mhurhangee/ep-ind-claims huggingface dataset:
A rotation detection device comprising a magnetism detection element that detects a change in magnetism produced as a rotating body rotates, a magnet that applies a magnetic field to the magnetism detection element, two lead terminals connected to the magnetism detection element, and a housing that houses the magnetism detection element, the magnet, and the lead terminals, the magnetism detection element, the magnet, and the lead terminals being mounted on an inner case, the housing including a first housing having a connection portion with an interior space wherein leading ends of the lead terminals are located in the interior space, and the leading ends are configured to be electrically connected to an external connector and wherein the connection portion is configured to be connected to the external connector, and a second housing fitted in the first housing and disposed to face the rotating body, and the first housing or the second housing being provided with an inner-case fitting portion into which the inner case is fitted, characterized in that the magnetism detection element comprises a detection element main body disposed adjacent to the magnet and two element-side contacts (11b, 11b) that extend downward from a lower portion of the detection element main body, and the element-side contacts (11b, 11b) of the magnetism detection element are in contact with the lead terminals.
A rotor position detection device comprising a sensor including a first chip and a second chip which are aligned with a first line and detect a change in magnetic flux in a sensing magnet, wherein the sensor has the first line which is inclined with respect to a second line passing through any one of the first chip and the second chip in a radial direction of the sensing magnet, wherein the sensing magnet include a main magnet and a sub-magnet disposed outside of the main magnet, wherein N-pole split magnets and S-pole split magnets in the sub-magnet are alternately disposed in a circumferential direction, each split magnet having a width (w), wherein a distance between the first chip and the second chip in a circumferential direction of the sensing magnet is smaller than the width (w) of the split magnet in the circumferential direction of the sensing magnet, wherein the width (w) of the split magnet is set with respect to a center of the sub magnet in the radial direction of the sensing magnet, wherein the first chip and the second chip are aligned on one split magnet, wherein the sensor includes a first chip and a second chip in one body hereof, characterized in that a distance from an intersecting point of a first line and a reference line to the first chip is the same as a distance from the intersecting point of the first line and the reference line to the second chip, in that the first line is a reference line with which the first chip and the second chip are aligned, and in that the reference line is a reference line in the circumference direction, which passes through centers of lengths of the sub-magnets in the radial direction of the sensing magnet. wherein the sensor has the first line which is inclined with respect to a second line passing through any one of the first chip and the second chip in a radial direction of the sensing magnet, wherein the sensing magnet include a main magnet and a sub-magnet disposed outside of the main magnet, wherein N-pole split magnets and S-pole split magnets in the sub-magnet are alternately disposed in a circumferential direction, each split magnet having a width (w), wherein a distance between the first chip and the second chip in a circumferential direction of the sensing magnet is smaller than the width (w) of the split magnet in the circumferential direction of the sensing magnet, wherein the width (w) of the split magnet is set with respect to a center of the sub magnet in the radial direction of the sensing magnet, wherein the first chip and the second chip are aligned on one split magnet, wherein the sensor includes a first chip and a second chip in one body hereof, characterized in that a distance from an intersecting point of a first line and a reference line to the first chip is the same as a distance from the intersecting point of the first line and the reference line to the second chip, in that the first line is a reference line with which the first chip and the second chip are aligned, and in that the reference line is a reference line in the circumference direction, which passes through centers of lengths of the sub-magnets in the radial direction of the sensing magnet.
A continuously transposed conductor cable comprising: a plurality of electrically insulated strands connected in parallel at their ends, each strand comprising: a conductor; and an extruded insulation layer formed at least partially around the conductor, wherein the extruded insulation layer is substantially free of solvents. a conductor; and an extruded insulation layer formed at least partially around the conductor, wherein the extruded insulation layer is substantially free of solvents.
A method of wireless communication at a first scheduling entity, comprising: communicating with a set of one or more scheduled entities utilizing a first physical cell identifier, PCI; wherein the first PCI corresponds to a first primary synchronization signal, PSS, waveform; detecting a collision between the first PSS waveform and a third PSS waveform transmitted by a second scheduling entity located proximate to the first scheduling entity; selecting a second PCI, wherein the second PCI corresponds to a second PSS waveform different than the first PSS waveform, to avoid colliding with the third PSS waveform, wherein the first PSS waveform and the third PSS waveform are identical; and changing from the first PCI to the second PCI to communicate with the set of one or more scheduled entities. communicating with a set of one or more scheduled entities utilizing a first physical cell identifier, PCI; wherein the first PCI corresponds to a first primary synchronization signal, PSS, waveform; detecting a collision between the first PSS waveform and a third PSS waveform transmitted by a second scheduling entity located proximate to the first scheduling entity; selecting a second PCI, wherein the second PCI corresponds to a second PSS waveform different than the first PSS waveform, to avoid colliding with the third PSS waveform, wherein the first PSS waveform and the third PSS waveform are identical; and changing from the first PCI to the second PCI to communicate with the set of one or more scheduled entities.
A method for driving a field effect transistor (J1,J2) for forming an electric input signal, representing a sound, to an output signal, which method comprises modifying the input signal to an intermediate signal, and output of said intermediate signal to the field effect transistor for forming the output signal, characterized by the steps of: setting the quiescent point of the field effect transistor (J1,J2) such that the same is placed in the quadratic region of a transfer characteristic of the field effect transistor by adjusting the potential between a gate terminal and a source terminal (S, 19,25) of the field effect transistor by means of a direct-current voltage level of the intermediate signal and the potential of the source terminal of the field effect transistor, adjusting the amplitude of the intermediate signal such that the same causes the potential swing between the gate terminal and the source terminal to at least partly be in the quadratic region of the transfer characteristics of the field effect transistor, and causing a potential on the drain terminal (D,20,26) corresponding to half of the available DC-level, i.e. equal to VD=(VDD2+VS)/2, where VDD2 is the supply voltage, and VS is the potential of the source terminal. setting the quiescent point of the field effect transistor (J1,J2) such that the same is placed in the quadratic region of a transfer characteristic of the field effect transistor by adjusting the potential between a gate terminal and a source terminal (S, 19,25) of the field effect transistor by means of a direct-current voltage level of the intermediate signal and the potential of the source terminal of the field effect transistor, adjusting the amplitude of the intermediate signal such that the same causes the potential swing between the gate terminal and the source terminal to at least partly be in the quadratic region of the transfer characteristics of the field effect transistor, and causing a potential on the drain terminal (D,20,26) corresponding to half of the available DC-level,
An apparatus for measuring bioinformation, the apparatus comprising: a first sensor (110, 310) configured to measure a first biosignal comprising a first arterial pulse wave information from a ventral side of a wrist; a second sensor (120, 420) configured to measure a second biosignal comprising a second venous or capillary pulse wave information from a dorsal side of the wrist; and a bioinformation estimator configured to estimate bioinformation of a user based on a time delay between the first biosignal and the second biosignal. a first sensor (110, 310) configured to measure a first biosignal comprising a first arterial pulse wave information from a ventral side of a wrist; a second sensor (120, 420) configured to measure a second biosignal comprising a second venous or capillary pulse wave information from a dorsal side of the wrist; and a bioinformation estimator configured to estimate bioinformation of a user based on a time delay between the first biosignal and the second biosignal.
Compound of the formula: wherein R 1, R 2, R 3, R 4 are selected from -H, -(C 1 -C 12) alkyl, -O-(C 1 -C 12) alkyl, -(C 6 -C 20) aryl, -O-(C 6 -C 20) aryl, wherein at least one of the radicals R 1, R 2, R 3, R 4 is not -H; wherein the alkyl groups and aryl groups mentioned may be substituted as follows: substituted -(C 1 -C 12) alkyl groups, substituted -O-(C 1 -C 12) alkyl, substituted -(C 6 -C 20) aryl, substituted -O-(C 6 -C 20) aryl may have one or more substituents; the substituents are independently selected from: -(C 1 -C 12) alkyl, -O-(C 1 -C 12) alkyl, halogen. R 1, R 2, R 3, R 4 are selected from -H, -(C 1 -C 12) alkyl, -O-(C 1 -C 12) alkyl, -(C 6 -C 20) aryl, -O-(C 6 -C 20) aryl, wherein at least one of the radicals R 1, R 2, R 3, R 4 is not -H; wherein the alkyl groups and aryl groups mentioned may be substituted as follows: substituted -(C 1 -C 12) alkyl groups, substituted -O-(C 1 -C 12) alkyl, substituted -(C 6 -C 20) aryl, substituted -O-(C 6 -C 20) aryl may have one or more substituents; the substituents are independently selected from: -(C 1 -C 12) alkyl, -O-(C 1 -C 12) alkyl, halogen.
A waterproof LED light for illumination purposes, comprising a cooling body profile (2.1) with at least one LED strip which is arranged thereon and which has plurality of LED units, wherein the cooling body profile (2.1) with the at least one LED strip is encapsulated in a light-permeable encasing tube, wherein the at least one LED strip is directed to a light cavity which is formed between the encasing tube and the cooling body profile (2.1), in a manner such that the LED units can radiate light through the light cavity to the encasing tube and through the encasing tube to the outside, wherein the cross-sectional inner periphery of the encasing tube and the cross-sectional outer periphery of the cooling body profile (2.1) form at least one contact arc section, and that the encasing tube and the cooling body profile (2.1) bear on one another in the region of the contact arc sections, characterised in that the cooling body profile (2.1) is of metal and the encasing tube and the cooling body profile (2.1) are designed in a manner such that the encasing tube bears with at least 40% of its cross-sectional inner periphery on the cross-sectional outer periphery of the cooling body profile (2.1).
A process for reducing erroneous plots when detecting targets using High Frequency surfacewave radar (HFSWR) and thereby enhancing detection of genuine targets, the process comprising the steps of: determining a first change in range of an apparent target based on range data, associated with the apparent target; determining a second charge in range of the apparent target based on radial velocity data, associated with the apparent target; and comparing the first and second range differences to one another over time to assess a consistency therebetween; wherein the comparing step is performed over a plurality of time periods; and wherein the time periods are coherent integration times. determining a first change in range of an apparent target based on range data, associated with the apparent target; determining a second charge in range of the apparent target based on radial velocity data, associated with the apparent target; and comparing the first and second range differences to one another over time to assess a consistency therebetween; wherein the comparing step is performed over a plurality of time periods; and wherein the time periods are coherent integration times.
A printing system including an information processing apparatus in which a basic printer driver is installed and a printer driver for enabling a model-specific printer function to be used is not installed, a print server in which an extended printer driver for enabling a model-specific printer function of the printer to be used is installed, and a printer, wherein the printer includes response means configured to respond to a request from a connected information processing apparatus with configuration information about the print server, wherein the configuration information includes address information for downloading an application that provides an extended print setting screen, the information processing apparatus includes: display means configured to control display of the extended print setting screen for specifying a model-specific printer function, by using the application acquired from the print server based on the configuration information, wherein the display means of the information processing apparatus is configured to control display of the extended print setting screen using the application as information that is downloaded based on the configuration information and is acquired from the print server; and transmission means configured to transmit a print ticket which contains a setting specified through the extended print setting screen, and print data to the print server, and the print server includes issuing means configured to issue a print job to the printer using the print ticket and the print data, wherein the print job is processed by the extended printer driver prior to issue to the printer. display means configured to control display of the extended print setting screen for specifying a model-specific printer function, by using the application acquired from the print server based on the configuration information, wherein the display means of the information processing apparatus is configured to control display of the extended print setting screen using the application as information that is downloaded based on the configuration information and is acquired from the print server; and transmission means configured to transmit a print ticket which contains a setting specified through the extended print setting screen, and print data to the print server, and the print server includes issuing means configured to issue a print job to the printer using the print ticket and the print data, wherein the print job is processed by the extended printer driver prior to issue to the printer.
Method of operating a motor vehicle in which transmitted to a receiver device of the motor vehicle are data from outside the motor vehicle (14,26) which are indicative of the presence of a hazardous situation, whereby in addition to the data from outside the motor vehicle (14, 26), internal motor vehicle data indicative of a hazardous situation can be evaluated and whereby a warning relating to the hazardous situation is communicated to the user of the motor vehicle, wherein the warning to the user of the motor vehicle is communicated as a function of the evaluation of the data from outside the vehicle (14, 26) and the internal vehicle data, wherein by way of the data from outside vehicle a driving behaviour of the user of the motor vehicle is determined and the warning is communicated as a function of the driving behaviour, wherein a warning threshold as of which the warning is communicated to the user of the motor vehicle is increased in the event of sporting driving behaviour and wherein the geographical position of the motor vehicle is taken in consideration, characterised in that the issuing of the warning is suppressed if the motor vehicle is on a racing track or test track.
A low-pressure steam cooker comprising: - a base plate with a bottom surface and a cooked product surface lying opposite the latter, wherein the cooked product surface comprises a hood seating surface with a peripheral, raised holding rim, and wherein the cooked product surface comprises at least one water trough (06, 07) for holding water; - a low-pressure hood with a bowl-shaped hood volume and a seating rim, the contour of which is formed complementary to the course of the holding rim of the base plate, so that the seating rim is enclosed by the holding rim when the seating rim sits on the hood seating surface; characterised in that the base plate and the low-pressure hood are each formed from a non-glazed ceramic material, in the ceramic raw mixture whereof granite meal has been mixed; wherein the water trough (06, 07) has a water holding volume in the range from 1 % to 2 % of the hood volume; and wherein the surfaces of the seating rim and the hood seating surface pointing towards one another are formed in such a way that a steam outlet gap remains at least in sections between the latter. - a base plate with a bottom surface and a cooked product surface lying opposite the latter, wherein the cooked product surface comprises a hood seating surface with a peripheral, raised holding rim, and wherein the cooked product surface comprises at least one water trough (06, 07) for holding water; - a low-pressure hood with a bowl-shaped hood volume and a seating rim, the contour of which is formed complementary to the course of the holding rim of the base plate, so that the seating rim is enclosed by the holding rim when the seating rim sits on the hood seating surface;
A first antibody and a second antibody connected by a nanomaterial, wherein the first antibody is a monoclonal antibody that binds to an antigen expressed on an effector T cell, wherein the effector T cell is a cytokine-induced killer cell and wherein the antigen expressed on the effector T cell is CD3, and the second antibody is a monoclonal antibody that binds to an antigen expressed on a target cell, wherein the target cell is a cancer cell, wherein the antigen expressed on the target cell is Muc1, and wherein the nanomaterial is a biodegradable nanomaterial and wherein the nanomaterial is polylactic acid-glycolic acid, in combination with dendritic cells and cytokine-induced effector cells, for use in the therapy of human lung adenocarcinoma.
A dispensing apparatus for dispensing individual tissue cassettes from a stack of such cassettes, the apparatus including: a hopper for receiving a stack of tissue cassettes, the hopper having an aperture through which cassettes are dispensable; ejection means for ejecting the lowermost cassette through the aperture; retention means for retaining all but the lowermost one of the cassettes in the stack as the lowermost cassette is ejected; wherein the hopper includes gate means for closing the aperture, wherein the gate means are biased to a closed position; wherein the retention means is arranged in conjunction with the gate means such that when the gate means is fully open, the retention means is in operation to retain the remainder of the cassettes in the stack, wherein opening of the gate means causes said operation of the retention means; characterized in that: the ejection means includes a tray in which the lowermost cassette is held before being acted on by the ejection means, wherein the tray is moveable so as to be useable to transport the lowermost cassette away from the stack of cassettes when a cassette is to be dispensed; the gate means is configured to act so as to prevent a cassette from leaving the tray unless the gate means is fully open. a hopper for receiving a stack of tissue cassettes, the hopper having an aperture through which cassettes are dispensable; ejection means for ejecting the lowermost cassette through the aperture; retention means for retaining all but the lowermost one of the cassettes in the stack as the lowermost cassette is ejected; wherein the hopper includes gate means for closing the aperture, wherein the gate means are biased to a closed position; wherein the retention means is arranged in conjunction with the gate means such that when the gate means is fully open, the retention means is in operation to retain the remainder of the cassettes in the stack, wherein opening of the gate means causes said operation of the retention means; characterized in that: the ejection means includes a tray in which the lowermost cassette is held before being acted on by the ejection means, wherein the tray is moveable so as to be useable to transport the lowermost cassette away from the stack of cassettes when a cassette is to be dispensed; the gate means is configured to act so as to prevent a cassette from leaving the tray unless the gate means is fully open. the ejection means includes a tray in which the lowermost cassette is held before being acted on by the ejection means, wherein the tray is moveable so as to be useable to transport the lowermost cassette away from the stack of cassettes when a cassette is to be dispensed; the gate means is configured to act so as to prevent a cassette from leaving the tray unless the gate means is fully open.