mhurhangee/ep-ind-claims huggingface dataset:
A polyphenylene sulfide resin composition, comprising 100 parts by weight of a polyphenylene sulfide resin, 16 to 50 parts by weights of a polyamide resin, 10 to 25 parts by weight of an epoxy group-containing olefinic copolymer, 10 to 25 parts by weight of an olefinic copolymer having no polar functional group, and furthermore 40 to 140 parts by weight of a fibrous filler, wherein the polyamide resin, the epoxy group-containing olefinic copolymer, and the olefinic copolymer having no polar functional group are dispersed, having a number average dispersed particle size, as measured by the method of the description, of 500 nm or less, wherein the polyamide resin has a repeating unit represented by the following structural formula: wherein a is a natural number of 5 or more, and represents the number of repeating units that are methylene groups, and b is a natural number of 7 or more, and represents the number of repeating units that are methylene groups, or wherein the polyamide resin is one or more selected from nylon 6, nylon 66, nylon 46, nylon 610, nylon 612, nylon 11, nylon 12, and aromatic nylon. wherein the polyamide resin has a repeating unit represented by the following structural formula: wherein a is a natural number of 5 or more, and represents the number of repeating units that are methylene groups, and b is a natural number of 7 or more, and represents the number of repeating units that are methylene groups, or wherein the polyamide resin is one or more selected from nylon 6, nylon 66, nylon 46, nylon 610, nylon 612, nylon 11, nylon 12, and aromatic nylon.
A superconducting electrical generator comprising: a plurality of cryostats comprising at least a first cryostat and a second cryostat, containing coolant wherein the first cryostat encloses at least one of a plurality of superconducting coils, the superconducting electrical generator being characterized in that a first coil enclosed in the first cryostat is in superconducting electrical communication with a second coil contained in the second cryostat through at least one superconducting conduction cooling cable enclosing a conductor.
A core cutter comprising: a cylindrical body; a tipped bit that is disposed in a manner to protrude from a distal end of the body; and a notch that is formed, at the distal end of the body, adjacently to the bit at a position forward of the bit in a rotation direction of the body, wherein the core cutter is configured to cut a workpiece with the bit when the body is rotated about a rotational axis that is an axis of the body, wherein a width of the notch in a circumferential direction of the body at the distal end of the body is less than or equal to 1.0 mm, characterized in that the bit includes: a protruding portion that protrudes from the distal end of the body; and a fixed portion fixed to the body, the fixed portion being provided such that a position of the fixed portion is shifted from the distal end of the body toward a proximal end of the body, and entirely from a distal end of the notch to a proximal end of the notch, the width of the notch in the circumferential direction of the body is less than or equal to 1.0 mm, and the proximal end of the notch is positioned closer to the distal end of the body than a proximal end of the fixed portion of the bit. a cylindrical body; a tipped bit that is disposed in a manner to protrude from a distal end of the body; and a notch that is formed, at the distal end of the body, adjacently to the bit at a position forward of the bit in a rotation direction of the body, wherein the core cutter is configured to cut a workpiece with the bit when the body is rotated about a rotational axis that is an axis of the body, wherein a width of the notch in a circumferential direction of the body at the distal end of the body is less than or equal to 1.0 mm, characterized in that the bit includes: a protruding portion that protrudes from the distal end of the body; and a fixed portion fixed to the body, the fixed portion being provided such that a position of the fixed portion is shifted from the distal end of the body toward a proximal end of the body, and a protruding portion that protrudes from the distal end of the body; and a fixed portion fixed to the body, the fixed portion being provided such that a position of the fixed portion is shifted from the distal end of the body toward a proximal end of the body, and entirely from a distal end of the notch to a proximal end of the notch, the width of the notch in the circumferential direction of the body is less than or equal to 1.0 mm, and the proximal end of the notch is positioned closer to the distal end of the body than a proximal end of the fixed portion of the bit.
A radiation imaging system that can control a radiation generating apparatus and a radiation detector based on communication between a first control application and a second control application, the system comprising: connection monitoring means for monitoring a connection state of the communication; holding means for holding an information notification indicating a control state of imaging control means of the first control application that performs the control in a case where the connection monitoring means determines that the connection state is a disconnection state; and deletion processing means for performing deletion processing of an information notification held in the holding means so as to leave an information notification indicating a final state of control by the imaging control means. connection monitoring means for monitoring a connection state of the communication; holding means for holding an information notification indicating a control state of imaging control means of the first control application that performs the control in a case where the connection monitoring means determines that the connection state is a disconnection state; and deletion processing means for performing deletion processing of an information notification held in the holding means so as to leave an information notification indicating a final state of control by the imaging control means.
An AC-DC converting apparatus connected to an alternating-current power supply, the AC-DC converting apparatus comprising: a boost circuit comprising a reactor, a first leg, and a second leg, and boosting a first voltage output from the alternating-current power supply, the reactor being connected at one end to the alternating-current power supply and being supplied with the first voltage, the first leg comprising a first upper-arm element and a first lower-arm element connected in series, a connection point between the first upper-arm element and the first lower-arm element being connected to another end of the reactor, the second leg being connected in parallel with the first leg and comprising a second upper-arm element and a second lower-arm element connected in series, a connection point between the second upper-arm element and the second lower-arm element being connected to the alternating-current power supply; and a first voltage detecting unit connected to the alternating-current power supply and detecting the first voltage, characterised in that when the first voltage is positive, the first lower-arm element and the second upper-arm element are caused to perform boosting operation alternately every first cycle or every second cycle, the first cycle being a cycle of the first voltage, the second cycle being shorter than the first cycle and when the first voltage is negative, the first upper-arm element and the second lower-arm element are caused to perform boosting operation alternately every first cycle or every second cycle. a boost circuit comprising a reactor, a first leg, and a second leg, and boosting a first voltage output from the alternating-current power supply, the reactor being connected at one end to the alternating-current power supply and being supplied with the first voltage, the first leg comprising a first upper-arm element and a first lower-arm element connected in series, a connection point between the first upper-arm element and the first lower-arm element being connected to another end of the reactor, the second leg being connected in parallel with the first leg and comprising a second upper-arm element and a second lower-arm element connected in series, a connection point between the second upper-arm element and the second lower-arm element being connected to the alternating-current power supply; and a first voltage detecting unit connected to the alternating-current power supply and detecting the first voltage, characterised in that when the first voltage is positive, the first lower-arm element and the second upper-arm element are caused to perform boosting operation alternately every first cycle or every second cycle, the first cycle being a cycle of the first voltage, the second cycle being shorter than the first cycle and when the first voltage is negative, the first upper-arm element and the second lower-arm element are caused to perform boosting operation alternately every first cycle or every second cycle.
An assembly for use with an enclosure, the enclosure comprising a pair of mounting rails (582, 584), each mounting rail defining a plurality of mounting holes, the assembly comprising: a generally rectangular base member defining a rear section having a top and a bottom, and opposing left and right side channels (240a, 240b); where the rear section of the generally rectangular base member includes at least two mounting holes (250a, 250b); a generally rectangular sliding member defining a panel section having a top, a bottom, and opposing left and right sides (310e, 310f); where the panel section of the generally rectangular sliding member includes at least two mounting holes (340a, 340b); where the base member mounting holes (250a, 250b) are sized and shaped to accommodate a first pair of fasteners inserted through the base member mounting holes (250a, 250b) and through a first pair of mounting rail mounting holes, to removably couple the base member to the pair of mounting rails (582, 584); where the sliding member mounting holes (340a, 340b) are sized and shaped to accommodate a second pair of fasteners inserted through the sliding member mounting holes (340a, 340b) and through a second pair of mounting rail mounting holes, to removably couple the sliding member to the pair of mounting rails (582, 584); and where the left and right sides (310e, 310f) of the panel section are located within the left and right side channels (240a, 240b) of the base member, respectively, such that the sliding member is adapted to slide relative to the base member. a generally rectangular base member defining a rear section having a top and a bottom, and opposing left and right side channels (240a, 240b); where the rear section of the generally rectangular base member includes at least two mounting holes (250a, 250b); a generally rectangular sliding member defining a panel section having a top, a bottom, and opposing left and right sides (310e, 310f); where the panel section of the generally rectangular sliding member includes at least two mounting holes (340a, 340b); where the base member mounting holes (250a, 250b) are sized and shaped to accommodate a first pair of fasteners inserted through the base member mounting holes (250a, 250b) and through a first pair of mounting rail mounting holes, to removably couple the base member to the pair of mounting rails (582, 584); where the sliding member mounting holes (340a, 340b) are sized and shaped to accommodate a second pair of fasteners inserted through the sliding member mounting holes (340a, 340b) and through a second pair of mounting rail mounting holes, to removably couple the sliding member to the pair of mounting rails (582, 584); and where the left and right sides (310e, 310f) of the panel section are located within the left and right side channels (240a, 240b) of the base member, respectively, such that the sliding member is adapted to slide relative to the base member.
A method performed by a computing device for identifying radio signal transmission characteristics in a wireless communication system, the method comprising: identifying a signal transmission location and a signal reception location; identifying an area where a tree is present between the signal transmission location and the signal reception location; identifying a characteristic of a crown of the tree and a characteristic of a trunk of the tree; modeling shapes of the crown and the trunk as N-sided polygonal poles based on the characteristics of the crown and the trunk; identifying a region from a center of the tree as a region where signal transmission is not possible; and determining a transmission characteristic of a radio signal sent from the signal transmission location to the signal reception location based on the characteristic of the crown, the characteristic of the trunk, the modeled shapes of the crown and the trunk, and the region where signal transmission is not possible, wherein N is a natural number bigger than 4, and wherein a size of the identified region is determined based on a density of leaves of the tree or a density of trees of a predetermined type in the area. identifying a signal transmission location and a signal reception location; identifying an area where a tree is present between the signal transmission location and the signal reception location; identifying a characteristic of a crown of the tree and a characteristic of a trunk of the tree; modeling shapes of the crown and the trunk as N-sided polygonal poles based on the characteristics of the crown and the trunk; identifying a region from a center of the tree as a region where signal transmission is not possible; and determining a transmission characteristic of a radio signal sent from the signal transmission location to the signal reception location based on the characteristic of the crown, the characteristic of the trunk, the modeled shapes of the crown and the trunk, and the region where signal transmission is not possible, wherein N is a natural number bigger than 4, and wherein a size of the identified region is determined based on a density of leaves of the tree or a density of trees of a predetermined type in the area.
Baseband circuitry configured to process baseband signals in a transceiver of a mobile communication system, wherein the mobile communication system is a new radio, NR, system or a 5th, 5G, or a later generation system, the baseband circuitry comprising one or more interfaces configured to communicate with radio frequency, RF, circuitry of the transceiver; and a processor configured to communicate downlink control information, DCI, including frequency hopping information for a physical uplink shared channel, PUSCH, using the one or more interfaces, wherein the DCI indicates at least one frequency offset of a set of frequency hopping offset values configured by radio resource control, RRC, signaling, and wherein the frequency hopping information indicates intra-slot or inter-slot PUSCH frequency hopping. one or more interfaces configured to communicate with radio frequency, RF, circuitry of the transceiver; and a processor configured to communicate downlink control information, DCI, including frequency hopping information for a physical uplink shared channel, PUSCH, using the one or more interfaces, wherein the DCI indicates at least one frequency offset of a set of frequency hopping offset values configured by radio resource control, RRC, signaling, and wherein the frequency hopping information indicates intra-slot or inter-slot PUSCH frequency hopping.
A connector for connecting hollow profiles, in particular for facades, roofs, windows or doors, the connector having at least one connecting element formed from metal, in particular light metal such as aluminum, and at least one cooling element made of a heat-absorbing material, the at least one cooling element being arranged directly adjacent to a side face of the connecting element, in particular an outer and/or inner side face of the connecting element, characterized in that the at least one cooling element is arranged in a gap between the outer side face of the connecting element and an inner side face of one of the hollow profiles to be connected to the connector.
An ostomy appliance comprising: inner and outer walls (2, 3) of flexible sheet material, the inner wall comprising a stomal inlet and the outer wall comprising a gas vent; and a separation wall between the inner and outer walls forming separate first and second chambers (101, 102) and comprising a liquid and gas permeable separation filter; wherein, in use: the first chamber is arranged to receive stomal output directed into the ostomy appliance via the stomal inlet; the separation filter is arranged to communicate, from the stomal output in the first chamber, stomal liquid and stomal gas to the second chamber; and the gas vent is arranged to allow the stomal gas to migrate from the second chamber to outside of the ostomy appliance wherein the appliance further comprises a protective structure located within the second chamber and comprising a protective panel attached to the outer wall and forming a protective chamber around the gas vent, characterised in that the protective panel comprises a protective chamber gas inlet for allowing the stomal gas to migrate into the protective chamber and a protective chamber liquid outlet for allowing the stomal liquid to migrate out of the protective chamber. inner and outer walls (2, 3) of flexible sheet material, the inner wall comprising a stomal inlet and the outer wall comprising a gas vent; and a separation wall between the inner and outer walls forming separate first and second chambers (101, 102) and comprising a liquid and gas permeable separation filter; wherein, in use: the first chamber is arranged to receive stomal output directed into the ostomy appliance via the stomal inlet; the separation filter is arranged to communicate, from the stomal output in the first chamber, stomal liquid and stomal gas to the second chamber; and the gas vent is arranged to allow the stomal gas to migrate from the second chamber to outside of the ostomy appliance the first chamber is arranged to receive stomal output directed into the ostomy appliance via the stomal inlet; the separation filter is arranged to communicate, from the stomal output in the first chamber, stomal liquid and stomal gas to the second chamber; and the gas vent is arranged to allow the stomal gas to migrate from the second chamber to outside of the ostomy appliance wherein the appliance further comprises a protective structure located within the second chamber and comprising a protective panel attached to the outer wall and forming a protective chamber around the gas vent, characterised in that the protective panel comprises a protective chamber gas inlet for allowing the stomal gas to migrate into the protective chamber and a protective chamber liquid outlet for allowing the stomal liquid to migrate out of the protective chamber.
A method of filling containers with a liquid under elevated pressure, comprising: establish a substantially gas-tight contact between a container opening of a container to be filled and an outlet opening of a filling element; pre-tensioning, by means of a gas connection of the filling element, the container to be filled with a preload gas until a preload pressure is reached; filling, by means of a filling valve of the filling element, the container with the liquid; and separating the container opening from the outlet opening after completion of the filling operation; characterized in that the contact between the container opening and the outlet opening is temporarily cancelled at least once prior to separation of the container opening and subsequently restored to effect at least partial relief of the preload pressure. establish a substantially gas-tight contact between a container opening of a container to be filled and an outlet opening of a filling element; pre-tensioning, by means of a gas connection of the filling element, the container to be filled with a preload gas until a preload pressure is reached; filling, by means of a filling valve of the filling element, the container with the liquid; and separating the container opening from the outlet opening after completion of the filling operation; characterized in that the contact between the container opening and the outlet opening is temporarily cancelled at least once prior to separation of the container opening and subsequently restored to effect at least partial relief of the preload pressure.
Heating system for a motor vehicle, comprising a heating element, namely a foot mat, which has at least one heating component for generating heat, and having a first transmission element that can be fitted to the motor vehicle for transmitting electrical energy to a second transmission element that can be fitted to the heating element, wherein the two transmission elements (14a, 14b) are isolated electrically from each other and wherein an inductive and/or capacitive coupling is provided for the transmission of energy.
Control circuit (1, 101, 201) of an electronic access control system comprising a transponder detector for signals from a transponder, in particular an RFID transponder, comprising a main antenna (10, 110) and comprising a detection antenna (11, 111, 211) for detecting the transponder located within communication range, a control device (13, 113) being designed in a first operating mode to supply the main antenna (10, 110) with electrical current to generate an electromagnetic field and in a second operating mode to communicate with the transponder via the main antenna, characterized in that the main antenna (10, 110) and the detection antenna (11, 111, 211) are magnetically coupled to one another and electrically separated from one another, and in that the control device (13, 113) is designed to measure a damping of the voltage at the detection antenna (11, 111, 211), and in that a signal from the detection antenna (11, 111, 211) is evaluated in the first operating mode and, when the voltage at the detection antenna (11, 111, 211) is sufficiently damped, is measured by the control device (13, 113) in order to change to the second operating mode.
A drug for use in preventing, treating or improving a kidney disease, comprising silicon fine particles or aggregates of the silicon fine particles having a hydrogen-generating ability, wherein the silicon fine particles have an average crystallite diameter of 1 nm or more and 100 nm or less; and wherein the kidney disease is at least one selected from a group of renal fibrosis, acute kidney injury, renal ischemia reperfusion injury, drug-induced renal dysfunction, and chronic kidney disease. the silicon fine particles have an average crystallite diameter of 1 nm or more and 100 nm or less; and wherein the kidney disease is at least one selected from a group of renal fibrosis, acute kidney injury, renal ischemia reperfusion injury, drug-induced renal dysfunction, and chronic kidney disease.
Device for producing thread bundles, which wraps a skein consisting of a plurality of individual threads, in particular of semi-permeable hollow threads for dialysis filters, with film and forms a bundle having an approximately circular cross section, at least four mould segments (1; 2; 3; 4) being intended to be moved independently of one another towards a circle centre, characterised in that the four mould segments (1; 2; 3; 4) are guided such that the contours of the cross sections thereof together form a closed continuous line in the vicinity of the circle circumference belonging to the circle centre, which closed continuous line is approximately circular.