mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for processing a convolution operation in a neural network , the apparatus comprising: a memory ; and a processor configured to: read (S1410), from the memory, one of divided blocks of input data stored in the memory; generate (S1420) an output block by performing the convolution operation on the one of the divided blocks by using a kernel; generate (S1430) a feature map by using the output block; and write (S1440) the feature map to the memory, characterised in that performing the convolution operation includes partially applying the kernel to the one of the divided blocks to generate respective output values corresponding to an inner position and an outer position of the one of the divided blocks, and generating the output block comprises generating the output block using the respective output values. a memory ; and a processor configured to: read (S1410), from the memory, one of divided blocks of input data stored in the memory; generate (S1420) an output block by performing the convolution operation on the one of the divided blocks by using a kernel; generate (S1430) a feature map by using the output block; and write (S1440) the feature map to the memory, characterised in that performing the convolution operation includes partially applying the kernel to the one of the divided blocks to generate respective output values corresponding to an inner position and an outer position of the one of the divided blocks, and generating the output block comprises generating the output block using the respective output values. read (S1410), from the memory, one of divided blocks of input data stored in the memory; generate (S1420) an output block by performing the convolution operation on the one of the divided blocks by using a kernel; generate (S1430) a feature map by using the output block; and write (S1440) the feature map to the memory, characterised in that performing the convolution operation includes partially applying the kernel to the one of the divided blocks to generate respective output values corresponding to an inner position and an outer position of the one of the divided blocks, and generating the output block comprises generating the output block using the respective output values.
A suture grasper for securing and holding a portion of a suture, the suture grasper comprising an elongated tubular body and a handle , the elongated tubular body defines an inner lumen, the elongated tubular body having a proximal end and a distal end ; the handle is attached to the proximal end of the elongated tubular body ; an inner member element is slidably disposed within the inner lumen of the elongated tubular body , the inner member element having a proximal end configured to slidably extend from and retract into the handle ; and a push button extends from a proximal end of the handle , the push button being coupled to the inner member element for actuation or movement of the inner member element in a distal direction or a proximal direction, wherein the distal end of the elongated tubular body includes a sharp tip capable of crossing or penetrating tissue, and wherein a distal end of the inner member element includes at least one grasping element ; characterized in that the suture grasper comprises a proximal spring disposed within the push button , the proximal spring abutting against the proximal end of the inner member element to bias the inner member element distally, and a distal spring within the handle for biasing the push button and the inner member element in the proximal direction.
Coupling articulation assembly for a road assembly comprising a towing vehicle and at least one trailer coupled to said towing vehicle , a mechanical articulation, enabling rotations about at least one vertical axis (A), between a front end of the trailer and the towing vehicle and a damping system for damping at least the yaw movements of the trailer , said coupling articulation assembly comprising a trailer coupling part intended to be fixed to the front end , a towing coupling part intended to be fixed to a chassis of the towing vehicle , said towing coupling part comprising the mechanical articulation and the damping system, the mechanical articulation comprising a recessed receptacle in which is housed and retained the articulation end-piece so as to provide a mechanical connection articulated about at least one vertical axis (A), said mechanical articulation integrating the damping system, and characterised in that the recessed receptacle comprises two concave caps arranged facing each other and surrounding the articulation endpiece while enabling mutual rotational movements about at least one vertical axis (A) to exert a prestress on said articulation endpiece.
An anti-entrapment device for an aerial lift having a basket or cage the anti-entrapment device comprising: a switch activation device configured to prevent further movement of the basket or cage once the switch activation device is activated; and two or more sensors arranged to provide a detection zone and to detect obstacles within the detection zone, the sensors configured to facilitate the alerting of an operator standing in a basket or cage to the presence of an obstacle that may potentially strike the operator before the strike occurs; wherein the anti-entrapment device further comprises: an elongate housing said two or more sensors being housed within said elongate housing, and at least one of said two or more sensors positioned proximate an end of said elongate housing; characterised by said switch activation device being coupled to the elongate housing, and said switch activation device arranged at an angle to the orientation of said sensor(s) positioned proximate the end of said elongate housing. a switch activation device configured to prevent further movement of the basket or cage once the switch activation device is activated; and two or more sensors arranged to provide a detection zone and to detect obstacles within the detection zone, the sensors configured to facilitate the alerting of an operator standing in a basket or cage to the presence of an obstacle that may potentially strike the operator before the strike occurs; wherein the anti-entrapment device further comprises: an elongate housing said two or more sensors being housed within said elongate housing, and at least one of said two or more sensors positioned proximate an end of said elongate housing; characterised by said switch activation device being coupled to the elongate housing, and said switch activation device arranged at an angle to the orientation of said sensor(s) positioned proximate the end of said elongate housing. an elongate housing said two or more sensors being housed within said elongate housing, and at least one of said two or more sensors positioned proximate an end of said elongate housing; characterised by said switch activation device being coupled to the elongate housing, and said switch activation device arranged at an angle to the orientation of said sensor(s) positioned proximate the end of said elongate housing.
A healing element in one piece, and comprising an upper part intended to be in contact with the gum and a lower part which comprises a fixing device at one of its ends for an implant , the upper part of the healing element comprising a side surface , intended to be integrated within a gum in order to shape the gum during the healing of the latter, of anatomical shape defined by a flat transverse section through a plane perpendicular to its side surface , and an end surface , whose shape or the projection of this end surface on a horizontal plane parallel to the gingival surface after positioning in the mouth reproduces said flat transverse section, a part of the side surface and of the end surface forming an emergent surface, which is intended to remain outside the gum, the emergent surface being asymmetrical with respect to at least one median plane, perpendicular to the emergent surface, the healing element being characterized in that it comprises a through-opening for the passage of a screw and in that it comprises the screw intended to fix the healing element into an implant, the screw comprising an indicator for indicating the height of the healing element.
A blowing mold for a thermoplastic material container, comprising two half molds hinged together and a cyclic opening and closing device adapted to reciprocally move away and approach the two half molds with an opening angle ranging from 0° in a closed position of the half molds to a maximum opening angle in a position of maximum opening of the two half molds , the cyclic opening and closing device comprising a control shaft adapted to rotate about an axis (Z) thereof, a control hub integrally fixed to the control shaft , at least one first connecting rod and at least one second connecting rod , each having a first end hinged to a respective half mold and a second end hinged to the control hub , wherein to a rotation of the control shaft by an angle of rotation β corresponds the position of maximum opening of the two half molds , wherein the control hub is fixed in a removable manner to an end of the control shaft characterized in that the control hub is provided with at least three holes (A, B, C, D) for hinging the second ends of said at least one first connecting rod and at least one second connecting rod , wherein the at least three holes (A, B, C, D) define at least two different pairs of holes, of which a first pair (A, B) defines a first maximum opening configuration of the half molds corresponding to a first maximum opening angle α1, and a second pair (C, D) defines a second maximum opening configuration of the half molds corresponding to a second maximum opening angle α2, with α2 being smaller than α1, and wherein the at least one first connecting rod and the at least one second connecting rod are fixed to a respective hole of the first pair of holes when the mold can operate in the first maximum opening configuration, and they are fixed to a respective hole of the second pair of holes when the mold can operate in the second maximum opening configuration.
A method comprising: receiving a text input with a voice-enabled device; determining that a context of the voice-enabled device satisfies a criterion in the voice-enabled device, and responsive to receiving the text input and determining that the context of the voice-enabled device satisfies the criterion: preemptively establishing a voice-to-text conversion session between the voice-enabled device and a voice-to-text conversion processor; receiving a voice input with the voice-enabled device; initiating processing of at least a portion of the voice input at the voice-to-text conversion processor within the session; and building a complete query based on output from the voice-to-text conversion processor, wherein determining that the context of the voice-enabled device satisfies the criterion comprises: determining the context based on one or more signals from a sensor of the voice-enabled device, characterised in that the sensor of the voice-enabled device is at least one of a position coordinate sensor, an accelerometer, a thermometer, a gyroscope and a light sensor. receiving a text input with a voice-enabled device; determining that a context of the voice-enabled device satisfies a criterion in the voice-enabled device, and responsive to receiving the text input and determining that the context of the voice-enabled device satisfies the criterion: preemptively establishing a voice-to-text conversion session between the voice-enabled device and a voice-to-text conversion processor; receiving a voice input with the voice-enabled device; initiating processing of at least a portion of the voice input at the voice-to-text conversion processor within the session; and building a complete query based on output from the voice-to-text conversion processor, preemptively establishing a voice-to-text conversion session between the voice-enabled device and a voice-to-text conversion processor; receiving a voice input with the voice-enabled device; initiating processing of at least a portion of the voice input at the voice-to-text conversion processor within the session; and building a complete query based on output from the voice-to-text conversion processor, wherein determining that the context of the voice-enabled device satisfies the criterion comprises: determining the context based on one or more signals from a sensor of the voice-enabled device, characterised in that the sensor of the voice-enabled device is at least one of a position coordinate sensor, an accelerometer, a thermometer, a gyroscope and a light sensor.
Method for introducing at least one recess, in particular through-hole , into a transparent or transmissive material of a glass substrate , wherein the material is selectively modified along a beam axis (s) by means of electromagnetic radiation and the recesses are subsequently produced by one or more etching steps, different etching rates occurring in a modified region and in the unmodified regions, characterized in that modifications with different characteristics within the modified regions are produced along the beam axis (s) in the material by the electromagnetic radiation, so that the etching process in the material takes place inhomogeneously and, with unaltered etching conditions, the etching rates in the regions modified with different characteristics differ from one another, so that recesses with different opening angles (α, β) and/or diameters on either side of the glass substrate are produced, wherein the different characteristics of the modifications are obtained by modifying the beam shape of the electromagnetic radiation, in particular by means of phase modulation, and/or by varying the pulse energy, the beam shape and/or the intensity.
A hydroponic plant grow cabinet, comprising a housing , said housing comprising main plant growing chamber and a pre-growing chamber for seeds/seedlings, main tank and auxiliary tanks for a nutrient solution and pH level regulating solutions, pumps and tubing, lighting means , ventilating means , control means , sensors , display means, loudspeaker and user input means, network communication means, connection to electric main, said cabinet comprises in the main chamber at least one module of plant growing pod stands , said module being slidable in and out of the main chamber , where each stand comprises in vertical direction multitude of plant grow pods one above the other, and in the pre-growing chamber at least one holder module for receiving several seed/seedling growing cups , said cup holder module being slidable in and out of the chamber , characterized in that said cabinet comprises connections to water mains and sewage, inside said housing cabinet comprises a module of a refill cartridge system for cartridges with nutrients and chemicals for regulating pH level, where said module of a refill cartridge system comprises three cartridges , one cartridge for nutrients for growing plants, one cartridge for chemical for regulating pH level down and one cartridge for chemical for regulating pH level up, the concentration of nutrients in the nutrient solution in the main tank is replenished from the auxiliary tank for a nutrient solution and water from the water main and the pH level of solution in the main tank is regulated by the chemicals from the auxiliary tanks for chemicals for regulating pH level.
A method of performing pH-sensitive processes, the method comprising: drawing a suspension from a reservoir, the suspension including a surfactant and a solid buffer particulate and having a target pH in a range of 6 to 8, wherein the solid buffer particulate is a ceramic particulate, wherein the ceramic particulate is titanium dioxide; filtering the solid buffer particulate from the suspension to form a filtered solution; and flowing the filtered solution over a sensor. drawing a suspension from a reservoir, the suspension including a surfactant and a solid buffer particulate and having a target pH in a range of 6 to 8, wherein the solid buffer particulate is a ceramic particulate, wherein the ceramic particulate is titanium dioxide; filtering the solid buffer particulate from the suspension to form a filtered solution; and flowing the filtered solution over a sensor.
A cell comprising: a polynucleotide that encodes a modified CD16 polypeptide that comprises a membrane proximal region and comprises a substitution of one or more amino acids compared to the wild-type amino acid sequence of the CD16 membrane proximal region, wherein the substitution comprises the substitution of the serine residue with a proline residue at position 197 of SEQ ID NO: 1 or SEQ ID NO: 2 wherein the modified CD16 polypeptide exhibits reduced susceptibility to cleavage compared to a wild-type CD16 polypeptide. a polynucleotide that encodes a modified CD16 polypeptide that comprises a membrane proximal region and comprises a substitution of one or more amino acids compared to the wild-type amino acid sequence of the CD16 membrane proximal region, wherein the substitution comprises the substitution of the serine residue with a proline residue at position 197 of SEQ ID NO: 1 or SEQ ID NO: 2 wherein the modified CD16 polypeptide exhibits reduced susceptibility to cleavage compared to a wild-type CD16 polypeptide.
A computer-implemented method for forming clusters for vehicle to vehicle communication, the method comprising: acquiring sensor data from one or more sensors embedded in a vehicle , the sensor data including location, direction, and at least one of average speed and momentum of the vehicle; map matching the location of the vehicle to a lane by matching a sequence of location probes of the vehicle to a stored map; exchanging sensor data with other vehicles within a first distance, the exchanging comprising: broadcasting the acquired sensor data and the map-matched lane and listening to broadcasts from the other vehicles; determining a proximity of each vehicle of a plurality of vehicles using the exchanged data, generating a sub cluster with vehicles of the plurality of vehicles such that each vehicle of the sub cluster is driving on the same lane and is within a second distance of any other vehicle of the sub cluster; merging the sub cluster with other sub clusters into a cluster of vehicles based on a spatial proximity, similarity of direction, and similarity of average speed or momentum of the sub clusters; and establishing vehicle to vehicle communication between vehicles in the cluster of vehicles. acquiring sensor data from one or more sensors embedded in a vehicle , the sensor data including location, direction, and at least one of average speed and momentum of the vehicle; map matching the location of the vehicle to a lane by matching a sequence of location probes of the vehicle to a stored map; exchanging sensor data with other vehicles within a first distance, the exchanging comprising: broadcasting the acquired sensor data and the map-matched lane and listening to broadcasts from the other vehicles; determining a proximity of each vehicle of a plurality of vehicles using the exchanged data, generating a sub cluster with vehicles of the plurality of vehicles such that each vehicle of the sub cluster is driving on the same lane and is within a second distance of any other vehicle of the sub cluster; merging the sub cluster with other sub clusters into a cluster of vehicles based on a spatial proximity, similarity of direction, and similarity of average speed or momentum of the sub clusters; and establishing vehicle to vehicle communication between vehicles in the cluster of vehicles.
Hazardous goods container , in particular as a fire protection container, having a drip tray on the floor, a roof and side walls which connect the drip tray and the roof and are fixed to a frame , characterized in that at least one sliding door for opening and closing an opening on the hazardous goods container is mounted in a movable manner on at least one side, wherein the at least one sliding door is supported by rollers and guided by a guide rail on its upper side, wherein the sliding door is pretensioned into the closed position by a spring element comprising a weight movable by means of a cable pull , and a damper is provided which slows down a closing movement of the sliding door .
Brake dust particle filter for a disk brake arrangement having a brake disk and a brake caliper , wherein the brake dust particle filter is configured to capture particles generated during braking, and wherein the brake dust particle filter comprises the following: - A ring segment-shaped housing for at least partially receiving the brake disk in a housing interior space , wherein the housing features two housing side walls axially spaced apart from each other and a housing peripheral wall extending radially outwardly in circumferential direction, and wherein the housing peripheral wall is disposed or formed between the housing side walls ; - at least one tongue projecting inwardly in the housing interior space from the housing peripheral wall at least in sections with at least one radial component; characterized in that - the tongue features a flat cross-sectional shape and at least one base surface facing the housing peripheral wall , a front face projecting into the housing interior space , and at least one side face, and - at least one filter media ; wherein the tongue is formed by the filter media and wherein the tongue does not feature any supporting apparatus components, in particular housing components, separate from the filter media and the filter media provides a sufficient rigidity to keep the tongue structurally rigid in shape. - A ring segment-shaped housing for at least partially receiving the brake disk in a housing interior space , wherein the housing features two housing side walls axially spaced apart from each other and a housing peripheral wall extending radially outwardly in circumferential direction, and wherein the housing peripheral wall is disposed or formed between the housing side walls ; - at least one tongue projecting inwardly in the housing interior space from the housing peripheral wall at least in sections with at least one radial component; - the tongue features a flat cross-sectional shape and at least one base surface facing the housing peripheral wall , a front face projecting into the housing interior space , and at least one side face, and - at least one filter media ;
A reactor configuration comprising at least one electrically heated furnace which defines a space, with at least one reactor tube placed within the furnace space and said reactor tube having an exit and entrance outside of the reactor furnace, and wherein said furnace is further provided with - at least one electrical radiative heating element suitable for heating to high temperatures in the range of 400 to 1400 °C, said heating element being located inside said furnace in such a way that the heating element is in no direct contact with the at least one reactor tube; and - a number of inspection ports in the furnace wall such to be able to visually inspect the condition of the at least one reactor tube on all sides of said reactor tube during operation, the total number of inspection ports being sufficient to inspect all reactor tubes present in the furnace at their full length and circumference; and wherein the heating duty of the furnace is at least 3 MW. - at least one electrical radiative heating element suitable for heating to high temperatures in the range of 400 to 1400 °C, said heating element being located inside said furnace in such a way that the heating element is in no direct contact with the at least one reactor tube; and - a number of inspection ports in the furnace wall such to be able to visually inspect the condition of the at least one reactor tube on all sides of said reactor tube during operation, the total number of inspection ports being sufficient to inspect all reactor tubes present in the furnace at their full length and circumference; and wherein the heating duty of the furnace is at least 3 MW.