mhurhangee/ep-ind-claims huggingface dataset:
Bearing unit for a vehicle wheel, the bearing unit having an axis of rotation and comprising: - a radially outer stationary ring provided with a tubular axial lug delimited by an outer cylindrical surface, and with a flange transverse to the axis of rotation and axially delimited, on the side where the axial lug is located, by an axial front surface; - a radially inner rotatable ring defining, together with the stationary ring, a space; - an encoder fixed onto the inner ring and extending outside of the space and in front of the axial lug; and - a protective cover mounted on the axial lug so as to protect the encoder and close off the space and comprising a side wall mounted on the outer cylindrical surface; and wherein - the stationary ring comprises a first shaped annular channel formed through the axial surface and delimited axially by a bottom surface; - a second annular channel is arranged between the side wall and the axial lug; - the side wall of the cover is provided with an edge arranged axially in abutment against the bottom surface of the first annular channel; - it also comprises solidified sealing means positioned between the side wall and the axial lug inside the second annular channel so as to seal the cover, preventing the infiltration of impurities between the cover and the axial lug. - a radially outer stationary ring provided with a tubular axial lug delimited by an outer cylindrical surface, and with a flange transverse to the axis of rotation and axially delimited, on the side where the axial lug is located, by an axial front surface; - a radially inner rotatable ring defining, together with the stationary ring, a space; - an encoder fixed onto the inner ring and extending outside of the space and in front of the axial lug; and - a protective cover mounted on the axial lug so as to protect the encoder and close off the space and comprising a side wall mounted on the outer cylindrical surface; and wherein - the stationary ring comprises a first shaped annular channel formed through the axial surface and delimited axially by a bottom surface; - a second annular channel is arranged between the side wall and the axial lug; - the side wall of the cover is provided with an edge arranged axially in abutment against the bottom surface of the first annular channel; - it also comprises solidified sealing means positioned between the side wall and the axial lug inside the second annular channel so as to seal the cover, preventing the infiltration of impurities between the cover and the axial lug.
A process for sealing or strengthening porous moulded articles, rock or porous formations, comprising wet milling of cement or cement clinker in a nonaqueous solvent to produce a hyperfine cement having a particle size D 50 of < 1 μm, and pumping or infiltrating a slurry of the cement and water into the porous moulded articles, rock or formations.
An ice crampon comprising a metal body composed of: - a front part or head and a rear part or heel connected to said head by flexible connecting means collaborating with an adjustment system of the length of the crampon, - and fixing means for attaching the crampon to the sole of a shoe, characterized in that the flexible connecting means are formed by at least one flexible cord connected between the head and the heel after passing through adjustment notches forming part of a notching system securedly attached to the body of the crampon, the longitudinal adjustment of the cord in said notches being arranged to adapt to the shoe size, independently from the fixing means of the crampon. - a front part or head and a rear part or heel connected to said head by flexible connecting means collaborating with an adjustment system of the length of the crampon, - and fixing means for attaching the crampon to the sole of a shoe,
A method for subframe configuration in licensed-assisted access using long-term evolution, LAA-LTE, with carrier aggregation, CA, comprising: receiving, by a user equipment, UE, from a secondary cell, SCell, control information in a subframe indicating at least one of a non-ending subframe in a data burst, an ending subframe in the data burst, and a duration of the ending subframe in the data burst, wherein the duration is one of a predefined number of orthogonal frequency-division multiplexing, OFDM, symbol durations; and receiving, by the UE, data in the subframe according to the control information, further comprising: receiving, by the UE, a first indicator associated with the SCell; in response to receiving the first indicator, starting to monitor, by the UE, a channel for a reference signal, RS and/or physical downlink control channel, PDCCH, and/or enhanced physical downlink control channel, EPDCCH, of the SCell; receiving, by the UE, a second indicator associated with the SCell; and in response to receiving the second indicator, ceasing to monitor, by the UE, the channel for the RS and / or PDCCH and/or EPDCCH of the SCell according to the second indicator, receiving, by a user equipment, UE, from a secondary cell, SCell, control information in a subframe indicating at least one of a non-ending subframe in a data burst, an ending subframe in the data burst, and a duration of the ending subframe in the data burst, wherein the duration is one of a predefined number of orthogonal frequency-division multiplexing, OFDM, symbol durations; and receiving, by the UE, data in the subframe according to the control information, further comprising: receiving, by the UE, a first indicator associated with the SCell; in response to receiving the first indicator, starting to monitor, by the UE, a channel for a reference signal, RS and/or physical downlink control channel, PDCCH, and/or enhanced physical downlink control channel, EPDCCH, of the SCell; receiving, by the UE, a second indicator associated with the SCell; and in response to receiving the second indicator, ceasing to monitor, by the UE, the channel for the RS and / or PDCCH and/or EPDCCH of the SCell according to the second indicator, receiving, by the UE, a first indicator associated with the SCell; in response to receiving the first indicator, starting to monitor, by the UE, a channel for a reference signal, RS and/or physical downlink control channel, PDCCH, and/or enhanced physical downlink control channel, EPDCCH, of the SCell; receiving, by the UE, a second indicator associated with the SCell; and in response to receiving the second indicator, ceasing to monitor, by the UE, the channel for the RS and / or PDCCH and/or EPDCCH of the SCell according to the second indicator,
Screw pump module for the extrusion of plastic materials comprising: - a drive motor; - a body with an inlet and an outlet for the molten material; - a hollow cylinder with an inlet and an outlet; - a screw with a helical thread around the circumference; - a connection conduit between the inlet of the hollow cylinder and the inlet of the body; or - a connection conduit between the outlet of the hollow cylinder and the outlet of the body; wherein said screw is rotated by said drive motor and wherein inside said hollow cylinder said screw with a helical thread rotates; wherein the molten material enters from the inlet of the hollow cylinder and, following the rotation of said screw with a helical thread, exits from the outlet of said hollow cylinder,; characterized in that: said inlet and said outlet of the body are at the same end of said body and have a common main axis; wherein said inlet and said outlet are respectively equipped with a flange for the inlet and a flange for the outlet of the molten material, and where the flanges are positioned with a coincident axis; wherein said inlet and said outlet are flanged, and are positioned at 90° with respect to the main axis of the screw; wherein inside said body is located said connection conduit through which the molten material that enters from the inle of the body reaches the inlet of the hollow cylinder; or through which the molten material leaving the hollow cylinder reaches the outlet of the body, and wherein said connecting conduit is positioned with its axis parallel to the main axis of the screw. - a drive motor; - a body with an inlet and an outlet for the molten material; - a hollow cylinder with an inlet and an outlet; - a screw with a helical thread around the circumference; - a connection conduit between the inlet of the hollow cylinder and the inlet of the body; or - a connection conduit between the outlet of the hollow cylinder and the outlet of the body; wherein said screw is rotated by said drive motor and wherein inside said hollow cylinder said screw with a helical thread rotates; wherein the molten material enters from the inlet of the hollow cylinder and, following the rotation of said screw with a helical thread, exits from the outlet of said hollow cylinder,; characterized in that: said inlet and said outlet of the body are at the same end of said body and have a common main axis; wherein said inlet and said outlet are respectively equipped with a flange for the inlet and a flange for the outlet of the molten material, and where the flanges are positioned with a coincident axis; wherein said inlet and said outlet are flanged, and are positioned at 90° with respect to the main axis of the screw; wherein inside said body is located said connection conduit through which the molten material that enters from the inle of the body reaches the inlet of the hollow cylinder; or through which the molten material leaving the hollow cylinder reaches the outlet of the body, and wherein said connecting conduit is positioned with its axis parallel to the main axis of the screw.
An electronic label support track having a protective housing, comprising a rear portion able to be fixed to a shelf, a front portion able to receive the least one electronic label made up of a bottom, the lower wing and an upper wing, the electronic label being housed against the bottom, between the lower and upper wings and having a front face parallel to the bottom, the protective housing including a screen able to be placed in front of the electronic label, characterized in that: - the track has, on the upper face of its upper wing, a longitudinal cavity able to ensure catching of the protective housing on the track, - the protective housing includes a head secured to the screen, configured to catch on the upper wing of the track, and having, on its free edge, a return able to be housed in said longitudinal cavity, and - the head of the protective housing and the longitudinal cavity cooperate to keep the protective housing in two stable positions, i.e., a low position with the screen in front of the label, and a high position, with free access to the screen. - the track has, on the upper face of its upper wing, a longitudinal cavity able to ensure catching of the protective housing on the track, - the protective housing includes a head secured to the screen, configured to catch on the upper wing of the track, and having, on its free edge, a return able to be housed in said longitudinal cavity, and - the head of the protective housing and the longitudinal cavity cooperate to keep the protective housing in two stable positions, i.e., a low position with the screen in front of the label, and a high position, with free access to the screen.
A method of operating a client device, comprising: detecting a set of proximate client devices; classifying, at the client device, for each respective proximate client device in the set of proximate client devices, a relationship relative to an operator of the client device based on a local evaluation of a log of one or more user-to-user communicative interactions between the client device and at least one proximate client device from the set of proximate client devices in response to the detecting; and determining whether to automatically trigger a communicative action with one or more proximate client devices from the set of proximate client devices based on the relationship. detecting a set of proximate client devices; classifying, at the client device, for each respective proximate client device in the set of proximate client devices, a relationship relative to an operator of the client device based on a local evaluation of a log of one or more user-to-user communicative interactions between the client device and at least one proximate client device from the set of proximate client devices in response to the detecting; and determining whether to automatically trigger a communicative action with one or more proximate client devices from the set of proximate client devices based on the relationship.
A continuous process for producing sulfuric acid, comprising the steps: (a) reacting elemental sulfur and/or sulfur compounds with an oxygen-containing combustion gas in a combustion unit to form sulfur dioxide, (b) catalytically oxidizing the sulfur dioxide from step (a) to form sulfur trioxide, (c) absorbing and/or condensing the sulfur trioxide from step (b) in sulfuric acid, wherein in step (a) the combustion gas is led through the combustion unit, which has at least two successive combustion zones in the direction of flow of the combustion gas, wherein in each combustion zone elemental sulfur and/or sulfur compounds is/are injected into the combustion gas, each combustion zone is cooled, and downstream from each combustion zone a heat exchanger is provided with which the reaction gas is cooled, so that the maximum temperature in each combustion zone does not exceed a value of 2000°C, characterized in that the maximum temperatures in the combustion zones decrease in the direction of the main gas stream. (a) reacting elemental sulfur and/or sulfur compounds with an oxygen-containing combustion gas in a combustion unit to form sulfur dioxide, (b) catalytically oxidizing the sulfur dioxide from step (a) to form sulfur trioxide, (c) absorbing and/or condensing the sulfur trioxide from step (b) in sulfuric acid,
A method of chemically-enhanced focused ion beam milling of a work piece including a carbonaceous material, the method comprising: providing an oxygen-containing, etch-assisting gas at the surface of the work piece; and directing the focused ion beam toward the carbonaceous material to etch the carbonaceous material in the presence of the etch assisting gas; wherein said oxygen-containing, etch-assisting gas is O 2, N 2 O NO 2, NO, or NO x; and the focused ion beam has insufficient energy to form a passivation layer from a reaction between the oxygen-containing, etch-assisting gas, comprising the oxygen and the carbonaceous material, wherein the carbonaceous material is a polyimide material. providing an oxygen-containing, etch-assisting gas at the surface of the work piece; and directing the focused ion beam toward the carbonaceous material to etch the carbonaceous material in the presence of the etch assisting gas; wherein said oxygen-containing, etch-assisting gas is O 2, N 2 O NO 2, NO, or NO x; and the focused ion beam has insufficient energy to form a passivation layer from a reaction between the oxygen-containing, etch-assisting gas, comprising the oxygen and the carbonaceous material, wherein the carbonaceous material is a polyimide material.
A coating comprising a matrix component and oligomer-modified inorganic oxide fine particles that are oligomer-modified fine particles comprising inorganic oxide fine particles having a surface modified with an oligomer, the oligomer being derived from a metal alkoxide (or a mixture of metal alkoxides having different M 1, R, R' and n) represented by Formula: R n M 1 (OR') z - n wherein M 1: one or more elements selected from Si, Ti, Zr and Al; R and R': one or more groups selected from alkyl groups of 1 to 8 carbon atoms, aryl groups and vinyl groups; n: an integer of from 0 to (z - 2); and z: the valence of M 1; the oligomer having a polymerization degree of 15 to 90, the oligomer having a weight average molecular weight in the range of 3000 to 9000; wherein the oligomer is a linear polycondensate. R and R': one or more groups selected from alkyl groups of 1 to 8 carbon atoms, aryl groups and vinyl groups; n: an integer of from 0 to (z - 2); and z: the valence of M 1; the oligomer having a polymerization degree of 15 to 90, the oligomer having a weight average molecular weight in the range of 3000 to 9000; wherein the oligomer is a linear polycondensate.
An aerodrome system for an aerodrome, the aerodrome system comprising: a plurality of light emitting elements configured to emit light from a surface of the aerodrome upon which aircraft may take-off, land and manoeuvre; and a controller operatively coupled to each of the light emitting elements so as to selectively control the light emitting elements, wherein the light emitting elements form pixels of a display and the controller is configured to control an image displayed by the display so as to display and demarcate at least one runway (12a, 12b) for aircraft to take-off or land, wherein the light emitting elements are spaced such that the controller may display the runway with a variable orientation and the controller is further configured to change the image displayed by the display so as to change the orientation of the runway, and wherein the controller is operatively coupled to an air traffic control system and the controller is configured to change the orientation of the runway at an appropriate time determined from flight data from the air traffic control system; wherein the light emitting elements are spaced such that the controller is configured to display the runway with a continuously variable orientation. a plurality of light emitting elements configured to emit light from a surface of the aerodrome upon which aircraft may take-off, land and manoeuvre; and a controller operatively coupled to each of the light emitting elements so as to selectively control the light emitting elements, wherein the light emitting elements form pixels of a display and the controller is configured to control an image displayed by the display so as to display and demarcate at least one runway (12a, 12b) for aircraft to take-off or land, wherein the light emitting elements are spaced such that the controller may display the runway with a variable orientation and the controller is further configured to change the image displayed by the display so as to change the orientation of the runway, and wherein the controller is operatively coupled to an air traffic control system and the controller is configured to change the orientation of the runway at an appropriate time determined from flight data from the air traffic control system; wherein the light emitting elements are spaced such that the controller is configured to display the runway with a continuously variable orientation.
An apparatus for increasing the torque capacity of a tubular connection comprising: a first tubular member pin end coupled to a second tubular member box end at a section of threads provided on the first tubular member; a first torqueing interface between a pin end face and an inner box face; and a moveable torque member threadedly coupled to the first tubular member at the said section of threads and engaged with the second tubular member at a second torqueing interface between a torque member face and an outer box face; wherein the second torqueing interface substantially increases the torque capacity of the tubular connection. a first tubular member pin end coupled to a second tubular member box end at a section of threads provided on the first tubular member; a first torqueing interface between a pin end face and an inner box face; and a moveable torque member threadedly coupled to the first tubular member at the said section of threads and engaged with the second tubular member at a second torqueing interface between a torque member face and an outer box face; wherein the second torqueing interface substantially increases the torque capacity of the tubular connection.
A fiber optic strain locking arrangement (10;110;210) comprising: a cable assembly (14;114;214) having an outer radial surface (18;118;218); an optical fiber strain transmissively coupled to the outer radial surface (18;118;218); and tubing disposed at the outer radial surface (18;118;218) being strain locked to the outer radial surface (18;118;218), characterised in that: the tubing is strain locked to the outer radial surface (18;118;218) through interference fit with granules, wherein: the granules are partially embedded into an inner radial surface of the tubing and the granules are a harder material than the tubing; and/or the granules are partially embedded into the outer radial surface (18;118;218) and the granules are a harder material than that of the outer radial surface (18;118;218). a cable assembly (14;114;214) having an outer radial surface (18;118;218); an optical fiber strain transmissively coupled to the outer radial surface (18;118;218); and tubing disposed at the outer radial surface (18;118;218) being strain locked to the outer radial surface (18;118;218), characterised in that: the tubing is strain locked to the outer radial surface (18;118;218) through interference fit with granules, wherein: the granules are partially embedded into an inner radial surface of the tubing and the granules are a harder material than the tubing; and/or the granules are partially embedded into the outer radial surface (18;118;218) and the granules are a harder material than that of the outer radial surface (18;118;218). the granules are partially embedded into an inner radial surface of the tubing and the granules are a harder material than the tubing; and/or the granules are partially embedded into the outer radial surface (18;118;218) and the granules are a harder material than that of the outer radial surface (18;118;218).
A collision determination device comprising: a radar detection unit that is adapted to detect an object in front of a vehicle using a radar wave; an image detection unit that is adapted to capture an image in front of the vehicle and detects the object using the captured image; and a collision determination unit that is adapted to determine a collision between the vehicle and the object on the basis of a composite target which is generated using a detection result of the radar detection unit and a detection result of the image detection unit, characterised in that the collision determination unit is adapted to perform collision determination on the basis of the detection result of the image detection unit, instead of the collision determination based on the composite target, when it is determined that the object cannot be detected by the radar detection unit and can be detected by the image detection unit and the object is stationary in a traveling direction of the vehicle. a radar detection unit that is adapted to detect an object in front of a vehicle using a radar wave; an image detection unit that is adapted to capture an image in front of the vehicle and detects the object using the captured image; and a collision determination unit that is adapted to determine a collision between the vehicle and the object on the basis of a composite target which is generated using a detection result of the radar detection unit and a detection result of the image detection unit, characterised in that the collision determination unit is adapted to perform collision determination on the basis of the detection result of the image detection unit, instead of the collision determination based on the composite target, when it is determined that the object cannot be detected by the radar detection unit and can be detected by the image detection unit and the object is stationary in a traveling direction of the vehicle.