mhurhangee/patent-ind-claim-en huggingface dataset:
A pool cleaner for use in a pool containing water, the pool cleaner comprising: a housing ; a driving assembly ; a transmission assembly comprising: a first gear coupled to the driving assembly and rotatable in a first direction; a second gear rotatable in an opposite direction to the first direction due to a rotation of the first gear in the first direction; an idler gear moveable between a first configuration in which the idler gear meshes with the first gear and a second configuration in which the idler gear meshes with the second gear; and a driven gear that meshes with the idler gear in the first and second configurations; at least one traction assembly coupled to the driven gear of the transmission assembly to drive the housing in a first direction in the first configuration and a second direction in the second configuration; and a filtration assembly disposed in the housing and configured to filter water from the pool. a housing ; a driving assembly ; a transmission assembly comprising: a first gear coupled to the driving assembly and rotatable in a first direction; a second gear rotatable in an opposite direction to the first direction due to a rotation of the first gear in the first direction; an idler gear moveable between a first configuration in which the idler gear meshes with the first gear and a second configuration in which the idler gear meshes with the second gear; and a driven gear that meshes with the idler gear in the first and second configurations; a first gear coupled to the driving assembly and rotatable in a first direction; a second gear rotatable in an opposite direction to the first direction due to a rotation of the first gear in the first direction; an idler gear moveable between a first configuration in which the idler gear meshes with the first gear and a second configuration in which the idler gear meshes with the second gear; and a driven gear that meshes with the idler gear in the first and second configurations; at least one traction assembly coupled to the driven gear of the transmission assembly to drive the housing in a first direction in the first configuration and a second direction in the second configuration; and a filtration assembly disposed in the housing and configured to filter water from the pool.
A surgical end effector , comprising: a first jaw ; a second jaw ; and a firing member configured to translate relative to said first jaw and said second jaw during a firing stroke, wherein said firing member comprises: a support portion comprising a slot ; a first flange extending from said support portion, wherein said first flange is configured to engage said first jaw during the firing stroke; and a second flange positioned in said slot, wherein said second flange is configured to engage said second jaw during the firing stroke, characterised in that said second flange is configured to move in said slot away from said first flange when a threshold force is applied to said second flange. a first jaw ; a second jaw ; and a firing member configured to translate relative to said first jaw and said second jaw during a firing stroke, wherein said firing member comprises: a support portion comprising a slot ; a first flange extending from said support portion, wherein said first flange is configured to engage said first jaw during the firing stroke; and a second flange positioned in said slot, wherein said second flange is configured to engage said second jaw during the firing stroke, a support portion comprising a slot ; a first flange extending from said support portion, wherein said first flange is configured to engage said first jaw during the firing stroke; and a second flange positioned in said slot, wherein said second flange is configured to engage said second jaw during the firing stroke, characterised in that said second flange is configured to move in said slot away from said first flange when a threshold force is applied to said second flange.
An attachment member for attaching mounting rails for solar panels to an underlying construction element such as a rafter or a concrete deck, comprising: a) a massive or semi-massive connection member having a longitudinal axis (X), and an upper end and a lower end; and b) a mount or a bracket attached to the upper portion of the connecting member and configured for mounting mounting rails for attachment of solar panels, or a unit for attachment of a mount or a bracket for mounting mounting rails for attachment of solar panels, the unit being attached to the upper portion of the connecting member ; and the attachment member further comprising: c) at least one lower attachment element configured to be mounted in the underlying construction element and attached to the connection member where the connection member is configured to transfer load from the mount , the bracket or the unit to the at least one lower attachment element , where the connection member comprises a lower connection surface extending basically perpendicular to the longitudinal axis (X) of the connection member , where the lower connection surface is configured to bear against the underlying construction element and hereby provide a stabilising lower connection surface when the attachment member is mounted to the underlying construction element , where the at least one lower attachment element protrudes from the lower connection surface and extends along the longitudinal axis (X) of the connection member , characterised in that the connection member comprises a plurality of spikes protruding from the lower contact surface . a) a massive or semi-massive connection member having a longitudinal axis (X), and an upper end and a lower end; and b) a mount or a bracket attached to the upper portion of the connecting member and configured for mounting mounting rails for attachment of solar panels, or a unit for attachment of a mount or a bracket for mounting mounting rails for attachment of solar panels, the unit being attached to the upper portion of the connecting member ;
An image heating apparatus (A) comprising: a first rotatable member and a second rotatable member which are configured to form a nip in which a toner image is fixed on a recording material (P); an air blowing mechanism ; a duct configured to guide air from said air blowing mechanism toward an end portion of said first rotatable member with respect to a longitudinal direction of said first rotatable member ; and an opening and closing mechanism configured to open and close an air blowing port of said duct , characterized in that said opening and closing mechanism includes a plurality of shutter members configured to close said air blowing port in cooperation with each other. a first rotatable member and a second rotatable member which are configured to form a nip in which a toner image is fixed on a recording material (P); an air blowing mechanism ; a duct configured to guide air from said air blowing mechanism toward an end portion of said first rotatable member with respect to a longitudinal direction of said first rotatable member ; and an opening and closing mechanism configured to open and close an air blowing port of said duct , characterized in that said opening and closing mechanism includes a plurality of shutter members configured to close said air blowing port in cooperation with each other.
Regulating member for a timepiece movement, comprising: - a flywheel rotationally secured to an arbor extending in an axial direction (Z); - a hairspring fixed to said arbor via a collet fixed to one end of said hairspring ; wherein said collet comprises a receiving zone arranged to receive said arbor , this receiving zone being delimited at least partially by a positioning surface and at least by two holding surfaces , at least one of which is movable against a return force, the holding surfaces being arranged to clamp said arbor against said positioning surface , wherein said arbor comprises a portion of non-circular cross section, said holding surfaces and said positioning surface cooperating with said portion in order to clamp this latter, characterized in that said receiving zone comprises a first sub-zone shaped so as to allow the insertion of said arbor in said axial direction (Z), and a second sub-zone adjacent to, and in communication with, said first sub-zone , said second sub-zone being arranged to clamp said portion , said holding surfaces and said portion being arranged so as to allow said arbor to be moved laterally in translation from said first sub-zone in order to enter into said second sub-zone . - a flywheel rotationally secured to an arbor extending in an axial direction (Z); - a hairspring fixed to said arbor via a collet fixed to one end of said hairspring ; wherein said collet comprises a receiving zone arranged to receive said arbor , this receiving zone being delimited at least partially by a positioning surface and at least by two holding surfaces , at least one of which is movable against a return force, the holding surfaces being arranged to clamp said arbor against said positioning surface ,
A process coupling for coupling a process variable transmitter to a process fluid of an industrial process comprising: an elongate housing having a process mount configured to couple to the process fluid and an opposed transmitter coupling configured to couple to the process variable transmitter ; a capillary in the elongate housing which conveys a process pressure (P) at the process mount to the transmitter coupling; at least one thermoelectric element positioned within the elongate housing characterized in that the thermoelectric element is adjacent to the capillary and configured to apply heat to, or conduct heat away from, the process coupling in response to an applied electric signal. an elongate housing having a process mount configured to couple to the process fluid and an opposed transmitter coupling configured to couple to the process variable transmitter ; a capillary in the elongate housing which conveys a process pressure (P) at the process mount to the transmitter coupling; at least one thermoelectric element positioned within the elongate housing characterized in that the thermoelectric element is adjacent to the capillary and configured to apply heat to, or conduct heat away from, the process coupling in response to an applied electric signal.
A system for dispensing a cryogenic fluid comprising: a. a bulk storage tank configured to contain a supply of the cryogenic fluid; b. at least one intermediate fluid tank configured to contain an intermediate fluid liquid with a headspace defined there above containing an intermediate fluid vapor; c. a heat exchanger coil positioned in the headspace of the at least one intermediate fluid tank and configured to receive and to warm a cryogenic fluid from the bulk storage tank via heat exchange with intermediate fluid vapor in the headspace; d. a buffer tank configured to receive fluid from the heat exchanger coil ; and e. a chiller coil positioned within the at least one intermediate fluid tank and configured to: i) be submerged within intermediate fluid liquid contained within the at least one intermediate fluid tank , ii) receive fluid from the buffer tank , and iii) cool fluid received from the buffer tank via heat exchange with intermediate fluid liquid within which the chiller coil is submerged, said chiller coil including an outlet configured to dispense fluid from the chiller coil . a. a bulk storage tank configured to contain a supply of the cryogenic fluid; b. at least one intermediate fluid tank configured to contain an intermediate fluid liquid with a headspace defined there above containing an intermediate fluid vapor; c. a heat exchanger coil positioned in the headspace of the at least one intermediate fluid tank and configured to receive and to warm a cryogenic fluid from the bulk storage tank via heat exchange with intermediate fluid vapor in the headspace; d. a buffer tank configured to receive fluid from the heat exchanger coil ; and e. a chiller coil positioned within the at least one intermediate fluid tank and configured to: i) be submerged within intermediate fluid liquid contained within the at least one intermediate fluid tank , ii) receive fluid from the buffer tank , and iii) cool fluid received from the buffer tank via heat exchange with intermediate fluid liquid within which the chiller coil is submerged, i) be submerged within intermediate fluid liquid contained within the at least one intermediate fluid tank , ii) receive fluid from the buffer tank , and iii) cool fluid received from the buffer tank via heat exchange with intermediate fluid liquid within which the chiller coil is submerged,
A device for rendering a higher order ambisonic, HOA, audio signal, the device comprising: a memory configured to store the HOA audio signal; and one or more processors, coupled to the memory, the one or more processors being configured to: perform a loudness compensation process as part of generating an effect matrix; determine a renderer for the HOA audio signal, wherein the renderer comprises a rendering matrix; modify the renderer based on one or more field of view, FOV, parameters of a viewing window and one or more FOV parameters of a reference screen; and render the HOA audio signal using both of the effect matrix and the modified renderer. a memory configured to store the HOA audio signal; and one or more processors, coupled to the memory, the one or more processors being configured to: perform a loudness compensation process as part of generating an effect matrix; determine a renderer for the HOA audio signal, wherein the renderer comprises a rendering matrix; modify the renderer based on one or more field of view, FOV, parameters of a viewing window and one or more FOV parameters of a reference screen; and render the HOA audio signal using both of the effect matrix and the modified renderer. perform a loudness compensation process as part of generating an effect matrix; determine a renderer for the HOA audio signal, wherein the renderer comprises a rendering matrix; modify the renderer based on one or more field of view, FOV, parameters of a viewing window and one or more FOV parameters of a reference screen; and render the HOA audio signal using both of the effect matrix and the modified renderer.
Method for routing data between two devices of IP type (GTW, STB), called first and second devices, which are suitable for communicating with one another via a home network, the first device (GTW) further being able to communicate with a network of sensors (RC) via a manager node (LBR), the sensors having respective IP addresses in this network of sensors which are generated by said manager node, the node (LBR) further having a function of routing data in the network of sensors, characterized in that it comprises the following steps in a router (RT) - A step (ET3) of generating an address for the second device, - A step (ET5) of checking the availability of the address in the network of sensors with the manager node and characterized in that it comprises the following step: - If the address is available, a step (E7) of requesting the addition, from the manager node (LBR), of the second device to the network of sensors, so that the first device is able to transmit data to the second device either via the home network or via the sensor network (RC) . - A step (ET3) of generating an address for the second device, - A step (ET5) of checking the availability of the address in the network of sensors with the manager node and characterized in that it comprises the following step: - If the address is available, a step (E7) of requesting the addition, from the manager node (LBR), of the second device to the network of sensors, so that the first device is able to transmit data to the second device either via the home network or via the sensor network (RC) .
Electromagnetically releasable spring-loaded brake with a magnet housing , a braking element , a rotor and a braking counter element , wherein the rotor is configured to be non-rotatably connected to a shaft to be braked, wherein the braking element is biased with a spring force and is configured, due to this spring force, to press the rotor against the braking counter element in order to generate a braking effect along a direction (X) which is parallel to an axis (A) of the brake, wherein an electromagnetic device for releasing the brake is arranged in the magnet housing , wherein regions of the braking counter element are implemented as connection regions which extend along a direction (X), which is parallel to the axis (A) of the brake, in the direction of the magnet housing , characterized in that the connection regions are integrally connected to surface regions of the magnet housing which face outwards in a radial direction by means of a solder connection.
A method for managing compressed data transaction sizes in a system on a chip, "SoC", in a portable computing device, "PCD", characterized in that the method comprises: determining lengths of compressed data tiles associated in a group, wherein the compressed data tiles are comprised within a compressed image file; determining, based on the determined lengths, whether to aggregate the compressed data tiles into a single multi-tile transaction; aggregating the compressed data tiles into a single multi-tile transaction in response to a determination to aggregate the compressed data tiles into a single multi-tile transaction if a sum of the lengths of the compressed data tiles is smaller than a footprint of one uncompressed data tile in a memory component; generating a metadata file in association with the single multi-tile transaction, wherein the metadata file identifies the transaction as a multi-tile transaction and provides offset data to distinguish data associated with the compressed data tiles; and writing the single multi-tile transaction to the memory component in a location representing a footprint of a first uncompressed data tile rather than to both the location representing the footprint of the first uncompressed data tile and a location representing the footprint of a second uncompressed data tile. determining lengths of compressed data tiles associated in a group, wherein the compressed data tiles are comprised within a compressed image file; determining, based on the determined lengths, whether to aggregate the compressed data tiles into a single multi-tile transaction; aggregating the compressed data tiles into a single multi-tile transaction in response to a determination to aggregate the compressed data tiles into a single multi-tile transaction if a sum of the lengths of the compressed data tiles is smaller than a footprint of one uncompressed data tile in a memory component; generating a metadata file in association with the single multi-tile transaction, wherein the metadata file identifies the transaction as a multi-tile transaction and provides offset data to distinguish data associated with the compressed data tiles; and writing the single multi-tile transaction to the memory component in a location representing a footprint of a first uncompressed data tile rather than to both the location representing the footprint of the first uncompressed data tile and a location representing the footprint of a second uncompressed data tile.
A pressure-sensitive adhesive composition for a foldable display comprising: a first pressure-sensitive adhesive comprising a first silicone gum and having a peel force on a glass substrate of 0.00386 N/mm (10 gf/in) or less, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the first pressure-sensitive adhesive is included in the composition in an amount 5 to 50 wt% with respect to the total solid content of the composition; a second pressure-sensitive adhesive comprising a second silicone gum and a second MQ resin and having a peel force on a glass substrate of 0.0772 N/mm (200 gf/in) to 0.1544 N/mm (400 gf/in), as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the second pressure-sensitive adhesive is comprised in an amount from 50 to 95 wt% based on the total solid content of the composition; and any one additive selected from the group consisting of a borane compound, a borate compound and a mixture thereof; wherein the peel force is measured as set forth in the written description. a first pressure-sensitive adhesive comprising a first silicone gum and having a peel force on a glass substrate of 0.00386 N/mm (10 gf/in) or less, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the first pressure-sensitive adhesive is included in the composition in an amount 5 to 50 wt% with respect to the total solid content of the composition; a second pressure-sensitive adhesive comprising a second silicone gum and a second MQ resin and having a peel force on a glass substrate of 0.0772 N/mm (200 gf/in) to 0.1544 N/mm (400 gf/in), as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the second pressure-sensitive adhesive is comprised in an amount from 50 to 95 wt% based on the total solid content of the composition; and any one additive selected from the group consisting of a borane compound, a borate compound and a mixture thereof; wherein the peel force is measured as set forth in the written description.
Method for treating a gas mixture comprising hydrogen, nitrogen, argon and methane, wherein water is added to the gas mixture in order to form argon clathrate hydrates or semi-clathrate hydrates, and at least a proportion of the argon clathrate hydrates or semi-clathrate hydrates formed is removed from the gas mixture, characterized in that ammonia is synthesized from at least a portion of the hydrogen and at least a portion of the nitrogen that are present in the gas mixture after the removal operation.
A method for measuring the level of the Mesothelin protein (MSLN) in a biological sample of formalin-fixed tissue, comprising detecting and/or quantifying the amount of a MSLN fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of MSLN protein in said sample; wherein the MSLN fragment peptide comprises an amino acid sequence as set forth as SEQ ID NO:1 or an amino acid sequence as set forth as SEQ ID NO:2; and wherein said level is a relative level or an absolute level.