mhurhangee/patent-ind-claim-en huggingface dataset:
A transfer bearing assembly including: a transfer bearing shaft ; an oil transfer bearing (62a; 62b) surrounding the transfer bearing shaft ; wherein the oil transfer bearing includes a stationary outer bearing and a rotating inner bearing attached to the transfer bearing shaft , characterized by a radially extending tube (66; 170) attached to the transfer bearing shaft and configured to engage a carrier on a speed reduction device . a transfer bearing shaft ; an oil transfer bearing (62a; 62b) surrounding the transfer bearing shaft ; wherein the oil transfer bearing includes a stationary outer bearing and a rotating inner bearing attached to the transfer bearing shaft , characterized by a radially extending tube (66; 170) attached to the transfer bearing shaft and configured to engage a carrier on a speed reduction device .
A nonmetal implant screw locking structure, characterized by comprising a nonmetal implant and metal screws , the nonmetal implant consisting of raw materials with the following parts by weight: 40-70 parts of PEEK, and 30-40 parts of calcium silicate and/or macromolecular polyethylene, wherein the nonmetal implant comprises 10-15 parts of artificial bone powder and 0.1-0.5 part of microcapsules; wherein the microcapsule is in a core-shell structure, the core layer is sodium carbonate, the shell layer is chitosan, and the surface of the shell layer is covered with calcium chloride.
Process for preparing ethylene glycol from a carbohydrate source, wherein hydrogen, the carbohydrate source, a liquid diluent and a catalyst system are introduced as reactants into a reaction zone; wherein the catalyst system comprises a tungsten compound and at least one hydrogenolysis metal selected from the groups 8, 9 or 10 of the Periodic Table of the Elements; wherein the diluent that is introduced into the reaction zone comprises an alkylene glycol; and wherein the carbohydrate source is reacted with hydrogen in the presence of the catalyst system to yield an ethylene glycol-containing product.
A topical cosmetic formulation, comprising: a cosmetically acceptable carrier in combination with a first defensin; wherein the first defensin is selected from the group consisting of alpha-defensin 1, alpha-defensin 5, alpha-defensin 6, neutrophil defensin 2, neutrophil defensin 3, neutrophil defensin 4, a theta-defensin, beta-defensin 1, beta-defensin 3, and beta-defensin 4; and wherein the first defensin is present in the topical cosmetic formulation at a concentration that is ineffective in inhibiting microbial growth, and wherein the topical cosmetic formulation is a ready-to-use topical cosmetic formulation. a cosmetically acceptable carrier in combination with a first defensin; wherein the first defensin is selected from the group consisting of alpha-defensin 1, alpha-defensin 5, alpha-defensin 6, neutrophil defensin 2, neutrophil defensin 3, neutrophil defensin 4, a theta-defensin, beta-defensin 1, beta-defensin 3, and beta-defensin 4; and wherein the first defensin is present in the topical cosmetic formulation at a concentration that is ineffective in inhibiting microbial growth, and wherein the topical cosmetic formulation is a ready-to-use topical cosmetic formulation.
A muffler for a feed air system of a compressor assembly, the muffler comprising: an intake muffler feed line ; a muffler outlet line ; a muffler chamber having a shape which eliminates flat internal walls and wherein both the intake muffler feed line and the muffler outlet line extend from the muffler chamber; wherein the intake muffler feed line is adapted to provide feed air from within the intake muffler feed line into the muffler chamber, and wherein the muffler outlet line is adapted to receive feed air from within the muffler chamber and to provide the feed air from the muffler chamber for compression by a pump assembly of the compressor assembly. an intake muffler feed line ; a muffler outlet line ; a muffler chamber having a shape which eliminates flat internal walls and wherein both the intake muffler feed line and the muffler outlet line extend from the muffler chamber; wherein the intake muffler feed line is adapted to provide feed air from within the intake muffler feed line into the muffler chamber, and wherein the muffler outlet line is adapted to receive feed air from within the muffler chamber and to provide the feed air from the muffler chamber for compression by a pump assembly of the compressor assembly.
A compound consisting of: Nd 7-14 Dy 30-50 Co 28-45 Cu 1-10 Fe 1-10 atom%, or Nd 8.5-12.5 Dy 35-45 Co 32-41 Cu 3-6.5 Fe 1.5-5 atom%, or Nd 11.92 Dy 42.32 Co 38.39 Cu 5.34 Fe 2.03 atom%; optionally the compound includes 0.18 at.% or less oxygen and/or 0.09 at.% or less carbon. Nd 7-14 Dy 30-50 Co 28-45 Cu 1-10 Fe 1-10 atom%, or Nd 8.5-12.5 Dy 35-45 Co 32-41 Cu 3-6.5 Fe 1.5-5 atom%, or Nd 11.92 Dy 42.32 Co 38.39 Cu 5.34 Fe 2.03 atom%; optionally the compound includes 0.18 at.% or less oxygen and/or 0.09 at.% or less carbon.
A sprinkler system comprising: a fluid source ; a pipe coupled to the fluid source ; at least one sprinkler coupled to the pipe ; characterized by a sensor configured to measure a movement distance of a moving portion of the at least one sprinkler ; and a controller configured to: increase a fluid pressure for the at least one sprinkler to a first pressure; receive first sensor data, from the sensor , associated with the moving portion of the least one sprinkler , wherein the first sensor data includes a first movement distance of the moving portion of the at least one sprinkler ; and enact a first action based at least in part on the first movement distance being less than a threshold. a fluid source ; a pipe coupled to the fluid source ; at least one sprinkler coupled to the pipe ; characterized by a sensor configured to measure a movement distance of a moving portion of the at least one sprinkler ; and a controller configured to: increase a fluid pressure for the at least one sprinkler to a first pressure; receive first sensor data, from the sensor , associated with the moving portion of the least one sprinkler , wherein the first sensor data includes a first movement distance of the moving portion of the at least one sprinkler ; and enact a first action based at least in part on the first movement distance being less than a threshold. increase a fluid pressure for the at least one sprinkler to a first pressure; receive first sensor data, from the sensor , associated with the moving portion of the least one sprinkler , wherein the first sensor data includes a first movement distance of the moving portion of the at least one sprinkler ; and enact a first action based at least in part on the first movement distance being less than a threshold.
A distortion measurement method for an electron microscope image, the method comprising: loading a distortion measurement specimen having structures arranged in a lattice to a specimen plane of an electron microscope or a plane conjugate to the specimen plane to obtain an electron microscope image of the distortion measurement specimen ; and measuring a distortion from the obtained electron microscope image of the distortion measurement specimen , wherein the step of measuring a distortion includes: calculating an auto-correlation function of the electron microscope image of the distortion measurement specimen; and measuring the distortion based on a pattern formed by connecting peak positions of the auto-correlation function, and characterised in that the pattern is an ellipse. loading a distortion measurement specimen having structures arranged in a lattice to a specimen plane of an electron microscope or a plane conjugate to the specimen plane to obtain an electron microscope image of the distortion measurement specimen ; and measuring a distortion from the obtained electron microscope image of the distortion measurement specimen , wherein the step of measuring a distortion includes: calculating an auto-correlation function of the electron microscope image of the distortion measurement specimen; and measuring the distortion based on a pattern formed by connecting peak positions of the auto-correlation function, and calculating an auto-correlation function of the electron microscope image of the distortion measurement specimen; and measuring the distortion based on a pattern formed by connecting peak positions of the auto-correlation function, and characterised in that the pattern is an ellipse.
A ripple monitoring circuit for generating information indicative of a failing component in a power supply, the ripple monitoring circuit comprising: at least one input that receives a ripple signal from the power supply that has a ripple component; a quantization circuit that repeatedly quantizes the ripple signal and configured to output quantized digital codes ; and characterized by a ripple amplitude statistics counter bank that includes a number of counters, wherein each of the possible output codes of the quantized digital codes or subsets thereof are assigned to a specific counter and every occurrence of a quantized digital code increments the respective counter . at least one input that receives a ripple signal from the power supply that has a ripple component; a quantization circuit that repeatedly quantizes the ripple signal and configured to output quantized digital codes ; and characterized by a ripple amplitude statistics counter bank that includes a number of counters, wherein each of the possible output codes of the quantized digital codes or subsets thereof are assigned to a specific counter and every occurrence of a quantized digital code increments the respective counter .
A method implemented by a transmission point configured for operation in a wireless communication network , the method comprising: transmitting assistance information from the transmission point to enable the wireless device to determine two or more synchronization signals as belonging to a set of synchronization signals, wherein the wireless device is not required to trigger a radio link failure as long as any one of the synchronization signals belonging to the set can be detected and synchronization can be obtained from it; and, transmitting the set of two or more synchronization signals from the transmission point on a beam-specific basis, such that each synchronization signal is different from one another and corresponds to a different beam from among two or more beams used by the transmission point in antenna beamforming, wherein the synchronization signals serve as references for synchronization measurements by wireless devices , for obtaining or maintaining synchronization with the transmission point . transmitting assistance information from the transmission point to enable the wireless device to determine two or more synchronization signals as belonging to a set of synchronization signals, wherein the wireless device is not required to trigger a radio link failure as long as any one of the synchronization signals belonging to the set can be detected and synchronization can be obtained from it; and, transmitting the set of two or more synchronization signals from the transmission point on a beam-specific basis, such that each synchronization signal is different from one another and corresponds to a different beam from among two or more beams used by the transmission point in antenna beamforming, wherein the synchronization signals serve as references for synchronization measurements by wireless devices , for obtaining or maintaining synchronization with the transmission point .
An apparatus for cache invalidate, comprising: a bit vector operation capable memory device , comprising: an array of memory cells; and sensing circuitry coupled to the array, the sensing circuitry including a sense amplifier and a compute component configured to implement processing in memory, PIM, bit vector operations as logical operations performed on a bit vector that is a contiguous portion of a virtual address space; and a channel controller coupled to the memory device and configured to cause a bulk invalidate command of multiple cache lines to be sent to a cache memory system responsive to receipt of a bit vector operation request to convert bit vector addresses having a bit length used by the bit vector operation capable memory device to cache line addresses having a different bit length by performing a logical operation on each bit of the bit vector address using a mask value to produce a particular cache line address size. a bit vector operation capable memory device , comprising: an array of memory cells; and sensing circuitry coupled to the array, the sensing circuitry including a sense amplifier and a compute component configured to implement processing in memory, PIM, bit vector operations as logical operations performed on a bit vector that is a contiguous portion of a virtual address space; and an array of memory cells; and sensing circuitry coupled to the array, the sensing circuitry including a sense amplifier and a compute component configured to implement processing in memory, PIM, bit vector operations as logical operations performed on a bit vector that is a contiguous portion of a virtual address space; and a channel controller coupled to the memory device and configured to cause a bulk invalidate command of multiple cache lines to be sent to a cache memory system responsive to receipt of a bit vector operation request to convert bit vector addresses having a bit length used by the bit vector operation capable memory device to cache line addresses having a different bit length by performing a logical operation on each bit of the bit vector address using a mask value to produce a particular cache line address size.
A system for controlling disgorgement of objects, said system comprising: a container system including a container for containing objects ; rotation means for rotating the container to a disgorgement angle; and movement means for moving at least a portion of the container system in a repetitious manner with a net zero distance of travel of the at least the portion of the container system such that said objects are disgorged from the container at a controlled rate of disgorgement, wherein that the container system includes a flap that extends down from an upper portion of the container when the container is at the disgorgement angle, characterized in that the flap is a multi-part flap such that a lower portion of the flap is less restricting of objects pushing through the flap than is an upper portion of the flap . a container system including a container for containing objects ; rotation means for rotating the container to a disgorgement angle; and movement means for moving at least a portion of the container system in a repetitious manner with a net zero distance of travel of the at least the portion of the container system such that said objects are disgorged from the container at a controlled rate of disgorgement, wherein that the container system includes a flap that extends down from an upper portion of the container when the container is at the disgorgement angle, characterized in that the flap is a multi-part flap such that a lower portion of the flap is less restricting of objects pushing through the flap than is an upper portion of the flap .
A composition for use to detect an analyte in a biological sample, said composition comprising: a first component comprising a TreA N fragment of a trehalase, wherein said TreA N fragment consists of an amino acid sequence selected from any one of SEQ ID NOs 20, 21, 24 and 25, said TreA N fragment fused to a first complexing domain, said trehalase having been split into two fragments; and a second component comprising a TreA C fragment of the trehalase, wherein said TreA C fragment consists of an amino acid sequence selected from any one of SEQ ID NOs 22, 23, 26 and 27, said TreA C fragment fused to a second complexing domain; wherein the first component and second component are mixable with the biological sample and a trehalose substrate. a first component comprising a TreA N fragment of a trehalase, wherein said TreA N fragment consists of an amino acid sequence selected from any one of SEQ ID NOs 20, 21, 24 and 25, said TreA N fragment fused to a first complexing domain, said trehalase having been split into two fragments; and a second component comprising a TreA C fragment of the trehalase, wherein said TreA C fragment consists of an amino acid sequence selected from any one of SEQ ID NOs 22, 23, 26 and 27, said TreA C fragment fused to a second complexing domain; wherein the first component and second component are mixable with the biological sample and a trehalose substrate.
Electric motor comprising a stator having a winding head , a bearing shield and a temperature detection unit which comprises: - a plate which is operatively connected to the bearing shield ; - at least one sealing element which is disposed on the plate , has a region projecting beyond the plate and establishes an operative connection to the bearing shield such that ingress of moisture into the stator is prevented; - a support element ; - at least two feet which bear on the winding head ; - at least two temperature sensors , wherein one temperature sensor is in each case disposed on each of the feet ; and - a transverse element which is disposed between the support element and the feet and spaces apart the feet , wherein the support element by way of the transverse element connects the feet to the plate . - a plate which is operatively connected to the bearing shield ; - at least one sealing element which is disposed on the plate , has a region projecting beyond the plate and establishes an operative connection to the bearing shield such that ingress of moisture into the stator is prevented; - a support element ; - at least two feet which bear on the winding head ; - at least two temperature sensors , wherein one temperature sensor is in each case disposed on each of the feet ; and - a transverse element which is disposed between the support element and the feet and spaces apart the feet ,
A method for transferring system messages using Session Initiation Protocol, SIP, by a client device in a system for providing communication service using the SIP, comprising: receiving a request message from a server , wherein the request message includes a first message type indicating that the request message is for requesting a confirmation response from the client device , wherein the request message includes a feature tag identifying that the request message is a system message; generating a response message corresponding to the request message, wherein the response message includes a second message type indicating that the response message is for responding to the request message , wherein the response message includes the feature tag identifying that the response message is a system message; and transmitting the response message to the server . receiving a request message from a server , wherein the request message includes a first message type indicating that the request message is for requesting a confirmation response from the client device , wherein the request message includes a feature tag identifying that the request message is a system message; generating a response message corresponding to the request message, wherein the response message includes a second message type indicating that the response message is for responding to the request message , wherein the response message includes the feature tag identifying that the response message is a system message; and transmitting the response message to the server .
Valve having a body and an actuation assembly comprising a motor and a plate , the plate comprising a central body and at least one positioning tab having a perimeter having a substantially semicircular portion , characterized in that each tab has a rectilinear intermediate portion , connecting the semicircular portion to the central body , the intermediate portion having two substantially parallel rectilinear edges .
A method of producing a transparent polymer aerogel, the method comprising: dissolving gel precursors consisting of radical polymerizable monomers and crosslinkers, radical initiators, and a chain transfer agent (CTA) in a reaction solvent, wherein the monomers are divinylbenzene, and wherein the crosslinkers are selected from the group consisting of 1,3,5-trimethacryloyloxy adamantane, dipentaerythritol pentaacrylate, dipentaerythritol hexaacrylate and polyoligosilsequioxane-octamethacrylate; placing the gel precursors into a substrate; polymerizing the gel in the substrate; and drying the gel. dissolving gel precursors consisting of radical polymerizable monomers and crosslinkers, radical initiators, and a chain transfer agent (CTA) in a reaction solvent, wherein the monomers are divinylbenzene, and wherein the crosslinkers are selected from the group consisting of 1,3,5-trimethacryloyloxy adamantane, dipentaerythritol pentaacrylate, dipentaerythritol hexaacrylate and polyoligosilsequioxane-octamethacrylate; placing the gel precursors into a substrate; polymerizing the gel in the substrate; and drying the gel.
A blow molding apparatus including a blow molding section for blow-molding a preform to form a hollow container, comprising: a continuous transport section provided with a loop-shaped transport path for continuously transporting the preform ; an intermittent transport section for intermittently transporting the preform to the blow molding section ; and a delivery section for holding the preform being transported on the transport path , and delivering the preform to the intermittent transport section , wherein the intermittent transport section is provided above the continuous transport section and apart from the continuous transport section , wherein the delivery section is equipped with an elevating device for raising the preform when the delivery section delivers the preform from the continuous transport section to the intermittent transport section , the apparatus being characterized in that the delivery section is equipped with cooling means for cooling the preform locally by jetting a cooling fluid from a first nozzle member onto an outer surface of the preform , and the cooling means cools the preform while the preform is being raised by the elevating device. a continuous transport section provided with a loop-shaped transport path for continuously transporting the preform ; an intermittent transport section for intermittently transporting the preform to the blow molding section ; and a delivery section for holding the preform being transported on the transport path , and delivering the preform to the intermittent transport section , wherein the intermittent transport section is provided above the continuous transport section and apart from the continuous transport section , wherein the delivery section is equipped with an elevating device for raising the preform when the delivery section delivers the preform from the continuous transport section to the intermittent transport section , the apparatus being characterized in that the delivery section is equipped with cooling means for cooling the preform locally by jetting a cooling fluid from a first nozzle member onto an outer surface of the preform , and the cooling means cools the preform while the preform is being raised by the elevating device.