mhurhangee/ep-ind-claims huggingface dataset:
Thread feeder for feeding a thread to a textile machine, with a storage body, from which the thread is drawn off by the textile machine, with a braking device for adjusting a thread tension of the thread, which is arranged in the thread course after the storage body, wherein the braking device has a braking body and an adjusting device for the braking body, wherein the braking body can be pressed by the adjusting device against a clamping face at the draw-off end of the storage body, wherein the adjusting device is provided with a permanent magnet -element in an element housing, with a working coil, which is movable in the magnetic field of the permanent magnet -element and which is arranged to be able to act on the braking body, with a draw-off tube for the thread, which extends through the working coil, and with an axially resilient centring unit, which is arranged in the region of the end of the working coil that faces the braking body, wherein the centring unit is configured to centre the working coil characterised in that the centring unit extends in a plane which is vertical to the axis of the working coil, is provided with an opening for the draw-off tube, is fastened in its radial outer or radial inner region and free movable in the other region and the adjusting device has a sealing unit, which is arranged between the braking body and the centring unit.
A multilayer coating film, comprising: a lustrous layer containing a luster material and formed directly or indirectly on a surface of a coating target; and a colored layer which is translucent, containing a warm color pigment, and layered on the lustrous layer, wherein the lustrous layer contains, in a mixed state, a high-reflection flake having a visible light reflectance of 90% or more and a low-reflection flake having a visible light reflectance that is half or smaller than the visible light reflectance of the high-reflection flake as the luster material, characterized in that when both of the high-reflection flake and the low-reflection flake are projected on a bottom of the lustrous layer, a ratio of a projected area of the flakes on the bottom of the lustrous layer is 100%, and a ratio of a total area of the high-reflection flake with respect to a total area of both of the high-reflection flake and the low-reflection flake is 25% or more and 75% or less. a lustrous layer containing a luster material and formed directly or indirectly on a surface of a coating target; and a colored layer which is translucent, containing a warm color pigment, and layered on the lustrous layer, wherein the lustrous layer contains, in a mixed state, a high-reflection flake having a visible light reflectance of 90% or more and a low-reflection flake having a visible light reflectance that is half or smaller than the visible light reflectance of the high-reflection flake as the luster material, characterized in that when both of the high-reflection flake and the low-reflection flake are projected on a bottom of the lustrous layer, a ratio of a projected area of the flakes on the bottom of the lustrous layer is 100%, and a ratio of a total area of the high-reflection flake with respect to a total area of both of the high-reflection flake and the low-reflection flake is 25% or more and 75% or less.
A mobile terminal for use in a mobile communications network, the mobile terminal including a transmitter and a receiver which are configured to transmit and to receive data via a wireless access interface for communicating the data to and/or from a base station of the mobile communications network, the wireless access interface providing a shared communications channel for communicating data to or from the mobile communications network, the shared channel being divided in time into units of communications resource which are allocated by a scheduler of the base station to the mobile terminal, and a shared control channel for receiving resource allocation messages from the base station, wherein the mobile terminal is configured to receive control information providing the mobile terminal with a short identification number in association with an identification number allocated to the mobile terminal by the mobile communications network, the short identification number being allocated to the mobile terminal by the mobile communications network for one super-frame which comprises a plurality of the units of communications resource of the shared channel, the short identification number being allocated to the mobile terminal as one member of a group of mobile terminals, and to receive a resource allocation message which includes the short identification number to identify the mobile terminal and to allocate units of the communications resource to the mobile terminal in one super-frame characterised in that the control information provides correspondences between a set of identification numbers allocated to mobile terminals by the mobile communications network and a set of short identification numbers and is updated on a per super-frame basis.
Method for scanning the environment of a moving vehicle using at least two sensors (12, 14) arranged at a distance from one another on one side of the vehicle, the at least two sensors providing scanning points (40, 42) of the environment at a predefined scanning rate, the scanning by the at least two sensors (12, 14) being synchronized in such a manner that the scanning points (40, 42) of the environment, as seen in the direction of movement of the vehicle, are provided cyclically in succession by the at least two sensors (12, 14), characterized in that a number of the scanning points on a section corresponding to the distance between the two sensors (12, 14) is uneven, and in that, during the synchronization of the at least two sensors, a time offset between the scanning times of the sensors (12, 14) is controlled on the basis of the vehicle speed and the distance between the sensors.
A central drill insert having rotational symmetry about a central insert axis, the central drill insert comprising: a bottom surface having a bottom plane, a top surface, and a peripheral surface extending therebetween; at least three lead drill portions protruding outwards from the peripheral surface, each lead drill portion having a drill axis and a plurality of drill cutting edges converging towards the drill axis; at least three secondary cutting edges, each adjacent an associated lead drill portion, extending along the intersection of the top surface and the peripheral surface transversely to the respective drill axis, each secondary cutting edge being axially spaced apart from the drill cutting edges of the respective lead drill portion along the respective drill axis; characterised by: at least three abutment undercuts, each formed on the peripheral surface along the intersection of the bottom surface and the peripheral surface and extending opposite one of the secondary cutting edges; and at least three abutment flanks formed on the peripheral surface along the intersection of the top surface and the peripheral surface, each extending from one of the lead drill portions towards the secondary cutting edge associated with another lead drill portion, each abutment flank forming a dovetail angle (α) with the bottom plane. a bottom surface having a bottom plane, a top surface, and a peripheral surface extending therebetween; at least three lead drill portions protruding outwards from the peripheral surface, each lead drill portion having a drill axis and a plurality of drill cutting edges converging towards the drill axis; at least three secondary cutting edges, each adjacent an associated lead drill portion, extending along the intersection of the top surface and the peripheral surface transversely to the respective drill axis, each secondary cutting edge being axially spaced apart from the drill cutting edges of the respective lead drill portion along the respective drill axis; characterised by: at least three abutment undercuts, each formed on the peripheral surface along the intersection of the bottom surface and the peripheral surface and extending opposite one of the secondary cutting edges; and at least three abutment flanks formed on the peripheral surface along the intersection of the top surface and the peripheral surface, each extending from one of the lead drill portions towards the secondary cutting edge associated with another lead drill portion, each abutment flank forming a dovetail angle (α) with the bottom plane. at least three abutment undercuts, each formed on the peripheral surface along the intersection of the bottom surface and the peripheral surface and extending opposite one of the secondary cutting edges; and at least three abutment flanks formed on the peripheral surface along the intersection of the top surface and the peripheral surface, each extending from one of the lead drill portions towards the secondary cutting edge associated with another lead drill portion, each abutment flank forming a dovetail angle (α) with the bottom plane.
An internal combustion engine including a battery, and a pressure sensor to which a battery voltage is applied from the battery and which produces an output responsive to a pressure, wherein an output value of the pressure sensor changes in accordance with a reduction in the battery voltage, the internal combustion engine comprising a controller that is configured to determine the value of the atmospheric pressure based on the output value of the pressure sensor when the output value of the pressure sensor varies while the battery voltage is higher than the predetermined permissible voltage immediately after the ignition switch is turned on, the determination of the value of the atmospheric pressure depending upon the magnitude of variation of the output value of the pressure sensor, such that when an amount of variation of the output value of the pressure sensor is kept equal to or smaller than a predetermined permissible amount of variation for a predetermined period of time, the last value of the output values of the pressure sensor is determined as the output value representing atmospheric pressure, and when an amount of variation of the output value of the pressure sensor is kept larger than a predetermined permissible amount of variation for a predetermined period of time, an average value of the output values of the pressure sensor is determined as the output value representing atmospheric pressure, wherein the controller is further configured to inhibit the output value of the pressure sensor from being used as an output value representing the atmospheric pressure, when the battery voltage is lower than a predetermined permissible voltage.
A kit for measuring a measurement target substance in a biological sample, the kit comprising: a labeled particle having a first binding substance capable of binding to a measurement target substance in a biological sample and having a first blocking agent; and a substrate having a second binding substance capable of binding to any one of the measurement target substance or the first binding substance and having a second blocking agent, wherein the labeled particle is a luminescent labeled particle containing at least one kind of compound represented by Formula and a particle, and the first blocking agent and the second blocking agent are different from each other, in the formula, R 11 and R 15 each independently represent an alkyl group or an aryl group, each of which may have a substituent; R 12 and R 14 each independently represent an alkyl group which may have a substituent; R 13 represents an aryl group which may have a substituent; X 1 and X 2 each represent a fluorine atom; Ar 1 and Ar 2 each independently represent an aryl group, each of which may have a substituent; and L 1 and L 2 each independently represent Formula (L-1)or (L-2), a labeled particle having a first binding substance capable of binding to a measurement target substance in a biological sample and having a first blocking agent; and a substrate having a second binding substance capable of binding to any one of the measurement target substance or the first binding substance and having a second blocking agent, wherein the labeled particle is a luminescent labeled particle containing at least one kind of compound represented by Formula and a particle, and the first blocking agent and the second blocking agent are different from each other, in the formula, R 11 and R 15 each independently represent an alkyl group or an aryl group, each of which may have a substituent; R 12 and R 14 each independently represent an alkyl group which may have a substituent; R 13 represents an aryl group which may have a substituent; X 1 and X 2 each represent a fluorine atom; Ar 1 and Ar 2 each independently represent an aryl group, each of which may have a substituent; and L 1 and L 2 each independently represent Formula (L-1)or (L-2),
Lid for the axial end closure of a roller body of a motor-driven conveyor roller, in particular of a drum motor, characterised in that the lid has an outer wall formed from stainless steel and an inner wall formed from a light metal and cast onto the outer wall.
Conveying installation having a conveyor belt, containing a carrying-side cover panel and a running-side cover panel, and also having drums, supporting rollers and supporting structures, characterized in that the carrying-side cover panel of the conveyor belt is of two-layered design, wherein the uppermost layer of the carrying-side cover panel, said layer being in direct contact with the material conveyed, is made up, as seen over the entire width of the conveyor belt, of at least two rubber mixtures which differ in terms of quality and/or quantity.
A method for generating a random number, comprising steps of: providing a free-running oscillator comprising n signal transmitting cells (CL1-CLm, 11) connected in series and arranged to form a ring, the transmitting cells comprising an odd number of inverters to make a signal propagating in the ring oscillate, with an oscillation period equal to n·d, where d is the propagation time of a signal state change across a single one of the cells in the ring, the signal propagating in the ring having a jitter standard deviation growing with time; and periodically performing sampling steps, each sampling step comprising simultaneously taking signal samples (S0-Sm) of signals transiting respectively between each pair of adjacent cells in the ring, the sampling steps being performed with a signal sampling period set to a value within an interval between once and twice the time for the jitter standard deviation of the signal propagating in the ring to be greater than the propagation time d; and combining the signal samples to provide a random bit (Out). providing a free-running oscillator comprising n signal transmitting cells (CL1-CLm, 11) connected in series and arranged to form a ring, the transmitting cells comprising an odd number of inverters to make a signal propagating in the ring oscillate, with an oscillation period equal to n·d, where d is the propagation time of a signal state change across a single one of the cells in the ring, the signal propagating in the ring having a jitter standard deviation growing with time; and periodically performing sampling steps, each sampling step comprising simultaneously taking signal samples (S0-Sm) of signals transiting respectively between each pair of adjacent cells in the ring, the sampling steps being performed with a signal sampling period set to a value within an interval between once and twice the time for the jitter standard deviation of the signal propagating in the ring to be greater than the propagation time d; and combining the signal samples to provide a random bit (Out).
Double-functional button switch shower head, comprising: a fixing portion and an inlet waterway and two diversion waterways, two diversion waterways are respectively disposed with a water diversion hole, two water diversion holes are available to connect to the inlet waterway; a button movably connected to the fixing portion; a retractable slide shaft driving mechanism assembled to the fixing portion, the retractable slide shaft driving mechanism is slidably connected to a slide shaft of the fixing portion, the button is connected to the retractable slide shaft driving mechanism in transmission way to drive the slide shaft to slide; wherein two water diversion holes are arranged in a line along the sliding direction of the slide shaft; the slide shaft is disposed with a switch sealing element, the slide shaft slides to control the switch sealing element to close one of the two water diversion holes alternatively to realize switch, characterized in that a pendulum shaft is further provided, the pendulum shaft is connected to the fixing portion in swag way, the button is connected to the fixing portion in sliding way, the button slides to drive the pendulum shaft to swag, the pendulum shaft swags to touch the retractable slide shaft driving mechanism to drive the slide shaft to slide. a fixing portion and an inlet waterway and two diversion waterways, two diversion waterways are respectively disposed with a water diversion hole, two water diversion holes are available to connect to the inlet waterway; a button movably connected to the fixing portion; a retractable slide shaft driving mechanism assembled to the fixing portion, the retractable slide shaft driving mechanism is slidably connected to a slide shaft of the fixing portion, the button is connected to the retractable slide shaft driving mechanism in transmission way to drive the slide shaft to slide; wherein two water diversion holes are arranged in a line along the sliding direction of the slide shaft; the slide shaft is disposed with a switch sealing element, the slide shaft slides to control the switch sealing element to close one of the two water diversion holes alternatively to realize switch, characterized in that a pendulum shaft is further provided, the pendulum shaft is connected to the fixing portion in swag way, the button is connected to the fixing portion in sliding way, the button slides to drive the pendulum shaft to swag, the pendulum shaft swags to touch the retractable slide shaft driving mechanism to drive the slide shaft to slide.
Bell plate for a rotary atomizer for applying a coating agent, in particular for painting motor vehicle body components in a painting installation, having a) a base body, in particular made of metal, and b) a transponder (13; 19) which can be read out wirelessly and is integrated in the bell plate, characterized in c) that the transponder (13; 19) is arranged in the base body on the front side or is embedded into the outer outer circumferential surface of the bell plate. a) a base body, in particular made of metal, and b) a transponder (13; 19) which can be read out wirelessly and is integrated in the bell plate, characterized in c) that the transponder (13; 19) is arranged in the base body on the front side or is embedded into the outer outer circumferential surface of the bell plate.
Electrical clutch which can be coupled to a further electrical clutch, wherein the electrical clutch is designed to be complementary to the further electrical clutch at least in some areas, and wherein the electrical clutch comprises the following: - at least one contact socket for inserting an electrical contact pin of the further electrical coupling, - at least one electrical contact element, which is arranged in the contact socket and can be electrically connected to the electrical contact pin, and - at least one cover element for closing the contact socket and/or covering the electrical contact element, wherein the cover element is movable between a closed and an open state perpendicular to the insertion direction of the electrical contact pin, the electric clutch is characterised by - at least one control element, which can be moved by the further electrical coupling essentially parallel to the insertion direction of the electrical contact pin, - at least one spring element, by means of which the control element can be moved against the insertion direction of the electrical contact pin, and - a force coupling (22, 24, 26, 28, 30) between the control element and the cover element, so that the cover element can be displaced outwards while the further electrical coupling is coupled to the electrical coupling. - at least one contact socket for inserting an electrical contact pin of the further electrical coupling, - at least one electrical contact element, which is arranged in the contact socket and can be electrically connected to the electrical contact pin, and - at least one cover element for closing the contact socket and/or covering the electrical contact element, wherein the cover element is movable between a closed and an open state perpendicular to the insertion direction of the electrical contact pin, the electric clutch is characterised by - at least one control element, which can be moved by the further electrical coupling essentially parallel to the insertion direction of the electrical contact pin, - at least one spring element, by means of which the control element can be moved against the insertion direction of the electrical contact pin, and - a force coupling (22, 24, 26, 28, 30) between the control element and the cover element, so that the cover element can be displaced outwards while the further electrical coupling is coupled to the electrical coupling.
An apparatus (1204, 1604, 1704) configured to receive wireless charging power and wired charging power, comprising: a battery (1242, 1642, 1742); a wireless connection (1208, 1608, 1708) configured to receive wireless charging power, and to charge the battery along a wireless charging path, wherein the wireless charging path comprises a coil configured to receive the wireless charging power; a wired connection (1206, 1606, 1706) configured to receive wired charging power, and to charge the battery along a wired charging path, wherein the wired charging path and the wireless charging path overlap in a combined charging path comprising: a rectifier (1224, 1638, 1738) configured to receive wired charging power through the wired connection, to receive the wireless charging power from the coil and to provide a rectified output; and characterized by a power-factor correction, PFC, module (1226, 1626, 1726) configured to receive the rectified output, and further configured to provide a power-factor corrected output; and an isolated DC-DC converter (1230, 1630, 1730) configured to receive the power factor corrected output, and to provide an isolated DC output to the battery. a battery (1242, 1642, 1742); a wireless connection (1208, 1608, 1708) configured to receive wireless charging power, and to charge the battery along a wireless charging path, wherein the wireless charging path comprises a coil configured to receive the wireless charging power; a wired connection (1206, 1606, 1706) configured to receive wired charging power, and to charge the battery along a wired charging path, wherein the wired charging path and the wireless charging path overlap in a combined charging path comprising: a rectifier (1224, 1638, 1738) configured to receive wired charging power through the wired connection, to receive the wireless charging power from the coil and to provide a rectified output; and characterized by a power-factor correction, PFC, module (1226, 1626, 1726) configured to receive the rectified output, and further configured to provide a power-factor corrected output; and an isolated DC-DC converter (1230, 1630, 1730) configured to receive the power factor corrected output, and to provide an isolated DC output to the battery. a rectifier (1224, 1638, 1738) configured to receive wired charging power through the wired connection, to receive the wireless charging power from the coil and to provide a rectified output; and characterized by a power-factor correction, PFC, module (1226, 1626, 1726) configured to receive the rectified output, and further configured to provide a power-factor corrected output; and an isolated DC-DC converter (1230, 1630, 1730) configured to receive the power factor corrected output, and to provide an isolated DC output to the battery.