mhurhangee/patent-ind-claim-en huggingface dataset:
A tool holder for a power tool comprising: a body defining a passageway in which a shank of a cutting tool can be located; at least one axial locking element moveably mounted within the body and which is capable of being moved between and held in at least two positions, a first release position and a second locking position where it projects into the passageway where it is capable of engaging a shank of a cutting tool when located within the passageway in order to axially restrict the movement of the shank in the passageway; wherein there is further provided at least one axial guide moveably mounted within the body and which can be moved between and held in at least two positions wherein, in at least one position, it projects into the passageway where it is capable of engagingly supporting a side of a shank of a cutting tool when located within the passageway ; characterised in that there are two sets of three of said axial guides , a first set located at a first axial position along the passageway and a second set located at a second axial position along the passageway , the axial guides in each set being angularly located around the longitudinal axis of the passageway in a symmetrical manner at 120 degree angular positions relative to each other, wherein the at least one locking element is located axially along the passageway between the two sets of axial guides . a body defining a passageway in which a shank of a cutting tool can be located; at least one axial locking element moveably mounted within the body and which is capable of being moved between and held in at least two positions, a first release position and a second locking position where it projects into the passageway where it is capable of engaging a shank of a cutting tool when located within the passageway in order to axially restrict the movement of the shank in the passageway; wherein there is further provided at least one axial guide moveably mounted within the body and which can be moved between and held in at least two positions wherein, in at least one position, it projects into the passageway where it is capable of engagingly supporting a side of a shank of a cutting tool when located within the passageway ; characterised in that there are two sets of three of said axial guides , a first set located at a first axial position along the passageway and a second set located at a second axial position along the passageway , the axial guides in each set being angularly located around the longitudinal axis of the passageway in a symmetrical manner at 120 degree angular positions relative to each other, wherein the at least one locking element is located axially along the passageway between the two sets of axial guides .
A system for fusing composite structures, the system comprising: a composite part comprising - a substructure comprising a flange and a raised segment , the flange comprising a faying surface ; a skin comprising a first side and a second side opposite the first side, the second side of the skin comprising: (A) another faying surface contacting the faying surface of the flange, and (B) an exposed portion not contacted by the substructure; an insulation layer covering the flange opposite the faying surface of the flange and covering the exposed portion of the skin; a tool comprising - a shaping surface in a shape of an outer mold line and receiving the first side of the skin; a heating element supplying heat to the shaping surface; and a vacuum bag covering the composite part such that the composite part is at least partially enclosed by the combination of the vacuum bag and the shaping surface of the tool, the vacuum bag comprising - a first side adjacent the composite part and a second side opposite the first side; the system further comprising a coolant fluid in contact with the second side of the vacuum bag, the coolant fluid being at a lower temperature than the composite part. a composite part comprising - a substructure comprising a flange and a raised segment , the flange comprising a faying surface ; a skin comprising a first side and a second side opposite the first side, the second side of the skin comprising: (A) another faying surface contacting the faying surface of the flange, and (B) an exposed portion not contacted by the substructure; a substructure comprising a flange and a raised segment , the flange comprising a faying surface ; a skin comprising a first side and a second side opposite the first side, the second side of the skin comprising: (A) another faying surface contacting the faying surface of the flange, and (B) an exposed portion not contacted by the substructure; an insulation layer covering the flange opposite the faying surface of the flange and covering the exposed portion of the skin; a tool comprising - a shaping surface in a shape of an outer mold line and receiving the first side of the skin; a heating element supplying heat to the shaping surface; and a shaping surface in a shape of an outer mold line and receiving the first side of the skin; a heating element supplying heat to the shaping surface; and a vacuum bag covering the composite part such that the composite part is at least partially enclosed by the combination of the vacuum bag and the shaping surface of the tool, the vacuum bag comprising - a first side adjacent the composite part and a second side opposite the first side; the system further comprising a coolant fluid in contact with the second side of the vacuum bag, the coolant fluid being at a lower temperature than the composite part.
An endoscope air-supply system comprising: a gas supply device and an air-supply duct adapted to supply predetermined gas to a lumen of a subject through the air-supply duct; a duct for pressure measurement communicating with the lumen; a pressure measurement device adapted to measure pressure in the lumen and connected through the duct for pressure measurement communicating with the lumen; a flushing device adapted to supply gas for flushing to the duct for pressure measurement ; and an instruction device adapted to instruct the pressure measurement device to perform pressure measurement and to instruct the flushing device to supply the gas for flushing in synchronism with the pressure measurement by the pressure measurement device , characterized by the instruction device is adapted to instruct the pressure measurement device to perform pressure measurement during stoppage of gas supply by the gas supply device, and to instruct the flushing device to supply the gas for flushing before the pressure measurement device performs pressure measurement. a gas supply device and an air-supply duct adapted to supply predetermined gas to a lumen of a subject through the air-supply duct; a duct for pressure measurement communicating with the lumen; a pressure measurement device adapted to measure pressure in the lumen and connected through the duct for pressure measurement communicating with the lumen; a flushing device adapted to supply gas for flushing to the duct for pressure measurement ; and an instruction device adapted to instruct the pressure measurement device to perform pressure measurement and to instruct the flushing device to supply the gas for flushing in synchronism with the pressure measurement by the pressure measurement device , characterized by the instruction device is adapted to instruct the pressure measurement device to perform pressure measurement during stoppage of gas supply by the gas supply device, and to instruct the flushing device to supply the gas for flushing before the pressure measurement device performs pressure measurement.
Profile construction glass sheet with heat insulating properties comprising a profiled glass sheet comprising at least one web having a web inner surface and a web outer surface , and at least one flange having a flange inner surface and a flange outer surface , and a heat-insulating mat of a flexible fibrous polymer composite material which comprises glass fiber reinforced polymer, selected from the group comprising polyethylene terephthalate, polyethylene, and polybutylene terephthalate, and wherein said mat further comprises methyl silicified silica and calcium silicate, said mat having a thickness in the range of 5 mm to 20 mm and being affixed to one or more inner surfaces and/or outer surfaces of the profile construction glass sheet .
A dental machine tool having a workpiece arm and a milling chamber , which has at least one sealed door and is sealed from the environment to prevent escape of liquid, wherein the milling chamber comprises a passage wall and a liquid supply line , especially a nozzle , and a liquid outlet and wherein liquid is supplied via the liquid supply line , especially the nozzle, to a working zone of the dental machine tool , on which a milling tool is processing a workpiece , and wherein the workpiece can be mounted on the workpiece arm so as to be movable in at least two spatial directions, wherein the workpiece arm passes through a movement flange at which the workpiece arm passes through the passage wall of the milling chamber and wherein the passage wall comprises a membrane , which allows movement of the workpiece arm in at least two spatial directions and consists of a highly elastic material, wherein the membrane is clampingly held in a sealed manner on the passage wall of the milling chamber using a circumferentially formed connecting flange .
Method for adapting a driving-off behaviour of a vehicle to a traffic signal installation , - in which the traffic signal installation permits passing in a first state and prohibits passing in a second state, - in which a state information item and a time information item of the traffic signal installation are received by the vehicle by means of vehicle-to-X communication means and are passed on to a traffic light phase assistance system, - wherein the state information item describes a present state of the traffic signal installation and the time information item describes a time window up to a change in state of the traffic signal installation , - in which the vehicle determines its own position by means of position-determining means, characterized in that - presence information comprising at least position data on vehicles in the surroundings which are enabled for vehicle-to-X communication is also received by the vehicle , and - the vehicle additionally detects the position data on the vehicles in the surroundings by means of a surroundings sensor system, and the vehicles in the surroundings are automatically detected as not being enabled for vehicle-to-X communication if their position data is detected exclusively by means of the surroundings sensor system, and - in that the position data received by means of vehicle-to-X communication are displayed to the driver and - the driving-off behaviour is adapted as a function of the state information item and the time information item and the presence of vehicles in the surroundings which are not enabled for vehicle-to-X communication. - in which the traffic signal installation permits passing in a first state and prohibits passing in a second state, - in which a state information item and a time information item of the traffic signal installation are received by the vehicle by means of vehicle-to-X communication means and are passed on to a traffic light phase assistance system, - wherein the state information item describes a present state of the traffic signal installation and the time information item describes a time window up to a change in state of the traffic signal installation , - in which the vehicle determines its own position by means of position-determining means, - presence information comprising at least position data on vehicles in the surroundings which are enabled for vehicle-to-X communication is also received by the vehicle , and - the vehicle additionally detects the position data on the vehicles in the surroundings by means of a surroundings sensor system, and the vehicles in the surroundings are automatically detected as not being enabled for vehicle-to-X communication if their position data is detected exclusively by means of the surroundings sensor system, and - in that the position data received by means of vehicle-to-X communication are displayed to the driver and - the driving-off behaviour is adapted as a function of the state information item and the time information item and the presence of vehicles in the surroundings which are not enabled for vehicle-to-X communication.
A luggage system suitable for a single-track motor vehicle, especially for a motorcycle or a motor scooter, with a luggage holding container which can be fastened on the motor vehicle and which comprises in the interior a decoupling means, cooperating with an item of luggage which is to be held, for at least partially decoupling travel-induced forces of the item of luggage from the luggage holding container , wherein the decoupling means is formed by a formation of an inner wall of the luggage holding container as an elastic deformable wall with cavities, in a sandwich construction or foam material, characterised in that the decoupling means is furthermore formed by a hanging device which is fastened to the luggage holding container in a filling region and hangs freely downwards, into which the item of luggage can be placed and can be transported in a freely hanging state, wherein the hanging device is designed as an elastic material net or elastic rubber tub.
Apparatus for moulding insoles on a foot , having a moulding pad which is arranged on a support , forms a foot-accommodating region and has a flexible membrane for supporting the insole , wherein the membrane is connected to a bearing surface of the support via a foot-bearing-point fixing means , and that a filling region for a fluid for moulding the insole on the foot is provided between the membrane and the bearing surface .
A post-tensioning tendon comprising: a tension member comprising a strand and a sheath , the sheath positioned about the strand ; and a first anchor coupled to a first end of the tension member , and a second anchor coupled to a second end of the tension member , each anchor comprising: the anchor body having an internal passage ; a lock nut , the lock nut having an internal tapered surface defining a forcing cone , the lock nut coupled to the anchor body ; and a spindle , the spindle positioned within the internal passage and threadedly coupled to the lock nut , the spindle having an expansion wedge , the tendon being characterized in that ; the anchor body is to be positioned within a concrete form so that the anchor body is encased in concrete after concrete is poured into the concrete form , wherein the sheath is gripped between the expansion wedge and the forcing cone , and wherein the tapered surface defining the forcing cone corresponds to the expansion wedge so that, as the lock nut is tightened onto the spindle , an expansion portion of the sheath is gripped between the forcing cone and the expansion wedge . a tension member comprising a strand and a sheath , the sheath positioned about the strand ; and a first anchor coupled to a first end of the tension member , and a second anchor coupled to a second end of the tension member , each anchor comprising: the anchor body having an internal passage ; a lock nut , the lock nut having an internal tapered surface defining a forcing cone , the lock nut coupled to the anchor body ; and a spindle , the spindle positioned within the internal passage and threadedly coupled to the lock nut , the spindle having an expansion wedge , the tendon being characterized in that ; a lock nut , the lock nut having an internal tapered surface defining a forcing cone , the lock nut coupled to the anchor body ; and a spindle , the spindle positioned within the internal passage and threadedly coupled to the lock nut , the spindle having an expansion wedge , the tendon being characterized in that ; the anchor body is to be positioned within a concrete form so that the anchor body is encased in concrete after concrete is poured into the concrete form , wherein the sheath is gripped between the expansion wedge and the forcing cone , and wherein the tapered surface defining the forcing cone corresponds to the expansion wedge so that, as the lock nut is tightened onto the spindle , an expansion portion of the sheath is gripped between the forcing cone and the expansion wedge .
Avalanche airbag system comprising a. at least one inflatable airbag , b. a filling unit (3, 3', 3") for filling the airbag with a fluid, comprising i. at least one pressure vessel containing a fluid, ii. a trigger mechanism for releasing the fluid contained in the at least one pressure vessel as required, c. the filling unit (3, 3', 3") comprising a housing which i. has a fluid outlet that is fluidly connected to the airbag , characterized in that the filling unit ii. has a fan impeller which is arranged in the housing and can be driven at least indirectly by the fluid flowing out of the at least one pressure vessel . a. at least one inflatable airbag , b. a filling unit (3, 3', 3") for filling the airbag with a fluid, comprising i. at least one pressure vessel containing a fluid, ii. a trigger mechanism for releasing the fluid contained in the at least one pressure vessel as required, i. at least one pressure vessel containing a fluid, ii. a trigger mechanism for releasing the fluid contained in the at least one pressure vessel as required, c. the filling unit (3, 3', 3") comprising a housing which i. has a fluid outlet that is fluidly connected to the airbag , characterized in that the filling unit ii. has a fan impeller which is arranged in the housing and can be driven at least indirectly by the fluid flowing out of the at least one pressure vessel . i. has a fluid outlet that is fluidly connected to the airbag , characterized in that the filling unit ii. has a fan impeller which is arranged in the housing and can be driven at least indirectly by the fluid flowing out of the at least one pressure vessel .
Clamping device , vertical clamp, for clamping workpieces , in particular those made of wood or wood substitutes, plastics, metal, comprising: a first clamping element with a first clamping face , a second clamping element with a second clamping face facing the first clamping face , wherein the first clamping element and the second clamping element are movable via a drive device relative to one another in a clamping direction (Z) for clamping or releasing a workpiece between the clamping faces , a bearing section on which the second clamping element is attached with play, and is guided in displaceable manner within the play, in particular in the clamping direction (Z), wherein the clamping device comprises a lifting device which is designed to displace the second clamping element relative to the bearing section within the play, in particular parallel to the clamping direction (Z), wherein the second clamping element and the bearing section are formed secured against rotation relative to one another, characterised in that a lift element which is mounted rotatable relative to the bearing section is arranged between the bearing section and the clamping element . a first clamping element with a first clamping face , a second clamping element with a second clamping face facing the first clamping face , wherein the first clamping element and the second clamping element are movable via a drive device relative to one another in a clamping direction (Z) for clamping or releasing a workpiece between the clamping faces , a bearing section on which the second clamping element is attached with play, and is guided in displaceable manner within the play, in particular in the clamping direction (Z), wherein the clamping device comprises a lifting device which is designed to displace the second clamping element relative to the bearing section within the play, in particular parallel to the clamping direction (Z), wherein the second clamping element and the bearing section are formed secured against rotation relative to one another, characterised in that a lift element which is mounted rotatable relative to the bearing section is arranged between the bearing section and the clamping element .
A method performed by a radio base station, RBS, for downlink radio communication with user equipment of a radio network, wherein the RBS comprises a radio equipment control unit and at least two radio equipment units that are connected to the radio equipment control unit, wherein the radio equipment control unit controls the radio communication and each of the at least two radio equipment units provides radio communication in a respective cell, the method comprising., - the radio equipment control unit receiving user related data from the network for a downlink transmission to a user equipment in a cell, - the radio equipment control unit baseband processing the user related data, - the radio equipment control unit forwarding the baseband processed user related data and information indicating a frequency radio resource allocated for the downlink transmission, to a first one of the at least two radio equipment units and that provides radio communication in the cell of the user equipment, characterized by further comprising: - the first radio equipment unit generating cell defining signals for the cell of the user equipment, and - the first radio equipment unit transmitting the generated cell defining signals added to the baseband processed user related data to the user equipment, using the indicated frequency radio resource. - the radio equipment control unit receiving user related data from the network for a downlink transmission to a user equipment in a cell, - the radio equipment control unit baseband processing the user related data, - the radio equipment control unit forwarding the baseband processed user related data and information indicating a frequency radio resource allocated for the downlink transmission, to a first one of the at least two radio equipment units and that provides radio communication in the cell of the user equipment, characterized by further comprising: - the first radio equipment unit generating cell defining signals for the cell of the user equipment, and - the first radio equipment unit transmitting the generated cell defining signals added to the baseband processed user related data to the user equipment, using the indicated frequency radio resource. - the first radio equipment unit generating cell defining signals for the cell of the user equipment, and - the first radio equipment unit transmitting the generated cell defining signals added to the baseband processed user related data to the user equipment, using the indicated frequency radio resource.