mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for transmission of video data via a wireless network, comprising: at least one processor configured to transmit first multi-view (MV) video data to a destination device via the wireless network ; and characterised in that the apparatus further comprises an input/output (I/O) controller configured to receive, from the destination device and in response to transmission of the first MV video data to the destination device, a binocular disparity error estimate indicative of a rendering of the first MV video data at the destination device; wherein the at least one processor is further configured to determine whether to continue to at least one of capture, encode, or transmit the first MV video data based on a comparison of the binocular disparity error estimate to a disparity error threshold; and wherein the at least one processor is further configured to instruct the apparatus to transition to at least one of capture, encode, or transmit monoscopic video data in response to the binocular disparity error estimate meeting or exceeding the disparity error threshold. at least one processor configured to transmit first multi-view (MV) video data to a destination device via the wireless network ; and characterised in that the apparatus further comprises an input/output (I/O) controller configured to receive, from the destination device and in response to transmission of the first MV video data to the destination device, a binocular disparity error estimate indicative of a rendering of the first MV video data at the destination device; wherein the at least one processor is further configured to determine whether to continue to at least one of capture, encode, or transmit the first MV video data based on a comparison of the binocular disparity error estimate to a disparity error threshold; and wherein the at least one processor is further configured to instruct the apparatus to transition to at least one of capture, encode, or transmit monoscopic video data in response to the binocular disparity error estimate meeting or exceeding the disparity error threshold.
A battery assembly comprising: a battery housing defining an opening and including a plurality of bosses (30a-30c) extending from an outer surface of the battery housing , the plurality of bosses (30a-30c) being spaced apart from one another and the opening ; a feedthrough member being disposed with the opening and extending from the battery housing; and a connector including at least one electrical terminal electrically connected with the feedthrough member and including a plurality of spaced apart recesses (35a-35c), wherein the plurality of bosses (30a-30c) and the plurality of recesses (35a-35c) are disposable in a mating configuration to assemble the battery housing and the connector to prevent rotation of the connector relative to the battery housing. a battery housing defining an opening and including a plurality of bosses (30a-30c) extending from an outer surface of the battery housing , the plurality of bosses (30a-30c) being spaced apart from one another and the opening ; a feedthrough member being disposed with the opening and extending from the battery housing; and a connector including at least one electrical terminal electrically connected with the feedthrough member and including a plurality of spaced apart recesses (35a-35c), wherein the plurality of bosses (30a-30c) and the plurality of recesses (35a-35c) are disposable in a mating configuration to assemble the battery housing and the connector to prevent rotation of the connector relative to the battery housing.
Cooking appliance comprising: - ventilation means comprising a transverse flow ventilator arranged to create an air flow in a cooking space of the appliance, - a cooking basket , arranged to receive food to be cooked in the cooking space and to allow the air flow to pass through a bed of food to be cooked, - heating means arranged to heat the air flow, the heating means being arranged in the air flow downstream from the ventilation means, and the cooking basket being arranged in the air flow downstream from the heating means , characterised in that the cooking appliance comprises an intake zone upstream from the ventilation means, arranged between the cooking space and the ventilation means, and in communication with the ventilation means through an intake nozzle . - ventilation means comprising a transverse flow ventilator arranged to create an air flow in a cooking space of the appliance, - a cooking basket , arranged to receive food to be cooked in the cooking space and to allow the air flow to pass through a bed of food to be cooked, - heating means arranged to heat the air flow, the heating means being arranged in the air flow downstream from the ventilation means, and the cooking basket being arranged in the air flow downstream from the heating means ,
A semiconductor device comprising: a memory cell transistor (MC) having a charge storage portion and storing data based on a change of a threshold voltage depending on an amount of charge in said charge storage portion ; a voltage generation unit generating a boosted voltage (VUCP) to be supplied to one main electrode of said memory cell transistor (MC) in an erase operation based on a band-to-band tunneling scheme; a detection unit detecting an output voltage (VUCP) of said voltage generation unit and comparing the output voltage (VUCP) with a reference value; and a control unit controlling a timing at which said boosted voltage (VUCP) is supplied in said erase operation, characterized in that said control unit is configured to end the supply of said boosted voltage (VUCP) when a predetermined first reference time (Tmsk) has elapsed since start of supply of said boosted voltage (VUCP) and a result of detection and comparison by said detection unit indicates that said boosted voltage (VUCP) has become equal to or more than said reference value. a memory cell transistor (MC) having a charge storage portion and storing data based on a change of a threshold voltage depending on an amount of charge in said charge storage portion ; a voltage generation unit generating a boosted voltage (VUCP) to be supplied to one main electrode of said memory cell transistor (MC) in an erase operation based on a band-to-band tunneling scheme; a detection unit detecting an output voltage (VUCP) of said voltage generation unit and comparing the output voltage (VUCP) with a reference value; and a control unit controlling a timing at which said boosted voltage (VUCP) is supplied in said erase operation, characterized in that said control unit is configured to end the supply of said boosted voltage (VUCP) when a predetermined first reference time (Tmsk) has elapsed since start of supply of said boosted voltage (VUCP) and a result of detection and comparison by said detection unit indicates that said boosted voltage (VUCP) has become equal to or more than said reference value.
Side wall for a furniture body, with a flap fitting for an item of furniture, wherein the flap fitting comprises a lever mechanism having a door bearing lever , an adjustment unit , and an installation plate , on which a flap of the item of furniture is fastenable, and wherein a lateral position and an inclination of the installation plate are settable by the adjustment unit in relation to the door bearing lever , and wherein the flap fitting comprises a housing having two parallel side plates arranged spaced apart from one another, wherein the lever mechanism with the door bearing lever and the adjustment unit is retracted between the side plates in a closed position of the flap fitting , characterized in that the side plates of the housing of the flap fitting have an inner spacing which is greater than the width of the adjusting unit and smaller than 16 mm and in that an opening is formed in a front end face of the side wall , through which the lever mechanism of the flap fitting extends, wherein the flap fitting is inserted into the side wall either through the opening into a pocket formed behind the latter or is inserted laterally through a pocket which is introduced from a side surface and has the opening at the end face .
Electrolyser for electrochemical utilization of carbon dioxide, comprising at least one electrolysis cell , - where the electrolysis cell comprises an anode space having an anode and a cathode space having a cathode , - a first cation-permeable membrane is disposed between the anode space and the cathode space and the anode directly adjoins the first membrane , characterized in that a layer comprising an anion-selective polymer is disposed between the first membrane and the cathode and where the layer covers the cathode at least partly but not completely, wherein the layer has a contact region with the first membrane and wherein the layer has flow channels or pores for release of carbon dioxide. - where the electrolysis cell comprises an anode space having an anode and a cathode space having a cathode , - a first cation-permeable membrane is disposed between the anode space and the cathode space and the anode directly adjoins the first membrane , characterized in that a layer comprising an anion-selective polymer is disposed between the first membrane and the cathode and where the layer covers the cathode at least partly but not completely, wherein the layer has a contact region with the first membrane and wherein the layer has flow channels or pores for release of carbon dioxide.
A metal melting furnace vortex chamber body with a vortex chamber communicating with a storage space of a furnace body having the storage space storing molten metal, the metal melting furnace vortex chamber body comprising: a communicating opening (2C1 + 2C2) formed in a part of a side wall , the vortex chamber of the vortex chamber body and the storage space of the furnace body being communicated through the communicating opening (2C1 + 2C2), and a partition plate which is made of flat plate and is uprightly arranged inside the vortex chamber of the vortex chamber body , wherein the partition plate is disposed at a communication side (2C0) with respect to the storage space in the vortex chamber so that the longitudinal direction of the partition plate follows the communication direction and divides the communication side (2C0) so as to form first and second vortex chamber openings (2C1,2C2) positioned at both sides of the partition plate and communicating with both the storage space and the vortex chamber , and wherein a gap is formed between a front end portion of the partition plate positioned at the inside of the vortex chamber in the longitudinal direction and an inner wall of the vortex chamber body facing the front end portion , and wherein the partition plate is detachable from the vortex chamber , communicating opening (2C1 + 2C2) being reappeared by removing the partition plate so that the vortex chamber of the vortex chamber body and the storage space of the furnace body being communicated through the communicating opening (2C1 + 2C2). a communicating opening (2C1 + 2C2) formed in a part of a side wall , the vortex chamber of the vortex chamber body and the storage space of the furnace body being communicated through the communicating opening (2C1 + 2C2), and a partition plate which is made of flat plate and is uprightly arranged inside the vortex chamber of the vortex chamber body , wherein the partition plate is disposed at a communication side (2C0) with respect to the storage space in the vortex chamber so that the longitudinal direction of the partition plate follows the communication direction and divides the communication side (2C0) so as to form first and second vortex chamber openings (2C1,2C2) positioned at both sides of the partition plate and communicating with both the storage space and the vortex chamber , and wherein a gap is formed between a front end portion of the partition plate positioned at the inside of the vortex chamber in the longitudinal direction and an inner wall of the vortex chamber body facing the front end portion , and wherein the partition plate is detachable from the vortex chamber , communicating opening (2C1 + 2C2) being reappeared by removing the partition plate so that the vortex chamber of the vortex chamber body and the storage space of the furnace body being communicated through the communicating opening (2C1 + 2C2).
A braking pad , comprising a back plate , a pad of friction material , and at least a thermoelectric module comprising P and N type semiconductor elements, said thermoelectric module having a first main surface and a second main surface opposite to said first main surface , a first heat exchanger being provided in contact to said first main surface of said thermoelectric module , characterized in that said back plate is provided with at least a through hole wherein at least said N and P doped semiconductor elements of said thermoelectric module are integrated, and in that a second heat exchanger housed in said through hole is provided in contact to said second main surface of said thermoelectric module .
Patient immobilization apparatus comprising a planar element of a nonwoven fabric, the planar element comprising an elongated middle part and a plurality of arms extending laterally on both sides of the middle part .
An expandable access port , comprising: a housing having a plurality of tines coupled thereto; a thrust washer disposed along the housing, the thrust washer having cutout regions , each cutout region configured to engage a proximal end region of one of each of the plurality of tines; and an actuation member coupled to the housing, the actuation member being designed to shift the plurality of tines between a first configuration and an expanded configuration. a housing having a plurality of tines coupled thereto; a thrust washer disposed along the housing, the thrust washer having cutout regions , each cutout region configured to engage a proximal end region of one of each of the plurality of tines; and an actuation member coupled to the housing, the actuation member being designed to shift the plurality of tines between a first configuration and an expanded configuration.
An optical fiber evaluation method that evaluates an optical characteristic of a coupled multi-core optical fiber (F), including a plurality of cores (F1, F2) and a common cladding (FC), one (F1) of the plurality of cores being arranged as a center core at the center of the cladding, a total number of spatial modes being a number of the plurality of cores or greater, the method comprising: arranging a first dummy fiber such that one end of the first dummy fiber faces one end of the coupled multi-core optical fiber, the first dummy fiber including a cladding having a shape and a dimension being the same as a shape and a dimension of the cladding of the coupled multi-core optical fiber, and a core at the center of the cladding; aligning the coupled multi-core optical fiber and the first dummy fiber with each other with reference to a circumference of the cladding of the coupled multi-core optical fiber and a circumference of the cladding of the first dummy fiber; joining the coupled multi-core optical fiber and the first dummy fiber to each other while the center core of the coupled multi-core optical fiber faces the core of the first dummy fiber; and launching light from a light source to the coupled multi-core optical fiber joined to the first dummy fiber, and measuring light passing through the first dummy fiber and the coupled multi-core optical fiber with a light measurement unit , characterised in that the product of a length of the coupled multi-core optical fiber and a power coupling coefficient between the cores is 10 or greater. arranging a first dummy fiber such that one end of the first dummy fiber faces one end of the coupled multi-core optical fiber, the first dummy fiber including a cladding having a shape and a dimension being the same as a shape and a dimension of the cladding of the coupled multi-core optical fiber, and a core at the center of the cladding; aligning the coupled multi-core optical fiber and the first dummy fiber with each other with reference to a circumference of the cladding of the coupled multi-core optical fiber and a circumference of the cladding of the first dummy fiber; joining the coupled multi-core optical fiber and the first dummy fiber to each other while the center core of the coupled multi-core optical fiber faces the core of the first dummy fiber; and launching light from a light source to the coupled multi-core optical fiber joined to the first dummy fiber, and measuring light passing through the first dummy fiber and the coupled multi-core optical fiber with a light measurement unit , characterised in that the product of a length of the coupled multi-core optical fiber and a power coupling coefficient between the cores is 10 or greater.
Extractor hood which comprises a housing and at least one filter element which can be fastened detachably to the housing , wherein the extractor hood has an inductive transmission apparatus and the filter element has at least one electrical load, a primary coil of the transmission apparatus is arranged on the housing of the extractor hood and a second coil is arranged on the filter element , and the secondary coil is connected to the at least one electrical load, characterised in that the at least one filter element is a filter cassette, which has expanded metal layers as filter medium and at least one electrical load is an illumination apparatus , which is accommodated in the filter element and used to illuminate surfaces disposed below the extractor hood.
A laser cladding apparatus comprising: a processing head that forms a cladding layer (W) on a substrate , and a gas feeding part , the gas feeding part feeds the assist gas (G) to the jet nozzle and enables a jet velocity of the assist gas (G) in the jet nozzle to be varied, wherein the processing head includes a laser irradiation part that introduces incident laser light and irradiates the substrate with the laser light, a jet nozzle , into which an assist gas (G) is introduced by the gas feeding part and which forms a jet of the assist gas (G) around the laser light, and a powder storage part that stores a cladding material powder (P) to be fed to the substrate , the powder storage part includes a powder feeding port that is opened facing a jet region of the assist gas (G), characterized in that the powder storage part is a container that is sealed except for the powder feeding port . a processing head that forms a cladding layer (W) on a substrate , and a gas feeding part , the gas feeding part feeds the assist gas (G) to the jet nozzle and enables a jet velocity of the assist gas (G) in the jet nozzle to be varied, wherein the processing head includes a laser irradiation part that introduces incident laser light and irradiates the substrate with the laser light, a jet nozzle , into which an assist gas (G) is introduced by the gas feeding part and which forms a jet of the assist gas (G) around the laser light, and a powder storage part that stores a cladding material powder (P) to be fed to the substrate , a laser irradiation part that introduces incident laser light and irradiates the substrate with the laser light, a jet nozzle , into which an assist gas (G) is introduced by the gas feeding part and which forms a jet of the assist gas (G) around the laser light, and a powder storage part that stores a cladding material powder (P) to be fed to the substrate , the powder storage part includes a powder feeding port that is opened facing a jet region of the assist gas (G), characterized in that the powder storage part is a container that is sealed except for the powder feeding port .
A self-propelled machine of assistance of a maintenance processes of rows - in espalier yarns - comprising: - a frame with elongated shape that extends between a first end and a second end opposite to the first end ; - a couple of driving wheels arranged on said first end for moving said machine ; - a directional wheel arranged on said second end for guiding said machine along a trajectory working; wherein is provided: - at least one support arm integrally connected to said frame ; - at least one support plane for an operator functionally connected to said at least support arm , such that said support plane is - in use - in a skim configuration with respect to the ground plane (T), characterized by fact that said support plane is adjustable in height between a first position, where is arranged below the plane that contains the axis of said driving wheels and/or said directional wheel parallel to said ground plane (T), and a second position, where is arranged above said plane that contains the axis of said driving wheels and/or said directional wheel parallel to said ground plane (T), wherein sensor means associated with an actuator and operated by a control unit that, in feedback to a coordinates signal detected by said sensor means , allow to adjust the position in height of the support plane responsive to the shape of the ground plane (T) is provided. - a frame with elongated shape that extends between a first end and a second end opposite to the first end ; - a couple of driving wheels arranged on said first end for moving said machine ; - a directional wheel arranged on said second end for guiding said machine along a trajectory working; - at least one support arm integrally connected to said frame ; - at least one support plane for an operator functionally connected to said at least support arm , such that said support plane is - in use - in a skim configuration with respect to the ground plane (T),
Electrical interconnection device for grounding railway rails, which device comprises a main body , at least one first attachment member mounted at a first end of the main body and configured to be mechanically and electrically attached to a so-called running rail , at least one second attachment member mounted at a second end of the main body , opposite the first end , and configured to be mechanically and electrically attached to a so-called power supply rail , wherein the main body is provided with at least one sleeve and at least one telescopic insert mounted so as to be able to move in translation and in rotation relative to the sleeve , with one of said at least one first attachment member and of said at least one second attachment member being mechanically attached to a free end of the telescopic insert ; whereby the electrical interconnection device is configured to accept a retracted configuration in which the telescopic insert is inserted into the sleeve and a deployed configuration in which the telescopic insert is at least partially extracted from the sleeve , characterised in that one of said at least one first attachment member and of said at least one second attachment member is configured to be disposed in a predetermined orientation from among a plurality of orientations, regardless of the configuration of the electrical interconnection device .
A torsional vibration damper, in particular a dual-mass flywheel , comprising an input part having a first flange part and an output part having a second flange part with a common axis of rotation about which the input part and the output part are rotatable together and rotatable relative to each other in a limited manner and a spring-damper device which is effective between the input part and the output part and has at least one energy store and a friction device having a friction ring and a support disk connected to the first flange , wherein the support disk has radially inwardly directed projections for connection to the first flange part , wherein for mutually rotatable mounting of the input part and of the output part the input part has a bearing part which is initially produced structurally separately and is subsequently connected to the first flange part , wherein the bearing part forms a friction surface for the friction ring .