mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic servo-actuated valve comprising a valve body, an actuator and a lid - the valve body comprising an inlet duct, an outlet duct, a main opening arranged on the valve body between the inlet duct and the outlet duct; - the actuator being arranged at the main opening; - the lid, together with the actuator, delimiting an actuating chamber; said actuator being adapted to perform an actuating movement between an open position, allowing the flow between the inlet duct and the outlet duct, and a closed position, preventing the flow between the inlet duct and the outlet duct, said valve being adapted to connect a two-way operating member that is adapted to control the opening and closing of the connection between the actuating chamber and the outlet duct, said valve comprising a removable filter holder arranged on the inlet duct, and a filter arranged on the filter holder, the filter penetrating into the inlet duct in self-cleaning position, said filter holder comprising a labyrinth dissipator, characterized in that said filter holder comprises a knob comprising a housing adapted to accommodate the labyrinth dissipator, said knob being separable from the labyrinth dissipator. - the valve body comprising an inlet duct, an outlet duct, a main opening arranged on the valve body between the inlet duct and the outlet duct; - the actuator being arranged at the main opening; - the lid, together with the actuator, delimiting an actuating chamber;
An illumination device comprising: a light source section (11R, 11B, 11G) including a laser light source; an optical element including a periodic structure, and disposed in an optical path of light emitted from the light source section (11R, 11B, 11G); and a driver configured to vibrate the optical element in a surface direction of the optical element to cause a vibration direction to be inclined to a periodic direction of the periodic structure of the optical element, wherein the optical element includes the periodic structure in a first periodic direction within a surface direction and a second periodic direction within a surface direction that are different from each other, and wherein the vibration direction is inclined to the first and the second periodic direction, characterized in that an angle formed by the first periodic direction and the vibration direction and an angle formed by the second periodic direction and the vibration direction are asymmetrical about the vibration direction. a light source section (11R, 11B, 11G) including a laser light source; an optical element including a periodic structure, and disposed in an optical path of light emitted from the light source section (11R, 11B, 11G); and a driver configured to vibrate the optical element in a surface direction of the optical element to cause a vibration direction to be inclined to a periodic direction of the periodic structure of the optical element, wherein the optical element includes the periodic structure in a first periodic direction within a surface direction and a second periodic direction within a surface direction that are different from each other, and wherein the vibration direction is inclined to the first and the second periodic direction, characterized in that an angle formed by the first periodic direction and the vibration direction and an angle formed by the second periodic direction and the vibration direction are asymmetrical about the vibration direction.
Use of a silver powder in which aggregates formed of silver have an average particle size of from 1 to 20 μm and form a highly porous framework structure of primary particles bound together by necks formed during sintering, wherein the primary particles have an average particle size between 10 and 100 nm, for producing a material having an antimicrobial effect.
A method of cardiac signal analysis comprising: sensing a first cardiac event; sensing a second cardiac event; characterised by configuring template parameters for analysis of the first cardiac event; defining a first sensed signal for the first cardiac event using the template parameters; defining a second sensed signal for the second cardiac event using the template parameters generated for the first cardiac event; and comparing the second sensed signal to the first sensed signal to determine whether the first sensed signal and template parameters are suitable for defining a cardiac event template. sensing a first cardiac event; sensing a second cardiac event; characterised by configuring template parameters for analysis of the first cardiac event; defining a first sensed signal for the first cardiac event using the template parameters; defining a second sensed signal for the second cardiac event using the template parameters generated for the first cardiac event; and comparing the second sensed signal to the first sensed signal to determine whether the first sensed signal and template parameters are suitable for defining a cardiac event template.
Agricultural implement for attachment to a tractor, comprising a drive train for driving working units of the implement including a working rotor, wherein the drive train comprises a central input gearbox, which is connectable to the PTO shaft of the tractor via a universal joint shaft, and an overload clutch, which is provided downstream of the central input gearbox and secures at least the said working rotor, wherein said drive train has a main drive train, in which the central input gearbox is provided and auxiliary drive trains branching off from the main drive train to the working units, characterized in that said overload clutch is yet provided in the main drive train upstream of the branching auxiliary drive trains.
A method for sharing bandwidth by a control unit in communication between a plurality of mobile clients and a plurality of access points, wherein the plurality of mobile clients is arranged in a moving vehicle travelling a predetermined route, the control unit being a separate unit or the functionalities of the control unit being implemented in one or more mobile clients or one or more access points, the method comprising: receiving client information regarding the plurality of mobile clients, said client information comprising data about available access point connections of each mobile client; characterized by receiving information from the access points that each of the plurality of mobile clients has been connected to an access point, wherein the number of access points equals or exceeds the number of mobile clients; determining a first access point having a subgroup of multiple mobile clients connected to it; and determining, on the basis of the client information, possible second access points for each mobile client in said subgroup; assigning, for a first mobile client residing outermost in said subgroup, the outermost possible second access point in the direction towards the first mobile client, assigning, for any subsequent mobile client in said subgroup, the outermost possible, non-assigned second access point in the same direction as for the first mobile client; and signalling, to any mobile client requiring re-location to another access point, the identification of the assigned access point. receiving client information regarding the plurality of mobile clients, said client information comprising data about available access point connections of each mobile client; characterized by receiving information from the access points that each of the plurality of mobile clients has been connected to an access point, wherein the number of access points equals or exceeds the number of mobile clients; determining a first access point having a subgroup of multiple mobile clients connected to it; and determining, on the basis of the client information, possible second access points for each mobile client in said subgroup; assigning, for a first mobile client residing outermost in said subgroup, the outermost possible second access point in the direction towards the first mobile client, assigning, for any subsequent mobile client in said subgroup, the outermost possible, non-assigned second access point in the same direction as for the first mobile client; and signalling, to any mobile client requiring re-location to another access point, the identification of the assigned access point.
A determination apparatus comprising: a receiving unit configured to receive operation information corresponding to an action being performed by a machine to be diagnosed and a detection signal of a physical quantity that changes according to the action of the machine; a taking-out unit configured to take out, from the detection signal, an operation detection signal indicating that the machine is operating, based on the operation information; an extraction unit configured to extract feature information of the operation detection signal; a selection unit configured to select, from the feature information, feature information to be compared with a plurality of reference feature information; and a determining unit configured to determine a machining section of the machine in the feature information, based on the plurality of reference feature information and the feature information to be compared, characterised in that the operation information corresponds to an outward movement and a return movement of the action being performed by the machine, and in that the taking-out unit is further configured to perform a process of combining the operation information acquired in the outward movement with the operation information acquired in the return movement based on a determination that (a) a time from a stop of acquisition of the operation information of the outward movement to a start of acquisition of the operation information of the return movement is equal to or shorter than a threshold time and (b) the machine is in a predetermined operating state. a receiving unit configured to receive operation information corresponding to an action being performed by a machine to be diagnosed and a detection signal of a physical quantity that changes according to the action of the machine; a taking-out unit configured to take out, from the detection signal, an operation detection signal indicating that the machine is operating, based on the operation information; an extraction unit configured to extract feature information of the operation detection signal; a selection unit configured to select, from the feature information, feature information to be compared with a plurality of reference feature information; and a determining unit configured to determine a machining section of the machine in the feature information, based on the plurality of reference feature information and the feature information to be compared, characterised in that the operation information corresponds to an outward movement and a return movement of the action being performed by the machine, and in that the taking-out unit is further configured to perform a process of combining the operation information acquired in the outward movement with the operation information acquired in the return movement based on a determination that (a) a time from a stop of acquisition of the operation information of the outward movement to a start of acquisition of the operation information of the return movement is equal to or shorter than a threshold time and (b) the machine is in a predetermined operating state.
A monoclonal antibody that selectively binds to a hemoglobin beta chain, wherein the antibody binds to a hemoglobin beta chain minimal epitope 11 VTALW 15 (SEQ ID NO:17) and binds to glycated and non-glycated HbA, HbS, HbC, HbD and HbE.
A method for controlling a supply device according to a user's speech in a speech-based equipment control system including a speech input device that inputs speech and the supply device controlling supply of a prescribed material, the method comprising: receiving, from a user of the supply device via the speech input device, first speech information that expresses a supply instruction causing the supply device to supply the prescribed material of a first specific quantity; and transmitting to the supply device a first control command for executing a first supply process that supplies the prescribed material of the first specific quantity recognized on the basis of the first speech information; characterized by periodically measuring a supply quantity of the prescribed material supplied during the execution of the first supply process; storing a cumulative value of the periodically measured supply quantity; in a case of receiving second speech information expressing a supply instruction causing the supply device to supply the prescribed material of a second specific quantity different from the first specific quantity from the user of the supply device via the speech input device before the first supply process is complete in the supply device, detecting an already-supplied quantity indicating a quantity of the prescribed material that has already been supplied at the time of receiving the second speech information, and comparing the detected already-supplied quantity to a second specific quantity recognized on the basis of the second speech information, wherein detecting the already-supplied quantity at the time of receiving the second speech information includes retrieving the stored cumulative value of the periodically measured supply quantity at the time of receiving the second speech information; and if the second specific quantity is judged to be greater than the already-supplied quantity, transmitting to the supply device a second control command for aborting the first supply process and executing a second supply process that supplies the prescribed material until the already-supplied quantity reaches the second specific quantity. receiving, from a user of the supply device via the speech input device, first speech information that expresses a supply instruction causing the supply device to supply the prescribed material of a first specific quantity; and transmitting to the supply device a first control command for executing a first supply process that supplies the prescribed material of the first specific quantity recognized on the basis of the first speech information;
A method of reporting link quality for radio blocks performed in a mobile terminal, wherein a radio block is configured by selecting timslots from different TDMA frames, said timeslots having the same timeslot number in said TDMA frames, and wherein each radio block uses a single modulation scheme among a plurality of modulation schemes, the method comprising: determining a link quality parameter for each modulation scheme and each timeslot assigned to the mobile terminal; determining the number of times each modulation scheme is used in the assigned timeslots over a reporting period; selecting at least one modulation scheme; and reporting to a network, for each assigned timeslot, the selected modulation scheme and corresponding link quality information, wherein, selecting comprises: determining a subset of modulation schemes among a set of available modulation schemes; and selecting a modulation scheme for each assigned timeslot that is most used in the corresponding assigned timeslot since a last report from the subset of modulation schemes. determining a link quality parameter for each modulation scheme and each timeslot assigned to the mobile terminal; determining the number of times each modulation scheme is used in the assigned timeslots over a reporting period; selecting at least one modulation scheme; and reporting to a network, for each assigned timeslot, the selected modulation scheme and corresponding link quality information, wherein, selecting comprises: determining a subset of modulation schemes among a set of available modulation schemes; and selecting a modulation scheme for each assigned timeslot that is most used in the corresponding assigned timeslot since a last report from the subset of modulation schemes. determining a subset of modulation schemes among a set of available modulation schemes; and selecting a modulation scheme for each assigned timeslot that is most used in the corresponding assigned timeslot since a last report from the subset of modulation schemes.
A DC to AC power converter including first (Q 1) and second (Q 2) IGBTs each provided with a gate, a collector and an emitter, the emitter of the second IGBT (Q 2) is coupled to the collector of the first IGBT (Q 1) whereby the connection defines an output of the power converter, the gate of each IGBT is connected to a corresponding gate driver including a reference terminal; the gate driver reference terminal of the first IGBT (Q 1) being connected to a ground bus of the power converter while the gate driver reference terminal of the second IGBT (Q 2) being connected to the collector of the first IGBT (Q 1); the parasitic inductance (L e-high) of the emitter of the second IGBT (Q 2) being increased to limit an overvoltage at turn off of the second IGBT (Q 2) characterized in that the power converter further includes a transformer having a primary (Tla) connected across a parasitic inductance (L c-high) of the collector of the second IGBT (Q 2) and a secondary (T1b), wherein the gate driver reference terminal of the second IGBT (O 2) is connected to the collector of the first IGBT (Q 1) via the secondary (T1b) of the transformer, and the parasitic inductance (L e-high) of the emitter of the second IGBT (Q 2) seen by the gate driver reference terminal of the second IGBT (Q 2) is increased by the secondary (T1b) of the transformer.
Contactor comprising: - an insulating body comprising: - at least a first contact which is fixed relative to the body; - at least a second contact which is fixed relative to the body, the contactor comprising at least one movable item of equipment which can be moved relative to the first and the second fixed contacts (20, 22) and which has a first and a second movable contact (50, 52) which are capable of selectively being brought into contact with the first fixed contact and the second fixed contact, respectively, characterised in that the body is provided with an arc blowout chimney which is common to the first and second pairs of fixed contacts (20, 22) and movable contacts (50, 52), the first and second fixed contacts (20, 22) and the first and second movable contacts (50, 52) being arranged in the same chamber opposite the base of the common chimney. - an insulating body comprising: - at least a first contact which is fixed relative to the body; - at least a second contact which is fixed relative to the body,
A rock bolt for installation within a bore formed in rock strata comprising: an elongate shaft having a leading end for installation into the bore and a threaded trailing end to project from an open end of the bore; an internally threaded nut attached at the trailing end to mount a rock plate against a surface of the rock strata, the nut having an axially forward facing contact face for positioning opposed to the rock plate and an axially rearward facing exposed face; a recessed portion extending axially inward from the exposed face and defining an axially rearward facing display face being axially recessed relative to the exposed face wherein the exposed face is annular and the display face is positioned centrally and surrounded by the exposed face; characterized by: further comprising indicia provided at the display face. an elongate shaft having a leading end for installation into the bore and a threaded trailing end to project from an open end of the bore; an internally threaded nut attached at the trailing end to mount a rock plate against a surface of the rock strata, the nut having an axially forward facing contact face for positioning opposed to the rock plate and an axially rearward facing exposed face; a recessed portion extending axially inward from the exposed face and defining an axially rearward facing display face being axially recessed relative to the exposed face wherein the exposed face is annular and the display face is positioned centrally and surrounded by the exposed face; characterized by: further comprising indicia provided at the display face.
A vascular stent for implanting into a vessel of a living body to scaffold the vessel from the inside thereof comprising: a plurality of tube-forming elements (3A, 3B, 3C) which combine with each other to construct a tube constituting a single flow path from one side to another side; wherein the tube-forming elements (3A, 3B, 3,C) are formed by bending a strand made of a continuous biodegradable polymer, in a middle portion of the strand, a first projecting part bent to project in one direction and a second projecting part bent to project in a direction opposite to the direction of the first projecting part are formed in a plurality of alternating stages and a connecting leg is formed for connecting one side of the first projecting part to another side of the second projecting part where the first projecting part and the second projecting part successively alternate; wherein the plurality of tube-forming elements (3A, 3B, 3C), along with being combined by bringing the connecting legs of different tube-forming elements (3A, 3B, 3C) into mutual adjacency, at least a portion of the mutually adjacent connecting legs thereof are bonded to be integrated so that the first and the second projecting parts (4, 5) are disposed in multiple stages alternating in the axial direction of the tube; characterized in that the tube-forming element (3A, 3B, 3C) has an elastic displacement part provided in a middle portion of the connecting leg thereof for being elastically displaced by a pressing force applied to the tube. a plurality of tube-forming elements (3A, 3B, 3C) which combine with each other to construct a tube constituting a single flow path from one side to another side; wherein the tube-forming elements (3A, 3B, 3,C) are formed by bending a strand made of a continuous biodegradable polymer, in a middle portion of the strand, a first projecting part bent to project in one direction and a second projecting part bent to project in a direction opposite to the direction of the first projecting part are formed in a plurality of alternating stages and a connecting leg is formed for connecting one side of the first projecting part to another side of the second projecting part where the first projecting part and the second projecting part successively alternate; wherein the plurality of tube-forming elements (3A, 3B, 3C), along with being combined by bringing the connecting legs of different tube-forming elements (3A, 3B, 3C) into mutual adjacency, at least a portion of the mutually adjacent connecting legs thereof are bonded to be integrated so that the first and the second projecting parts (4, 5) are disposed in multiple stages alternating in the axial direction of the tube; characterized in that the tube-forming element (3A, 3B, 3C) has an elastic displacement part provided in a middle portion of the connecting leg thereof for being elastically displaced by a pressing force applied to the tube.