mhurhangee/ep-ind-claims huggingface dataset:
A digital data transmitting device comprising: differential signaling circuitry having differential output terminals (208, 210); a current source controller operative to automatically monitor output voltage levels at the differential output terminals (208, 210) and generate a current source control signal based on a detected mode of operation of the differential signaling circuitry corresponding to the output voltage levels; a pair of transistor-implemented current sources (I4, I5) being directly connected to a first voltage source and being directly connected to the differential output terminals (208, 210) without a switch designed to couple the current sources (I4, I5) to the output terminals (208, 210) and operative to receive the current source control signal and selectively generate source currents to adjust the output voltage levels at the differential output terminals (208, 210) in response to the received current source control signal. differential signaling circuitry having differential output terminals (208, 210); a current source controller operative to automatically monitor output voltage levels at the differential output terminals (208, 210) and generate a current source control signal based on a detected mode of operation of the differential signaling circuitry corresponding to the output voltage levels; a pair of transistor-implemented current sources (I4, I5) being directly connected to a first voltage source and being directly connected to the differential output terminals (208, 210) without a switch designed to couple the current sources (I4, I5) to the output terminals (208, 210) and operative to receive the current source control signal and selectively generate source currents to adjust the output voltage levels at the differential output terminals (208, 210) in response to the received current source control signal.
A phase difference estimator (120, 220) to estimate a phase difference between clock signals of a first device and a second device, the phase difference estimator comprising: a delay element to delay a reference clock signal of the first device by one of a plurality of delay values, the reference clock signal comprising a waveform of alternating symbols; a sampler to sample a monitored clock signal received from the second device responsive to edges of the delayed reference clock signal to generate sampled signal outputs, the monitored clock signal generated and provided by the second device; a noise-reduction element to sample the sampled signal outputs and to provide noise-reduced sampled signal outputs based on the sampled signal outputs; a correlation element to correlate the noise-reduced sampled signal outputs with a step function to generate a correlation value for each of the delay values; and a controller to instruct the delay element to delay the reference clock signal by a selected one of the delay values and provide a phase difference estimate output based on the correlation value, the phase difference estimate output indicative of a phase difference between the reference clock signal and the monitored clock signal; and characterised by that the noise reduction element is configured to, when the reference clock signal has a frequency that is an integer X multiple of a frequency of the monitored clock signal, generate the noise-reduced sampled signal output using every Xth sample of the sampled signal output and discard the X-1 intermediary samples. a delay element to delay a reference clock signal of the first device by one of a plurality of delay values, the reference clock signal comprising a waveform of alternating symbols; a sampler to sample a monitored clock signal received from the second device responsive to edges of the delayed reference clock signal to generate sampled signal outputs, the monitored clock signal generated and provided by the second device; a noise-reduction element to sample the sampled signal outputs and to provide noise-reduced sampled signal outputs based on the sampled signal outputs; a correlation element to correlate the noise-reduced sampled signal outputs with a step function to generate a correlation value for each of the delay values; and a controller to instruct the delay element to delay the reference clock signal by a selected one of the delay values and provide a phase difference estimate output based on the correlation value, the phase difference estimate output indicative of a phase difference between the reference clock signal and the monitored clock signal; and characterised by that the noise reduction element is configured to, when the reference clock signal has a frequency that is an integer X multiple of a frequency of the monitored clock signal, generate the noise-reduced sampled signal output using every Xth sample of the sampled signal output and discard the X-1 intermediary samples.
A method of forming an electrostatic dissipative composition disposed on a substrate, comprising: mixing a first polymer and a second polymer to form a first composition; depositing the first composition onto the substrate; and curing the first composition; further comprising: (i) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises isopropyl alcohol; and rinsing the first composition with a second rinsing agent comprising p-Toluenesulfonic acid; or (ii) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises p-Toluenesulfonic acid; and rinsing the first composition with a second rinsing agent comprising isopropyl alcohol. mixing a first polymer and a second polymer to form a first composition; depositing the first composition onto the substrate; and curing the first composition; (i) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises isopropyl alcohol; and rinsing the first composition with a second rinsing agent comprising p-Toluenesulfonic acid; or (ii) rinsing the first composition with a rinsing agent; wherein the rinsing agent comprises p-Toluenesulfonic acid; and rinsing the first composition with a second rinsing agent comprising isopropyl alcohol.
Electrical breast pump, comprising a vacuum source having a vacuum pump with an electrical motor and an aerate valve, and a controller configured to control an operation of the vacuum pump and the aerate valve (150, wherein a pumping cycle comprises a pumping period of the vacuum pump and an aerate period during which the aerate valve is switched on and the vacuum pump is inactive and the electrical motor is switched off, a drive circuit which is configured to supply a motor supply voltage for the electrical motor under the control of the controller, wherein the drive circuit is also configured to detect an electromotive force induced voltage at the electrical motor, when the motor supply voltage is switched off, wherein the controller is configured to adapt the control of the operation of the vacuum pump and/or the aerate valve based on the detected induced voltage. a vacuum source having a vacuum pump with an electrical motor and an aerate valve, and a controller configured to control an operation of the vacuum pump and the aerate valve (150, wherein a pumping cycle comprises a pumping period of the vacuum pump and an aerate period during which the aerate valve is switched on and the vacuum pump is inactive and the electrical motor is switched off, a drive circuit which is configured to supply a motor supply voltage for the electrical motor under the control of the controller, wherein the drive circuit is also configured to detect an electromotive force induced voltage at the electrical motor, when the motor supply voltage is switched off, wherein the controller is configured to adapt the control of the operation of the vacuum pump and/or the aerate valve based on the detected induced voltage.
A data center path switch, comprising: a set of ports, wherein each port within the set of ports is configured to receive data streams from an external medium, and to transmit data streams to an external medium; a path interconnection unit comprising cascaded electrical cross-point groups (306A, 306B, 306C) constituting the multistage path interconnection unit having an ingress side with a set of paths equal to the number of ingress ports in the set of ports connected between the set of ports and the ingress side of the path interconnection unit in a one-to-one arrangement, and an egress side with a set of paths equal to the number of paths on the ingress side connected between the set of ports and the egress side of the path interconnection unit in a one-to-one arrangement, and the electrical based cascaded electrical cross-point groups is configured to switch data streams on any one ingress side path to any one egress side path such that data streams received on any one of the set of ports can be transmitted on any one of the set of ports, wherein the set of ports for the ingress side is that same set of ports for the egress side; and a control unit connected to the path interconnection unit is configured to control the switching of data streams from a path on the ingress side to a path on the egress side; and wherein the path interconnection unit is configured to provide a latency of data streams switched from a receiving port to a transmitting port that is less than 500 nsec. a set of ports, wherein each port within the set of ports is configured to receive data streams from an external medium, and to transmit data streams to an external medium; a path interconnection unit comprising cascaded electrical cross-point groups (306A, 306B, 306C) constituting the multistage path interconnection unit having an ingress side with a set of paths equal to the number of ingress ports in the set of ports connected between the set of ports and the ingress side of the path interconnection unit in a one-to-one arrangement, and an egress side with a set of paths equal to the number of paths on the ingress side connected between the set of ports and the egress side of the path interconnection unit in a one-to-one arrangement, and the electrical based cascaded electrical cross-point groups is configured to switch data streams on any one ingress side path to any one egress side path such that data streams received on any one of the set of ports can be transmitted on any one of the set of ports, wherein the set of ports for the ingress side is that same set of ports for the egress side; and a control unit connected to the path interconnection unit is configured to control the switching of data streams from a path on the ingress side to a path on the egress side; and wherein the path interconnection unit is configured to provide a latency of data streams switched from a receiving port to a transmitting port that is less than 500 nsec.
Method for obtaining chitin from insect cuticles comprising: - performing a first enzymatic hydrolysis of insect cuticles using at least one endopeptidase, - separating the hydrolyzed cuticles resulting from the first enzymatic hydrolysis, from the hydrolysis medium, - performing a second enzymatic hydrolysis of the hydrolyzed cuticles using at least one endopeptidase, excluding exopeptidase. - performing a first enzymatic hydrolysis of insect cuticles using at least one endopeptidase, - separating the hydrolyzed cuticles resulting from the first enzymatic hydrolysis, from the hydrolysis medium, - performing a second enzymatic hydrolysis of the hydrolyzed cuticles using at least one endopeptidase, excluding exopeptidase.
A tea bag to be immersed, characterized by the fact that it makes use of the stem of an herb, constituting the stable point of control of the bag to be immersed, wherein the stem is partly enclosed by the bag but is, for the most part, freestanding outside the bag so that it can be held by the user.
A dressing assembly comprising: a negative-pressure dressing configured for application of negative pressure to a tissue site; and an isolation patch configured for use under the negative-pressure dressing and configured to isolate a portion of the tissue site from the negative pressure. a negative-pressure dressing configured for application of negative pressure to a tissue site; and an isolation patch configured for use under the negative-pressure dressing and configured to isolate a portion of the tissue site from the negative pressure.
A method for positioning a vehicle with respect to a charge station on the ground underneath said vehicle using an around view monitoring system, said around view monitoring system comprising at least one camera (21, 22, 23, 24), a processing unit and a display unit, wherein said method comprising; - taking at least one image on the ground (21", 22", 23", 24") with said charge station using at least one camera (21, 22, 23, 24); - tracking the position of said ground with said charge station with respect to said vehicle, characterised by; - visualizing said ground with said charge station as an under vehicle view and as a function of the vehicle speed, if said vehicle is moved over at least a portion of said ground (21", 22", 23", 24") with said charge station. - taking at least one image on the ground (21", 22", 23", 24") with said charge station using at least one camera (21, 22, 23, 24); - tracking the position of said ground with said charge station with respect to said vehicle, characterised by; - visualizing said ground with said charge station as an under vehicle view and as a function of the vehicle speed, if said vehicle is moved over at least a portion of said ground (21", 22", 23", 24") with said charge station.
A hair holder comprising a tubular body and a fixing member, the tubular body having: a first opening located at a first end; and a second opening located at a second end, and being configured to allow a lock of hair to be inserted from the first opening toward the second opening and to be capable of being rolled up, and the fixing member maintaining a state in which the tubular body is rolled up, wherein the tubular body has a longitudinal direction and a width direction that is orthogonal to the longitudinal direction, and has a first surface sheet and a second surface sheet, and when the tubular body is rolled up, the first surface sheet is located on the inside of the tubular body and the second surface sheet is located on the outside of the tubular body, the second surface sheet has a plurality of slits that extends in the width direction and that is intermittently arranged along the longitudinal direction, the fixing member has a first member and second members that can be detachably joined together, the first member is arranged on the first surface sheet on the side of the first opening in the longitudinal direction, the second surface sheet has a central region in the width direction, where the plurality of slits is provided, and a pair of side regions each of which is located on opposite sides of the central region, characterized in that the second members are arranged in the pair of side regions, respectively, so as to extend in the longitudinal direction. wherein the tubular body has a longitudinal direction and a width direction that is orthogonal to the longitudinal direction, and has a first surface sheet and a second surface sheet, and when the tubular body is rolled up, the first surface sheet is located on the inside of the tubular body and the second surface sheet is located on the outside of the tubular body, the second surface sheet has a plurality of slits that extends in the width direction and that is intermittently arranged along the longitudinal direction, the fixing member has a first member and second members that can be detachably joined together, the first member is arranged on the first surface sheet on the side of the first opening in the longitudinal direction, the second surface sheet has a central region in the width direction, where the plurality of slits is provided, and a pair of side regions each of which is located on opposite sides of the central region, characterized in that the second members are arranged in the pair of side regions, respectively, so as to extend in the longitudinal direction.
A transport vessel for transporting a hyperpolarized substance, the transport vessel comprising: a vessel housing; a chamber formed within the vessel housing that is configured to receive a container holding a hyperpolarized substance; an electromagnet configured to generate a magnetic containment field about the chamber when a current is supplied thereto, the magnetic containment field comprising a homogeneous magnetic field; a non-magnetic battery to supply the current to the electromagnet; and a control circuit configured to selectively interrupt the supply of current to the electromagnet so as to control generation of the magnetic containment field; wherein the transport vessel is magnetically inert when the supply of current to the electromagnet is interrupted by the control circuit; and wherein the control circuit comprises: a magnetic field sensor configured to detect a strength of an ambient magnetic field in an area in which the transport vessel is located; and a processor operably coupled to the magnetic field sensor so as to receive an input therefrom regarding the strength of the ambient magnetic field; and a magnetic field safety switch configured to interrupt the supply of current to the electromagnet; wherein the processor is programmed to cause the magnetic field safety switch to open when the strength of the ambient magnetic field is greater than a threshold value, so as to interrupt the supply of current to the electromagnet. a vessel housing; a chamber formed within the vessel housing that is configured to receive a container holding a hyperpolarized substance; an electromagnet configured to generate a magnetic containment field about the chamber when a current is supplied thereto, the magnetic containment field comprising a homogeneous magnetic field; a non-magnetic battery to supply the current to the electromagnet; and a control circuit configured to selectively interrupt the supply of current to the electromagnet so as to control generation of the magnetic containment field; wherein the transport vessel is magnetically inert when the supply of current to the electromagnet is interrupted by the control circuit; and wherein the control circuit comprises: a magnetic field sensor configured to detect a strength of an ambient magnetic field in an area in which the transport vessel is located; and a processor operably coupled to the magnetic field sensor so as to receive an input therefrom regarding the strength of the ambient magnetic field; and a magnetic field safety switch configured to interrupt the supply of current to the electromagnet; a magnetic field sensor configured to detect a strength of an ambient magnetic field in an area in which the transport vessel is located; and a processor operably coupled to the magnetic field sensor so as to receive an input therefrom regarding the strength of the ambient magnetic field; and a magnetic field safety switch configured to interrupt the supply of current to the electromagnet;
An electrical switch comprising: a casing; at least two fixed contacts (131, 132, 133), a moving contact supported in the casing for movement between an ON position making contact with at least a first fixed contact of said at least two fixed contacts and an OFF position breaking contact with the first fixed contact; an operating member supported for movement in opposite directions relative to the casing between a first position moving the moving contact into the ON position and a second position moving the moving contact into the OFF position; and a locking member integrated with the operating member for automatically locking the operating member in each of its first and second positions, the locking member being releasable to unlock the operating member upon manual movement in a direction different from that of the operating member; and wherein the locking member is operable in a direction at right angles to that of the operating member such that unlocking action of the locking member and switching action of the operating member are distinct actions to avoid mis-operation; characterised in that the locking member, upon depression, sinks and creates a recess in the operating member for retaining at least part of the finger of a user to thereby allow one finger operation of moving the locking member to unlock the operating member and then moving the operating member between the first and second positions. a casing; at least two fixed contacts (131, 132, 133), a moving contact supported in the casing for movement between an ON position making contact with at least a first fixed contact of said at least two fixed contacts and an OFF position breaking contact with the first fixed contact; an operating member supported for movement in opposite directions relative to the casing between a first position moving the moving contact into the ON position and a second position moving the moving contact into the OFF position; and a locking member integrated with the operating member for automatically locking the operating member in each of its first and second positions, the locking member being releasable to unlock the operating member upon manual movement in a direction different from that of the operating member; and wherein the locking member is operable in a direction at right angles to that of the operating member such that unlocking action of the locking member and switching action of the operating member are distinct actions to avoid mis-operation; characterised in that the locking member, upon depression, sinks and creates a recess in the operating member for retaining at least part of the finger of a user to thereby allow one finger operation of moving the locking member to unlock the operating member and then moving the operating member between the first and second positions.
An electromagnetic wave transmission filter (10,110), comprising: a conductive substrate (11,111); one or more coils (13,113), the coils being wound at least once; and one or more openings (12,112) through the substrate wherein the one or more coils (13,113) are at least partly disposed in a respective opening (12,112). a conductive substrate (11,111); one or more coils (13,113), the coils being wound at least once; and one or more openings (12,112) through the substrate wherein the one or more coils (13,113) are at least partly disposed in a respective opening (12,112).