mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising the steps performed by a home device in a home network system of: receiving an access token from an account server managing an account for a control device used to control the home device; receiving , from the control device , server information including information relating to access to a service server ; accessing the service server based on the server information and transmitting device information on the home device to the service server ; receiving , from the service server , a peer identifier, ID, for identifying the home device and a peer group ID for identifying a group of home devices, based on the server information, wherein the peer group ID indicates a group of home devices that have been registered in the service server using a particular user account, and wherein the peer ID is an identifier assigned by the service server for allowing a connectivity server to identify the home device ; and logging into the connectivity server managing connection between the home device and the control device based on the access token, the peer ID, and the peer group ID. receiving an access token from an account server managing an account for a control device used to control the home device; receiving , from the control device , server information including information relating to access to a service server ; accessing the service server based on the server information and transmitting device information on the home device to the service server ; receiving , from the service server , a peer identifier, ID, for identifying the home device and a peer group ID for identifying a group of home devices, based on the server information, wherein the peer group ID indicates a group of home devices that have been registered in the service server using a particular user account, and wherein the peer ID is an identifier assigned by the service server for allowing a connectivity server to identify the home device ; and logging into the connectivity server managing connection between the home device and the control device based on the access token, the peer ID, and the peer group ID.
An antibody or a fragment thereof which has immunological reactivity with a partial CAPRIN-1 polypeptide consisting of the amino acid sequence shown by SEQ ID NO: 5, wherein the antibody or the fragment thereof does not have immunological reactivity with a partial CAPRIN-1 polypeptide consisting of the amino acid sequence: Pro-Pro-Val-Asn-Glu-Pro-Glu-Thr-Leu-Lys-Gln-Gln-Asn-Gln-Tyr-Gln-Ala-Ser.
A multi-layered beauty care product for applying a skin active agent to the skin, comprising: a layer of a water-soluble film zone comprising a top surface and a bottom surface; a water-soluble film forming polymer; a cosmetic composition comprising an effective amount of a skin active agent; and a vapor-deposited coating , wherein the vapor-deposited coating is selected from the group consisting of a vapor-deposited organic coating comprising poly(p-xylylene) polymer, a metal oxide inorganic coating, and combinations thereof. a layer of a water-soluble film zone comprising a top surface and a bottom surface; a water-soluble film forming polymer; a cosmetic composition comprising an effective amount of a skin active agent; and a top surface and a bottom surface; a water-soluble film forming polymer; a cosmetic composition comprising an effective amount of a skin active agent; and a vapor-deposited coating , wherein the vapor-deposited coating is selected from the group consisting of a vapor-deposited organic coating comprising poly(p-xylylene) polymer, a metal oxide inorganic coating, and combinations thereof.
A compost mixture, comprising - 1 to 30% by volume of organic nitrogenous material comprising completely or partially organic waste, the organic nitrogenous material comprises green matter, such as turf or other green plant material, sediment, biowaste, or manure, - broken dry matter, - decomposing material that decomposes organic material, the decomposing material comprising mycocelial filaments and/or enzyme, and - 1 to 30% by volume of worms and/or worm faeces, characterized in that - the volume of the broken dry matter is 60 to 90%, the broken dry matter comprising stalk-like material, the stalk-like material comprises common reed, reed canary grass, common club-rush, maritime club-rush, or straw, - the volume of the decomposing material is 5 to 15%, and that the compost mixture further comprises - 1 to 5% by volume of fine rock material, the dominant grain size of the fine rock material being 0.002 to 2 mm. - 1 to 30% by volume of organic nitrogenous material comprising completely or partially organic waste, the organic nitrogenous material comprises green matter, such as turf or other green plant material, sediment, biowaste, or manure, - broken dry matter, - decomposing material that decomposes organic material, the decomposing material comprising mycocelial filaments and/or enzyme, and - 1 to 30% by volume of worms and/or worm faeces, characterized in that - the volume of the broken dry matter is 60 to 90%, the broken dry matter comprising stalk-like material, the stalk-like material comprises common reed, reed canary grass, common club-rush, maritime club-rush, or straw, - the volume of the decomposing material is 5 to 15%, and that the compost mixture further comprises - 1 to 5% by volume of fine rock material, the dominant grain size of the fine rock material being 0.002 to 2 mm.
Pole part for medium voltage switchgear comprising: an insulating housing, a vacuum interrupter embedded in the insulating housing, wherein the insulating housing is made of an epoxy, a bulk moulded component, a thermoplastic or a plastic material, characterized in that the insulating housing comprises a bottom part provided with a cylindrical appendix configured to fix the pole part on a support element , wherein, the cylindrical appendix is provided with a casted on or moulded on axial externally threaded section , made of insulating material. an insulating housing, a vacuum interrupter embedded in the insulating housing, wherein the insulating housing is made of an epoxy, a bulk moulded component, a thermoplastic or a plastic material, characterized in that the insulating housing comprises a bottom part provided with a cylindrical appendix configured to fix the pole part on a support element , wherein, the cylindrical appendix is provided with a casted on or moulded on axial externally threaded section , made of insulating material.
A method of preparing regulatory B-cells that produce interleukin-10 (IL-10), which method comprises contacting B-cells ex vivo with an isolated interleukin-35 (IL-35) protein, and culturing the B-cells under conditions to provide B-cells that produce IL-10.
A method of conducting bearer reconfiguration in a cellular communications network, the method comprising the steps of at a network component, initiating reconfiguration of a bearer between a base station and a mobile device; transmitting a signal from the network component to the mobile device; wherein the signal includes information defining the reconfiguration and also defining additional instructions in conjunction with that reconfiguration; characterised in that the additional instructions comprise an indication of whether to perform Packet Data Convergence Protocol, PDCP, PDCP recovery and at least one of: an indication to perform a Secondary Cell Group, SCG, and/or Master Cell Group, MCG, leg Media Access Control, MAC, reset, an indication to perform SCG and/or MCG leg Radio Link Control, RLC, re-establishment, an indication to perform PDCP re-establishment; wherein the signal comprises messages transmitted via layers to which the information in a relevant message applies; wherein at least one of the messages is transmitted via a PDCP layer and contains additional instructions to be implemented at the mobile device at the PDCP layer; wherein at least one of the messages is transmitted via a MAC layer and contains additional instructions to be implemented at the mobile device at the MAC layer; and wherein at last one of the messages is transmitted via an RLC layer and additional instructions to be implemented at the mobile device at the RLC layer. at a network component, initiating reconfiguration of a bearer between a base station and a mobile device; transmitting a signal from the network component to the mobile device; wherein the signal includes information defining the reconfiguration and also defining additional instructions in conjunction with that reconfiguration; characterised in that the additional instructions comprise an indication of whether to perform Packet Data Convergence Protocol, PDCP, PDCP recovery and at least one of: an indication to perform a Secondary Cell Group, SCG, and/or Master Cell Group, MCG, leg Media Access Control, MAC, reset, an indication to perform SCG and/or MCG leg Radio Link Control, RLC, re-establishment, an indication to perform PDCP re-establishment; wherein the signal comprises messages transmitted via layers to which the information in a relevant message applies; wherein at least one of the messages is transmitted via a PDCP layer and contains additional instructions to be implemented at the mobile device at the PDCP layer; wherein at least one of the messages is transmitted via a MAC layer and contains additional instructions to be implemented at the mobile device at the MAC layer; and wherein at last one of the messages is transmitted via an RLC layer and additional instructions to be implemented at the mobile device at the RLC layer.
Method for operating a laundry treatment apparatus, in particular a heat pump tumble dryer or a washing machine having a drying function, wherein the apparatus comprises a heat pump system, a control unit adapted to control the operation of the heat pump system and a laundry treatment chamber for treating laundry using process air, and wherein the heat pump system comprises: a first heat exchanger for heating the refrigerant fluid (R), a second heat exchanger for cooling a refrigerant fluid (R), an expansion device , a refrigerant loop , in which the refrigerant fluid is circulated through the first and second heat exchangers and the expansion device, a variable speed and/or variable power compressor for circulating the refrigerant fluid (R) through the refrigerant loop, and a cooling air blower for conveying cooling air to the compressor, characterized by the method comprising: monitoring a first temperature signal (T1) and activating the cooling air blower or increasing the conveying capacity of the cooling air blower when the first temperature signal exceeds a first temperature level (TL1), and a) monitoring the first temperature signal (T1) and reducing the compressor speed and/or compressor power when the first temperature signal (T1) exceeds a second temperature level (TL2), wherein the second temperature level (TL2) is higher than the first temperature level (TL1), or b) monitoring a second temperature signal (T2) and reducing the compressor speed and/or compressor power when the second temperature signal (T2) exceeds a second temperature level (TL2). a first heat exchanger for heating the refrigerant fluid (R), a second heat exchanger for cooling a refrigerant fluid (R), an expansion device , a refrigerant loop , in which the refrigerant fluid is circulated through the first and second heat exchangers and the expansion device, a variable speed and/or variable power compressor for circulating the refrigerant fluid (R) through the refrigerant loop, and a cooling air blower for conveying cooling air to the compressor, a) monitoring the first temperature signal (T1) and reducing the compressor speed and/or compressor power when the first temperature signal (T1) exceeds a second temperature level (TL2), wherein the second temperature level (TL2) is higher than the first temperature level (TL1), or b) monitoring a second temperature signal (T2) and reducing the compressor speed and/or compressor power when the second temperature signal (T2) exceeds a second temperature level (TL2).
A method for transmitting, by a user equipment , an uplink signal in a wireless communication system, the method comprising: scrambling a plurality of bits for a transmission of the uplink signal; generating a plurality of complex symbols by modulating the plurality of bits based on a specific modulation scheme; performing an orthogonal cover code, OCC, multiplexing to at least one complex symbol of the plurality of complex symbols, wherein the OCC multiplexing is based on an OCC sequence set including at least one OCC sequence indexed by an OCC index; performing a discrete Fourier transform, DFT, and an inverse fast Fourier transform, IFFT, by repeating the at least one complex symbol of the plurality of complex symbols by a given number of times; and transmitting, to a base station, the uplink signal generated through the DFT and the IFFT, characterized by wherein based on (i) a specific number of user multiplexing and (ii) an OCC sequence with a specific value of the OCC index being configured, a phase value of each complex symbol included in the at least one complex symbol multiplexed based on the OCC multiplexing is increased or decreased by applying a specific phase value to the phase value of each the complex symbol based on a symbol index assigned to each the complex symbol included in the at least one complex symbol multiplexed based on the OCC multiplexing. scrambling a plurality of bits for a transmission of the uplink signal; generating a plurality of complex symbols by modulating the plurality of bits based on a specific modulation scheme; performing an orthogonal cover code, OCC, multiplexing to at least one complex symbol of the plurality of complex symbols, wherein the OCC multiplexing is based on an OCC sequence set including at least one OCC sequence indexed by an OCC index; performing a discrete Fourier transform, DFT, and an inverse fast Fourier transform, IFFT, by repeating the at least one complex symbol of the plurality of complex symbols by a given number of times; and transmitting, to a base station, the uplink signal generated through the DFT and the IFFT, characterized by wherein based on (i) a specific number of user multiplexing and (ii) an OCC sequence with a specific value of the OCC index being configured, a phase value of each complex symbol included in the at least one complex symbol multiplexed based on the OCC multiplexing is increased or decreased by applying a specific phase value to the phase value of each the complex symbol based on a symbol index assigned to each the complex symbol included in the at least one complex symbol multiplexed based on the OCC multiplexing.
A method of resolving a point location from a location reference, wherein the point location is encoded using a dynamic location referencing method such as one of AGORA-C, OpenLR and TPEG-ULR, wherein the location reference comprises a plurality of location reference points , each location reference point being representative of a node in a first digital map and having attributes associated therewith from the first digital map, including geographic coordinates of the node, so as to define a path between a start location reference point and an end location reference point, the location reference further comprising an offset value representative of a distance along the path, the method comprising: in response to a failure to resolve the point location using a decoding process: obtaining the geographic coordinates of the start location reference point and the end location reference point ; determining a straight line extending between the geographic coordinates of the start location reference point and the geographic coordinates of the end location reference point ; determining geographic coordinates of a location along the straight line corresponding to the offset value; and using the determined geographic coordinates as an approximate location of the point location in a second digital map. obtaining the geographic coordinates of the start location reference point and the end location reference point ; determining a straight line extending between the geographic coordinates of the start location reference point and the geographic coordinates of the end location reference point ; determining geographic coordinates of a location along the straight line corresponding to the offset value; and using the determined geographic coordinates as an approximate location of the point location in a second digital map.
A brake modulator for a parking brake system of a work vehicle , the brake modulator comprising: - a housing extending between a first end and a second end, the housing defining a fluid chamber, an auxiliary chamber, a fluid inlet channel in fluid communication with the fluid chamber, and a fluid outlet channel in fluid communication with the fluid chamber; - a piston disposed within the housing between the fluid chamber and the auxiliary chamber , the piston movable between a first position wherein the fluid chamber has a first volume and a second position wherein the fluid chamber has a second volume greater than the first volume; - a biasing element providing a biasing force on the piston towards the first position; - a rod extending between a first end disposed within the housing and a second end disposed exterior to the housing ; and - a handle connected to the second end of the rod , wherein the rod is manually actuatable to move the piston between the first position and the second position, characterised in that the fluid communication between the fluid inlet channel and the fluid chamber is blocked when the piston is in the second position. - a housing extending between a first end and a second end, the housing defining a fluid chamber, an auxiliary chamber, a fluid inlet channel in fluid communication with the fluid chamber, and a fluid outlet channel in fluid communication with the fluid chamber; - a piston disposed within the housing between the fluid chamber and the auxiliary chamber , the piston movable between a first position wherein the fluid chamber has a first volume and a second position wherein the fluid chamber has a second volume greater than the first volume; - a biasing element providing a biasing force on the piston towards the first position; - a rod extending between a first end disposed within the housing and a second end disposed exterior to the housing ; and - a handle connected to the second end of the rod , wherein the rod is manually actuatable to move the piston between the first position and the second position, characterised in that the fluid communication between the fluid inlet channel and the fluid chamber is blocked when the piston is in the second position.
An agricultural implement comprising: a frame ; a trench opener ; a first gauge wheel arm pivotally mounted to said frame and disposed to limit the depth of a trench opened by said trench opener ; a depth adjustment assembly configured to modify said trench depth by controlling movement of said first gauge wheel arm ; a depth adjustment body disposed between said depth adjustment assembly and said first gauge wheel arm ; and characterized by an accelerometer disposed on a device and configured to detect a position of said device, wherein said device is at least one of said depth adjustment assembly , said first gauge wheel arm , and said depth adjustment body , and wherein, when the device is said first gauge wheel arm , said accelerometer has an x-axis, a y-axis, and a z-axis, and said accelerometer is disposed on said first gauge wheel arm such that none of said x-axis, y-axis, and z-axis are perpendicular to ground traversed by said agricultural implement across an entire range of motion for said gauge wheel arm . a frame ; a trench opener ; a first gauge wheel arm pivotally mounted to said frame and disposed to limit the depth of a trench opened by said trench opener ; a depth adjustment assembly configured to modify said trench depth by controlling movement of said first gauge wheel arm ; a depth adjustment body disposed between said depth adjustment assembly and said first gauge wheel arm ; and characterized by an accelerometer disposed on a device and configured to detect a position of said device, wherein said device is at least one of said depth adjustment assembly , said first gauge wheel arm , and said depth adjustment body , and wherein, when the device is said first gauge wheel arm , said accelerometer has an x-axis, a y-axis, and a z-axis, and said accelerometer is disposed on said first gauge wheel arm such that none of said x-axis, y-axis, and z-axis are perpendicular to ground traversed by said agricultural implement across an entire range of motion for said gauge wheel arm .
A medical imaging system, comprising: an imager configured to generate a volumetric image data set of an anatomical site; an array of transducers located on a distal face of the imager, the array having a length and a width defining a first footprint, wherein the array generates the volumetric image data set, the volumetric image data set being defined by a volume defined by the length, width and a depth, the volumetric imaging data set of the anatomical site including all anatomical features within the volume, and wherein the transducer array includes a first block and a second block (1610") which can be flexed apart, whereby separating the first block and the second block (1610") allows for surgical procedures while the transducer array is placed on a target body zone. an imager configured to generate a volumetric image data set of an anatomical site; an array of transducers located on a distal face of the imager, the array having a length and a width defining a first footprint, wherein the array generates the volumetric image data set, the volumetric image data set being defined by a volume defined by the length, width and a depth, the volumetric imaging data set of the anatomical site including all anatomical features within the volume, and wherein the transducer array includes a first block and a second block (1610") which can be flexed apart, whereby separating the first block and the second block (1610") allows for surgical procedures while the transducer array is placed on a target body zone.