mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a tag including an energy storage element , of transmitting a response signal regarding a tag search signal, the method comprising: receiving (S410), from at least one of the plurality of slave nodes, the tag search signal including identifying data for identifying the tag; characterized by : charging (S420) the energy storage element inside the tag by using the received tag search signal; obtaining (S430) the identifying data for identifying the tag from the received tag search signal; determining (S440) whether the obtained identifying data matches identification information pre-stored in the tag; and when the energy storage element is charged to a certain numerical value or above and the obtained identifying data matches the identification information pre-stored in the tag, outputting (S450) the response signal regarding the tag search signal. receiving (S410), from at least one of the plurality of slave nodes, the tag search signal including identifying data for identifying the tag; characterized by : charging (S420) the energy storage element inside the tag by using the received tag search signal; obtaining (S430) the identifying data for identifying the tag from the received tag search signal; determining (S440) whether the obtained identifying data matches identification information pre-stored in the tag; and when the energy storage element is charged to a certain numerical value or above and the obtained identifying data matches the identification information pre-stored in the tag, outputting (S450) the response signal regarding the tag search signal. charging (S420) the energy storage element inside the tag by using the received tag search signal; obtaining (S430) the identifying data for identifying the tag from the received tag search signal; determining (S440) whether the obtained identifying data matches identification information pre-stored in the tag; and when the energy storage element is charged to a certain numerical value or above and the obtained identifying data matches the identification information pre-stored in the tag, outputting (S450) the response signal regarding the tag search signal.
A wind power blade with a multi-beam structure, wherein the blade is provided with a hollow layout structure and comprises a blade skin suction edge , a blade skin pressure edge , main load-carrying structure crossbeams and anti-shearing webs , wherein the blade skin suction edge and the blade skin pressure edge are combined to form a cavity structure having a streamlined cross section, wherein a support structure formed by the combination of the main load-carrying structure crossbeams and the anti-shearing webs is located in the cavity, wherein both the blade skin suction edge and the blade skin pressure edge feature a multi-segment combined structure respectively, wherein the multi-segment combined structure is that the blade skin suction edge and the blade skin pressure edge are divided into three segments respectively, which are the front sections of the blade skin suction edge and the blade skin pressure edge, the middle sections between the crossbeams, and the tail sections of the blade skin suction edge and the blade skin pressure edge, and the multiple segments are connected to the side surface of the main load-carrying structure crossbeams to integrally form the blade skin suction edge and the skin pressure edge , wherein the main load-carrying structure cross beam is composed of four blade crossbeams , wherein the blade skin suction edge is provided with a first blade crossbeam and a second blade crossbeam , and the blade skin pressure edge is provided with a third blade crossbeam and a fourth blade crossbeam , and the four blade crossbeams are laterally connected with the blade skin suction edge and the blade skin pressure edge, so that the four blade crossbeams become part of the blade skin suction edge and the blade skin pressure edge , characterized in that the connection between the four blade crossbeams and the blade skin suction edge as well as the blade skin pressure edge is cohesive connection, wherein the two sides of each of the four blade crossbeams are connected with the sides of the blade skin suction edge and the blade skin pressure edge respectively via uniform cross section and through resin adhesive, and the tail sections of the blade skin suction edge and the blade skin pressure edge are provided with trailing edge force bearing structure trabeculae respectively, wherein the trailing edge force bearing structure trabeculae are connected with the middle segment of the tail sections of the blade skin suction edge and the blade skin pressure edge respectively to form part of the tail sections of the blade skin suction edge and the blade skin pressure edge, wherein the trailing edge force bearing structure trabeculae are cohesively connected with the blade skin suction edge and the blade skin pressure edge, wherein the two sides of the trailing edge force bearing structure trabeculae are connected with the sides of the tail sections of the blade skin suction edge and the blade skin pressure edge via glue respectively.
A fertilizer particle for fertigation comprising a core and a continuous coating wherein the core comprises inorganic nutrient salts and the continuous coating is a single layer and comprises 97 to 99% w/w of a mineral oil, 1 to 3% w/w primary alkylamines and 0.1 to 1.0% w/w of water-insoluble particles and represents 0.05 to 0.25% w/w of the particle.
A device for moving contents of a tube by acting on the exterior of the tube comprising: a housing including a top portion and a bottom portion , the top portion including a tube passageway extending along a length thereof for holding a tube therein; a roller chassis moveable between a first position and a second position and coupled to the housing; a first roller for contacting the tube, the first roller housed within the roller chassis and moveable between a first position in which the tube is disengaged and a second position in which the tube is engaged; a second roller rotatably coupled to an actuator for rotatably energizing the second roller, the second roller moveable between a first position in which the tube is disengaged and a second position in which the tube is engaged, the first roller and the second roller configured to matingly compress the tube; biasing means for biasing the first roller and the second roller in opposite directions; and at least a first lever operably coupled to the housing, the first lever configured to actuate the actuator and move the second roller to the second position. a housing including a top portion and a bottom portion , the top portion including a tube passageway extending along a length thereof for holding a tube therein; a roller chassis moveable between a first position and a second position and coupled to the housing; a first roller for contacting the tube, the first roller housed within the roller chassis and moveable between a first position in which the tube is disengaged and a second position in which the tube is engaged; a second roller rotatably coupled to an actuator for rotatably energizing the second roller, the second roller moveable between a first position in which the tube is disengaged and a second position in which the tube is engaged, the first roller and the second roller configured to matingly compress the tube; biasing means for biasing the first roller and the second roller in opposite directions; and at least a first lever operably coupled to the housing, the first lever configured to actuate the actuator and move the second roller to the second position.
Electrode arrangement for a bipolar resectoscope , comprising an elongate electrode carrier , an active electrode disposed at a distal end of the electrode carrier and a neutral electrode, wherein a distal end section of the electrode carrier is embodied as an electrode body through which a supply line of the active electrode is guided and wherein the neutral electrode is formed by the electrode body or a portion of the electrode body , wherein the electrode carrier comprises an elongate electrode shaft , wherein the electrode body is disposed in a distal continuation of the electrode shaft , wherein the electrode shaft and the electrode body are connected by the supply line of the active electrode and a supply line of the neutral electrode, characterized in that a cross section of the electrode body at least approximately corresponds to a cross section of the electrode shaft .
A composition containing - a wax (W) - a silicone oil (S) - a polymeric binder (B) - one or more pigment(s) and/or filler(s) (PF1) having an average particle size of 0.1 to 1.0 μm in a total amount of 8.0% to 55% by weight; - one or more pigment(s) and/or filler(s) (PF2) having an average particle size of more than 1.0 to 10 μm in a total amount of 5.0% to 40% by weight; - one or more pigment(s) and/or filler(s) (PF3) having an average particle size of more than 10 to 40 μm in a total amount of 3.0% to 30% by weight; respectively with respect to the solids content of the composition, wherein the composition has a pigment-volume concentration in accordance with EN ISO 4618-1 of 20% to 65%, wherein additives, solvents, water, wax and silicone oil, if present, are not taken into consideration in the calculation. - a wax (W) - a silicone oil (S) - a polymeric binder (B) - one or more pigment(s) and/or filler(s) (PF1) having an average particle size of 0.1 to 1.0 μm in a total amount of 8.0% to 55% by weight; - one or more pigment(s) and/or filler(s) (PF2) having an average particle size of more than 1.0 to 10 μm in a total amount of 5.0% to 40% by weight; - one or more pigment(s) and/or filler(s) (PF3) having an average particle size of more than 10 to 40 μm in a total amount of 3.0% to 30% by weight;
A collaborative robotic transport system comprising: a frame ; a drive section connected to the frame; an articulated arm operably coupled to the drive section providing the articulated arm with arm motion in at least one axis of motion moving at least a portion of the articulated arm in a collaborative space (SPC), corresponding to the frame, from a first location to another different location of at least the portion of the articulated arm in the collaborative space; the articulated arm having an end effector with a workpiece grip having workpiece engagement members engaging and holding a workpiece during workpiece transport, by the arm motion in the at least one axis of motion; characterized in that at least one of the workpiece engagement members is frangible compliant, having a frangible compliant coupling between a distal portion of the at least one of the workpiece engagement members and a base portion of the end effector from which the at least one of the workpiece engagement members depends, wherein the frangible compliant coupling has a yield or holding force, suitable for the collaborative space, required to separate the at least one of the workpiece engagement members from the base portion . a frame ; a drive section connected to the frame; an articulated arm operably coupled to the drive section providing the articulated arm with arm motion in at least one axis of motion moving at least a portion of the articulated arm in a collaborative space (SPC), corresponding to the frame, from a first location to another different location of at least the portion of the articulated arm in the collaborative space; the articulated arm having an end effector with a workpiece grip having workpiece engagement members engaging and holding a workpiece during workpiece transport, by the arm motion in the at least one axis of motion; characterized in that at least one of the workpiece engagement members is frangible compliant, having a frangible compliant coupling between a distal portion of the at least one of the workpiece engagement members and a base portion of the end effector from which the at least one of the workpiece engagement members depends, wherein the frangible compliant coupling has a yield or holding force, suitable for the collaborative space, required to separate the at least one of the workpiece engagement members from the base portion .
A height adjustable piece of furniture comprising, at least one extendable column , an electric motor adapted for driving the extendable column, at least one switch (13a, 13b, R1, R2) for operation control of the electric motor, and a power control unit adapted to control the power distribution to the height adjustable piece of furniture, and wherein the power control unit is connected to a power source , characterized in that the connection between the power source and the electric motor is provided via the switch (13a, 13b, R1, R2), and wherein the switch in an activated state is adapted to connect the power source to the electric motor, and in a deactivated state is adapted to disconnect the power source from the electric motor, wherein the switch (13a, 13b, R1, R2) comprises an operation switch and a relay (R1, R2) in direct electrical connection with the operation switch, wherein the connection between the power source and the electric motor is provided via the relay, and wherein the operation switch in an activated state is adapted to set the relay in an activated state, wherein the power supply to the electric motor is connected via the relay (R1, R2) when the relay is in the activated state.
A hot/cold water mixer including: a hot/cold water mixing chamber having: a hot water inlet ; a cold water inlet ; a water outlet ; and a pressure release system, which includes: a pressure release outlet in the mixing chamber; a pressure release inlet adjacent the water outlet; and a pressure release valve extending between the pressure release outlet and the pressure release inlet , wherein the pressure release system is arranged to backflow, via the valve , a portion of water flowing into the mixing chamber back into the mixing chamber, characterized in that the pressure release valve comprises an inlet connected to a body comprising a first portion and a second portion and having an aperture for permitting water flow there through, the valve arranged such that upon a decrease in water pressure upon the valve inlet in use, the first and second portions are arranged to assume a position in which the pressure of the water flowing through the valve aperture is increased such that water flowing through the valve re-enters the mixing chamber. a hot water inlet ; a cold water inlet ; a water outlet ; and a pressure release system, which includes: a pressure release outlet in the mixing chamber; a pressure release inlet adjacent the water outlet; and a pressure release valve extending between the pressure release outlet and the pressure release inlet , wherein the pressure release system is arranged to backflow, via the valve , a portion of water flowing into the mixing chamber back into the mixing chamber, characterized in that the pressure release valve comprises an inlet connected to a body comprising a first portion and a second portion and having an aperture for permitting water flow there through, the valve arranged such that upon a decrease in water pressure upon the valve inlet in use, the first and second portions are arranged to assume a position in which the pressure of the water flowing through the valve aperture is increased such that water flowing through the valve re-enters the mixing chamber. a pressure release outlet in the mixing chamber; a pressure release inlet adjacent the water outlet; and a pressure release valve extending between the pressure release outlet and the pressure release inlet , wherein the pressure release system is arranged to backflow, via the valve , a portion of water flowing into the mixing chamber back into the mixing chamber,
A method for controlling a computer based system by using gestures, the computer based system comprising a controller , at least one computer based target application , means for recognising performed gestures, and a gesture sensor controlled by a computer based gesture sensor application that is configured to adopt different modes, the controller being connected with or co-operating with the at least one computer based target application and the computer based gesture sensor application, the method comprising the steps of : the computer based gesture sensor application being in an idle mode and being brought into an activation mode in response to the gesture sensor receiving an activation gesture , the idle mode being a mode in which only the activation gesture is recognised and the activation mode allowing the gesture sensor to receive a predefined number of arbitrary input gestures , the gesture sensor receiving the predefined number of arbitrary input gestures, the computer based gesture sensor application forwarding the predefined number of arbitrary input gestures to the controller, the controller instructing the at least one computer based target application to adapt according to the predefined number of arbitrary input gestures, and the controller then automatically assigning the idle mode to the computer based gesture sensor application, characterised in that the predefined number is greater than one. the computer based gesture sensor application being in an idle mode and being brought into an activation mode in response to the gesture sensor receiving an activation gesture , the idle mode being a mode in which only the activation gesture is recognised and the activation mode allowing the gesture sensor to receive a predefined number of arbitrary input gestures , the gesture sensor receiving the predefined number of arbitrary input gestures, the computer based gesture sensor application forwarding the predefined number of arbitrary input gestures to the controller, the controller instructing the at least one computer based target application to adapt according to the predefined number of arbitrary input gestures, and the controller then automatically assigning the idle mode to the computer based gesture sensor application, characterised in that the predefined number is greater than one.
A mobile suction device having a suction port for providing a negative pressure and having a container receptacle arranged on the upper side of the mobile suction device for receiving a particle collecting container for a cyclone pre-separator , wherein the container receptacle has a rectangular receptacle bottom , characterized in that the horizontal inner contour of the container receptacle tapers towards the receptacle bottom so that the container receptacle can receive and horizontally stabilize a particle collecting container having a downwardly tapering outer contour.
An enlarging displacement mechanism for a head portion of a liquid ejection mechanism configured to enlarge an amount of displacement of an actuator , the mechanism comprising: an accommodation chamber in which an elastic material is accommodated; and a deformation portion that forms at least a portion of a wall surface of the accommodation chamber and is capable of being displaced in a first direction (D1) which is a direction away from the accommodation chamber in a state where an elastic force acting in a second direction (D2) approaching the accommodation chamber is generated by a pressure of the elastic material when the actuator applies a pressure to the elastic material , wherein an area (S1) of the deformation portion in contact with the elastic material is smaller than an area (S2) of a region of the elastic material subjected to pressure from the actuator ; characterised in that the deformation portion is formed of a diaphragm that is flexibly deformable; wherein a filler having a compressibility lower than that of the elastic material is disposed dispersedly in the accommodation chamber . an accommodation chamber in which an elastic material is accommodated; and a deformation portion that forms at least a portion of a wall surface of the accommodation chamber and is capable of being displaced in a first direction (D1) which is a direction away from the accommodation chamber in a state where an elastic force acting in a second direction (D2) approaching the accommodation chamber is generated by a pressure of the elastic material when the actuator applies a pressure to the elastic material , wherein an area (S1) of the deformation portion in contact with the elastic material is smaller than an area (S2) of a region of the elastic material subjected to pressure from the actuator ; characterised in that the deformation portion is formed of a diaphragm that is flexibly deformable; wherein a filler having a compressibility lower than that of the elastic material is disposed dispersedly in the accommodation chamber .
A curable composition comprising a resin matrix, the resin matrix comprising cationically curable components (A) comprising an aziridino moiety and radiation curable components (B) comprising a (meth)acrylate moiety, a curing system, the curing system comprising a starter (A-S) suitable for curing the cationically curable components (A) and a photo-initiator (B-I) for curing the radiation curable components (B), the curable composition being provided as a Base Part and Catalyst Part being separated before use, wherein the Base Part comprises components (A) and (B) and wherein the Catalyst Part comprises components (A-S) and (B-I). a resin matrix, the resin matrix comprising cationically curable components (A) comprising an aziridino moiety and radiation curable components (B) comprising a (meth)acrylate moiety, cationically curable components (A) comprising an aziridino moiety and radiation curable components (B) comprising a (meth)acrylate moiety, a curing system, the curing system comprising a starter (A-S) suitable for curing the cationically curable components (A) and a photo-initiator (B-I) for curing the radiation curable components (B), a starter (A-S) suitable for curing the cationically curable components (A) and a photo-initiator (B-I) for curing the radiation curable components (B), the curable composition being provided as a Base Part and Catalyst Part being separated before use, wherein the Base Part comprises components (A) and (B) and wherein the Catalyst Part comprises components (A-S) and (B-I).