mhurhangee/ep-ind-claims huggingface dataset:
Die cast component, composed of a casting material, wherein the casting material is a light metal or a light metal alloy, comprising an insert element composed of a steel material, wherein the insert element has a multiplicity of form-fitting elements arranged homogeneously or in a uniformly distributed manner and designed for the form-fitting connection of the insert element to the casting material, and wherein a ratio of a component wall thickness to a wall thickness of the insert element is at most 4, wherein the form-fitting elements are round holes, and wherein the holes have a diameter of approximately 2 to 8 mm.
A signal booster, comprising one or more processors and memory configured to: identify a current location of the signal booster using a satellite location system receiver coupled to the signal booster identify one or more predefined signal booster parameters that correspond to the current location of the signal booster; and the one or more processors and memory are configured to modify over time one or more existing signal booster parameters associated with the signal booster to reflect the one or more predefined signal booster parameters that correspond to the current location of the signal booster; wherein the one or more signal booster parameters that are modified over time include the gain of the cellular signal booster, a channel associated with the signal booster, and a power level associated with the signal booster based on the cellular signal booster's current location, and characterized in that the one or more processors and memory are further configured to identify the one or more predefined signal booster parameters based on a defined distance between the signal booster and a base station, wherein the defined distance is determined based on a signal strength associated with signals received from the base station. identify a current location of the signal booster using a satellite location system receiver coupled to the signal booster identify one or more predefined signal booster parameters that correspond to the current location of the signal booster; and the one or more processors and memory are configured to modify over time one or more existing signal booster parameters associated with the signal booster to reflect the one or more predefined signal booster parameters that correspond to the current location of the signal booster; wherein the one or more signal booster parameters that are modified over time include the gain of the cellular signal booster, a channel associated with the signal booster, and a power level associated with the signal booster based on the cellular signal booster's current location, and characterized in that the one or more processors and memory are further configured to identify the one or more predefined signal booster parameters based on a defined distance between the signal booster and a base station, wherein the defined distance is determined based on a signal strength associated with signals received from the base station.
A base station, BS (1204; 2000), for a wireless communication network, the BS (1204; 2000) comprising: a transceiver; and at least one processor coupled with the transceiver and configured to: control the transceiver to receive, from at least one neighbor BS, at least one message for discovery; perform a connect to a second parent BS other than a first parent BS connected to the BS, among candidate BSs, based on the at least one message for discovery, wherein the at least one message for discovery includes resource information of the candidate BSs; identify resource allocation information for the first parent BS and resource allocation information for the second parent BS, based on resource information of the BS; and control the transceiver to communicate, to at least one of a first parent BS or the second parent BS, based on the resource allocation information for the first parent BS and the resource allocation information for the second parent BS. a transceiver; and at least one processor coupled with the transceiver and configured to: control the transceiver to receive, from at least one neighbor BS, at least one message for discovery; perform a connect to a second parent BS other than a first parent BS connected to the BS, among candidate BSs, based on the at least one message for discovery, wherein the at least one message for discovery includes resource information of the candidate BSs; identify resource allocation information for the first parent BS and resource allocation information for the second parent BS, based on resource information of the BS; and control the transceiver to communicate, to at least one of a first parent BS or the second parent BS, based on the resource allocation information for the first parent BS and the resource allocation information for the second parent BS. control the transceiver to receive, from at least one neighbor BS, at least one message for discovery; perform a connect to a second parent BS other than a first parent BS connected to the BS, among candidate BSs, based on the at least one message for discovery, wherein the at least one message for discovery includes resource information of the candidate BSs; identify resource allocation information for the first parent BS and resource allocation information for the second parent BS, based on resource information of the BS; and control the transceiver to communicate, to at least one of a first parent BS or the second parent BS, based on the resource allocation information for the first parent BS and the resource allocation information for the second parent BS.
An ethylene-vinyl alcohol copolymer having a degree of saponification of 95 % to 100 % by mole as measured according to the description, including components (EVOH) differing in ethylene content; which, when examined by liquid chromatography, gives an ethylene content distribution curve that has at least two peaks and that satisfies the following to: an ethylene content (a) of a component which shows a highest peak is 20-35% by mole; an ethylene content (b) of a component which shows a second highest peak is 45-60% by mole; when the abscissa ranging from the peak to the peak is divided into four equal parts, then a proportion (v) of component(s) which has ethylene content (w) corresponding to the two regions having therebetween a center that lies midway between the peak and the peak to the whole copolymer is 5-25%; and a maximum value of the ordinate in the two regions is not larger than two times an average value of the ordinate in the two regions; wherein the ethylene content distribution curve of the ethylene-vinyl alcohol copolymer is measured by the method as defined in the description. which, when examined by liquid chromatography, gives an ethylene content distribution curve that has at least two peaks and that satisfies the following to: an ethylene content (a) of a component which shows a highest peak is 20-35% by mole; an ethylene content (b) of a component which shows a second highest peak is 45-60% by mole; when the abscissa ranging from the peak to the peak is divided into four equal parts, then a proportion (v) of component(s) which has ethylene content (w) corresponding to the two regions having therebetween a center that lies midway between the peak and the peak to the whole copolymer is 5-25%; and a maximum value of the ordinate in the two regions is not larger than two times an average value of the ordinate in the two regions; an ethylene content (a) of a component which shows a highest peak is 20-35% by mole; an ethylene content (b) of a component which shows a second highest peak is 45-60% by mole; when the abscissa ranging from the peak to the peak is divided into four equal parts, then a proportion (v) of component(s) which has ethylene content (w) corresponding to the two regions having therebetween a center that lies midway between the peak and the peak to the whole copolymer is 5-25%; and a maximum value of the ordinate in the two regions is not larger than two times an average value of the ordinate in the two regions; wherein the ethylene content distribution curve of the ethylene-vinyl alcohol copolymer is measured by the method as defined in the description.
An UV-radiation sensor with a radiation-sensitive region of diamond, which is formed on a first face of a semiconductor substrate and with which electrical contact can be made via at least two contact electrodes, wherein the UV-radiation sensor has a vertical structure in which the radiation-sensitive region comprises two differently doped, stacked regions of monocrystalline diamond (2, 3, 3') which form a pn-junction for purposes of radiation detection, wherein an uppermost of the two differently doped regions has a thickness ≤ 300 nm, wherein the radiation-sensitive region is formed either by a layer sequence of a first epitaxial diamond layer of a first dopant type and a second epitaxial diamond layer of a second dopant type on the semiconductor substrate or by a layer sequence of a first epitaxial diamond layer of a first dopant type on the semiconductor substrate and a region of a second dopant type doped locally in the first epitaxial diamond layer, and wherein a doping concentration of the first dopant type in the first epitaxial diamond layer is < 1*10 16 cm -3, and a doping concentration of the second dopant type in the second epitaxial diamond layer or the locally doped region is > 1*10 18 cm -3.
A configuration method of a cryptographically generated address, CGA, used to enable a generated CGA to satisfy requirements of a network configuration, comprising: generating, by a client, a CGA; characterized by sending, by the client, the generated CGA to a Dynamic Host Configuration Protocol, DHCP, server, and requesting the DHCP server to determine whether the generated CGA satisfies the requirements of the network configuration, wherein the network configuration comprises a CGA security level set by the DHCP server; and generating a new CGA if the generated CGA does not satisfy the requirements of the network configuration. generating, by a client, a CGA; characterized by sending, by the client, the generated CGA to a Dynamic Host Configuration Protocol, DHCP, server, and requesting the DHCP server to determine whether the generated CGA satisfies the requirements of the network configuration, wherein the network configuration comprises a CGA security level set by the DHCP server; and generating a new CGA if the generated CGA does not satisfy the requirements of the network configuration.
A method for determining a status of a multilane data link of a data transmission system for a computer network, the method comprising: a) receiving a packet including a start of packet, an end of packet, and a check code from a multilane data link of the data transmission system; b) assigning a lane polarity to each lane of the multilane data link; c) calculating an error code for the received packet utilizing at least one lane polarity; d) comparing the error code with the check code of the received packet; e) if there is a difference between the check code and the error code, then incrementing a realignment parameter; f) comparing the realignment parameter with a predetermined threshold value; g) if the realignment parameter is greater than the predetermined threshold value then determining that the multilane data link is down; and repeating steps a through g to determine if the multilane data link is down. a) receiving a packet including a start of packet, an end of packet, and a check code from a multilane data link of the data transmission system; b) assigning a lane polarity to each lane of the multilane data link; c) calculating an error code for the received packet utilizing at least one lane polarity; d) comparing the error code with the check code of the received packet; e) if there is a difference between the check code and the error code, then incrementing a realignment parameter; f) comparing the realignment parameter with a predetermined threshold value; g) if the realignment parameter is greater than the predetermined threshold value then determining that the multilane data link is down; and
An object comprising a substrate and an indicia comprising a first material and a second material, wherein the first material is coupled to the substrate, the first material having a first optical appearance without ultraviolet excitation and a second optical appearance after receiving UV excitation, wherein the second material is coupled to the substrate and is capable of providing a color, and wherein the indicia appears to radiate and/or reflect a first color upon initial UV excitation while the first material has the first optical appearance and then appears to radiate and/or reflect a second color upon continued UV excitation as the first material has changed to the second optical appearance.
Terminal for fixing a plurality of cable lugs each being mounted to an end of a cable, wherein the terminal comprises - at least one base body and a plurality of terminal screws screwed into the at least one base body, wherein each terminal screw is designed to clamp an eyelet end or a fork type end of a cable lug of the cable lugs between the at least one base body and said terminal screw, the terminal further comprising - a case with a fixed case part, - wherein the case encloses the at least one base body and the terminal screws and wherein space is left for the cable lugs within the case, - wherein the fixed case part is fixedly arranged relative to the at least one base body characterised in that the case comprises a plurality of movable case parts individually movable arranged in the fixed case part and wherein each movable case part is associated each with a terminal screw of the terminal screws and wherein each movable case part comprises a recess forming a feed through for a cable mounted to the cable lug associated with said movable case part. - at least one base body and a plurality of terminal screws screwed into the at least one base body, wherein each terminal screw is designed to clamp an eyelet end or a fork type end of a cable lug of the cable lugs between the at least one base body and said terminal screw, the terminal further comprising - a case with a fixed case part, - wherein the case encloses the at least one base body and the terminal screws and wherein space is left for the cable lugs within the case, - wherein the fixed case part is fixedly arranged relative to the at least one base body
A rotary seal assembly comprising: • a first machine part in the form of a shaft; • a second machine part which engages around the shaft, wherein the first machine part and the second machine part are spaced apart from one another with the formation of a sealing gap and are arranged rotatably relative to one another about an axis of rotation; • a seal-holding structure which is formed on one of the two machine parts (12, 14); • a rotary seal with a foot portion and with a sealing lip, which are connected to one another via a connecting portion, wherein the foot portion is arranged on or in the seal-holding structure and wherein the sealing lip bears in a sealing manner against a sealing surface of the respective other machine part (12, 14), in order to seal off an oil side from an outer side of the rotary seal assembly; and • a foam ring arranged on the oil side and with a base body and with a holding portion, wherein the foam ring engages around the first machine part and is arranged so as to be held on the foot portion of the rotary seal via the holding portion, characterized in that the foam ring has, at least in its unloaded, unmounted state, a corrugated inner circumferential side and/or a corrugated outer circumferential side. • a first machine part in the form of a shaft; • a second machine part which engages around the shaft, wherein the first machine part and the second machine part are spaced apart from one another with the formation of a sealing gap and are arranged rotatably relative to one another about an axis of rotation; • a seal-holding structure which is formed on one of the two machine parts (12, 14); • a rotary seal with a foot portion and with a sealing lip, which are connected to one another via a connecting portion, wherein the foot portion is arranged on or in the seal-holding structure and wherein the sealing lip bears in a sealing manner against a sealing surface of the respective other machine part (12, 14), in order to seal off an oil side from an outer side of the rotary seal assembly; and • a foam ring arranged on the oil side and with a base body and with a holding portion, wherein the foam ring engages around the first machine part and is arranged so as to be held on the foot portion of the rotary seal via the holding portion,
A pig trap fluid injector assembly comprising: a longitudinally extending pipe including an inlet end, an outlet end, and at least one bend located in between said ends (99, 101) at an oblique angle a relative to horizontal; a flat-profile flange (89, 123) located at the inlet end and including a plurality of bolt holes, the flat-profile flange (89, 123) including at least one port configured to provide a fluid leak path through said flat-profile flange (89,123); a curved-profile flange located at the outlet end and including an opening; a nozzle located at least partly in the opening; and a kicker line or housing containing the nozzle and forming an annular space between the kicker line or housing and an outside annular surface of the nozzle, wherein when the pig trap fluid injector assembly is installed in a sidewall opening of a pig trap, the nozzle is oriented to deliver a jet of fluid in a downstream direction and a fluid leak path is formed between opposing portions of the sidewall opening and the curved-profile flange, wherein the leak path allows the annular space to fill with fluid and pressurise around the outside annular surface of the nozzle assembly. a longitudinally extending pipe including an inlet end, an outlet end, and at least one bend located in between said ends (99, 101) at an oblique angle a relative to horizontal; a flat-profile flange (89, 123) located at the inlet end and including a plurality of bolt holes, the flat-profile flange (89, 123) including at least one port configured to provide a fluid leak path through said flat-profile flange (89,123); a curved-profile flange located at the outlet end and including an opening; a nozzle located at least partly in the opening; and a kicker line or housing containing the nozzle and forming an annular space between the kicker line or housing and an outside annular surface of the nozzle, wherein when the pig trap fluid injector assembly is installed in a sidewall opening of a pig trap, the nozzle is oriented to deliver a jet of fluid in a downstream direction and a fluid leak path is formed between opposing portions of the sidewall opening and the curved-profile flange, wherein the leak path allows the annular space to fill with fluid and pressurise around the outside annular surface of the nozzle assembly.
A light emitting device, comprising: a second electrode layer; an ohmic layer on the second electrode layer; a second conductivity-type semiconductor layer on the second electrode layer and the ohmic layer; a current blocking layer in contact with the second conductivity-type semiconductor layer and the ohmic layer; an active layer on the second conductivity-type semiconductor layer; a first conductivity-type semiconductor layer on the active layer; and a first electrode layer on the first conductivity-type semiconductor layer, characterized in that the current blocking layer comprises an oxide of the second conductivity-type semiconductor layer, wherein a bottom surface and a side surface of the ohmic layer are in contact with the second electrode layer, and wherein a top surface of the ohmic layer and a top surface of the second electrode layer are disposed on the same horizontal plane. a second electrode layer; an ohmic layer on the second electrode layer; a second conductivity-type semiconductor layer on the second electrode layer and the ohmic layer; a current blocking layer in contact with the second conductivity-type semiconductor layer and the ohmic layer; an active layer on the second conductivity-type semiconductor layer; a first conductivity-type semiconductor layer on the active layer; and a first electrode layer on the first conductivity-type semiconductor layer, characterized in that the current blocking layer comprises an oxide of the second conductivity-type semiconductor layer, wherein a bottom surface and a side surface of the ohmic layer are in contact with the second electrode layer, and wherein a top surface of the ohmic layer and a top surface of the second electrode layer are disposed on the same horizontal plane.
A heat recovering ventilation device for installation into a thermal building envelope (1, 2) separating a building exterior from an interior, wherein the ventilation device comprises: - a heat exchanger transferring thermal energy from an exit air flow to an input air flow, - an exit air blowing device feeding the exit air flow from the interior via the heat exchanger to the building exterior, and - an input air blowing device driving the input air flow from the building exterior via the heat exchanger to the interior, characterized in that - the ventilation device comprises a housing in which heat exchanger, exit air blowing device and input air blowing device are installed, - two controllable valves (8, 9) are arranged upstream in flow direction of the exit air flow in the housing of the exit air blowing device, wherein one valve is provided for an exit air flow from an ancillary room and the other valve is provided for the exit air flow from the interior, such that a variable extraction of exit air from the interior and the ancillary room is adjustable, and - a wall box is provided in order to be installed in the thermal building envelope (1, 2), wherein - the housing and the wall box match each other such that the housing is sealingly insertable into the wall box and - electric and fluidic couplings matching each other are arranged at the wall box and at the housing, which couplings, when inserting the housing into the wall box, close electric and fluidic connections, including a fluidic connection to the ancillary room, which connections are required for operating the ventilation device. - a heat exchanger transferring thermal energy from an exit air flow to an input air flow, - an exit air blowing device feeding the exit air flow from the interior via the heat exchanger to the building exterior, and - an input air blowing device driving the input air flow from the building exterior via the heat exchanger to the interior, characterized in that - the ventilation device comprises a housing in which heat exchanger, exit air blowing device and input air blowing device are installed, - two controllable valves (8, 9) are arranged upstream in flow direction of the exit air flow in the housing of the exit air blowing device, wherein one valve is provided for an exit air flow from an ancillary room and the other valve is provided for the exit air flow from the interior, such that a variable extraction of exit air from the interior and the ancillary room is adjustable, and - a wall box is provided in order to be installed in the thermal building envelope (1, 2), wherein - the housing and the wall box match each other such that the housing is sealingly insertable into the wall box and - electric and fluidic couplings matching each other are arranged at the wall box and at the housing, which couplings, when inserting the housing into the wall box, close electric and fluidic connections, including a fluidic connection to the ancillary room, which connections are required for operating the ventilation device.