mhurhangee/ep-ind-claims huggingface dataset:
A rotating electrical machine, comprising: a rotation shaft supported in a rotatable manner on a housing having a front bracket and a rear bracket; a stator fixed to the housing and having an armature winding; a rotor fixed to the rotation shaft and having a field core and a field winding; slip rings fixed to the rotation shaft and supplying a field current to the field winding; a positive brush and a negative brush supplying the field current to the field winding via the slip rings; the rotating electrical machine being characterized in that it further comprises: a brush holder made of resin and holding the both brushes in storage portions in a mutually electrically isolated state and having terminals supplying the field current to the brushes, the brush holder including at least one brush temperature suppressing metal member (81, 81a, 81b, 81c) each installed in one brush storage portion and coming into contact with the respective positive or negative brush. a rotation shaft supported in a rotatable manner on a housing having a front bracket and a rear bracket; a stator fixed to the housing and having an armature winding; a rotor fixed to the rotation shaft and having a field core and a field winding; slip rings fixed to the rotation shaft and supplying a field current to the field winding; a positive brush and a negative brush supplying the field current to the field winding via the slip rings; the rotating electrical machine being characterized in that it further comprises: a brush holder made of resin and holding the both brushes in storage portions in a mutually electrically isolated state and having terminals supplying the field current to the brushes, the brush holder including at least one brush temperature suppressing metal member (81, 81a, 81b, 81c) each installed in one brush storage portion and coming into contact with the respective positive or negative brush. a brush holder made of resin and holding the both brushes in storage portions in a mutually electrically isolated state and having terminals supplying the field current to the brushes, the brush holder including at least one brush temperature suppressing metal member (81, 81a, 81b, 81c) each installed in one brush storage portion and coming into contact with the respective positive or negative brush.
A device especially adapted for feeding and entertaining a large animal, such as a horse, said device comprising: a body made of a flexible and elastomeric material, said body having an outer peripheral edge and an inner peripheral edge defining a central opening; at least one through hole formed through the device; and at least one groove formed through a selected surface of the device, wherein said through hole and said groove are configured for frictionally holding feed or treats for the animals and wherein one through hole of said at least one through hole is spaced radially inward from said at least one groove. a body made of a flexible and elastomeric material, said body having an outer peripheral edge and an inner peripheral edge defining a central opening; at least one through hole formed through the device; and at least one groove formed through a selected surface of the device, wherein said through hole and said groove are configured for frictionally holding feed or treats for the animals and wherein one through hole of said at least one through hole is spaced radially inward from said at least one groove.
Method for generating a unique datum which is specific to a silicon integrated circuit, said datum being generated by applying a physically unclonable function PUF of said circuit, which circuit comprises a delay circuit (CR, CRi), implementing the PUF function comprises a step consisting in measuring, by means of a TDC converter, the difference between: - i) the time of arrival of a first event of a signal at one input (Start) of the TDC converter, and - ii) the time of arrival of a second event of a signal at one input (Stop) of the TDC converter, which second event is generated by the delay circuit (CR, CRi), characterized in that said method further comprises the steps consisting in: - generating, by means of at least one generator (G1, G2, G) comprising the delay circuit (CR, CRi), a signal in the form of a double pulse or of multiple pulses, - transforming said signal so that the first event and the second event belong to said transformed signal. - i) the time of arrival of a first event of a signal at one input (Start) of the TDC converter, and - ii) the time of arrival of a second event of a signal at one input (Stop) of the TDC converter, which second event is generated by the delay circuit (CR, CRi), - generating, by means of at least one generator (G1, G2, G) comprising the delay circuit (CR, CRi), a signal in the form of a double pulse or of multiple pulses, - transforming said signal so that the first event and the second event belong to said transformed signal.
Protecting system for an operator device having a touchscreen for a medical apparatus of a shock protective frame for the operator device having the touch screen for the medical apparatus, wherein the shock protective frame is made of an elastic material which is sterilizable, and the shock protective frame encloses the operator device such that it comprises an overhang at a front side and a rear side of the operator device, a protective envelope, for the operator device having the touchscreen for the medical apparatus, comprising a recess having an inner face, wherein the protective envelope is formed such that it encloses the operator device, the inner face is formed such that it is substantially adapted to a rear side of the operator device, and the recess has a shape and a size so that at least an area of the touchscreen is left blank, and wherein a rim at the recess is formed such that the rim provides a liquid-tight transition between the operator device and the protective envelope, and a foil envelope, wherein the shock protective frame encloses the protective envelope such that it comprises an overhang at a front side and a rear side of the protective envelope, the foil envelope consists of a sterilizable material and has a size so that it encloses the operator device with the protective envelope and that it is insertable between the protective envelope and the shock protective frame, and outer dimensions of the protective envelope and dimensions of an inner contour of the shock protective frame are aligned to each other such that the foil envelope can be clamped there between in order to be maintained upon the touchscreen in a close-fitting manner.
A prepreg comprising: an at least partially cured resin impregnated reinforcing material portion having a dielectric constant DK WR comprising reinforcing material and a resin where the reinforcing material has a dielectric constant Dk R prior to the resin impregnation; and a free resin portion comprising any portion of the resin that is a distance of at least 1 micron from any top, bottom or side (20,22) surface of the reinforcing material; wherein the free resin portion has a dielectric constant DKw; wherein the resin includes at least one high dielectric constant material selected from the group including, strontium titanate, barium titanate, lead titanate, lead zirconate titanate, lead lanthanum zirconate titanate and combinations thereof, which is incorporated into the resin in an amount sufficient to match the dielectric constant DK WR of the resin impregnated reinforcing material portion with the dielectric constant DK W of the free resin portion such that the respective dielectric constants DK WR and DK W differ by no more than (±) 15%; wherein the dielectric constant Dk R of the reinforcing material prior to the resin impregnation and the dielectric constant of the resin without the high dielectric constant material differ by more than 15%; and wherein the dielectric constant Dk R of the reinforcing material and the dielectric constant DKw differ by more than 15%; and wherein the dielectric constants are determined by the Bereskin test method or by the split post method. an at least partially cured resin impregnated reinforcing material portion having a dielectric constant DK WR comprising reinforcing material and a resin where the reinforcing material has a dielectric constant Dk R prior to the resin impregnation; and a free resin portion comprising any portion of the resin that is a distance of at least 1 micron from any top, bottom or side (20,22) surface of the reinforcing material; wherein the free resin portion has a dielectric constant DKw; wherein the resin includes at least one high dielectric constant material selected from the group including, strontium titanate, barium titanate, lead titanate, lead zirconate titanate, lead lanthanum zirconate titanate and combinations thereof, which is incorporated into the resin in an amount sufficient to match the dielectric constant DK WR of the resin impregnated reinforcing material portion with the dielectric constant DK W of the free resin portion such that the respective dielectric constants DK WR and DK W differ by no more than (±) 15%; wherein the dielectric constant Dk R of the reinforcing material prior to the resin impregnation and the dielectric constant of the resin without the high dielectric constant material differ by more than 15%; and wherein the dielectric constant Dk R of the reinforcing material and the dielectric constant DKw differ by more than 15%; and wherein the dielectric constants are determined by the Bereskin test method or by the split post method.
An electronic device, comprising: a display; an inner structure including a front surface and a rear surface, wherein the front surface includes a first region configured to receive the display and a second region, which is a remaining area of the front surface of the inner structure; and a receiver disposed in a receiver receiving space corresponding to a part of the rear surface of the inner structure, characterized by a receiver hole connected to the receiver receiving space and configured to penetrate the second region; a first through-hole configured to penetrate the first region and to connect the receiver receiving space and the front surface of the inner structure; a second through-hole spaced apart from the first through-hole to penetrate the first region and configured to connect the rear surface of the inner structure; and a flow path configured to connect the first through-hole and the second through-hole at the front surface of the inner structure. a display; an inner structure including a front surface and a rear surface, wherein the front surface includes a first region configured to receive the display and a second region, which is a remaining area of the front surface of the inner structure; and a receiver disposed in a receiver receiving space corresponding to a part of the rear surface of the inner structure, characterized by a receiver hole connected to the receiver receiving space and configured to penetrate the second region; a first through-hole configured to penetrate the first region and to connect the receiver receiving space and the front surface of the inner structure; a second through-hole spaced apart from the first through-hole to penetrate the first region and configured to connect the rear surface of the inner structure; and a flow path configured to connect the first through-hole and the second through-hole at the front surface of the inner structure.
A simultaneous maneuvering system for vehicles, the system comprising: a base; a plurality of wheel assemblies rotatably mounted to the base, each wheel assembly having at least one wheel, a fluid swivel joint for allowing the at least one wheel to rotate, and a power source; a plurality of steering rotors rotatably mounted to the base, each steering rotor having a crank arm and an eccentric crank pin at a first end of each crank arm, a second end of each crank arm being coupled to a corresponding one of the plurality of wheel assemblies; a drive assembly having a drive frame coupled to each crank pin; and at least one actuator configured for selectively operating the drive assembly to simultaneously rotate the steering rotors, each wheel assembly having an electric rotary slip ring positioned on the fluid swivel joint, the electric rotary slip ring being configured for housing wires extending from the power source, each of the plurality of wheel assemblies comprising a suspension system having a coil spring extending between each wheel assembly and the base, wherein the drive frame includes at least a first portion positioned in communicating relation with a first wheel assembly and at least a second portion positioned in communicating relation with a second wheel assembly, the system being characterised in that at least the first portion and at least the second portion of the drive frame are connected to one or more actuators, whereby the one or more actuators are configured to adjust at least a position of the first and second portions relative to each other, resulting in non-parallel positioning of at least one wheel with respect to two other wheels. a base; a plurality of wheel assemblies rotatably mounted to the base, each wheel assembly having at least one wheel, a fluid swivel joint for allowing the at least one wheel to rotate, and a power source; a plurality of steering rotors rotatably mounted to the base, each steering rotor having a crank arm and an eccentric crank pin at a first end of each crank arm, a second end of each crank arm being coupled to a corresponding one of the plurality of wheel assemblies; a drive assembly having a drive frame coupled to each crank pin; and
A method of operating a storage controller, the method comprising: receiving raw data indicating a series of bits, having logical values corresponding to a logical page, each corresponding to one of a plurality of threshold voltage states corresponding to a bit value of data; performing a first state shaping for reducing a number of first target bits of the series of bits, logical values of the first target bits being equal to a logical value of a target threshold voltage state of the plurality of threshold voltage states in a first page of a plurality of pages; generating first indicator data that indicates the first target bits based on the first state shaping; compressing the first indicator data; and storing the compressed first indicator data. receiving raw data indicating a series of bits, having logical values corresponding to a logical page, each corresponding to one of a plurality of threshold voltage states corresponding to a bit value of data; performing a first state shaping for reducing a number of first target bits of the series of bits, logical values of the first target bits being equal to a logical value of a target threshold voltage state of the plurality of threshold voltage states in a first page of a plurality of pages; generating first indicator data that indicates the first target bits based on the first state shaping; compressing the first indicator data; and storing the compressed first indicator data.
An interference suppression method, comprising: determining an autocorrelation inverse matrix of a cell common signal according to uplink sampling antenna data; performing multipath matching for a specified user according to the uplink sampling antenna data; acquiring an autocorrelation inverse matrix of a specified user signal from the autocorrelation inverse matrix of the cell common signal according to a result of the multipath matching for the specified user and multipath information; calculating a combined weight for the specified user according to a channel estimation value of the specified user and the autocorrelation inverse matrix of the specified user signal; and modulating and demodulating a data channel of the specified user based on the combined weight for the specified user; wherein acquiring the autocorrelation inverse matrix of the specified user signal from the autocorrelation inverse matrix of the cell common signal according to the result of the multipath matching for the specified user and the multipath information comprises: calculating a sampling position according to the result of the multipath matching for the specified user and the multipath information; and selecting the autocorrelation inverse matrix of the specified user signal at the sampling position from the autocorrelation inverse matrix of the cell common signal according to the sampling position and in combination with an antenna index. determining an autocorrelation inverse matrix of a cell common signal according to uplink sampling antenna data; performing multipath matching for a specified user according to the uplink sampling antenna data; acquiring an autocorrelation inverse matrix of a specified user signal from the autocorrelation inverse matrix of the cell common signal according to a result of the multipath matching for the specified user and multipath information; calculating a combined weight for the specified user according to a channel estimation value of the specified user and the autocorrelation inverse matrix of the specified user signal; and modulating and demodulating a data channel of the specified user based on the combined weight for the specified user; calculating a sampling position according to the result of the multipath matching for the specified user and the multipath information; and selecting the autocorrelation inverse matrix of the specified user signal at the sampling position from the autocorrelation inverse matrix of the cell common signal according to the sampling position and in combination with an antenna index.
A handwheel for hydraulic valve provided with numerical indicator of the valve opening level, comprising a base-body or fixed element apt to be stably constrained with respect to the body of the valve and supporting a mobile element rotatably coaxial relative to said base-body, connected with a member of manoeuvre of the valve and provided with a knob apt to be gripped by a user to impart a rotation to said manoeuvre member corresponding to the value or degree of opening required for the valve indicated by figures present on a crown or annular element rotatably coupled coaxially to the knob and displayed through an opening or window of said knob, the handwheel characterised in that said base-body and mobile element are rotatably co-operating one with the other by means of a kinematic continuous coupling with double parallel internal gear and comprising at least one satellite-pinion apt to engage, simultaneously, with a cogged profile of the knob to define a first pair of wheels with number of teeth z 1 and z 3 and with a further cogged profile of the crown or annular element to define a second pair of wheels with number of teeth z 2 and z 4, with z 3 < z 4 and z 1 ≥ z 2 and with said first pair of wheels whose modulus "m" is greater than that of the second pair of wheels.
Turbomachine assembly comprising a ring-like flow cascade, which has a plurality of blades (11-16; 111-116; 311-316) each having identical natural frequencies, specifically identical bending and/or torsional natural frequencies, which blades are distributed in a circumferential direction, and comprising a detuning device (50; 200; 300) for different detuning of the respective identical natural frequencies of the blades, characterized in that the detuning device comprises all detuning elements which are movably arranged on the blades and are successive in a row in the circumferential direction, and is designed such that, during operation, first blades (11-16; 13, 16) of the flow cascade each contact at most one, in particular no movable detuning element of the detuning device, at least one second blade (11, 12, 14, 15) of the blade cascade, on which at least two of the movable detuning elements are arranged, being arranged between at least two successive blades of these first blades (13, 16).
A system for controlling activation of analyte sensor electronics circuitry, the system comprising: an analyte sensor that is electrically and mechanically coupled to analyte sensor electronics circuitry prior to transitioning the system into an operational state; wherein the analyte sensor electronics circuitry is adapted to: trigger an indication for the system to exit a lower power state and transition into the operational state, wherein the indication is triggered based on a threshold value associated with deployment of the system; responsive to the indication, generate a control signal operable to cause the analyte sensor to gather information related to a level of an analyte in a host; and generate a comparison between the information related to the level of the analyte in the host and a condition; wherein the system exits the lower power state and transitions into the operational mode based on the indication being triggered and the comparison indicating that the level of the analyte in the host satisfies the condition. an analyte sensor that is electrically and mechanically coupled to analyte sensor electronics circuitry prior to transitioning the system into an operational state; wherein the analyte sensor electronics circuitry is adapted to: trigger an indication for the system to exit a lower power state and transition into the operational state, wherein the indication is triggered based on a threshold value associated with deployment of the system; responsive to the indication, generate a control signal operable to cause the analyte sensor to gather information related to a level of an analyte in a host; and generate a comparison between the information related to the level of the analyte in the host and a condition; trigger an indication for the system to exit a lower power state and transition into the operational state, wherein the indication is triggered based on a threshold value associated with deployment of the system; responsive to the indication, generate a control signal operable to cause the analyte sensor to gather information related to a level of an analyte in a host; and generate a comparison between the information related to the level of the analyte in the host and a condition; wherein the system exits the lower power state and transitions into the operational mode based on the indication being triggered and the comparison indicating that the level of the analyte in the host satisfies the condition.