mhurhangee/ep-ind-claims huggingface dataset:
A radio frequency identification device assembly for a product comprising: a non-conductive rubber, elastomer, or polymer substrate; a first antenna portion formed at least in part of a conductive rubber, elastomer, or polymer and secured to the substrate; a second antenna portion formed at least in part of a conductive rubber, elastomer, or polymer and secured to the substrate in spaced arrangement from the first antenna portion; and a chip having opposite first and second ends (252, 254) in operative electrical communication with the first and second antenna portions (222, 224), respectively, characterised in that opposite first and second ends (228, 230) of the first antenna portion have different first and second widths and opposite first and second ends (228, 230) of the second antenna portion have different first and second widths. a non-conductive rubber, elastomer, or polymer substrate; a first antenna portion formed at least in part of a conductive rubber, elastomer, or polymer and secured to the substrate; a second antenna portion formed at least in part of a conductive rubber, elastomer, or polymer and secured to the substrate in spaced arrangement from the first antenna portion; and a chip having opposite first and second ends (252, 254) in operative electrical communication with the first and second antenna portions (222, 224), respectively, characterised in that opposite first and second ends (228, 230) of the first antenna portion have different first and second widths and opposite first and second ends (228, 230) of the second antenna portion have different first and second widths.
A method for fabricating a semiconductor device, comprising: forming a magnetic tunneling junction, MTJ, on a substrate; forming a spin orbit torque, SOT, layer on the MTJ; forming a spacer adjacent to the MTJ and the SOT layer; forming an inter-metal dielectric, IMD, layer around the MTJ and the SOT layer and around the spacer; wherein the method is characterized by: forming a first hard mask on the IMD layer; forming a semiconductor layer on the first hard mask; forming a second hard mask on the semiconductor layer, wherein the second hard mask comprises a dielectric layer; patterning the semiconductor layer; using the second hard mask to pattern the first hard mask; removing the second hard mask; and removing the semiconductor layer. forming a magnetic tunneling junction, MTJ, on a substrate; forming a spin orbit torque, SOT, layer on the MTJ; forming a spacer adjacent to the MTJ and the SOT layer; forming an inter-metal dielectric, IMD, layer around the MTJ and the SOT layer and around the spacer; wherein the method is characterized by: forming a first hard mask on the IMD layer; forming a semiconductor layer on the first hard mask; forming a second hard mask on the semiconductor layer, wherein the second hard mask comprises a dielectric layer; patterning the semiconductor layer; using the second hard mask to pattern the first hard mask; removing the second hard mask; and removing the semiconductor layer. forming a first hard mask on the IMD layer; forming a semiconductor layer on the first hard mask; forming a second hard mask on the semiconductor layer, wherein the second hard mask comprises a dielectric layer; patterning the semiconductor layer; using the second hard mask to pattern the first hard mask; removing the second hard mask; and removing the semiconductor layer.
A submersible module adapted to anchor equipment with respect to a water flow passing over a water bed, the module comprising:- a base member for attaching the equipment thereto, which base member comprises a ballast arrangement to enable the module to be ballasted between the water surface and the water bed; and a boundary layer fairing adapted to divert a boundary layer component of the water flow over at least a portion of the module, thereby accelerating the boundary layer water flow over the module, characterised in that: the ballast arrangement comprises a buoyancy tower, wherein the buoyancy tower is configured for integration with a turbine module such that the turbine module may be raised and lowered with the buoyancy tower. a base member for attaching the equipment thereto, which base member comprises a ballast arrangement to enable the module to be ballasted between the water surface and the water bed; and a boundary layer fairing adapted to divert a boundary layer component of the water flow over at least a portion of the module, thereby accelerating the boundary layer water flow over the module, characterised in that: the ballast arrangement comprises a buoyancy tower, wherein the buoyancy tower is configured for integration with a turbine module such that the turbine module may be raised and lowered with the buoyancy tower.
A genetically modified rodent comprising in its germline an immunoglobulin light chain locus that comprises (i) a single rearranged human immunoglobulin light chain variable region gene sequence comprising human V L and J L segment sequences and (ii) an immunoglobulin light chain constant region gene sequence in operable linkage to the single rearranged human immunoglobulin light chain variable region gene sequence, wherein the single rearranged human immunoglobulin light chain variable region gene sequence comprises at least one genetically engineered insertion or substitution of a histidine codon that is not encoded by corresponding human germline V L and J L gene sequences, wherein the single rearranged human immunoglobulin light chain variable region gene sequence encodes an immunoglobulin chain comprising a light chain variable domain, wherein the histidine codon is in the nucleotide sequence encoding a complementarity determining region of the light chain variable domain, wherein the light chain variable domain comprises at least one histidine residue at an amino acid position encoded by the at least one inserted or substituted histidine codon, and wherein the immunoglobulin light chain encoded by the immunoglobulin light chain locus is capable of pairing with a plurality of immunoglobulin heavy chains selected by the rodent, wherein each of the plurality of immunoglobulin heavy chains specifically bind different epitopes when paired with the immunoglobulin light chain.
A compound which is 17-chloro-5,13,14,22-tetramethyl-28-oxa-2,9-dithia-5,6,12,13,22-pentaazaheptacyclo[27.7.1.1 4,7.0 11,15.0 16,21.0 20,24.0 30,35]octatriaconta-1,4,6,11,14,16,18,20,23,29,31,33,35-tridecaene-23-carboxylic acid (Formula I) or a pharmaceutically acceptable salt thereof.
A method, comprising: outputting, from a controller to a display driver, data for causing the display driver to drive a display of a printing apparatus to display, in a first area of the display, a plurality of images including a first image which occupies a first region within the first area, wherein the plurality of images are representative of a plurality of respective different types of label data field, and to display a second image representative of the appearance of a label medium occupying a second area of the display; and outputting, from the controller to the display driver, data for causing the display driver to drive the display to display a revised version of the second image representative of the appearance of the label medium; wherein the revised version of the second image comprises a label data field of the type of label data field of which the first image is representative, and characterised in that displaying said revised version of the second image is in response to receiving, at the controller from a selector, information comprising data representative of an operation of the selector by the user to perform a drag and drop operation from said first region within the first area to said position within the second area, wherein the label data field comprised in the revised version of the second image is located at a location determined in dependence on said position within the second area, and wherein the label data field is empty. outputting, from a controller to a display driver, data for causing the display driver to drive a display of a printing apparatus to display, in a first area of the display, a plurality of images including a first image which occupies a first region within the first area, wherein the plurality of images are representative of a plurality of respective different types of label data field, and to display a second image representative of the appearance of a label medium occupying a second area of the display; and outputting, from the controller to the display driver, data for causing the display driver to drive the display to display a revised version of the second image representative of the appearance of the label medium; wherein the revised version of the second image comprises a label data field of the type of label data field of which the first image is representative, and characterised in that displaying said revised version of the second image is in response to receiving, at the controller from a selector, information comprising data representative of an operation of the selector by the user to perform a drag and drop operation from said first region within the first area to said position within the second area, wherein the label data field comprised in the revised version of the second image is located at a location determined in dependence on said position within the second area, and wherein the label data field is empty.
A two-piece ostomy device, comprising a base plate for adhering to the skin surrounding a stoma, and a releasable collecting bag for collecting output from said stoma, wherein the base plate is releasably connectable to the collecting bag via a first annular flange arranged on the base plate and a second annular flange arranged on the collecting bag and where an adhesive is at least partly disposed on at least one of the flanges (8,14), the ostomy device further comprising - a first through-going hole extending through the first annular flange along a first axis, and - a second through-going hole extending through the second annular flange along a second axis, - and where the ostomy device further comprises a guiding aid for arranging the first annular flange and the second annular flange in a guiding configuration where the movement of the first and the second flange is limited relative to each other - in one plane being defined by the first and second axis, and - in rotation around at least one of the first or the second axis, characterized in that the guiding aid comprises a receiving slot arranged on the base plate of the ostomy bag facing the same direction as the respective annular flange, wherein the slot extends in a radial direction from the respective first or second axis and where the first annular flange is attached to the base plate via a first annular attachment zone from which a first free outer flange section extends in a radial direction away from the first axis, and the second annular flange is attached to the collecting bag via a second annular attachment zone from which a second free outer flange section extends in a radial direction away from the second axis. - a first through-going hole extending through the first annular flange along a first axis, and - a second through-going hole extending through the second annular flange along a second axis, - and - in one plane being defined by the first and second axis, and - in rotation around at least one of the first or the second axis,
A composition for use in a method of preventing or treating at least one of tumor recurrence, metastasis, and radiotherapy resistance or a method of treating cancer, the composition comprising a pharmaceutically effective amount of at least one tri-phenyl-phosphonium -derivative compound selected from: 2-butene-1,4-bis-TPP; 2-chlorobenzyl-TPP; 3-methylbenzyl-TPP; 2,4-dichlorobenzyl-TPP; and 1-naphthylmethyl-TPP.
A dicing sheet comprising a base film and a pressure-sensitive adhesive layer placed on the base film; the base film comprising a resin layer, wherein the resin layer comprises: a ring-containing resin that is a thermoplastic resin having an aliphatic ring; and an acyclic olefin-based resin that is an olefin-based thermoplastic resin other than the ring-containing resin, and the ring-containing resin in the resin layer has a content of more than 3.0 mass %. the resin layer comprises: a ring-containing resin that is a thermoplastic resin having an aliphatic ring; and an acyclic olefin-based resin that is an olefin-based thermoplastic resin other than the ring-containing resin, and the ring-containing resin in the resin layer has a content of more than 3.0 mass %.
A method for encapsulating a service routing packet, wherein the method comprises: receiving a first packet, and determining, according to a service function chain, SFC, header of the first packet, that a next hop is a legacy service processing entity, Legacy SPE, wherein the first packet comprises the SFC header and a first original packet; temporarily storing a correspondence between the SFC header and the first original packet that are of the first packet, and sending the first original packet to the Legacy SPE; receiving a second original packet returned by the Legacy SPE, and determining, according to an acquired mapping rule of an original packet of the Legacy SPE, the SFC header, of the first packet, corresponding to the second original packet; and encapsulating the SFC header of the first packet in the second original packet, to form a new service routing packet. receiving a first packet, and determining, according to a service function chain, SFC, header of the first packet, that a next hop is a legacy service processing entity, Legacy SPE, wherein the first packet comprises the SFC header and a first original packet; temporarily storing a correspondence between the SFC header and the first original packet that are of the first packet, and sending the first original packet to the Legacy SPE; receiving a second original packet returned by the Legacy SPE, and determining, according to an acquired mapping rule of an original packet of the Legacy SPE, the SFC header, of the first packet, corresponding to the second original packet; and encapsulating the SFC header of the first packet in the second original packet, to form a new service routing packet.
A cooking device comprising: a driving device configured to cook food to be cooked; an input device configured to receive, from a user, a control command for a cooking operation of the cooking device; a communication device communicable with an external server; an imaging device configured to photograph the food to be cooked; and a processor configured to control the driving device such that a cooking operation corresponding to the inputted control command is performed, wherein the processor is further configured to control the imaging device such that the food to be cooked is photographed to thereby provide a photographed image, analyze each of a plurality of frames of the photographed image to identify a frame in which a change compared to a previous frame is greater than or equal to a predetermined ratio and to generate an edited image by editing the photographed image, and generate cooking content by using the edited image and the inputted control command receive a cooking content from the external server, extract a control command from the received cooking content, and control the driving device to perform a cooking operation corresponding to the cooking content based on the extracted control command. a driving device configured to cook food to be cooked; an input device configured to receive, from a user, a control command for a cooking operation of the cooking device; a communication device communicable with an external server; an imaging device configured to photograph the food to be cooked; and a processor configured to control the driving device such that a cooking operation corresponding to the inputted control command is performed, wherein the processor is further configured to control the imaging device such that the food to be cooked is photographed to thereby provide a photographed image, analyze each of a plurality of frames of the photographed image to identify a frame in which a change compared to a previous frame is greater than or equal to a predetermined ratio and to generate an edited image by editing the photographed image, and generate cooking content by using the edited image and the inputted control command receive a cooking content from the external server, extract a control command from the received cooking content, and control the driving device to perform a cooking operation corresponding to the cooking content based on the extracted control command. control the imaging device such that the food to be cooked is photographed to thereby provide a photographed image, analyze each of a plurality of frames of the photographed image to identify a frame in which a change compared to a previous frame is greater than or equal to a predetermined ratio and to generate an edited image by editing the photographed image, and generate cooking content by using the edited image and the inputted control command receive a cooking content from the external server, extract a control command from the received cooking content, and control the driving device to perform a cooking operation corresponding to the cooking content based on the extracted control command.
A nonwoven fabric comprising at least one polymer comprising a polyester, and at least one filler comprising calcium carbonate, wherein the calcium carbonate is present in the nonwoven fabric in an amount from 0.1 to 50 wt.-%, based on the total weight of the nonwoven fabric, and wherein the nonwoven fabric comprises the at least one polymer and the at least one filler in form of fibers and/or filaments having a diameter from 0.5 to 40 μm, and wherein the polyester is a polyethylene terephthalate, and the calcium carbonate has an average particle size d 50 from 1.2 to 1.8 μm, and a top cut particle size d 98 from 4 to 7 μm.
A rotary knob assembly capable of up and down movement comprising: a lower case in which an oil damper is disposed; a rotary sleeve rotatably disposed with respect to the lower case, the rotary sleeve provided with a connecting hole; a slide cam disposed to be moved linearly with respect to the lower case, the slide cam comprising a pair of cam grooves which are inclined with respect to the lower case and a sleeve hole through which the rotary sleeve passes; an elastic member disposed between the slide cam and the lower case, the elastic member having a first end fixed to the lower case and a second end fixed to the slide cam; an up-and-down moving sleeve disposed to be moved up and down with respect to the rotary sleeve, the up-and-down moving sleeve provided with a pair of up-and-down cams that are inserted in the pair of cam grooves of the slide cam; a rotary knob that is rotatably connected to the up-and-down moving sleeve, the rotary knob comprising a connecting member that is inserted in the connecting hole of the rotary sleeve; and an upper case connected to an upper side of the lower case, the upper case limiting up and down movement of the rotary knob, wherein a moving speed of the slide cam is controlled by the oil damper. a lower case in which an oil damper is disposed; a rotary sleeve rotatably disposed with respect to the lower case, the rotary sleeve provided with a connecting hole; a slide cam disposed to be moved linearly with respect to the lower case, the slide cam comprising a pair of cam grooves which are inclined with respect to the lower case and a sleeve hole through which the rotary sleeve passes; an elastic member disposed between the slide cam and the lower case, the elastic member having a first end fixed to the lower case and a second end fixed to the slide cam; an up-and-down moving sleeve disposed to be moved up and down with respect to the rotary sleeve, the up-and-down moving sleeve provided with a pair of up-and-down cams that are inserted in the pair of cam grooves of the slide cam; a rotary knob that is rotatably connected to the up-and-down moving sleeve, the rotary knob comprising a connecting member that is inserted in the connecting hole of the rotary sleeve; and an upper case connected to an upper side of the lower case, the upper case limiting up and down movement of the rotary knob,
An exhaust assembly, the exhaust assembly comprising an exhaust pipe having an inlet end and an outlet end; a first venturi member including a larger uniform diameter cylindrical portion forming an inlet end, the inlet end being adapted to receive exhaust gas from a combustion engine, and including a smaller uniform diameter cylindrical portion forming an outlet end, the outlet end being received by the inlet end of the exhaust pipe, the inlet end of the exhaust pipe being spaced apart from and surrounding the outlet end of the first venturi member, characterized by a second venturi member having a smaller diameter inlet end receiving the outlet end of the exhaust pipe, and having a larger diameter outlet end opening to the atmosphere, the inlet end of the second venturi member being spaced apart from and surrounding the outlet end of the exhaust pipe, wherein a mixing chamber for combining ambient air with exhaust gases is formed inside the second venturi member.
A system for use with a loading dock station, comprising: a docking station control unit; and a remote control unit communicatively coupled to the docking station control unit, the remote control unit being programmed with computer readable instructions that, when executed, cause the remote control unit to: receive an authorization request from the docking station control unit, the authorization request requesting authorization to deviate from a workflow protocol; display the authorization request to a user; receive an authorization input from the user; and transmit an authorization signal to the docking station control unit in response to receiving the authorization input from the user, the authorization signal permitting the docking station control unit to proceed with the requested deviation from the workflow protocol. a docking station control unit; and a remote control unit communicatively coupled to the docking station control unit, the remote control unit being programmed with computer readable instructions that, when executed, cause the remote control unit to: receive an authorization request from the docking station control unit, the authorization request requesting authorization to deviate from a workflow protocol; display the authorization request to a user; receive an authorization input from the user; and transmit an authorization signal to the docking station control unit in response to receiving the authorization input from the user, the authorization signal permitting the docking station control unit to proceed with the requested deviation from the workflow protocol. receive an authorization request from the docking station control unit, the authorization request requesting authorization to deviate from a workflow protocol; display the authorization request to a user; receive an authorization input from the user; and transmit an authorization signal to the docking station control unit in response to receiving the authorization input from the user, the authorization signal permitting the docking station control unit to proceed with the requested deviation from the workflow protocol.