mhurhangee/patent-ind-claim-en huggingface dataset:
A millable, recyclable, waterproofing, paving fabric interlayer system comprising a flexible, nonwoven, needle-punched paving fabric and a tack coat; wherein the paving fabric comprises about 50-99% by weight of thermoplastic fibres having a length in the range of about 25-76 mm (1-3 inches) and has a first face which is heat-set or fused under pressure to create a smooth surface, a second opposite face having a fuzzy surface, and a thickness in the range of about 0.76-1.27 mm (30-50 mils) when tested per ASTM 5199 and in the range of about 1.52-2.03 mm (60-80 mils) when asphalt -saturated per ASTM D6140 and D5199; the paving fabric having an asphalt retention capacity of about 0.45-1.36 L/m 2 (0.1-0.3 gallons/square yard ) tested per ASTM D6140.
A device , comprising: one or more inputs configured to receive a streaming access request to access a plurality of individually addressable words of a determined region of a random access memory , the request including an offset associated with the determined region and a pattern associated with the streaming access; a plurality of outputs configured to be coupled to word lines of the random access memory; and streaming access control circuitry coupled to the one or more inputs and to the plurality of outputs and configured to respond to the streaming access request by generating control signals to drive the word lines to access the plurality of individually addressable words of the determined region in accordance with the pattern, the streaming access control circuitry being configured to identify the determined region based on the offset and the indication of the pattern associated with the streaming access. one or more inputs configured to receive a streaming access request to access a plurality of individually addressable words of a determined region of a random access memory , the request including an offset associated with the determined region and a pattern associated with the streaming access; a plurality of outputs configured to be coupled to word lines of the random access memory; and streaming access control circuitry coupled to the one or more inputs and to the plurality of outputs and configured to respond to the streaming access request by generating control signals to drive the word lines to access the plurality of individually addressable words of the determined region in accordance with the pattern, the streaming access control circuitry being configured to identify the determined region based on the offset and the indication of the pattern associated with the streaming access.
An image display apparatus comprising: a tillable housing that is allowed to rotate around a predetermined rotational axis (θL, θR) that is along a direction inclined to a yaw axis along a vertical direction of a vehicle , by receiving an external force; an imaging device that is placed at the tillable housing and a view filed of which is changed by rotating the housing around the predetermined rotational axis (θL, θR); and a displaying device that is configured to display an external image captured by the imaging device , the housing has a plane on which a lens of the imaging device is located, and a state of the housing is changed from a first state to a second state by rotating the housing around the predetermined rotational axis (θL, θR), the first state being an state in which the plane faces a front or a rear of the vehicle so that the imaging device is allowed to image the rear side area (BL_area, BR_area) or the front side area (FL_area, FR_area) of the vehicle , the second state being an state in which the plane faces a ground or a sky so that the imaging device is allowed to image a ground or a sky. a tillable housing that is allowed to rotate around a predetermined rotational axis (θL, θR) that is along a direction inclined to a yaw axis along a vertical direction of a vehicle , by receiving an external force; an imaging device that is placed at the tillable housing and a view filed of which is changed by rotating the housing around the predetermined rotational axis (θL, θR); and a displaying device that is configured to display an external image captured by the imaging device , the housing has a plane on which a lens of the imaging device is located, and a state of the housing is changed from a first state to a second state by rotating the housing around the predetermined rotational axis (θL, θR), the first state being an state in which the plane faces a front or a rear of the vehicle so that the imaging device is allowed to image the rear side area (BL_area, BR_area) or the front side area (FL_area, FR_area) of the vehicle , the second state being an state in which the plane faces a ground or a sky so that the imaging device is allowed to image a ground or a sky.
Cleaning vehicle for cleaning a surface with at least one suction shaft for sucking up dirt and with at least one component , which is connected directly or indirectly to the suction shaft and is in contact with the surface during cleaning operation of the vehicle, wherein the vehicle further comprises at least one bearing , by means of which the suction shaft and the component are mounted in a floating manner so that at least part of the weight of the suction shaft and of the component is received by the bearing , wherein an adjusting unit is provided, by means of which the component can be moved relative to the suction shaft , wherein a support is provided on which the suction shaft is arranged, wherein the trailing component , which rotates in the opposite direction to the direction of travel, is arranged pivotably on the suction shaft by means of a bracket and wherein the bearing and the adjusting unit are connected to this support , characterised in that the bearing attaches to the support at the same position as the adjusting unit .
A computer implemented method of generating a 3-D patient-specific musculoskeletal model to be executed on an ultrasound medical imaging system, the method comprising: transmitting ultrasound signals the frequency of which changes with respect to time using a predetermined excitation function as part of an ultrasound scan; acquiring a plurality of raw radio frequency (RF) signals from the ultrasound scan, the plurality of raw RF signals including a first raw RF signal and a second raw RF signal , each raw RF signal representing a reflected ultrasound signal; generating an envelope signal from each of the raw RF signals , each envelope signal including one or more peaks ; generating a contour line based on the peaks of the envelope signals ; determining a position of the ultrasound transducer corresponding to each of the plurality of raw RF signals ; transforming the contour line into a point cloud based at least in part on the positions of the ultrasound transducer ; and optimizing a 3-D bone model with respect to the point cloud to generate the 3-D patient-specific musculoskeletal model. transmitting ultrasound signals the frequency of which changes with respect to time using a predetermined excitation function as part of an ultrasound scan; acquiring a plurality of raw radio frequency (RF) signals from the ultrasound scan, the plurality of raw RF signals including a first raw RF signal and a second raw RF signal , each raw RF signal representing a reflected ultrasound signal; generating an envelope signal from each of the raw RF signals , each envelope signal including one or more peaks ; generating a contour line based on the peaks of the envelope signals ; determining a position of the ultrasound transducer corresponding to each of the plurality of raw RF signals ; transforming the contour line into a point cloud based at least in part on the positions of the ultrasound transducer ; and optimizing a 3-D bone model with respect to the point cloud to generate the 3-D patient-specific musculoskeletal model.
A positive-displacement needleless access connector comprising: a housing with a first luer fitting at a proximal end thereof; a base with a proximal end and a distal end, the distal end comprising a second luer fitting, the second luer fitting being complementary to the first luer fitting; a valve element with a proximal end, a top, and a septum inside the valve element, wherein the top of the valve element fastens to the proximal end of the base to create an assembly, and wherein the assembly created by the base and the valve element is inserted into the housing with the proximal end of the valve element sealing the first luer fitting ; and characterized in that the connector further comprises a "Y"-shaped vent path extending through the base from the septum to a distal end of the base , the "Y"-shaped vent path comprising triangularly shaped branches, and configured to vent the septum . a housing with a first luer fitting at a proximal end thereof; a base with a proximal end and a distal end, the distal end comprising a second luer fitting, the second luer fitting being complementary to the first luer fitting; a valve element with a proximal end, a top, and a septum inside the valve element, wherein the top of the valve element fastens to the proximal end of the base to create an assembly, and wherein the assembly created by the base and the valve element is inserted into the housing with the proximal end of the valve element sealing the first luer fitting ; and characterized in that the connector further comprises a "Y"-shaped vent path extending through the base from the septum to a distal end of the base , the "Y"-shaped vent path comprising triangularly shaped branches, and configured to vent the septum .
A neural network accelerator tile, comprising: an activation memory interface for interfacing with an activation memory to receive a set of activation representations; a weight memory interface for interfacing with a weight memory to receive a set of weight representations, each weight representation corresponding to an activation representation of the set of activation representations; and a processing element configured to combine the set of weight representations with the set of activation representations by combining each weight representation with its corresponding activation representation to produce a set of partial results, wherein the processing element comprises: a one-hot encoder sub-element configured to encode the set of partial results to produce a set of one-hot representations; a histogrammer sub-element configured to accumulate the set of one-hot representations into a set of histogram bucket counts; an aligner sub-element configured to align the counts of the set of histogram bucket counts according to their size; and a reducer sub-element configured to reduce the aligned counts of the set of histogram bucket counts to produce a partial sum. an activation memory interface for interfacing with an activation memory to receive a set of activation representations; a weight memory interface for interfacing with a weight memory to receive a set of weight representations, each weight representation corresponding to an activation representation of the set of activation representations; and a processing element configured to combine the set of weight representations with the set of activation representations by combining each weight representation with its corresponding activation representation to produce a set of partial results, wherein the processing element comprises: a one-hot encoder sub-element configured to encode the set of partial results to produce a set of one-hot representations; a histogrammer sub-element configured to accumulate the set of one-hot representations into a set of histogram bucket counts; an aligner sub-element configured to align the counts of the set of histogram bucket counts according to their size; and a reducer sub-element configured to reduce the aligned counts of the set of histogram bucket counts to produce a partial sum. a one-hot encoder sub-element configured to encode the set of partial results to produce a set of one-hot representations; a histogrammer sub-element configured to accumulate the set of one-hot representations into a set of histogram bucket counts; an aligner sub-element configured to align the counts of the set of histogram bucket counts according to their size; and a reducer sub-element configured to reduce the aligned counts of the set of histogram bucket counts to produce a partial sum.
A cap assembly for a cylindrical secondary battery, which is mounted on a top end portion of the cylindrical secondary battery having a structure in which an electrode assembly is placed in a cylindrical can , the cap assembly comprising: a safety vent having a predetermined notch configured to be ruptured by high pressure gas generated in the battery; a current interrupt device coupled to a lower end of the safety vent and blocking a current when an internal pressure of the battery rises; and a gasket for the current interrupt device surrounding an outer circumferential surface of the current interrupt device, wherein the gasket for the current interrupt device comprises a polymer resin having a melting point of 250°C or more and a heat deflection temperature of 200°C or more and comprising at least one polymer resin selected from the group consisting of a perfluoroalkoxy resin and a thermoplastic polyester elastomer (TPEE) having a weight-average molecular weight of 10,000 to 500,000, and wherein the gasket for the current interrupt device is provided at a center thereof with an opening, and the opening does not block through holes of the current interrupt device. a safety vent having a predetermined notch configured to be ruptured by high pressure gas generated in the battery; a current interrupt device coupled to a lower end of the safety vent and blocking a current when an internal pressure of the battery rises; and a gasket for the current interrupt device surrounding an outer circumferential surface of the current interrupt device, wherein the gasket for the current interrupt device comprises a polymer resin having a melting point of 250°C or more and a heat deflection temperature of 200°C or more and comprising at least one polymer resin selected from the group consisting of a perfluoroalkoxy resin and a thermoplastic polyester elastomer (TPEE) having a weight-average molecular weight of 10,000 to 500,000, and wherein the gasket for the current interrupt device is provided at a center thereof with an opening, and the opening does not block through holes of the current interrupt device.
An inkjet recording apparatus comprising: a conveying unit which is configured to perform a conveying operation to move a conveying member thereby conveying a recording medium (P) placed on a conveying surface of the conveying member ; a recording unit which is configured to record an image by ejecting ink to the recording medium (P) conveyed by the conveying unit ; a heat source ; a heat source moving unit which is configured to move the heat source perpendicular to the conveying surface ; a heat source moving control unit which is configured to move the heat source by the heat source moving unit such that a distance between the heat source and the conveying surface increases when the conveying operation which is performed by the conveying unit stops in a manner in which the conveying operation can be resumed in a state where the heat source is positioned in proximity of the conveying surface ; and characterized by a conveying member heating unit which is configured to heat the conveying surface of the conveying member . a conveying unit which is configured to perform a conveying operation to move a conveying member thereby conveying a recording medium (P) placed on a conveying surface of the conveying member ; a recording unit which is configured to record an image by ejecting ink to the recording medium (P) conveyed by the conveying unit ; a heat source ; a heat source moving unit which is configured to move the heat source perpendicular to the conveying surface ; a heat source moving control unit which is configured to move the heat source by the heat source moving unit such that a distance between the heat source and the conveying surface increases when the conveying operation which is performed by the conveying unit stops in a manner in which the conveying operation can be resumed in a state where the heat source is positioned in proximity of the conveying surface ; and characterized by a conveying member heating unit which is configured to heat the conveying surface of the conveying member .
A monolithic integrated active/passive waveguide photonic system, the system comprising - a substrate with positioned thereon at least one active waveguide and at least one passive waveguide wherein the at least one active waveguide is a III-V waveguide and wherein the passive waveguide is a silicon or silicon nitride waveguide, - the active waveguide and passive waveguide being monolithic integrated and being arranged for evanescent wave coupling between the waveguides , each of the active waveguide and the passive waveguide being positioned so that said active waveguide and passive waveguide at least partly do not overlap with each other both in height direction and in lateral direction with respect to the substrate in a non-overlapping portion, characterized in that the waveguides are positioned so that at least part of the evanescent wave coupling occurs between the waveguides at the non-overlapping portion. - a substrate with positioned thereon at least one active waveguide and at least one passive waveguide wherein the at least one active waveguide is a III-V waveguide and wherein the passive waveguide is a silicon or silicon nitride waveguide, - the active waveguide and passive waveguide being monolithic integrated and being arranged for evanescent wave coupling between the waveguides , each of the active waveguide and the passive waveguide being positioned so that said active waveguide and passive waveguide at least partly do not overlap with each other both in height direction and in lateral direction with respect to the substrate in a non-overlapping portion,
A microscope device comprising: a sample placement unit on which a sample is settable; an imaging unit configured to take an image of the sample that is set on the sample placement unit; a case in which the sample placement unit is provided and the imaging unit is disposed; a display unit configured to display the image taken by the imaging unit; and a moving unit , provided integrally with the display unit, configured to be movable relative to the sample placement unit, wherein the moving unit is movable to a first position at which the sample placement unit is covered by the moving unit, and to a second position at which the sample placement unit is opened such that the sample placement unit can be accessed. a sample placement unit on which a sample is settable; an imaging unit configured to take an image of the sample that is set on the sample placement unit; a case in which the sample placement unit is provided and the imaging unit is disposed; a display unit configured to display the image taken by the imaging unit; and a moving unit , provided integrally with the display unit, configured to be movable relative to the sample placement unit, wherein the moving unit is movable to a first position at which the sample placement unit is covered by the moving unit, and to a second position at which the sample placement unit is opened such that the sample placement unit can be accessed.
A dialysis machine comprising a balancing system (B) that has at least one balancing chamber for a volumetrically exact supply and removal of dialysis solution to and from a dialyzer (D) fluidically connected to the balancing system in operation; a water inlet system connected to the balancing system (B) for the supply of fresh dialysis liquid, with the water inlet system having an apparatus for degassing water that is connected to an air separator of the dialysis machine, with a first part region of the air separator serving as a mixing chamber and being connectable to at least one concentrate source (K1, K2) via at least one concentrate line and being in fluid communication with the balancing system (B) via at least one dialyzate line , characterized in that the filling volume of a balancing chamber corresponds to or exceeds the sum of the volume of the mixing chamber and the inner volume of the dialyzate line .
A luminescent material comprising E 1-w Sc 1-x-y-u-w M y Z u A 2w Si 2-z-u Ge z Al u O 6 :Cr x , wherein: - E comprises one or more of Li, Na, and K; - M comprises one or more of Al, Ga, In, Tm, Yb, and Lu; - Z comprises one or more of Ti, Zr, and Hf; - A comprises one or more of Mg, Zn, and Ni; - 0<x≤0.25; - 0≤y≤0.75; - 0≤z≤2; - 0≤u≤1; - 0≤w≤1; - x+y+u+w≤1; and - z+u≤2 - E comprises one or more of Li, Na, and K; - M comprises one or more of Al, Ga, In, Tm, Yb, and Lu; - Z comprises one or more of Ti, Zr, and Hf; - A comprises one or more of Mg, Zn, and Ni; - 0<x≤0.25; - 0≤y≤0.75; - 0≤z≤2; - 0≤u≤1; - 0≤w≤1; - x+y+u+w≤1; and - z+u≤2
A refrigerated display unit , comprising: an open-fronted cabinet containing a product display space accessible through an access opening defined by the open front; a cooling means for introducing or producing cold air to refrigerate items in the product display space in use; at least one forwardly-positioned discharge outlet communicating with a supply duct for, in use, projecting cold air with a discharge velocity as an air curtain across the access opening , which discharge outlet has an effective width that determines air curtain thickness; and at least one forwardly-positioned return inlet communicating with a return duct for, in use, receiving air from the air curtain , such that spacing between the discharge outlet and the return inlet determines air curtain height; wherein the air curtain is substantially unsupported by any supplementary cooling airflow supplied into the product display space separately from the air curtain ; characterised in that the discharge velocity, as measured at a point 25 mm below the discharge outlet , is between 0.1 m/s and 1.5 m/s; and the air curtain height is less than ten times the air curtain thickness. an open-fronted cabinet containing a product display space accessible through an access opening defined by the open front; a cooling means for introducing or producing cold air to refrigerate items in the product display space in use; at least one forwardly-positioned discharge outlet communicating with a supply duct for, in use, projecting cold air with a discharge velocity as an air curtain across the access opening , which discharge outlet has an effective width that determines air curtain thickness; and at least one forwardly-positioned return inlet communicating with a return duct for, in use, receiving air from the air curtain , such that spacing between the discharge outlet and the return inlet determines air curtain height; wherein the air curtain is substantially unsupported by any supplementary cooling airflow supplied into the product display space separately from the air curtain ; characterised in that the discharge velocity, as measured at a point 25 mm below the discharge outlet , is between 0.1 m/s and 1.5 m/s; and the air curtain height is less than ten times the air curtain thickness.