within a vehicle height adjustable range of the vehicle height adjustment unit, and is set to be lower than a center value of a travelling vehicle height range attainable while travelling, wherein when a predetermined vehicle stop condition is satisfied, the control unit adjusts the vehicle height for the vehicle height adjustment unit to any position in the storage vehicle height range,
Flowmeter comprising a measuring tube (1, 11, 21) with a sensor arrangement and an evaluation unit designed to determine a flow velocity, a volume flow and/or a mass flow, wherein the sensor arrangement is arranged on or in a measuring tube, wherein the measuring tube comprises: a measuring tube wall consisting of a metal support material (2, 12, 22) and a first material layer (3, 13, 23) designed to protect the metal support material against corrosive media to be measured, wherein said layer is applied on an inner lateral surface of the measuring tube wall, wherein the first material layer is made from a plastic material based on a polyfluorinated polymer and/or a natural or synthetic rubber; characterized in that a second material layer (4, 14, 24) to reduce mechanical stress is provided in the measuring tube on the side of the first material layer facing towards the medium, wherein the second material layer has a hardness that is greater than the first material layer, wherein the second material layer is designed as a ceramic tube, which is arranged loosely in the measuring tube, wherein the second material layer is replaceable, wherein the first material layer does not have an adhesive connection to the metal support material and in that the second material layer is designed in such a way that it supports the first material layer in the event of a negative pressure in the measuring tube. a measuring tube wall consisting of a metal support material (2, 12, 22) and a first material layer (3, 13, 23) designed to protect the metal support material against corrosive media to be measured, wherein said layer is applied on an inner lateral surface of the measuring tube wall, wherein the first material layer is made from a plastic material based on a polyfluorinated polymer and/or a natural or synthetic rubber; characterized in that a second material layer (4, 14, 24) to reduce mechanical stress is provided in the measuring tube on the side of the first material layer facing towards the medium, wherein the second material layer has a hardness that is greater than the first material layer, wherein the second material layer is designed as a ceramic tube, which is arranged loosely in the measuring tube, wherein the second material layer is replaceable, wherein the first material layer does not have an adhesive connection to the metal support material and in that the second material layer is designed in such a way that it supports the first material layer in the event of a negative pressure in the measuring tube.
A method for performing a handover by a mobile management entity, MME, in a wireless communication system, the method comprising the following steps performed by the MME receiving, from a source evolved node B, eNB, a handover required message including a closed subscriber group, CSG, identity, ID, of a target home eNB, HeNB, and an access mode of the target HeNB; performing access control for a user equipment, UE, according to the CSG ID of the target HeNB and subscription CSG information of the UE; transmitting, to the target HeNB, a handover request message including the CSG ID of the target HeNB; receiving, from the target HeNB, a handover request acknowledgement message including the CSG ID of the target HeNB and the access mode of the target HeNB; performing verification that the access mode of the target HeNB, included in the handover request acknowledgement message, is valid for the target HeNB; and transmitting, to the source eNB, a handover command message subsequent to the verification. receiving, from a source evolved node B, eNB, a handover required message including a closed subscriber group, CSG, identity, ID, of a target home eNB, HeNB, and an access mode of the target HeNB; performing access control for a user equipment, UE, according to the CSG ID of the target HeNB and subscription CSG information of the UE; transmitting, to the target HeNB, a handover request message including the CSG ID of the target HeNB; receiving, from the target HeNB, a handover request acknowledgement message including the CSG ID of the target HeNB and the access mode of the target HeNB; performing verification that the access mode of the target HeNB, included in the handover request acknowledgement message, is valid for the target HeNB; and transmitting, to the source eNB, a handover command message subsequent to the verification.
An air purification system for a vehicle, comprising: a radiator that has louvered fins at its core and is disposed at a position at which an air flow path is formed while the vehicle is running; a condenser that has louvered fins at its core and is disposed upstream of the radiator in the air flow path, wherein a fin pitch of the louvered fins of the condenser is narrower than a fin pitch of the louvered fins of the radiator; the air purification system for a vehicle further comprising a plate that covers a side surface of a gap between the radiator and the condenser to prevent air from flowing into the gap by way of the side surface; an ozone purifier that is disposed on the louvered fins of the radiator and formed to contain an activated carbon therein; and a purification inhibitor remover that is disposed on the louvered fins of the condenser upstream of the ozone purifier in the air flow path, the purification inhibitor remover being a combination of alumina as NOx adsorbent and at least one among NOx adsorption and reduction type catalysts, zeolite, and activated carbons so as to remove all components of moisture, NOx, SOx, and PM that inhibit the purification of ozone by the ozone purifier from the air flowing into the ozone purifier. a radiator that has louvered fins at its core and is disposed at a position at which an air flow path is formed while the vehicle is running; a condenser that has louvered fins at its core and is disposed upstream of the radiator in the air flow path, wherein a fin pitch of the louvered fins of the condenser is narrower than a fin pitch of the louvered fins of the radiator; wherein a fin pitch of the louvered fins of the condenser is narrower than a fin pitch of the louvered fins of the radiator; the air purification system for a vehicle further comprising a plate that covers a side surface of a gap between the radiator and the condenser to prevent air from flowing into the gap by way of the side surface; an ozone purifier that is disposed on the louvered fins of the radiator and formed to contain an activated carbon therein; and a purification inhibitor remover that is disposed on the louvered fins of the condenser upstream of the ozone purifier in the air flow path, the purification inhibitor remover being a combination of alumina as NOx adsorbent and at least one among NOx adsorption and reduction type catalysts, zeolite, and activated carbons so as to remove all components of moisture, NOx, SOx, and PM that inhibit the purification of ozone by the ozone purifier from the air flowing into the ozone purifier.
A hybrid abrasive hand pad comprising: a coated abrasive member comprising an abrasive layer secured to a major surface of a flexible, dense backing wherein the abrasive layer comprises first abrasive particles and a first binder and a nonwoven abrasive member secured to the backing opposite the abrasive layer wherein the nonwoven abrasive member comprises second abrasive particles secured to a lofty open nonwoven fiber web by a second binder. a coated abrasive member comprising an abrasive layer secured to a major surface of a flexible, dense backing wherein the abrasive layer comprises first abrasive particles and a first binder and a nonwoven abrasive member secured to the backing opposite the abrasive layer wherein the nonwoven abrasive member comprises second abrasive particles secured to a lofty open nonwoven fiber web by a second binder.
A method for electrophoretically staining biopolymers embedded in a matrix, the method comprising contacting a first side of the matrix containing the biopolymer with a non-cellulosic first matrix contact sheet or a first matrix contact sheet including a blend containing cellulosic material, the first matrix contact sheet having a matrix contact surface and a stain reagent, contacting a second side of the matrix containing the biopolymer with a second matrix contact sheet having a matrix contact surface and comprising a destain solution comprising an organic solvent, an acid, and water, and optionally comprising a buffering agent, the contacting of the first matrix contact sheet and the second matrix contact sheet with the matrix forming a multi-layered assembly having a thickness, and applying an electrical force across the thickness of the assembly sufficient to move the stain reagent into the matrix, thereby staining the biopolymer in the matrix, and to move excess free stain reagent out of the matrix, thereby destaining the matrix. contacting a first side of the matrix containing the biopolymer with a non-cellulosic first matrix contact sheet or a first matrix contact sheet including a blend containing cellulosic material, the first matrix contact sheet having a matrix contact surface and a stain reagent, contacting a second side of the matrix containing the biopolymer with a second matrix contact sheet having a matrix contact surface and comprising a destain solution comprising an organic solvent, an acid, and water, and optionally comprising a buffering agent, the contacting of the first matrix contact sheet and the second matrix contact sheet with the matrix forming a multi-layered assembly having a thickness, and applying an electrical force across the thickness of the assembly sufficient to move the stain reagent into the matrix, thereby staining the biopolymer in the matrix, and to move excess free stain reagent out of the matrix, thereby destaining the matrix.
A water spray device for an ice making machine, the device being configured to receive ice making water delivered under pressure and supply the same to an ice making region of an ice making section, comprising: a water spray section that is provided above the ice making section to extend in a width direction of the ice making section and to supply the ice making water to the ice making region of the ice making section from water spray holes arranged apart from each other in the width direction; a buffer section (36, 90, 92) that is provided next to the water spray section and has, at one end in the width direction, an introduction section that is configured to receive the ice making water delivered under pressure; and a communication section that is provided between the water spray section and the buffer section (36, 90, 92) and is configured to lead the ice making water received by the buffer section (36, 90, 92) to the water spray section through a communication hole, characterized in that the communication section is constituted of a plurality of cylindrical bodies arranged spaced apart from each other in the width direction of the ice making section, one communication hole being opened in each cylindrical body, the communication section is configured in such a manner that a size of the communication hole is reduced from one end side where the introduction section of the buffer section (36, 90, 92) is provided toward the other end side, and the plurality of communication holes are provided so as to communicate with the water spray section at positions deviated in the width direction from the water spray holes. a water spray section that is provided above the ice making section to extend in a width direction of the ice making section and to supply the ice making water to the ice making region of the ice making section from water spray holes arranged apart from each other in the width direction; a buffer section (36, 90, 92) that is provided next to the water spray section and has, at one end in the width direction, an introduction section that is configured to receive the ice making water delivered under pressure; and a communication section that is provided between the water spray section and the buffer section (36, 90, 92) and is configured to lead the ice making water received by the buffer section (36, 90, 92) to the water spray section through a communication hole, characterized in that the communication section is constituted of a plurality of cylindrical bodies arranged spaced apart from each other in the width direction of the ice making section, one communication hole being opened in each cylindrical body,
Sensor device for sensing a torque being applied to an object, the sensor device comprising: a first inductance arrangement having a first coil with a corresponding main sensing direction; and a magnetic field generator being capable of generating a magnetic flux in the object to be sensed, such that a variation of the torque applied to the object results in a variation of the signal strength of a signal over the first inductance arrangement; wherein the first coil is oriented so as to have the corresponding main magnetizing directions (15, 25) oriented toward an object to be sensed; wherein the magnetic field generator comprises a coil and a capacitance, wherein the capacitance and the coil of the magnetic field generator form a resonant circuit having a corresponding resonance frequency; further comprising a driving unit being connectable to the magnetic field generator; characterized in that the driving unit is adapted to drive the magnetic field generator with an operation frequency being shifted with respect to the resonance frequency of the resonance circuit formed by the coil and the capacitance of the magnetic field generator; wherein a center frequency of the resonance circuit formed by the coil and the capacitance of the magnetic field generator is lower than the operation frequency of the driving unit. a first inductance arrangement having a first coil with a corresponding main sensing direction; and a magnetic field generator being capable of generating a magnetic flux in the object to be sensed, such that a variation of the torque applied to the object results in a variation of the signal strength of a signal over the first inductance arrangement; wherein the first coil is oriented so as to have the corresponding main magnetizing directions (15, 25) oriented toward an object to be sensed; wherein the magnetic field generator comprises a coil and a capacitance, wherein the capacitance and the coil of the magnetic field generator form a resonant circuit having a corresponding resonance frequency; further comprising a driving unit being connectable to the magnetic field generator; characterized in that the driving unit is adapted to drive the magnetic field generator with an operation frequency being shifted with respect to the resonance frequency of the resonance circuit formed by the coil and the capacitance of the magnetic field generator; wherein a center frequency of the resonance circuit formed by the coil and the capacitance of the magnetic field generator is lower than the operation frequency of the driving unit.