mhurhangee/patent-ind-claim-en huggingface dataset:
Reclining chair comprising a seat , a backrest associated with said seat and an armrest , wherein said armrest comprises a first armrest portion associated with said seat and a second armrest portion associated with said backrest , wherein the first armrest portion and the second armrest portion are slidable relative to each other between at least a first position associated with a raised configuration of the backrest with respect to the seat and a second position associated with a reclined configuration of the backrest with respect to the seat , wherein one between said first armrest portion and said second armrest portion is a tubular body having a main development direction (L) and the other between said first armrest portion and said second armrest portion is a body at least partially inserted into said tubular body configured to slide along a sliding direction; the armrest further comprising a locking mechanism of the sliding between said first armrest portion and said second armrest portion , wherein said locking mechanism comprises a first locking seat , a second locking seat and a locking element configured to couple alternately said first locking seat or said second locking seat , wherein a coupling of the locking element with said first locking seat is associated with said first armrest position and a coupling of the locking element with said second locking seat is associated with said second armrest position, and wherein the locking mechanism includes a spring or elastic element , which is adapted to be arranged in a loading condition when the locking element is in the second locking seat and wherein a removal of the locking element from the second locking seat corresponds to a movement of the locking element in the first locking seat and of the backrest to the first position under an action of the spring or elastic element , wherein said first locking seat and said second locking seat are through holes defined in said tubular body and wherein said locking element of the locking mechanism is associated with said inserted body, characterized in that said locking element comprises a first part associated with said inserted body and a second part configured to alternately couple said first locking seat or said second locking seat , wherein said second part is movable with respect to the first part from a retracted position to an extended position, wherein in said extended position the second part of the locking element is at least partially inserted in one between said first and said second locking seat and wherein in said retracted position the second part of the locking element is completely inserted in said tubular body.
A logging tool antenna assembly , comprising: a bobbin having a cylindrical body defining an outer radial surface , an inner radial surface , and a central axis ; one or more channels defined in the outer radial surface , wherein a cross section of each channel is defined by a continuously curved inner surface having a constant radius, and wherein the continuously curved inner surface extends more than 180° but less than 360° and thereby defines an opening in the cylindrical body ; and a coil including a wire wrapped about the bobbin and received within the one or more channels , wherein an arcuate portion of the wire extends through the opening such that a portion of the wire protrudes out of the channel . a bobbin having a cylindrical body defining an outer radial surface , an inner radial surface , and a central axis ; one or more channels defined in the outer radial surface , wherein a cross section of each channel is defined by a continuously curved inner surface having a constant radius, and wherein the continuously curved inner surface extends more than 180° but less than 360° and thereby defines an opening in the cylindrical body ; and a coil including a wire wrapped about the bobbin and received within the one or more channels , wherein an arcuate portion of the wire extends through the opening such that a portion of the wire protrudes out of the channel .
Method for processing user data intended for display on an Internet page of a social network, in which: - said user data are stored in a first communicating device (DIS1) and are consultable remotely by at least one second communicating device (DIS2), - the social network is organized according to a meshed network comprising a plurality of nodes, and a server (SERV) hosting the social network associates a communicating device identifier with each node of the meshed network, a first and a second identifier respectively associated with the first and second devices being stored at said server, and - the server (SERV) furthermore stores at the identifier of the first device an IP address of the first device on a communication network currently being used by the first device (DIS1), the method comprising, on request for consultation of the user data (REQ-DAT) by the second device (DIS2), at least the steps: - of verification by the server that the meshed network comprises a relation between the nodes corresponding respectively to the first and second identifiers; - and, if relevant, of transmission (ENV-IP) by the server of the IP address of the first device (DIS1) to the second device (DIS2), for direct access to said user data at the first device and by using the IP address transmitted; - in which the server (SERV) furthermore catalogues the first device (DIS1) with the aid of a unique identifier specific to the first device, a current IP address of the first device being associated with said unique identifier, the method being characterized in that the unique identifier specific to the first device (DIS1) is an identifier of a security element of the first communicating device, the unique identifier being intended furthermore to be used for an authentication of said first device, the security element being an SIM card or a software SIM card. - said user data are stored in a first communicating device (DIS1) and are consultable remotely by at least one second communicating device (DIS2), - the social network is organized according to a meshed network comprising a plurality of nodes, and a server (SERV) hosting the social network associates a communicating device identifier with each node of the meshed network, a first and a second identifier respectively associated with the first and second devices being stored at said server, and - the server (SERV) furthermore stores at the identifier of the first device an IP address of the first device on a communication network currently being used by the first device (DIS1), - of verification by the server that the meshed network comprises a relation between the nodes corresponding respectively to the first and second identifiers; - and, if relevant, of transmission (ENV-IP) by the server of the IP address of the first device (DIS1) to the second device (DIS2), for direct access to said user data at the first device and by using the IP address transmitted; - in which the server (SERV) furthermore catalogues the first device (DIS1) with the aid of a unique identifier specific to the first device, a current IP address of the first device being associated with said unique identifier,
A welding-type helmet comprising a cover comprising a light source , characterized in that a channel is recessed from an external surface of the cover , the channel being configured to house a removable light source within the channel .
A method for producing immune-compatible cells, comprising editing only one allele of each of HLA-A and HLA-B genes, and one pair of alleles of HLA-DR by gene deletion in an isolated cell, wherein the HLA-A, and HLA-B are heterozygous.
TABLE FOOTBALL TABLE, consisting of a board , as a playing field, between whose side sliding bars are coupled transversally, with figures/players incorporated in solidarity thereto, being provided, in one of their ends, with handles so that each user/player handles those on one side of the board , and with two heads with goals consisting of holes where penetrate the balls that go to a box with charging mechanism or access to games and dispensing mechanism of the balls, comprising a computer , with touch screen and, at least, a camera , provided with an Internet connection, for control and management of a game and charging mechanism and dispensing mechanism of balls remotely via Internet by having, as a board , a monobloc piece of acrylic material with lighting; by having respective interchangeable bands coupled in each of its sides , incorporating added materials of different kinds to provide a different type of bounce to the balls; by having light bars made, totally or partially, of carbon; where the box with the charging mechanism and the dispensing mechanism of balls is provided with an electronic board connected to the computer , wherein the interchangeable bands are determined by respective strips incorporated to the sides along each side of the board which are placed at an angle of 90° with the board , being fixed so that they are removable to allow the placement of different bands and for the placement of added materials after them with different degree of elasticity, to vary the bouncing capacity of the ball as desired.
A reinforced polygonal container made of glued corrugated laminar material comprising: • a tubular polygonal body with an even number of flat faces numbering more than four defined between corner areas , the tubular polygonal body being formed by a strip of corrugated cardboard at least partially superimposed on and adhered to itself; • a base body defined by a base panel formed by cut and folded stiff double-faced corrugated cardboard defining a polygonal bottom and a polygonal base wall surrounding the polygonal bottom and perpendicular thereto, the polygonal base wall having the same number of sides as the tubular polygonal body and an inner surface of each side of the polygonal base wall being superimposed on and adhered to a lower end portion of an outer surface of the faces of the tubular polygonal body , attaching the base body around an end portion of the tubular polygonal body ; wherein the corrugated cardboard of the tubular polygonal body includes a corrugated sheet forming channels perpendicular to the polygonal bottom of the base body ; characterized in that the strip of corrugated cardboard of the tubular polygonal body is rolled up at least two full turns and adhered to itself by means of lines of glue transverse to the channels of the corrugated sheet , forming a multilayer wall . • a tubular polygonal body with an even number of flat faces numbering more than four defined between corner areas , the tubular polygonal body being formed by a strip of corrugated cardboard at least partially superimposed on and adhered to itself; • a base body defined by a base panel formed by cut and folded stiff double-faced corrugated cardboard defining a polygonal bottom and a polygonal base wall surrounding the polygonal bottom and perpendicular thereto, the polygonal base wall having the same number of sides as the tubular polygonal body and an inner surface of each side of the polygonal base wall being superimposed on and adhered to a lower end portion of an outer surface of the faces of the tubular polygonal body , attaching the base body around an end portion of the tubular polygonal body ; wherein the corrugated cardboard of the tubular polygonal body includes a corrugated sheet forming channels perpendicular to the polygonal bottom of the base body ; characterized in that the strip of corrugated cardboard of the tubular polygonal body is rolled up at least two full turns and adhered to itself by means of lines of glue transverse to the channels of the corrugated sheet , forming a multilayer wall . wherein the corrugated cardboard of the tubular polygonal body includes a corrugated sheet forming channels perpendicular to the polygonal bottom of the base body ; characterized in that the strip of corrugated cardboard of the tubular polygonal body is rolled up at least two full turns and adhered to itself by means of lines of glue transverse to the channels of the corrugated sheet , forming a multilayer wall .
A composite material forming device comprising: a mandrel having an arc-shaped cross section; a roller that has a circular cross section, is movable along a surface of the mandrel , and configured to apply a pressing force to a material to be formed placed on the mandrel, wherein the material to be formed is a composite material; a gripping unit that is configured to grip the material to be formed on an outer side than the roller with respect to the mandrel and apply a tensile force to the material to be formed; a roller drive unit that is configured to move the roller along the surface of the mandrel ; and a gripping unit drive unit that is configured to move the gripping unit ; characterized in that the forming device further comprises a control unit that is configured to control the roller drive unit and the gripping unit drive unit to cause a position of the roller and a position of the gripping unit to be synchronized with each other such that the material to be formed between the roller and the gripping unit is disposed in a direction perpendicular to a vertical direction of the mandrel . a mandrel having an arc-shaped cross section; a roller that has a circular cross section, is movable along a surface of the mandrel , and configured to apply a pressing force to a material to be formed placed on the mandrel, wherein the material to be formed is a composite material; a gripping unit that is configured to grip the material to be formed on an outer side than the roller with respect to the mandrel and apply a tensile force to the material to be formed; a roller drive unit that is configured to move the roller along the surface of the mandrel ; and a gripping unit drive unit that is configured to move the gripping unit ; characterized in that the forming device further comprises a control unit that is configured to control the roller drive unit and the gripping unit drive unit to cause a position of the roller and a position of the gripping unit to be synchronized with each other such that the material to be formed between the roller and the gripping unit is disposed in a direction perpendicular to a vertical direction of the mandrel .
A control system comprising: a plurality of sensors configured to produce sensor outputs; a plurality of non-safety computation modules , the non-safety computation modules each including a processor and being simultaneously responsive to the sensor outputs and executing a safety analysis, the non-safety computation modules producing control signals in response to detection of a safety condition by the safety analysis; and a safety processor configured to receive the control signals from the computation modules and generate therefrom safety-rated signals for controlling a device, wherein the safety processor is incapable of executing the safety analysis. a plurality of sensors configured to produce sensor outputs; a plurality of non-safety computation modules , the non-safety computation modules each including a processor and being simultaneously responsive to the sensor outputs and executing a safety analysis, the non-safety computation modules producing control signals in response to detection of a safety condition by the safety analysis; and a safety processor configured to receive the control signals from the computation modules and generate therefrom safety-rated signals for controlling a device, wherein the safety processor is incapable of executing the safety analysis.
An organic thin film transistor comprising: a gate electrode ; a gate insulating film that is provided to cover the gate electrode; a self-assembled monolayer film that is provided on the surface of the gate insulating film; and an organic semiconductor film , a source electrode , and a drain electrode , which are provided on a side of the self-assembled monolayer film opposite to the gate insulating film, wherein the gate insulating film is made of alumina, and characterized in that a surface of the gate insulating film is boehmite. a gate electrode ; a gate insulating film that is provided to cover the gate electrode; a self-assembled monolayer film that is provided on the surface of the gate insulating film; and an organic semiconductor film , a source electrode , and a drain electrode , which are provided on a side of the self-assembled monolayer film opposite to the gate insulating film, wherein the gate insulating film is made of alumina, and characterized in that a surface of the gate insulating film is boehmite.
A method of wireless communication performed by a base station, comprising: transmitting , to a first user equipment, UE, scheduling information indicating first, second, and third open-loop power levels associated with uplink transmissions on a first wireless channel, wherein the scheduling information is transmitted in a radio resource control, RRC, message carrying a po-AlphaSets parameter and a Po-PUSCH-Set parameter, wherein the first open-loop power level is indicated by a value of the po-AlphaSets parameter, the second open-loop power level is indicated by a first value of the Po-PUSCH-Set parameter, and the third open-loop power level is indicated by a second value of the Po-PUSCH-Set parameter; selecting one of the first, second, or third open-loop power levels to be used for a first uplink transmission by the first UE; transmitting , to the first UE, open-loop power control information indicating the selected open-loop power level, wherein the open loop power control information is transmitted in a downlink control information, DCI, message including at least an open loop power control field, wherein the open loop power control information is indicated by a combination of bits in the open loop power control field; and receiving the first uplink transmission on the first wireless channel based on the selected open-loop power level. transmitting , to a first user equipment, UE, scheduling information indicating first, second, and third open-loop power levels associated with uplink transmissions on a first wireless channel, wherein the scheduling information is transmitted in a radio resource control, RRC, message carrying a po-AlphaSets parameter and a Po-PUSCH-Set parameter, wherein the first open-loop power level is indicated by a value of the po-AlphaSets parameter, the second open-loop power level is indicated by a first value of the Po-PUSCH-Set parameter, and the third open-loop power level is indicated by a second value of the Po-PUSCH-Set parameter; selecting one of the first, second, or third open-loop power levels to be used for a first uplink transmission by the first UE; transmitting , to the first UE, open-loop power control information indicating the selected open-loop power level, wherein the open loop power control information is transmitted in a downlink control information, DCI, message including at least an open loop power control field, wherein the open loop power control information is indicated by a combination of bits in the open loop power control field; and receiving the first uplink transmission on the first wireless channel based on the selected open-loop power level.
A nose cone assembly configured to be mounted forward of a fan section of a gas turbine engine , the nose cone assembly comprising: a nose cone having an aperture communicating air to an interior space of the nose cone; a discharge member communicating the air out of the nose cone, the discharge member comprising a centrifugal pump having a rotor and configured to draw air into, through and out of the interior space; a plurality of heat exchangers disposed forward of the discharge member in the interior space; and a plurality of conduits circulating fluid through the discharge member and the plurality of heat exchangers; characterised in that : the rotor of the centrifugal pump is surrounded by a forward-swept discharge casing that is configured to discharge air axially rearward toward a radially inward portion of inlet guide vanes of the fan section when mounted thereto; and the centrifugal pump is located aft of the plurality of heat exchangers. a nose cone having an aperture communicating air to an interior space of the nose cone; a discharge member communicating the air out of the nose cone, the discharge member comprising a centrifugal pump having a rotor and configured to draw air into, through and out of the interior space; a plurality of heat exchangers disposed forward of the discharge member in the interior space; and a plurality of conduits circulating fluid through the discharge member and the plurality of heat exchangers; characterised in that : the rotor of the centrifugal pump is surrounded by a forward-swept discharge casing that is configured to discharge air axially rearward toward a radially inward portion of inlet guide vanes of the fan section when mounted thereto; and the centrifugal pump is located aft of the plurality of heat exchangers. the rotor of the centrifugal pump is surrounded by a forward-swept discharge casing that is configured to discharge air axially rearward toward a radially inward portion of inlet guide vanes of the fan section when mounted thereto; and the centrifugal pump is located aft of the plurality of heat exchangers.