mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sending data messages transmitted by a source compute node, SCN, executing on a host computer in a datacenter to a group of service nodes, SNs, the method comprising on the host computer : on the egress datapath of the SCN along which data messages transmitted by the SCN are sent out of the host computer, identifying a data message transmitted by the SCN and determining whether a service action has to be performed on the data message; when a service action has to be performed on the data message, identifying a particular SN in the SN group that should receive the data message, said SN group comprising a plurality of SNs external to the datacenter for performing the same service action and connected to the host computer by a tunnel; from a plurality of tunnels between the host computer and the plurality of SNs, identifying a tunnel connecting the host computer to the identified particular SN; and sending the data message to the identified particular SN along the identified tunnel. on the egress datapath of the SCN along which data messages transmitted by the SCN are sent out of the host computer, identifying a data message transmitted by the SCN and determining whether a service action has to be performed on the data message; when a service action has to be performed on the data message, identifying a particular SN in the SN group that should receive the data message, said SN group comprising a plurality of SNs external to the datacenter for performing the same service action and connected to the host computer by a tunnel; from a plurality of tunnels between the host computer and the plurality of SNs, identifying a tunnel connecting the host computer to the identified particular SN; and sending the data message to the identified particular SN along the identified tunnel.
A solar cell module comprising: a solar cell string in which a plurality of solar cells each having a light-receiving surface and a back surface wherein the back surfaces of adjacent solar cells are electrically connected through a wiring member ; a light-receiving-surface protection member which is light-transmissive and is disposed on a light-receiving side of the solar cell string ; a back-surface protection member disposed on a back side of the solar cell string; and an encapsulant arranged between the light-receiving-surface protection member and the back-surface protection member to encapsulate the solar cell string , wherein the solar cells have no metal electrode on the light-receiving surface, and have a metal electrode only on the back surface, a principal surface on a light-receiving side of the back-surface protection member is black, the wiring member is a braided wire having a flat-shaped cross-section and composed of a plurality of metal element wires, and a first principal surface of the wiring member is connected to the metal electrode of a solar cell , and characterized in that the wiring member has an electroconductive black layer on the entire first principal surface. a solar cell string in which a plurality of solar cells each having a light-receiving surface and a back surface wherein the back surfaces of adjacent solar cells are electrically connected through a wiring member ; a light-receiving-surface protection member which is light-transmissive and is disposed on a light-receiving side of the solar cell string ; a back-surface protection member disposed on a back side of the solar cell string; and an encapsulant arranged between the light-receiving-surface protection member and the back-surface protection member to encapsulate the solar cell string , wherein the solar cells have no metal electrode on the light-receiving surface, and have a metal electrode only on the back surface, a principal surface on a light-receiving side of the back-surface protection member is black, the wiring member is a braided wire having a flat-shaped cross-section and composed of a plurality of metal element wires, and a first principal surface of the wiring member is connected to the metal electrode of a solar cell , and characterized in that the wiring member has an electroconductive black layer on the entire first principal surface.
Cleaning vehicle comprising a rolling chassis and comprising a primary power source which is able and configured to drive the vehicle, which primary power source comprises a combustion engine, wherein a suction installation is provided that is at least partially fixed to the chassis, wherein said suction installation comprises an underpressure chamber with a suction connection and a pumping arrangement which is coupled to said underpressure chamber to create and maintain an underpressure in the underpressure chamber, and wherein said pumping arrangement comprises at least one primary pump unit which draws its input power from the primary power source , whereby, in addition to said primary pump unit , the pumping arrangement comprises at least a secondary pump unit characterized in that said secondary pump unit is driven directly, or indirectly, by a secondary power source, in that the secondary power source comprises at least one electric motor, in that the secondary power source is supplied independently of the primary power source by an electrical power supply , and in that both the primary pump unit and the secondary pump unit allow to create an underpressure in the underpressure chamber that will generate an airflow through said suction connection to which a hose can be coupled with which dirt can be suctioned up from a surface and carried to the underpressure chamber .
A thermoacoustic engine incorporated in a thermoacoustic piping section in which a working gas is enclosed and sealed, the thermoacoustic engine comprising: a stack having a plurality of flow passages extending through the thermoacoustic piping section in a longitudinal direction of the thermoacoustic piping section ; a hot heat exchanger coupled to one end in a longitudinal direction of the stack , the hot heat exchanger having an internal space for hot heat exchanging communicating with the plurality of flow passages and extending through the hot heat exchanger in the longitudinal direction, and adapted to heat the working gas in the internal space for hot heat exchanging ; and a cold heat exchanger coupled to the other end in the longitudinal direction of the stack , the cold heat exchanger having an internal space for cold heat exchanging communicating with the plurality of flow passages and extending through the cold heat exchanger in the longitudinal direction, and adapted to cool the working gas in the internal space for cold heat exchanging , characterized in that a length in the longitudinal direction of the hot heat exchanger is greater than a length in the longitudinal direction of the stack , and is greater than a length in the longitudinal direction of the cold heat exchanger . a stack having a plurality of flow passages extending through the thermoacoustic piping section in a longitudinal direction of the thermoacoustic piping section ; a hot heat exchanger coupled to one end in a longitudinal direction of the stack , the hot heat exchanger having an internal space for hot heat exchanging communicating with the plurality of flow passages and extending through the hot heat exchanger in the longitudinal direction, and adapted to heat the working gas in the internal space for hot heat exchanging ; and a cold heat exchanger coupled to the other end in the longitudinal direction of the stack , the cold heat exchanger having an internal space for cold heat exchanging communicating with the plurality of flow passages and extending through the cold heat exchanger in the longitudinal direction, and adapted to cool the working gas in the internal space for cold heat exchanging , characterized in that a length in the longitudinal direction of the hot heat exchanger is greater than a length in the longitudinal direction of the stack , and is greater than a length in the longitudinal direction of the cold heat exchanger .
An apparatus for determining a fill status of a canister of fluid in a tissue treatment system, the apparatus comprising: a reduced pressure source configured to provide reduced pressure and fluidly connected to a tissue site ; a target conduit fluidly connecting the tissue site and the canister ; a sensing device configured to sense a reduced pressure in a source conduit which fluidly connects the canister to the reduced pressure source ; a valve in communication with the source conduit , wherein the valve is configured to release the reduced pressure in the source conduit ; and a processing unit in communication with the sensing device and the valve , and configured to: open the valve for a selected amount of time; measure a decay of the reduced pressure in the source conduit if the valve releases the reduced pressure; and determine from the decay a fill status of the canister . a reduced pressure source configured to provide reduced pressure and fluidly connected to a tissue site ; a target conduit fluidly connecting the tissue site and the canister ; a sensing device configured to sense a reduced pressure in a source conduit which fluidly connects the canister to the reduced pressure source ; a valve in communication with the source conduit , wherein the valve is configured to release the reduced pressure in the source conduit ; and a processing unit in communication with the sensing device and the valve , and configured to: open the valve for a selected amount of time; measure a decay of the reduced pressure in the source conduit if the valve releases the reduced pressure; and determine from the decay a fill status of the canister . open the valve for a selected amount of time; measure a decay of the reduced pressure in the source conduit if the valve releases the reduced pressure; and determine from the decay a fill status of the canister .
A barrier system, said system comprising: a head unit shaped to be worn over the head of the wearer; a hood positioned over the head unit and forming a chamber ; characterized in that said barrier system further comprises: one or more sensors located within the chamber and configured to produce one or more sensor-output signals, the one or more sensors comprise one or more motion sensors mounted on the head unit; and a controller connected to the one or more motion sensors and configured to produce one or more controller-output signals based on the one or more motion sensor-output signals, wherein at least one or more controller-output signals are based on a predetermined head movement; a fan-speed control unit connected to the controller; and a fan connected to the fan-speed control unit; wherein the fan-speed control unit is configured to select a fan speed based on the one or more controller-output signals. a head unit shaped to be worn over the head of the wearer; a hood positioned over the head unit and forming a chamber ; characterized in that said barrier system further comprises: one or more sensors located within the chamber and configured to produce one or more sensor-output signals, the one or more sensors comprise one or more motion sensors mounted on the head unit; and a controller connected to the one or more motion sensors and configured to produce one or more controller-output signals based on the one or more motion sensor-output signals, wherein at least one or more controller-output signals are based on a predetermined head movement; one or more sensors located within the chamber and configured to produce one or more sensor-output signals, the one or more sensors comprise one or more motion sensors mounted on the head unit; and a controller connected to the one or more motion sensors and configured to produce one or more controller-output signals based on the one or more motion sensor-output signals, wherein at least one or more controller-output signals are based on a predetermined head movement; a fan-speed control unit connected to the controller; and a fan connected to the fan-speed control unit; wherein the fan-speed control unit is configured to select a fan speed based on the one or more controller-output signals.
Vehicle light (1, 1', 1") having at least one reflector (7, 7', 7") to which at least one, first light source (4; 4-1, 4-2, 4-3) is allocated, wherein the direction of emitted light beams from the at least one, first light source (4, 4-1, 4-2, 4-3) can be deflected by the reflector (7, 7', 7") in the direction of a specific viewing position (P) remote from the vehicle light (1, 1', 1") in such a manner that at least one, first light function (LF1) can be perceived there, and having at least one, additional light source , from which light beams can be emitted, through which, in the viewing position (P), at least one, second light function (LF2) can be perceived, wherein the at least one, additional light source is present on a side, facing away from the viewing position (P), of the reflector (7, 7', 7"), and at least one, additional, light-directing component (15, 15', 15") is arranged between the at least one, additional light source and the reflector (7, 7', 7") and is connected to the reflector (7, 7', 7") in such a way that light beams emitted by the at least one, additional light source pass through the at least one, additional, light-directing component (15, 15', 15") and can leave the light-directing component (15, 15', 15") again in order to implement at least the one, second light function (LF2) on a side, facing the viewing position (P), of the reflector (7, 7', 7"), characterized in that the at least one, additional, light-directing component (15, 15', 15") has a light exit side with a surface (O2) that is identical or at least similar to the optical appearance of a surface of the reflector (7, 7', 7") for an observer in the overall optical impression of the vehicle light and that is provided with a metal layer that is dimensioned in thickness such that light beams of the at least one, additional light source can penetrate the metal layer .
An electrophotographic member comprising: an electroconductive substrate (2; 45); and a surface layer (1; 44) having a mono-layer structure on the substrate, wherein the surface layer (1; 44) has a matrix containing a cross-linked urethane resin as a binder, and characterized in that , when an elastic modulus of the matrix in a first region in a thickness direction from an outer surface of the surface layer (1; 44) to a depth of 0.1 μm from the outer surface of the surface layer (1; 44) is defined as E1, and an elastic modulus of the matrix in a second region in a thickness direction from a depth of 1.0 μm from the outer surface of the surface layer (1; 44) to 1.1 μm from the outer surface of the surface layer (1; 44) is defined as E2, E1 and E2 being measured in a cross section of the surface layer (1; 44) in a thickness direction according to the description, and in particular to paragraph 0061 of the originally filed description, E1 and E2 satisfy the following Expressions and , respectively: E 1 ≥ 200 MPa and 10 MPa ≤ E2 ≤ 100 MPa an electroconductive substrate (2; 45); and a surface layer (1; 44) having a mono-layer structure on the substrate, wherein the surface layer (1; 44) has a matrix containing a cross-linked urethane resin as a binder, and characterized in that , when an elastic modulus of the matrix in a first region in a thickness direction from an outer surface of the surface layer (1; 44) to a depth of 0.1 μm from the outer surface of the surface layer (1; 44) is defined as E1, and an elastic modulus of the matrix in a second region in a thickness direction from a depth of 1.0 μm from the outer surface of the surface layer (1; 44) to 1.1 μm from the outer surface of the surface layer (1; 44) is defined as E2, E1 and E2 being measured in a cross section of the surface layer (1; 44) in a thickness direction according to the description, and in particular to paragraph 0061 of the originally filed description, E1 and E2 satisfy the following Expressions and , respectively: E 1 ≥ 200 MPa and 10 MPa ≤ E2 ≤ 100 MPa
Protective device, in particular shading device, for a vehicle interior of a motor vehicle, having a flexible planar structure (5-5g), mounted to be displaced between a compactly stowed rest position and at least one deployed functional position, and having lateral guide rails (3-3g) extending non-parallel to each other in the operating condition installed fixed to the vehicle and in which rails a pull-out profile (6-6g) of the planar structure is guided, wherein each guide rail comprises a cover profile (9-9g) for covering a lateral edge of the deployed planar structure, wherein the cover profile (9-9g) forms a lengthwise extended guide slot for the lateral edge (12-12g) of the planar structure (5-5g), with the width thereof selected such that the lateral edge projects into the cover profile over its entire length in the deployed functional position of the planar structure, characterized in that the guide slot in its longitudinal direction and in its transverse direction is tapering in a funnel shape.
A probe for measuring a waveform of a time-based electrical signal at a measuring point in a circuit, said probe comprising a housing provided at one end with a measuring tip , wherein said housing is further provided with a power supply , an electrical signal processing circuit , a data processor, and a wireless communication device , said electrical signal processing circuit , and said wireless communication device functionally coupled to said data processor, wherein said electrical signal processing circuit comprises an analogue circuit for adapting the impedance , a subsequent analogue-to-digital converter, a subsequent digital signal measurement circuit, and a memory, characterised in that said housing is further provided with a user input device functionally coupled to said data processor, wherein said measuring tip comprises a capturing position in which capturing measurement data is provided while said measuring tip is in said capturing position, and a released position, wherein said measuring tip is biased in said released position and adapted to be manually pressed into said capturing position, and when subsequently released to its released position stops capturing measurement data, and wherein said digital signal measurement circuit being configured for comparing said measurement data against one or more predefined trigger conditions, and when said one or more trigger conditions are met transmitting said measurement data to the communication device .
Device (10, 10.2) for comminuting metal chips , - having at least one rotatably mounted knife shaft (20, 20.2), to which at least two cutting modules are detachably fixed, the cutting modules each being placed individually on the at least one knife shaft (20, 20.2) and being fixed detachably such that, as seen in the direction of rotation of the knife shaft (20, 20.2), there are at least two cutting modules in each case, - having a motor drive for rotating the at least one knife shaft (20, 20.2), - having at least one stationary knife bar (50, 50.2) interacting with the cutting modules of the at least one knife shaft (20, 20.2), - having at least one endless conveyor (60, 60.2) for metal chips , wherein the metal chips transported by the endless conveyor (60, 60.2) can be stripped off the endless conveyor (60, 60.2) by the cutting modules fixed to the knife shaft (20, 20.2), - characterized in that - the at least one knife shaft (20, 20.2) is arranged above the endless conveyor (60, 60.2) or approximately at the same height as the endless conveyor (60, 60.2). - having at least one rotatably mounted knife shaft (20, 20.2), to which at least two cutting modules are detachably fixed, the cutting modules each being placed individually on the at least one knife shaft (20, 20.2) and being fixed detachably such that, as seen in the direction of rotation of the knife shaft (20, 20.2), there are at least two cutting modules in each case, - having a motor drive for rotating the at least one knife shaft (20, 20.2), - having at least one stationary knife bar (50, 50.2) interacting with the cutting modules of the at least one knife shaft (20, 20.2), - having at least one endless conveyor (60, 60.2) for metal chips , wherein the metal chips transported by the endless conveyor (60, 60.2) can be stripped off the endless conveyor (60, 60.2) by the cutting modules fixed to the knife shaft (20, 20.2), - characterized in that - the at least one knife shaft (20, 20.2) is arranged above the endless conveyor (60, 60.2) or approximately at the same height as the endless conveyor (60, 60.2).
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting a message related to 2-step random access procedure, wherein the message comprises a first physical random access channel, PRACH, preamble or a second PRACH preamble on at least one valid PRACH occasion among a plurality of valid PRACH occasions in a PRACH slot; and obtaining information related to a random access response, RAR, in response to the message, wherein the first PRACH preamble is included in a plurality of PRACH preambles related to the plurality of valid PRACH occasions, wherein based on the plurality of PRACH preambles being mapped to a first plurality of valid physical uplink shared channel, PUSCH, occasions among a plurality of valid PUSCH occasions, the message further comprises a PUSCH on at least one valid PUSCH occasion among the first plurality of valid PUSCH occasions, and wherein the second PRACH preamble is not mapped to any one of the first plurality of valid PUSCH occasions. transmitting a message related to 2-step random access procedure, wherein the message comprises a first physical random access channel, PRACH, preamble or a second PRACH preamble on at least one valid PRACH occasion among a plurality of valid PRACH occasions in a PRACH slot; and obtaining information related to a random access response, RAR, in response to the message, wherein the first PRACH preamble is included in a plurality of PRACH preambles related to the plurality of valid PRACH occasions, wherein based on the plurality of PRACH preambles being mapped to a first plurality of valid physical uplink shared channel, PUSCH, occasions among a plurality of valid PUSCH occasions, the message further comprises a PUSCH on at least one valid PUSCH occasion among the first plurality of valid PUSCH occasions, and wherein the second PRACH preamble is not mapped to any one of the first plurality of valid PUSCH occasions.