mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing signaling in a wireless local area network, comprising: processing a to-be-encoded signaling sub-segment, wherein the processed signaling sub-segment comprises one or more individual coding sequences S2, wherein each processed individual coding sequence S2 comprises a first part and comprises a second part with an N-bit length, and the second part is a sequence obtained according to an identifier sequence N1 with an N-bit length, wherein the identifier sequence N1 is related to the signaling sub-segment; for each individual coding sequence S2, setting an initial state of an encoder to a tail bit sequence with a T length and performing encoding, wherein T bits at a tail of the individual coding sequence S2 are the tail bit sequence, and at least some bits in the tail bit sequence are identical to some bits in the identifier sequence N1, referred to as a specific tail bit sequence in short. ; and the second part further comprises a multiplex sequence with an R-bit length and located before the specific tail bit sequence, wherein the multiplex sequence is bits obtained after a logical bitwise operation is performed on R bits in a protocol-defined position of the identifier and a CRC sequence with an R-bit length, wherein the CRC sequence R1 is a cyclic redundancy check sequence obtained according to the first part of the individual coding sequence and the identifier sequence N1. processing a to-be-encoded signaling sub-segment, wherein the processed signaling sub-segment comprises one or more individual coding sequences S2, wherein each processed individual coding sequence S2 comprises a first part and comprises a second part with an N-bit length, and the second part is a sequence obtained according to an identifier sequence N1 with an N-bit length, wherein the identifier sequence N1 is related to the signaling sub-segment; for each individual coding sequence S2, setting an initial state of an encoder to a tail bit sequence with a T length and performing encoding, wherein T bits at a tail of the individual coding sequence S2 are the tail bit sequence, and at least some bits in the tail bit sequence are identical to some bits in the identifier sequence N1, referred to as a specific tail bit sequence in short. ; and the second part further comprises a multiplex sequence with an R-bit length and located before the specific tail bit sequence, wherein the multiplex sequence is bits obtained after a logical bitwise operation is performed on R bits in a protocol-defined position of the identifier and a CRC sequence with an R-bit length, wherein the CRC sequence R1 is a cyclic redundancy check sequence obtained according to the first part of the individual coding sequence and the identifier sequence N1.
A cardiac device for delivering a cardiac remodeling pacing to a patient, comprising: a housing ; a plurality of electrodes electrically connected to the housing to deliver the cardiac remodeling pacing to stimulate normalization of a condition of the patient's heart; and a processor positioned within the housing and configured to: deliver cardiac remodeling pacing during a first interval at a first rate for a first duration; determine whether to adjust one or both of the first rate and the first duration during delivery of cardiac remodeling pacing during a next interval subsequent to the first interval; adjust one or both of the first rate and the first duration during delivery of remodeling pacing during a next interval subsequent to the first interval in response to the determining to adjust one or both of the first rate and the first duration; and deliver cardiac remodeling pacing during the next interval at the first rate for the first duration; and characterized in that . the processor is further configured to deliver cardiac remodeling pacing at a second rate for a second duration, wherein the second rate is greater than the first rate and the second duration is less than the first duration. a housing ; a plurality of electrodes electrically connected to the housing to deliver the cardiac remodeling pacing to stimulate normalization of a condition of the patient's heart; and a processor positioned within the housing and configured to: deliver cardiac remodeling pacing during a first interval at a first rate for a first duration; determine whether to adjust one or both of the first rate and the first duration during delivery of cardiac remodeling pacing during a next interval subsequent to the first interval; adjust one or both of the first rate and the first duration during delivery of remodeling pacing during a next interval subsequent to the first interval in response to the determining to adjust one or both of the first rate and the first duration; and deliver cardiac remodeling pacing during the next interval at the first rate for the first duration; and characterized in that . deliver cardiac remodeling pacing during a first interval at a first rate for a first duration; determine whether to adjust one or both of the first rate and the first duration during delivery of cardiac remodeling pacing during a next interval subsequent to the first interval; adjust one or both of the first rate and the first duration during delivery of remodeling pacing during a next interval subsequent to the first interval in response to the determining to adjust one or both of the first rate and the first duration; and deliver cardiac remodeling pacing during the next interval at the first rate for the first duration; and characterized in that . the processor is further configured to deliver cardiac remodeling pacing at a second rate for a second duration, wherein the second rate is greater than the first rate and the second duration is less than the first duration.
A composite mining screen comprising: a cast elastomer frame encapsulating a pultruded composite mining screen insert, wherein the insert contains from 60 to 80 wt.% fibrous reinforcing material, based on the weight of the insert, and wherein a polyol component of the cast elastomer contains polymer regrind, wherein the cast elastomer is selected from polyurethane and thermoplastic polyurethane.
Self-adhesive sanitary composition for cleaning and/or disinfecting and/or deodorizing comprising, based on the total weight of the composition: - a saccharide component selected from mono- or disaccharide, sugar alcohols or mixtures thereof, as an adhesion promoter in an amount expressed in dry content of from 40 to 65% by weight and - a surfactant in an amount expressed in dry content of from 25 to 50 % by weight; and - residual water in an amount from 1 to 5% by weight, based on the total weight of the composition. - a saccharide component selected from mono- or disaccharide, sugar alcohols or mixtures thereof, as an adhesion promoter in an amount expressed in dry content of from 40 to 65% by weight and - a surfactant in an amount expressed in dry content of from 25 to 50 % by weight; and - residual water in an amount from 1 to 5% by weight, based on the total weight of the composition.
Receiving device for receiving saliva from an animal , having a core and a casing , the casing at least substantially surrounding the core , wherein the receiving device is embodied as a rope, and wherein the core is embodied as the core of the rope, characterised in that the casing can be opened non-destructively, and that the core can be pulled out from the casing for examination of the saliva .
An antenna assembly , comprising: an extendible mast constructed and arranged so as to be configurable between a coiled form and an extended form , wherein when extended the mast is resiliently biased in the form of an elongate tube having a slit along its length and wherein when coiled the mast is opened out at the slit and wound about an axis extending transversely to the longitudinal extent of the mast; and, an antenna comprising one or more antenna elements for transmitting and receiving signals integrally coupled to the mast such that when extended, the mast supports and positions the antenna , and when coiled, the mast and antenna are coiled together, wherein the antenna extends along only a portion of the mast so as to be in an elevated position when the antenna assembly is deployed; wherein the mast comprises a laminate of fibre-reinforced insulating layers serving as structural components of the antenna assembly and configured to be bistable such that the antenna assembly is stable both when coiled and when extended, allowing the antenna assembly to be manually extendable and retractable from and back to an unconstrained coil; and wherein the antenna is integrally coupled with or within the laminate of fibre-reinforced insulating layers. an extendible mast constructed and arranged so as to be configurable between a coiled form and an extended form , wherein when extended the mast is resiliently biased in the form of an elongate tube having a slit along its length and wherein when coiled the mast is opened out at the slit and wound about an axis extending transversely to the longitudinal extent of the mast; and, an antenna comprising one or more antenna elements for transmitting and receiving signals integrally coupled to the mast such that when extended, the mast supports and positions the antenna , and when coiled, the mast and antenna are coiled together, wherein the antenna extends along only a portion of the mast so as to be in an elevated position when the antenna assembly is deployed; wherein the mast comprises a laminate of fibre-reinforced insulating layers serving as structural components of the antenna assembly and configured to be bistable such that the antenna assembly is stable both when coiled and when extended, allowing the antenna assembly to be manually extendable and retractable from and back to an unconstrained coil; and wherein the antenna is integrally coupled with or within the laminate of fibre-reinforced insulating layers.
Surfboard with a hull component with a receptacle at the stern end, a drive unit which fits into the receptacle at the stern end in a positively locking manner, a U-shaped gap on the underwater surface between hull component and the drive unit and an overlap which covers the gap at least in some sections is arranged on an underwater surface of the hull component , wherein the overlap is adapted to the configuration of the gap and also is formed in a U-shaped form and is formed as a flap, characterised in that a releasable fastening means is arranged between an inner side of the overlap and the underwater surface of the drive unit , so as to connect the overlap with the drive unit in a releasable manner. a hull component with a receptacle at the stern end, a drive unit which fits into the receptacle at the stern end in a positively locking manner, a U-shaped gap on the underwater surface between hull component and the drive unit and an overlap which covers the gap at least in some sections is arranged on an underwater surface of the hull component , wherein the overlap is adapted to the configuration of the gap and also is formed in a U-shaped form and is formed as a flap, characterised in that a releasable fastening means is arranged between an inner side of the overlap and the underwater surface of the drive unit , so as to connect the overlap with the drive unit in a releasable manner.
A process for protecting a hafnium-free nickel-based single-crystal superalloy part against corrosion and oxidation, characterized in that it comprises at least the following steps consisting in: - manufacturing a hafnium-free nickel-based single-crystal superalloy part , - depositing, on said part , a first layer comprising hafnium, then an undercoat of an alloy comprising at least 10 atomic % aluminium and a second layer comprising hafnium, simultaneously or alternately, so as to form a mixed layer , and finally a third layer comprising hafnium , - diffusing said first layer comprising hafnium , so as to form a first interdiffusion zone in the upper part of said hafnium-free nickel-based single-crystal superalloy part , and diffusing the third layer comprising hafnium, so as to form a second interdiffusion zone on the surface of said mixed layer , - after the diffusion treatment, carrying out an oxidation treatment of said second interdiffusion zone , so as to obtain a layer of hafnium-doped alumina on the surface of said second interdiffusion zone . - manufacturing a hafnium-free nickel-based single-crystal superalloy part , - depositing, on said part , a first layer comprising hafnium, then an undercoat of an alloy comprising at least 10 atomic % aluminium and a second layer comprising hafnium, simultaneously or alternately, so as to form a mixed layer , and finally a third layer comprising hafnium , - diffusing said first layer comprising hafnium , so as to form a first interdiffusion zone in the upper part of said hafnium-free nickel-based single-crystal superalloy part , and diffusing the third layer comprising hafnium, so as to form a second interdiffusion zone on the surface of said mixed layer , - after the diffusion treatment, carrying out an oxidation treatment of said second interdiffusion zone , so as to obtain a layer of hafnium-doped alumina on the surface of said second interdiffusion zone .
A composition, which is a thermoplastic polymer composition comprising (a) a polyethylene polymer composition having a Melt Relaxation Index, determined by the method defined in the description, of ≥ 2; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid.
A method for manufacturing an aluminium alloy part by additive manufacturing comprising a step during which a layer of a mixture of powders is locally melted and then solidified, wherein the mixture of powders comprises: - first particles comprising at least 80% by mass of aluminium and up to 20% by mass of one or more additional elements, and - second particles made of yttria-stabilized zirconia, the mixture of powders comprising at least 1.5% by volume of second particles. - first particles comprising at least 80% by mass of aluminium and up to 20% by mass of one or more additional elements, and - second particles made of yttria-stabilized zirconia,
A system comprising a torch body defining a longitudinal axis perpendicular to a radial plane , and an asymmetric induction device for sustaining a plasma with unequal plasma temperature distribution, characterised in that said asymmetric induction device is a solenoid comprising a first , a second , and a third coil (115; 165; 220) with variable spacing between them relative to the longitudinal direction of the torch body, such that the spacing between the first and the second coil is different than the spacing between the second and the third coil, wherein the coils comprise a central aperture to receive a portion of the torch body to sustain an atomization source in the torch body. a torch body defining a longitudinal axis perpendicular to a radial plane , and an asymmetric induction device for sustaining a plasma with unequal plasma temperature distribution,
A terminal comprising: a batch selection interface, configured to be used by the user to batch select contents to be deleted; a processing unit configured to label and process the specified content according to a preset rule; a determination unit , configured to automatically determine, according to a label processing result, whether a specified content selected by a user meets a preset condition when receiving an operation instruction to delete the specified content, the preset condition comprising a type and a processing state of the specified content; an execution unit , configured to determine whether to execute a deletion operation on the specified content according to a determination result. a batch selection interface, configured to be used by the user to batch select contents to be deleted; a processing unit configured to label and process the specified content according to a preset rule; a determination unit , configured to automatically determine, according to a label processing result, whether a specified content selected by a user meets a preset condition when receiving an operation instruction to delete the specified content, the preset condition comprising a type and a processing state of the specified content; an execution unit , configured to determine whether to execute a deletion operation on the specified content according to a determination result.
An outdoor unit (B) including a refrigerant pipe connection valve including a refrigerant charging service port sealed with a sealing hexagon nut to be removed when refrigerant is charged, the outdoor unit (B) comprising an indication cover including: a cover portion on which at least one of a type of the refrigerant employed and a caution are marked, the cover portion being disposed so as to cover a hexagonal column-shaped outer circumference of the sealing hexagon nut ; a ring portion attached to the refrigerant pipe connection valve ; and a joint portion formed so as to be bendable and connecting the cover portion and the ring portion , wherein the joint portion is bendable and formed in a belt shape, and characterised in that a central portion of the joint portion is formed thinner than adjacent portions of the joint portion on a side of the cover portion and a side of the ring portion . a cover portion on which at least one of a type of the refrigerant employed and a caution are marked, the cover portion being disposed so as to cover a hexagonal column-shaped outer circumference of the sealing hexagon nut ; a ring portion attached to the refrigerant pipe connection valve ; and a joint portion formed so as to be bendable and connecting the cover portion and the ring portion , wherein the joint portion is bendable and formed in a belt shape, and characterised in that a central portion of the joint portion is formed thinner than adjacent portions of the joint portion on a side of the cover portion and a side of the ring portion .
A gas sensor, comprising: a gas-sensitive body layer disposed above a substrate and including a metal oxide layer; a first electrode , formed by a material of which standard electrode potential is lower than that of the metal forming said metal oxide, disposed at a same layer level as a layer level of the gas-sensitive body layer above the substrate or disposed on the gas-sensitive body layer ; and a second electrode , comprising a material that causes catalysis of hydrogen gas into hydrogen atoms, disposed at a same layer level as a layer level of the gas-sensitive body layer above the substrate or disposed on the gas-sensitive body layer, and further disposed on the first electrode, the second electrode being apart from the first electrode by a gap , wherein: the gas-sensitive body layer has a resistance change characteristic that reversibly transitions to a high-resistance state and a low-resistance state on basis of a voltage applied across the first electrode and the second electrode; at least a part of the gas-sensitive body layer is exposed via the gap ; and the gas-sensitive body layer has a resistance that decreases when gas containing a hydrogen atom is in contact with the second electrode. a gas-sensitive body layer disposed above a substrate and including a metal oxide layer; a first electrode , formed by a material of which standard electrode potential is lower than that of the metal forming said metal oxide, disposed at a same layer level as a layer level of the gas-sensitive body layer above the substrate or disposed on the gas-sensitive body layer ; and a second electrode , comprising a material that causes catalysis of hydrogen gas into hydrogen atoms, disposed at a same layer level as a layer level of the gas-sensitive body layer above the substrate or disposed on the gas-sensitive body layer, and further disposed on the first electrode, the second electrode being apart from the first electrode by a gap , wherein: the gas-sensitive body layer has a resistance change characteristic that reversibly transitions to a high-resistance state and a low-resistance state on basis of a voltage applied across the first electrode and the second electrode; at least a part of the gas-sensitive body layer is exposed via the gap ; and the gas-sensitive body layer has a resistance that decreases when gas containing a hydrogen atom is in contact with the second electrode. the gas-sensitive body layer has a resistance change characteristic that reversibly transitions to a high-resistance state and a low-resistance state on basis of a voltage applied across the first electrode and the second electrode; at least a part of the gas-sensitive body layer is exposed via the gap ; and the gas-sensitive body layer has a resistance that decreases when gas containing a hydrogen atom is in contact with the second electrode.
A core-shell nanoparticle comprising: a core , wherein the core comprises a metal chalcogenide having the formula AB 1-x B' x C 2-y C' y where A is Cu, Zn, Ag or Cd; B is Al, In or Ga; B' is Al, In or Ga; B ≠ B'; C is S, Se or Te; C' is S, Se or Te; C ≠ C'; 0 ≤ x ≤ 1; and 0 ≤ y ≤ 2; and a binary metal chalcogenide shell substantially surrounding the core, the binary metal chalcogenide shell having the formula M x E y , where M is a metal and E is a chalcogen, characterised in that the binary metal chalcogenide is selected from the group consisting of Cu x S y , In x S y , and Ga x S y , where 0 < x ≤ 2 and 0 < y ≤ 3. a core , wherein the core comprises a metal chalcogenide having the formula AB 1-x B' x C 2-y C' y where A is Cu, Zn, Ag or Cd; B is Al, In or Ga; B' is Al, In or Ga; B ≠ B'; C is S, Se or Te; C' is S, Se or Te; C ≠ C'; 0 ≤ x ≤ 1; and 0 ≤ y ≤ 2; and a binary metal chalcogenide shell substantially surrounding the core, the binary metal chalcogenide shell having the formula M x E y , where M is a metal and E is a chalcogen, characterised in that the binary metal chalcogenide is selected from the group consisting of Cu x S y , In x S y , and Ga x S y , where 0 < x ≤ 2 and 0 < y ≤ 3.
A dual-mode interconnect assembly comprising at least one plastic waveguide , a printed circuit board , and at least two integrated circuits (8, 9/8', 9') mounted on the printed circuit board , each one of these two integrated circuits (8, 9/8', 9') being connected to a respective transmission line of the printed circuit board , wherein the dual-mode interconnect assembly further comprises at least one orthomode transducer portion and one twist converter portion , both made using substrate integrated waveguide, SIW, technology, each one of these portions being respectively connected to a respective transmission line and comprising at least one multilayer printed circuit board extending in a plane which is parallel to the respective printed circuit board supporting the transmission lines .