mhurhangee/ep-ind-claims huggingface dataset:
A capacity control valve comprising: a valve housing provided with a Pc port, a Pd port, a first Ps port and a second Ps port; a main valve element which includes a main valve portion capable of coming into contact with and separating from a main valve seat to close and open a communication between the Pd port and the Pc port by a drive force of a solenoid; an intermediate communication path that communicates with the Pc port and the first Ps port; a pressure-sensitive valve which includes a pressure-sensitive element disposed in a pressure-sensitive chamber capable of communicating with the Pc port, the Pd port and the first Ps port and which is able to open and close the intermediate communication path; and a differential pressure valve (90, 290, 390) including a differential pressure valve element (91, 291, 391) and being capable of opening and closing a communication between the Pc port and the second Ps port and a communication between the Pc port and the pressure-sensitive chamber by the differential pressure valve element (91, 291, 391) moved by a pressure, wherein the opening and closing of the main valve portion is obtained through the solenoid and the pressure-sensitive element, the opening and closing of the pressure-sensitive valve is obtained through the solenoid and the pressure-sensitive element, and the differential pressure valve (90, 290, 390) is subject to the pressure of the pressure-sensitive chamber and the pressure of the second Ps port which act opposite to each other. a valve housing provided with a Pc port, a Pd port, a first Ps port and a second Ps port; a main valve element which includes a main valve portion capable of coming into contact with and separating from a main valve seat to close and open a communication between the Pd port and the Pc port by a drive force of a solenoid; an intermediate communication path that communicates with the Pc port and the first Ps port; a pressure-sensitive valve which includes a pressure-sensitive element disposed in a pressure-sensitive chamber capable of communicating with the Pc port, the Pd port and the first Ps port and which is able to open and close the intermediate communication path; and a differential pressure valve (90, 290, 390) including a differential pressure valve element (91, 291, 391) and being capable of opening and closing a communication between the Pc port and the second Ps port and a communication between the Pc port and the pressure-sensitive chamber by the differential pressure valve element (91, 291, 391) moved by a pressure, wherein the opening and closing of the main valve portion is obtained through the solenoid and the pressure-sensitive element, the opening and closing of the pressure-sensitive valve is obtained through the solenoid and the pressure-sensitive element, and the differential pressure valve (90, 290, 390) is subject to the pressure of the pressure-sensitive chamber and the pressure of the second Ps port which act opposite to each other.
An automatically guided vehicle comprising: drive wheels; a robot body mounted on said drive wheels; a scanner or sensor for the detection of any obstacles inside a safety zone of the path pursued by the vehicle; and a control system configured to receive information from the scanner or sensor with respect to obstacles, characterized in that the vehicle is configured to calculate a payload or towing mass based on the vehicle's acceleration from a stopped state and an incline or decline of the ground, dynamically set safety brake distances for the vehicle based on the payload or towing mass, detect if the payload or towing mass has changed, and if a change is detected, automatically adjust - the speed of the vehicle, based on preset safety brake distance information associated with the detected different payload mass and/or - a size of the safety zone in order to avoid collision with any obstacles. drive wheels; a robot body mounted on said drive wheels; a scanner or sensor for the detection of any obstacles inside a safety zone of the path pursued by the vehicle; and a control system configured to receive information from the scanner or sensor with respect to obstacles, characterized in that the vehicle is configured to calculate a payload or towing mass based on the vehicle's acceleration from a stopped state and an incline or decline of the ground, dynamically set safety brake distances for the vehicle based on the payload or towing mass, detect if the payload or towing mass has changed, and if a change is detected, automatically adjust - the speed of the vehicle, based on preset safety brake distance information associated with the detected different payload mass and/or - a size of the safety zone in order to avoid collision with any obstacles. receive information from the scanner or sensor with respect to obstacles, characterized in that the vehicle is configured to calculate a payload or towing mass based on the vehicle's acceleration from a stopped state and an incline or decline of the ground, dynamically set safety brake distances for the vehicle based on the payload or towing mass, detect if the payload or towing mass has changed, and if a change is detected, automatically adjust - the speed of the vehicle, based on preset safety brake distance information associated with the detected different payload mass and/or - a size of the safety zone in order to avoid collision with any obstacles. - the speed of the vehicle, based on preset safety brake distance information associated with the detected different payload mass and/or - a size of the safety zone in order to avoid collision with any obstacles.
A method of selectively separating a biological target from a sample comprising the biological target material or suspected of comprising the biological target comprising the steps of (i) providing a solid comprising ureide moieties at its surface; (ii) contacting the sample with the solid, whereby a substantial fraction of the biological target in the sample binds to the ureide moieties; and (iii) separating the solid from the sample, wherein the ureide is allantoin, and wherein the allantoin is in an aqueous liquid and is solid by virtue of being present at a supersaturating concentration.
An apparatus for controlling a power converter including an inverter configured to convert a direct current voltage into an alternating current voltage by controlling switching devices (Tu+, Tu-, Tv+, Tv-, Tw+, Tw-) to be turned ON or OFF based on a control signal to supply the alternating current voltage to a load, the apparatus comprising a voltage command generator arranged to output a command value; and a carrier wave signal generator arranged to output a carrier wave having a frequency; and a control signal generator arranged to compare a command value signal with the carrier wave and to generate the control signal based on a comparison result a frequency changing unit arranged to output the frequency to the carrier wave signal generator, the frequency changing over time so as to form a periodic waveform; characterized by a compensator (44, 144, 244, 344, 544, 46) connected to the frequency changing unit to receive the frequency of the carrier wave from the frequency changing unit, to compensate the command value in accordance with a maximum value of the frequencies of the carrier wave, a minimum value of the frequencies of the carrier wave and/or an average of the frequencies of the carrier wave to obtain the command value signal and to output the command value signal; wherein the command value signal output from the compensator (44, 144, 46) indicates a voltage and wherein the compensator (44, 144, 46) comprises: a compensated voltage generator arranged to generate a compensated voltage having a constant value to compensate the command value; a carrier wave corrected voltage generator arranged to generate a carrier wave corrected voltage in response to the frequency of the carrier wave; and an adder arranged to add the compensated voltage to the carrier wave corrected voltage to generate a compensation corrected voltage to compensate the command value. a compensated voltage generator arranged to generate a compensated voltage having a constant value to compensate the command value; a carrier wave corrected voltage generator arranged to generate a carrier wave corrected voltage in response to the frequency of the carrier wave; and an adder arranged to add the compensated voltage to the carrier wave corrected voltage to generate a compensation corrected voltage to compensate the command value.
A continuous web of sensor product for electric field sensing manufactured as a continuous roll, comprising: a substrate, an array or matrix of electrically conductive areas forming sensor elements on the surface of the substrate, a plurality of continuous conductor lines on the surface of the substrate, a dielectric/conductive bridge which comprises a dielectric layer provided on the surface of the continuous conductor lines, the dielectric layer being omitted at a continuous conductor line which is in contact with an electrically conductive area and an electrically conductive layer provided on the surface of the dielectric layer on the same surface of the substrate as the electrically conductive area, the electrically conductive layer connecting a sensor element to an individual continuous conductor line, the continuous web of sensor product for electric field sensing manufactured as a continuous roll enabling cutting the web at any point between individual sensor elements perpendicularly to the continuous conductor lines and forming output lines. a substrate, an array or matrix of electrically conductive areas forming sensor elements on the surface of the substrate, a plurality of continuous conductor lines on the surface of the substrate, a dielectric/conductive bridge which comprises a dielectric layer provided on the surface of the continuous conductor lines, the dielectric layer being omitted at a continuous conductor line which is in contact with an electrically conductive area and an electrically conductive layer provided on the surface of the dielectric layer on the same surface of the substrate as the electrically conductive area, the electrically conductive layer connecting a sensor element to an individual continuous conductor line, the continuous web of sensor product for electric field sensing manufactured as a continuous roll enabling cutting the web at any point between individual sensor elements perpendicularly to the continuous conductor lines and forming output lines.
A method comprising: generating a signal indicative of an intended movement of a subject; characterised by measuring a local field potential response from neural activity in the subject; and generating the signal indicative of the intended movement in response to said measured local field potential response. generating a signal indicative of an intended movement of a subject; characterised by measuring a local field potential response from neural activity in the subject; and generating the signal indicative of the intended movement in response to said measured local field potential response.
A cylinder head cover comprising a bearing device for supporting a camshaft, wherein - the bearing device has at least two bearing blocks supporting the camshaft, and one connecting element, - the bearing blocks are axially penetrated in a first through-opening by the camshaft to be supported and are fixed in an aligned position with respect to one another by means of the connecting element, - the bearing blocks together with the connecting element and the camshaft form a prefabricated assembly, - the cylinder head cover can be connected via connecting means with the bearing device, whereby now the unit consisting of cylinder head cover and bearing device can be mounted on the cylinder head. characterized in that on at least one bearing block at least one second through-opening is provided which runs transverse to the first through-opening for the camshaft and which is aligned with a third through-opening arranged in the connecting element and a fourth through-opening arranged in the cylinder head cover, and which is formed for the passage of a screw which fixates the cylinder head cover, the bearing device, and thus the camshaft on the cylinder head. - the bearing device has at least two bearing blocks supporting the camshaft, and one connecting element, - the bearing blocks are axially penetrated in a first through-opening by the camshaft to be supported and are fixed in an aligned position with respect to one another by means of the connecting element, - the bearing blocks together with the connecting element and the camshaft form a prefabricated assembly, - the cylinder head cover can be connected via connecting means with the bearing device, whereby now the unit consisting of cylinder head cover and bearing device can be mounted on the cylinder head.
A grease-retention assembly for a drive shaft assembly having a tubular shaft connected to a joint with an outer race and internal joint components, the grease-retention assembly comprising the outer race and a cap for grease retention and venting arranged in an inside diameter section of the outer race, the cap including an outer annular rim with an annular indentation, wherein the annular indentation has a semi-elliptical or semi-circular cross-section; characterized by the outer race including a radial annular rib extending from the inside diameter section, the rib partially filling the annular indentation of the outer annular rim when the cap is in an axial end position, the rib having an asymmetrical profile with a first axial portion forming a ramp and a second axial portion opposite the first axial portion forming a stop surface, the stop surface forming a larger angle with respect to an axial direction than the ramp.
Steel tube provided with a zinc alloy coating, characterised in that the zinc alloy coating comprises 0.20 to 0.35 % (w/w) magnesium, 0.05 to 0.14 % (w/w) aluminium and unavoidable impurities, the remainder being zinc, and wherein the zinc alloy coating is provided only on the outside of the steel tube.
Device for reading out X-ray information stored in storage phosphor plates, comprising - a feeding unit, in which multiple cassettes (14, 28, 32), which comprise a respective storage phosphor plate to be read out, can be stacked one after another in a stacking direction, - an elongated take-up slot for taking up one of the cassettes, wherein the take-up slot is adjacent to the feeding unit and comprises an elongated feed opening, through which the storage phosphor plate, which is located in the cassette taken up from the take-up slot, can be transported into the inside of the device, - a shifting device for horizontally shifting the cassette which is located in the take-up slot along a shifting path and - a deflection element (64, 66) for deflecting a next cassette which is located in the feeding unit and which protrudes at least partially into the shifting path, characterized in that the deflection element (64, 66) is arranged and/or configured in such a way that, when horizontally shifting the cassette located in the take-up slot along the shifting path, a force is exerted on the next cassette in the stacking direction as a result of a contact between the cassette located in the take-up slot and the next cassette protruding at least partially into the shifting path, wherein the next cassette is pressed against the deflection element and is thereby moved out of the shifting path. - a feeding unit, in which multiple cassettes (14, 28, 32), which comprise a respective storage phosphor plate to be read out, can be stacked one after another in a stacking direction, - an elongated take-up slot for taking up one of the cassettes, wherein the take-up slot is adjacent to the feeding unit and comprises an elongated feed opening, through which the storage phosphor plate, which is located in the cassette taken up from the take-up slot, can be transported into the inside of the device, - a shifting device for horizontally shifting the cassette which is located in the take-up slot along a shifting path and - a deflection element (64, 66) for deflecting a next cassette which is located in the feeding unit and which protrudes at least partially into the shifting path,
A coin carrying and guiding device of a coin payment apparatus that has coin dispenser rows (212, 214), in which a plurality of coin dispensers respectively having dispensing openings for delivering stored coins one by one are juxtaposed along a straight line extending in a direction intersecting with a delivery direction line, are disposed along a carrying belt moved toward a coin receiving opening, wherein the coin carrying and guiding device of a coin payment apparatus has the carrying belt forming three-dimensional-box-shape dispensing space above the carrying belt by a first guiding wall vertically standing below the dispensing openings of the coin dispenser rows (212, 214) and a second guiding wall disposed to be parallel to the first guiding wall and vertically standing, wherein the coin carrying and guiding device of a coin payment apparatus is configured to drop the coin delivered from the delivery opening of the coin dispenser constituting the coin dispenser rows (212, 214) onto the carry-ing belt and then to carry the coin toward the coin receiving opening by the carrying belt while guiding the coin by the first guiding wall and the second guiding wall; characterised in that a lower part of at least one of the first guiding wall and the second guiding wall distant from the coin receiving opening is formed so that the lower the lower part, the lower part is tilted so as to sequentially get closer to the respective opposing first guiding wall or second guiding wall; and the closer the lower part to the coin receiving opening, the more distant the lower part is from the respective opposing first guiding wall or the second guiding wall.
A buckle assembled with a whistle, the buckle comprising: a plug member having locking arms that are formed at both ends at a front side of a base, and a guide rod that protrudes from the base at an intermediate side between the locking arms; and a socket member having a guide groove which is formed at a center of the socket member so as to be opened at an upper side thereof to accommodate the guide rod at the center, and chambers which are formed at both sides of the guide groove so that the locking arms at the both ends are inserted into the chambers, wherein the guide rod is configured as the whistle characterized in that a) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is formed integrally with the base of the plug member and inserted into a rear end portion of the whistle; or b) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is inserted into a rear end portion of the whistle and detachably assembled to the base of the plug member. a plug member having locking arms that are formed at both ends at a front side of a base, and a guide rod that protrudes from the base at an intermediate side between the locking arms; and a socket member having a guide groove which is formed at a center of the socket member so as to be opened at an upper side thereof to accommodate the guide rod at the center, and chambers which are formed at both sides of the guide groove so that the locking arms at the both ends are inserted into the chambers, wherein the guide rod is configured as the whistle characterized in that a) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is formed integrally with the base of the plug member and inserted into a rear end portion of the whistle; or a whistle which is configured to produce sound; and a whistle cap which is formed integrally with the base of the plug member and inserted into a rear end portion of the whistle; or b) the whistle includes: a whistle which is configured to produce sound; and a whistle cap which is inserted into a rear end portion of the whistle and detachably assembled to the base of the plug member. a whistle which is configured to produce sound; and a whistle cap which is inserted into a rear end portion of the whistle and detachably assembled to the base of the plug member.
A method for determining whether a subject has bacterial sepsis comprising identifying an abnormal expression of one or both of TLR2 and TLR4 on neutrophils in a whole blood sample obtained from the subject; wherein an abnormal expression of TLR2 and TLR4 is an increase in expression and wherein the abnormal expression of TLR2 is indicative of a Gram positive bacterial infection or wherein the abnormal expression of TLR4 is indicative of a Gram negative bacterial infection and wherein expression of one or both of TLR2 and TLR4 is identified using flow cytometric analysis with monoclonal antibodies to TLR2 and/or TLR4.
Method for initiating a second service in dependency of a first service using individually configured event-driven state-machines (14, 15), the method comprising the following steps:: - executing the first service in a first communication space; - transmitting a first event to an operator unit in dependency of the first service; - triggering a first event-driven state-machine of the operator unit by the first event; - generating a second event by the first event-driven state-machine; - transmitting the second event to at least one of the first communication space and a second communication space; and - initiating the second service in the at least one of the first communication space and the second communication space (2, 6) by the second event; wherein the first event-driven state-machine is pushed from an internet server to the operator unit by a second event-driven state-machine, and wherein the first event-driven state-machine is individually configurable by a user for initiating the second event in dependency of the first event, wherein an initial first service triggers an initial web event which is transmitted to the second event-driven state-machine by a first application of the operator unit, wherein the initial web event triggers the second event-driven state-machine to push the first event-driven state-machine to the operator unit; and the first event-driven state-machine is initially pushed from the internet server towards the operator unit by the second event-driven state-machine in such a manner that the first application includes at least partially the functionality of the first event-driven state-machine. - executing the first service in a first communication space; - transmitting a first event to an operator unit in dependency of the first service; - triggering a first event-driven state-machine of the operator unit by the first event; - generating a second event by the first event-driven state-machine; - transmitting the second event to at least one of the first communication space and a second communication space; and - initiating the second service in the at least one of the first communication space and the second communication space (2, 6) by the second event;