mhurhangee/ep-ind-claims huggingface dataset:
An electric power converting device equipped with a semiconductor element that switches between conduction and cutting off of a main current, the electric power converting device comprising: a plurality of detection units (21,22,23) to detect a state of the semiconductor element; a transmitter to transmit a signal generated by the plurality of detection units; a receiver to receive the signal transmitted from the transmitter; and a memory (31,32,33) to record a signal generated by the receiver, wherein a state of the semiconductor element is recorded while the electric power converting device is operating, characterised in that the signal that is transmitted from the transmitter to the receiver is converted to a single signal and is transmitted by a single transmission cable. a plurality of detection units (21,22,23) to detect a state of the semiconductor element; a transmitter to transmit a signal generated by the plurality of detection units; a receiver to receive the signal transmitted from the transmitter; and a memory (31,32,33) to record a signal generated by the receiver, wherein a state of the semiconductor element is recorded while the electric power converting device is operating, characterised in that the signal that is transmitted from the transmitter to the receiver is converted to a single signal and is transmitted by a single transmission cable.
A fastening portion structure of a resin part, in which the resin part includes a cylindrical tubular member (14; 70; 14) integrally embedded therein, and comprises an insertion hole (24; 24; 80) formed inside the tubular member for receiving a screw member by means of which the tubular member can be compressed in an axial direction so that the resin part can be fixed to a predetermined member, the fastening portion structure being characterized in that an inner peripheral surface of the tubular member is exposed in a region from one end to an intermediate position in the axial direction of the tubular member, but is covered by a resin in a region from the intermediate position to the other end over the entire circumference of the tubular member, and the insertion hole is formed in the resin covering the inner peripheral surface of the tubular member, so that the size and the shape of the insertion hole are set as desired independently of the tubular member, and the tubular member comprises a cutout at the other end, and a resin inside the tubular member is continuous with a resin outside the tubular member via the cutout, the fastening portion structure being obtainable by insert molding, using a molding apparatus comprising a core comprising a positioning portion that has an outer peripheral shape corresponding to an inner peripheral shape of the tubular member, and that is relatively fitted in the tubular member to position the tubular member, and a protruding molding portion that is formed integrally with the positioning portion so as to protrude in the axial direction from the positioning portion, and that is used to form the insertion hole (24; 24; 80), wherein the positioning portion side of the core is fixedly attached to one of a pair of molding dies (52, 54).
A sampling needle for piercing a septum of a vial containing a sample and aspirating the sample from the vial, the needle comprising: a tubular core having a lumen extending therethrough and a piercing end, wherein the tubular core is formed of a bioinert material; a hollow support encircling the tubular core and the piercing end extending outwardly from the support, wherein the support is formed of a rigid material; and a bioinert coating covering a portion of the support adjacent the piercing end; wherein the tubular core and the bioinert coating isolates the support from contacting the sample; characterized in that the bioinert material is a platinum alloy which includes iridium. a tubular core having a lumen extending therethrough and a piercing end, wherein the tubular core is formed of a bioinert material; a hollow support encircling the tubular core and the piercing end extending outwardly from the support, wherein the support is formed of a rigid material; and a bioinert coating covering a portion of the support adjacent the piercing end; wherein the tubular core and the bioinert coating isolates the support from contacting the sample; characterized in that the bioinert material is a platinum alloy which includes iridium.
A fluid heating system comprising: a pressure vessel shell comprising a first inlet; a heat exchanger disposed in the pressure vessel shell, the heat exchanger comprising a second inlet and a second outlet, wherein the second inlet of the heat exchanger is connected to the first inlet of the pressure vessel shell; and an exhaust manifold disposed in the pressure vessel shell, the exhaust manifold comprising a third inlet and a third outlet, wherein the third inlet of the exhaust manifold is connected to the second outlet of the heat exchanger, wherein the third outlet of the exhaust manifold is outside of the pressure vessel shell, and characterised in that at least a portion of the exhaust manifold is located within the pressure vessel shell, and wherein the pressure vessel shell is configured to contain a production fluid such that an outer surface of the exhaust manifold is contacted by the production fluid; wherein a portion of the exhaust manifold located within the pressure vessel shell comprises a curved bend to cause thermal transfer fluid impinging on an inner surface of the manifold to turn. a pressure vessel shell comprising a first inlet; a heat exchanger disposed in the pressure vessel shell, the heat exchanger comprising a second inlet and a second outlet, wherein the second inlet of the heat exchanger is connected to the first inlet of the pressure vessel shell; and an exhaust manifold disposed in the pressure vessel shell, the exhaust manifold comprising a third inlet and a third outlet, wherein the third inlet of the exhaust manifold is connected to the second outlet of the heat exchanger, wherein the third outlet of the exhaust manifold is outside of the pressure vessel shell, and characterised in that at least a portion of the exhaust manifold is located within the pressure vessel shell, and wherein the pressure vessel shell is configured to contain a production fluid such that an outer surface of the exhaust manifold is contacted by the production fluid; wherein a portion of the exhaust manifold located within the pressure vessel shell comprises a curved bend to cause thermal transfer fluid impinging on an inner surface of the manifold to turn. wherein the third inlet of the exhaust manifold is connected to the second outlet of the heat exchanger, wherein the third outlet of the exhaust manifold is outside of the pressure vessel shell, and characterised in that at least a portion of the exhaust manifold is located within the pressure vessel shell, and wherein the pressure vessel shell is configured to contain a production fluid such that an outer surface of the exhaust manifold is contacted by the production fluid; wherein a portion of the exhaust manifold located within the pressure vessel shell comprises a curved bend to cause thermal transfer fluid impinging on an inner surface of the manifold to turn.
A liquid container formed of a multilayer film and/or multilayer sheet, characterized in that the multilayer film and/or multilayer sheet has a barrier layer comprising, as a predominant component, a polycycloolefin-based resin having a glass transition temperature higher by 5°C or more than the temperature at which the container is subjected to thermal treatment or high-pressure steam sterilization, and a seal layer comprising, as a predominant component, a polyethylene-based resin, and the barrier layer being provided adjacent to the seal layer, wherein the polyethylene-based resin is a linear low-density polyethylene having a melting point of 110 to 130°C and/or a high-density polyethylene having a melting point of 120 to 145°C, and wherein the polycycloolefin-based resin is represented by formula: wherein R 1 and R 2, which are identical to or different from each other, each represent a C1 to C20 organic group, and R 1 and R 2 may be linked to form a ring, and n is an integer of ≥1, wherein the polycycloolefin-based resin is a polycycloolefin-based resin having a glass transition temperature of 130°C or higher.
A method of assembling a filter element with a cup-shaped capsule body using a combined weld-head and former, comprising the steps of: a) positioning the filter element at or near a mouth of the cup-shaped capsule body; b) moving the combined weld-head and former so as to contact and drive the filter element into the cup-shaped capsule body; c) wherein, during step b), the filter element is deformed by a sprung-loaded former of the combined weld-head and former to form a cup-shaped filter element; and d) using a weld-head of the combined weld-head and former to bond the cup-shaped filter element to the cup-shaped capsule body. a) positioning the filter element at or near a mouth of the cup-shaped capsule body; b) moving the combined weld-head and former so as to contact and drive the filter element into the cup-shaped capsule body; c) wherein, during step b), the filter element is deformed by a sprung-loaded former of the combined weld-head and former to form a cup-shaped filter element; and d) using a weld-head of the combined weld-head and former to bond the cup-shaped filter element to the cup-shaped capsule body.
A method for determining the location of a contact wire for rail vehicles with a rail-guided measuring device, comprising the following steps: - emitting a laser beam from an emission point of a transmitting device, - measuring the reflection of the laser beam with a receiving device and thereby detecting a position of the contact wire and a position of at least two rail measuring points (6', 6") on opposing rails, - feeding the detected positions into a data processing system and determining the lateral offset and/or the height offset of the measuring device based on the position of the rail measuring points (6', 6"), and - calculating of the contact wire offset and/or the contact wire height using the lateral offset and/or the height offset by means of the data processing system characterised in that the measuring device is moved over the rails at a feed rate, and in that the method steps are carried out and repeated continuously, such that a progression of the contact wire offset and/or the contact wire height along the feed direction is obtained, and in that the transmitting device emits a laser beam which rotates about an axis extending along the feed direction, wherein the direction of propagation of the laser beam extends substantially orthogonally to the feed direction. - emitting a laser beam from an emission point of a transmitting device, - measuring the reflection of the laser beam with a receiving device and thereby detecting a position of the contact wire and a position of at least two rail measuring points (6', 6") on opposing rails, - feeding the detected positions into a data processing system and determining the lateral offset and/or the height offset of the measuring device based on the position of the rail measuring points (6', 6"), and - calculating of the contact wire offset and/or the contact wire height using the lateral offset and/or the height offset by means of the data processing system
A bracket for a power module of a transport refrigeration unit, the bracket comprising: a body portion comprising: an opening for receiving a shaft of an electric machine of the power module; a plurality of first mounting holes extending through the body portion and spaced around the opening for connecting the bracket to the electric machine; and a plurality of second mounting holes for connecting the bracket to an engine of the power module; characterised in that the bracket further comprises a mounting arm which extends from the body portion and is configured to connect the power module to a support frame. an opening for receiving a shaft of an electric machine of the power module; a plurality of first mounting holes extending through the body portion and spaced around the opening for connecting the bracket to the electric machine; and a plurality of second mounting holes for connecting the bracket to an engine of the power module; characterised in that the bracket further comprises a mounting arm which extends from the body portion and is configured to connect the power module to a support frame.
A method of measuring vitamin D and its metabolites in a sample of bodily fluid from a subject, which sample may contain endogenous vitamin D binding protein, comprising the steps of: a) contacting said sample with megalin and/or a fragment thereof under binding conditions to form a ternary complex comprising DBP, vitamin D metabolite and megalin or a fragment thereof; b) determining the amount of DBP bound by megalin or a fragment thereof; and c) relating the amount of megalin-bound DBP to the vitamin D status of said subject. a) contacting said sample with megalin and/or a fragment thereof under binding conditions to form a ternary complex comprising DBP, vitamin D metabolite and megalin or a fragment thereof; b) determining the amount of DBP bound by megalin or a fragment thereof; and c) relating the amount of megalin-bound DBP to the vitamin D status of said subject.
Method for applying a coating pattern of a coating agent to a flat or curved surface of an object with the aid of a print head, which ejects coating agent in jets or drops from a plurality of printing nozzles arranged in at least one row, comprising the steps of: - moving the print head at a distance over the surface by means of a coating robot in a plurality of coating paths which contain tracks of coating points corresponding to the printing nozzles, the movement taking place obliquely in relation to a starting contour and/or an end contour, - thereby activating the individual nozzles of the print head in such a way that the starting coating points of the tracks touch the starting contour tangentially or are at a constant distance from the starting contour and that in addition the end coating points of the tracks touch the end contour tangentially or are at a constant distance from the end contour. - moving the print head at a distance over the surface by means of a coating robot in a plurality of coating paths which contain tracks of coating points corresponding to the printing nozzles, the movement taking place obliquely in relation to a starting contour and/or an end contour, - thereby activating the individual nozzles of the print head in such a way that the starting coating points of the tracks touch the starting contour tangentially or are at a constant distance from the starting contour and that in addition the end coating points of the tracks touch the end contour tangentially or are at a constant distance from the end contour.
An apparatus comprising: a sensor at a predetermined location in a cabin of a vehicle to detect content of a predetermined substance by contact with a human occupant of the vehicle, said predetermined substance being alcohol; an interlock device that prohibits engaging a drive train of the vehicle if the detected content is above a predetermined threshold; an image capturing device to image the cabin of the vehicle; and a processor is configured to: compare the detected content to the predetermined threshold, determine, from the cabin imaging, that contact with the sensor is by an occupant in a driver's seat, and engage the interlock device to prohibit engagement of the drive train in response to either the substance level being above the predetermined threshold, or the occupant not being in the driver's seat; wherein the sensor is a transdermal alcohol detection sensor, configured to detect the alcohol content from contact with a palm of the occupant, and is on at least one of an armrest, a hand rest and a wrist rest in the cabin. a sensor at a predetermined location in a cabin of a vehicle to detect content of a predetermined substance by contact with a human occupant of the vehicle, said predetermined substance being alcohol; an interlock device that prohibits engaging a drive train of the vehicle if the detected content is above a predetermined threshold; an image capturing device to image the cabin of the vehicle; and a processor is configured to: compare the detected content to the predetermined threshold, determine, from the cabin imaging, that contact with the sensor is by an occupant in a driver's seat, and engage the interlock device to prohibit engagement of the drive train in response to either the substance level being above the predetermined threshold, or the occupant not being in the driver's seat; compare the detected content to the predetermined threshold, determine, from the cabin imaging, that contact with the sensor is by an occupant in a driver's seat, and engage the interlock device to prohibit engagement of the drive train in response to either the substance level being above the predetermined threshold, or the occupant not being in the driver's seat; wherein the sensor is a transdermal alcohol detection sensor, configured to detect the alcohol content from contact with a palm of the occupant, and is on at least one of an armrest, a hand rest and a wrist rest in the cabin.
Control method for a machine tool with a tool holder, which is set up for mounting a chiselling tool so that it may move along a movement axis, and a magneto-pneumatic striking mechanism, which has a primary drive, which contains at least one magnetic coil (46, 47) arranged around the movement axis, and which has a striker and a riveting pin on the movement axis radially within the at least one magnetic coil (46, 47) and one following the other in the striking direction, in which the riveting pin projects at least partly into the magnetic coil and/or into a yoke fitting closely on the magnetic coil, which has a regulated power source, which is connected in an electric circuit with the at least one magnetic coil, in which during an acceleration phase a control feeds a current regulated at a nominal value into the at least one magnetic coil (46, 47) by means of the power source, and characterised in that the control ends the acceleration phase, if a change in the current flowing in the magnetic coil (46, 47) or a change in a control variable of the control circuit of the power source matches a pattern filed for a strike by the striker on the riveting pin for the change. which has a primary drive, which contains at least one magnetic coil (46, 47) arranged around the movement axis, and which has a striker and a riveting pin on the movement axis radially within the at least one magnetic coil (46, 47) and one following the other in the striking direction, in which the riveting pin projects at least partly into the magnetic coil and/or into a yoke fitting closely on the magnetic coil, which has a regulated power source, which is connected in an electric circuit with the at least one magnetic coil, in which during an acceleration phase a control feeds a current regulated at a nominal value into the at least one magnetic coil (46, 47) by means of the power source, and characterised in that the control ends the acceleration phase, if a change in the current flowing in the magnetic coil (46, 47) or a change in a control variable of the control circuit of the power source matches a pattern filed for a strike by the striker on the riveting pin for the change.
An angle detecting device with a self-calibration function, the angle detecting device having sensor heads for reading a scale at a circumference of a scale disc fixed to a rotating shaft, wherein the angle detecting device with the self-calibration function comprises first sensor heads arranged with an equiangular interval at the circumference of the same scale disc, and a second sensor head arranged at a position of one of the first sensor heads in place of the one of the first sensor heads, and wherein the angle detecting device is adapted to perform self-calibration by obtaining measurement differences between the second sensor head and the first sensor heads to determine average values thereof, characterized in that the first sensor heads and the second sensor head comprise a first group including L sensor heads arranged with an equiangular interval and a second group including M sensor heads arranged with an equiangular interval, and in that the angle detecting device with the self-calibration function comprises: phase shift means for shifting phases of the calibration values, obtained from the second group, by a scale of j * P / L ( j =1 to L -1), where the total number of scale marks arranged on the scale disc is denoted as P; and calculation means for obtaining average values of the calibration values obtained from the second group and the ( L -1) shifted calibration values obtained by the phase shift means, adding the average values to the calibration values obtained from the first group, and outputting the added values as calibration values, in which j is a natural number, and L and M are natural numbers where a least common denominator of L and M is larger than a sum of L and M. phase shift means for shifting phases of the calibration values, obtained from the second group, by a scale of j * P / L ( j =1 to L -1), where the total number of scale marks arranged on the scale disc is denoted as P; and calculation means for obtaining average values of the calibration values obtained from the second group and the ( L -1) shifted calibration values obtained by the phase shift means, adding the average values to the calibration values obtained from the first group, and outputting the added values as calibration values, in which j is a natural number, and L and M are natural numbers where a least common denominator of L and M is larger than a sum of L and M.
A method for manufacturing a semiconductor device, comprising the steps of: forming a metal layer over a first substrate and forming an oxide layer over the metal layer thereby forming a metal oxide film between the metal layer and the oxide layer over a first substrate; forming an element over the metal oxide film; forming an insulating film over the element; forming a terminal electrode over the insulating film; forming a protective layer over the terminal electrode; removing a part of the protective layer to expose a part of the terminal electrode; peeling the metal oxide film, the element, the insulating film, the terminal electrode and the protective layer from the first substrate after the removing; pasting a second substrate to the metal oxide film with an adhesive material after the peeling; and pressure-bonding an FPC to the part of the terminal electrode in which a circumference is covered with the protective layer. forming a metal layer over a first substrate and forming an oxide layer over the metal layer thereby forming a metal oxide film between the metal layer and the oxide layer over a first substrate; forming an element over the metal oxide film; forming an insulating film over the element; forming a terminal electrode over the insulating film; forming a protective layer over the terminal electrode; removing a part of the protective layer to expose a part of the terminal electrode; peeling the metal oxide film, the element, the insulating film, the terminal electrode and the protective layer from the first substrate after the removing; pasting a second substrate to the metal oxide film with an adhesive material after the peeling; and pressure-bonding an FPC to the part of the terminal electrode in which a circumference is covered with the protective layer.