mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for transcutaneous electrical nerve stimulation in a user, the apparatus comprising: a stimulator for electrically stimulating at least one nerve with at least one stimulation pulse; a controller connected to said stimulator for controlling at least one characteristic of said at least one stimulation pulse; an analyzer for identifying the current and future presence of pain-altering patterns based on weather and/or environmental factors; and a processor connected to said analyzer and said controller for modulating said at least one characteristic of said at least one stimulation pulse according to said pain-altering patterns identified by said analyzer, wherein said pain-altering patterns comprise at least one selected from the group consisting of: a temperature below a temperature threshold, a humidity above a humidity threshold, a wind speed exceeding a wind speed threshold, a precipitation amount exceeding a precipitation amount CB66588 WO threshold, and a barometric pressure below a barometric pressure threshold wherein the value of at least one of said temperature threshold, humidity threshold, wind speed threshold, precipitation amount threshold and barometric pressure threshold depends on at least one selected from the group consisting of: demographic information of the user and a health condition of the user, wherein said health condition of the user comprises at least one selected from the group consisting of: pain history, pain location, pain duration, pain frequency, pain pattern, and weather sensitivity. a stimulator for electrically stimulating at least one nerve with at least one stimulation pulse; a controller connected to said stimulator for controlling at least one characteristic of said at least one stimulation pulse; an analyzer for identifying the current and future presence of pain-altering patterns based on weather and/or environmental factors; and a processor connected to said analyzer and said controller for modulating said at least one characteristic of said at least one stimulation pulse according to said pain-altering patterns identified by said analyzer, wherein said pain-altering patterns comprise at least one selected from the group consisting of: a temperature below a temperature threshold, a humidity above a humidity threshold, a wind speed exceeding a wind speed threshold, a precipitation amount exceeding a precipitation amount CB66588 WO threshold, and a barometric pressure below a barometric pressure threshold wherein the value of at least one of said temperature threshold, humidity threshold, wind speed threshold, precipitation amount threshold and barometric pressure threshold depends on at least one selected from the group consisting of: demographic information of the user and a health condition of the user, wherein said health condition of the user comprises at least one selected from the group consisting of: pain history, pain location, pain duration, pain frequency, pain pattern, and weather sensitivity.
Gas delivery device comprising: - a main chamber, - an injection nozzle comprising an inner gas passage in fluid communication with the main chamber, said inner gas passage comprising an inlet diameter and an outlet diameter, said inlet diameter being greater than the outlet diameter, - a downstream chamber in fluid communication with the inner gas passage of the injection nozzle, - an inflatable bag in fluid communication with the downstream chamber, - a second chamber fluidly communicating with the main chamber and further with the inflatable bag, and - a gas-flow control device (220, 224) arranged between the main chamber and the second chamber for controlling the passage of gas from the main chamber to the second chamber, characterized in that: - the injection nozzle is arranged downstream of said main chamber so that the gas exiting the main chamber enters into the inner gas passage of the injection nozzle, and - the inflatable bag comprises a bag inlet and a bag outlet so that: • the second chamber is fluidly connected to the bag inlet of the inflatable bag, and • the downstream chamber is fluidly connected to the bag outlet of the inflatable bag. - a main chamber, - an injection nozzle comprising an inner gas passage in fluid communication with the main chamber, said inner gas passage comprising an inlet diameter and an outlet diameter, said inlet diameter being greater than the outlet diameter, - a downstream chamber in fluid communication with the inner gas passage of the injection nozzle, - an inflatable bag in fluid communication with the downstream chamber, - a second chamber fluidly communicating with the main chamber and further with the inflatable bag, and - a gas-flow control device (220, 224) arranged between the main chamber and the second chamber for controlling the passage of gas from the main chamber to the second chamber, - the injection nozzle is arranged downstream of said main chamber so that the gas exiting the main chamber enters into the inner gas passage of the injection nozzle, and - the inflatable bag comprises a bag inlet and a bag outlet so that: • the second chamber is fluidly connected to the bag inlet of the inflatable bag, and • the downstream chamber is fluidly connected to the bag outlet of the inflatable bag. • the second chamber is fluidly connected to the bag inlet of the inflatable bag, and • the downstream chamber is fluidly connected to the bag outlet of the inflatable bag.
Internal combustion engine, comprising at least one crankshaft and a crankcase that supports the crankshaft, characterized in that the crankcase, in particular as an unmachined part, has at least two oil filter surfaces (2, 3) at opposite sides of the crankcase, wherein, in a manner dependent on the installation situation, one or the other side of the crankcase is used as a maintenance side, wherein the desired maintenance side is generated from said oil filter surfaces (2, 3) through selective machining in conjunction with the corresponding closure parts.
A method for adaptive receiver delay equalization, the method comprising: receiving positive and negative polarity signals of a differential signal at data inputs of a first variable-delay filter and a second variable-delay filter, respectively; generating filtered positive and negative polarity signals by the first variable-delay filter and the second variable-delay filter, respectively; determining a delay difference between the filtered positive and negative polarity signals by a skew detector; generating a skew-indication signal by the skew detector based on the delay difference; generating a delay control signal by an equalization control circuit based on the skew-indication signal; and sending the delay control signal to at least one of the first and second variable-delay filters (110P, 110N), characterized in that each of the first and second variable-delay filters (110P, 110N) comprises a linear phase filter which provides a phase shift that varies linearly with frequency, and that at least one of the first and second variable-delay filters (110P, 110N) is a dual-path filter, wherein the dual-path filter comprises an integral path formed using a low-pass filter (232, 242) and a feed-forward path formed using a high-pass filter (234, 244). receiving positive and negative polarity signals of a differential signal at data inputs of a first variable-delay filter and a second variable-delay filter, respectively; generating filtered positive and negative polarity signals by the first variable-delay filter and the second variable-delay filter, respectively; determining a delay difference between the filtered positive and negative polarity signals by a skew detector; generating a skew-indication signal by the skew detector based on the delay difference; generating a delay control signal by an equalization control circuit based on the skew-indication signal; and sending the delay control signal to at least one of the first and second variable-delay filters (110P, 110N), characterized in that each of the first and second variable-delay filters (110P, 110N) comprises a linear phase filter which provides a phase shift that varies linearly with frequency, and that at least one of the first and second variable-delay filters (110P, 110N) is a dual-path filter, wherein the dual-path filter comprises an integral path formed using a low-pass filter (232, 242) and a feed-forward path formed using a high-pass filter (234, 244).
A control apparatus for stitch imaging using a plurality of radiographic imaging means (102a, 102b, 102c), the control apparatus comprising: a communication circuit (160, 180, 205d) configured to receive, from each of the plurality of radiographic imaging means, state information indicating whether the respective radiographic imaging means is in a first state, which is a state unprepared for acquisition of radiographic images, or a second state, which is the state prepared for the acquisition of radiographic images; a determination means configured to make a first determination, which determines that at least one of the plurality of radiographic imaging means is in the first state, or a second determination, which determines that all of the plurality of radiographic imaging means are in the second state, based on the state information received from each of the plurality of radiographic imaging means; and a display control means (433, 706) configured to control a display of a display means in such a manner that whether stitch imaging is possible or not is identifiable according to whether a result of the determination made by the determination means is the first determination or the second determination. a communication circuit (160, 180, 205d) configured to receive, from each of the plurality of radiographic imaging means, state information indicating whether the respective radiographic imaging means is in a first state, which is a state unprepared for acquisition of radiographic images, or a second state, which is the state prepared for the acquisition of radiographic images; a determination means configured to make a first determination, which determines that at least one of the plurality of radiographic imaging means is in the first state, or a second determination, which determines that all of the plurality of radiographic imaging means are in the second state, based on the state information received from each of the plurality of radiographic imaging means; and a display control means (433, 706) configured to control a display of a display means in such a manner that whether stitch imaging is possible or not is identifiable according to whether a result of the determination made by the determination means is the first determination or the second determination.
A method for determining the composition of medical liquids with regard to their fraction of electrolytes and non-electrolytes, comprising the steps of: - determining at least one first physical parameter of the medical liquid for unambiguously determining the fraction of non-electrolytes in the medical liquid; - simultaneously determining at least a second physical parameter of the medical liquid for determining the fraction of electrolytes in the medical liquid; and - determining the fraction of electrolytes and non-electrolytes in the medical liquid based on the first and second physical parameter, wherein the fraction of the non-electrolyte is unambiguously determined from the first physical parameter, and this determination of the fraction of the non-electrolyte is included in determining the fraction of the electrolyte on the basis of the second physical parameter, wherein, preferably, the effect of the non-electrolyte on the measurement of the second physical parameter is taken into account in determining the fraction of electrolytes characterized in that the first physical parameter is the refractive index of the medical liquid. - determining at least one first physical parameter of the medical liquid for unambiguously determining the fraction of non-electrolytes in the medical liquid; - simultaneously determining at least a second physical parameter of the medical liquid for determining the fraction of electrolytes in the medical liquid; and - determining the fraction of electrolytes and non-electrolytes in the medical liquid based on the first and second physical parameter,
A transmission comprising at least one rim (1; 1a, 1b) and at least one wheel (2; 2a, 2b), an outside surface of said at least one wheel (2; 2a, 2b) engaging an inside surface of said at least one rim (1; 1a, 1b), said at least one wheel (2; 2a, 2b) being rotatable about a first axis and said at least one rim (1; 1a, 1b) being rotatable about a second axis, one of said at least one wheel (2; 2a, 2b) and said at least one rim (1; 1a, 1b) being the input element of the transmission and the other of said at least one wheel (2; 2a, 2b) and said at least one rim (1; 1a, 1b) being the output element of said transmission, said at least one wheel (2; 2a, 2b) and said at least one rim (1; 1a, 1b) being mounted so that said second axis is at a distance from said first axis, said inside surface of said at least one rim (1; 1a, 1b) having a cyclic polygonal shape comprising first sides, with an angle between each adjoining first side of said polygon being greater than 90°, characterised in that said outer surface of said at least one wheel (2; 2a, 2b) having a cyclic polygonal shape comprising second sides, with an angle between each adjoining second side of said polygon being greater than 90°; each second side of said at least one wheel (2; 2a, 2b) engaging with a first side of said at least one rim (1; 1a, 1b) of equal length during rotation of said transmission.
An adapter system, comprising: a clip to attach to a lateral edge of a cap; a rack; a pinioned dial forming a rack-and-pinion mechanism with the rack; and an angle adjuster, characterized in that the rack is slidably coupled with the clip, the angle adjuster is rotationally coupled with the rack, the rack comprises rack teeth, which engage with a pinion to form the rack-and-pinion mechanism so that, when the pinioned dial is rotated, a rotational motion of the pinioned dial results in a linear movement of the rack so as to permit to adjust a distance of a protective gear from the face of a user, the rack comprises a sliding arm, and an outer panel of the clip comprises a groove that slidably mates with the sliding arm, the combination of the groove and the sliding arm permitting the rack to move linearly with reference to the outer panel, a knob is provided which engages with the rack, the knob comprising a threaded male member, the rack comprises a threaded female receptacle that secures to the male member, the angle adjuster comprises a hole through which the male member inserts so that, when assembled, the angle adjuster is secured between the knob and the rack so as to be pivotable with reference to the rack so that, when the protective gear is mounted to the angle adjuster, the position of the protective gear is controlled by moving the rack forward and backward using the pinioned dial, and the protective gear is lifted and re-positioned at different angles as a result of being mounted on the angle adjuster. a clip to attach to a lateral edge of a cap; a rack; a pinioned dial forming a rack-and-pinion mechanism with the rack; and an angle adjuster, characterized in that the rack is slidably coupled with the clip, the angle adjuster is rotationally coupled with the rack, the rack comprises rack teeth, which engage with a pinion to form the rack-and-pinion mechanism so that, when the pinioned dial is rotated, a rotational motion of the pinioned dial results in a linear movement of the rack so as to permit to adjust a distance of a protective gear from the face of a user, the rack comprises a sliding arm, and an outer panel of the clip comprises a groove that slidably mates with the sliding arm, the combination of the groove and the sliding arm permitting the rack to move linearly with reference to the outer panel, a knob is provided which engages with the rack, the knob comprising a threaded male member, the rack comprises a threaded female receptacle that secures to the male member, the angle adjuster comprises a hole through which the male member inserts so that, when assembled, the angle adjuster is secured between the knob and the rack so as to be pivotable with reference to the rack so that, when the protective gear is mounted to the angle adjuster, the position of the protective gear is controlled by moving the rack forward and backward using the pinioned dial, and the protective gear is lifted and re-positioned at different angles as a result of being mounted on the angle adjuster.
A medium additive composition comprising a compound represented by the following formula, or a salt thereof: {wherein, X is a single bond, -CH 2 COO-, -CONH-, or -NHCO-, R 1 is an alkyl group having 1 - 10 carbon atoms, an aryl group, or -Y-W-Z-Ar wherein Y and Z are each a single bond or an alkylene group having 1 - 6 carbon atoms, W is an oxygen atom, a sulfur atom or N(R 4), R 4 is a hydrogen atom or an alkyl group having 1 - 6 carbon atoms, Ar is an aryl group optionally having substituent(s), R 2 is an alkyl group having 1 - 6 carbon atoms, R 3 is a hydroxyl group, and n is 0, 1 or 2}, wherein when Ar has substituent(s) the substituent(s) are selected from halogeno groups and hydroxyl groups.
Anti-roll locking system for a rolling vehicle with three wheels provided with a front steering system comprising an articulated quadrilateral kinematic mechanism, said locking system comprising: a locking device; a gear motor operatively connected to the locking device and configured to cause the locking device to take a stable locking state and a release state; wherein the gear motor comprises: a drive motor having an input shaft; a first transmission wheel coupled to a first portion of said input shaft; characterised in that said locking system further comprises a second transmission wheel coupled to a second portion of said input shaft. a locking device; a gear motor operatively connected to the locking device and configured to cause the locking device to take a stable locking state and a release state; a drive motor having an input shaft; a first transmission wheel coupled to a first portion of said input shaft; characterised in that said locking system further comprises a second transmission wheel coupled to a second portion of said input shaft.
A communication device for wirelessly communicating with another device in a full-duplex mode using orbital angular momentum, the communication device comprising: a transmitting Butler matrix circuit to generate a plurality of second transmission signals by providing phase rotation for one or more first transmission signals input to the transmitting Butler matrix circuit; a transmitting uniform circular array antenna (4;9) including a plurality of transmitting antenna elements (41-1 to 41-N;91-1 to 91-8) to transmit each of the plurality of second transmission signals; a receiving uniform circular array antenna (4;10) comprising a plurality of receiving antenna elements (41-1 to 41-N;101-1 to 101-8)to generate a received signal; characterized by the communication device further comprising: an interference cancellation circuit (6,7;8) to generate a replica of an interference signal received together with one or more signals transmitted from the other device, on a basis of a propagation channel matrix and the one or more first transmission signals, and to subtract the replica from the received signal, the propagation channel matrix being generated on the basis of a propagation distance of a direct wave between each of the plurality of transmitting antenna elements and each of the plurality of receiving antenna elements. a transmitting Butler matrix circuit to generate a plurality of second transmission signals by providing phase rotation for one or more first transmission signals input to the transmitting Butler matrix circuit; a transmitting uniform circular array antenna (4;9) including a plurality of transmitting antenna elements (41-1 to 41-N;91-1 to 91-8) to transmit each of the plurality of second transmission signals; a receiving uniform circular array antenna (4;10) comprising a plurality of receiving antenna elements (41-1 to 41-N;101-1 to 101-8)to generate a received signal; characterized by the communication device further comprising: an interference cancellation circuit (6,7;8) to generate a replica of an interference signal received together with one or more signals transmitted from the other device, on a basis of a propagation channel matrix and the one or more first transmission signals, and to subtract the replica from the received signal, the propagation channel matrix being generated on the basis of a propagation distance of a direct wave between each of the plurality of transmitting antenna elements and each of the plurality of receiving antenna elements.
A method implemented by a host device (104, 106), the method comprising: obtaining, from a GPU-partition requestor, a request for a virtual machine with graphics processing unit functionality, the GPU functionality being represented by a model having a plurality of segments that represent different GPU capabilities, and the request requesting the GPU functionality by specifying the different GPU capabilities; determining whether GPUs of the host device are available to provide the GPU functionality based on the specified GPU capabilities; responsive to a determination that at least a portion of the GPUs are available to provide the GPU functionality, allocating the determined available portion of the GPUs to the virtual machine to configure the virtual machine with a GPU partition having the GPU functionality, wherein configuring the virtual machine with the GPU partition enables the virtual machine to provide GPU-input data to the allocated portion of GPUs and the allocated portion of GPUs to process the GPU-input data to provide GPU-processed data to the virtual machine, wherein configuring the virtual machine with the GPU partition includes generating a virtual device to furnish the GPU functionality of the allocated portion of the GPUs to the virtual machine, said configuring the virtual machine with the GPU partition comprises mapping input and output of the virtual device to respective data input/output hardware work queues of the allocated portion of GPUs; and exposing the virtual machine with the GPU partition having the GPU functionality to the GPU-partition requestor. obtaining, from a GPU-partition requestor, a request for a virtual machine with graphics processing unit functionality, the GPU functionality being represented by a model having a plurality of segments that represent different GPU capabilities, and the request requesting the GPU functionality by specifying the different GPU capabilities; determining whether GPUs of the host device are available to provide the GPU functionality based on the specified GPU capabilities; responsive to a determination that at least a portion of the GPUs are available to provide the GPU functionality, allocating the determined available portion of the GPUs to the virtual machine to configure the virtual machine with a GPU partition having the GPU functionality, wherein configuring the virtual machine with the GPU partition enables the virtual machine to provide GPU-input data to the allocated portion of GPUs and the allocated portion of GPUs to process the GPU-input data to provide GPU-processed data to the virtual machine, wherein configuring the virtual machine with the GPU partition includes generating a virtual device to furnish the GPU functionality of the allocated portion of the GPUs to the virtual machine, said configuring the virtual machine with the GPU partition comprises mapping input and output of the virtual device to respective data input/output hardware work queues of the allocated portion of GPUs; and exposing the virtual machine with the GPU partition having the GPU functionality to the GPU-partition requestor.