mhurhangee/ep-ind-claims huggingface dataset:
An off-axis interferometric module comprises: a first beam splitter/combiner unit for receiving an input beam and splitting said input beam into first and second light beams; a Fourier optics assembly comprising two lenses; a first lens being accommodated at the input of said first beam splitter and a second lens being accommodated at the output of said first beam splitter in the first optical path of said first light beam; a reflective surface accommodated in the first optical path of said first light beam to direct said first light beam back to said first beam splitter/combiner; a spatial filter accommodated in front of the reflective surface for receiving and spatially filtering said first light beam to thereby create a reference beam with respect to the second light beam; a second beam splitter/combiner unit for receiving said second light beam, splitting said second light beam into third and fourth light beams; at least two Fourier shifting elements accommodated in the first and second optical paths of the third and fourth light beams for creating a Fourier-plane shift of said third and fourth light beams and reflecting said third and fourth light beams back towards said second beam splitter/combiner unit; the reflected reference beam and the third and fourth beams creating at least two interferences respectively being two off-axis overlapping interferograms and a control unit configured to multiplex the two off-axis overlapping interferograms into a single off-axis interferogram. a first beam splitter/combiner unit for receiving an input beam and splitting said input beam into first and second light beams; a Fourier optics assembly comprising two lenses; a first lens being accommodated at the input of said first beam splitter and a second lens being accommodated at the output of said first beam splitter in the first optical path of said first light beam; a reflective surface accommodated in the first optical path of said first light beam to direct said first light beam back to said first beam splitter/combiner; a spatial filter accommodated in front of the reflective surface for receiving and spatially filtering said first light beam to thereby create a reference beam with respect to the second light beam; a second beam splitter/combiner unit for receiving said second light beam, splitting said second light beam into third and fourth light beams; at least two Fourier shifting elements accommodated in the first and second optical paths of the third and fourth light beams for creating a Fourier-plane shift of said third and fourth light beams and reflecting said third and fourth light beams back towards said second beam splitter/combiner unit; the reflected reference beam and the third and fourth beams creating at least two interferences respectively being two off-axis overlapping interferograms and a control unit configured to multiplex the two off-axis overlapping interferograms into a single off-axis interferogram.
A device for radially strengthening a polylactic acid tube, wherein the device comprises a tubular mold, said device being characterized by a rotating blade and a distal blade; a rotating shaft of the rotating blade is arranged at an axial position of the tubular mold and can rotate relative to the axial position; a first end of the distal blade is movably connected to an end of the rotating blade far away from the rotating shaft; and a second end of the distal blade is connected to a control rod, opening and closing are achieved under the control of the control rod, and a joint between the distal blade and the rotating blade is a swing center.
A phosphor plate package comprising: a substrate; a phosphor plate disposed on one surface of the substrate; and a glass paste layer interposed between the substrate and the phosphor plate, characterized in that a thickness of the glass paste layer ranges from 5 to 10 mm. a substrate; a phosphor plate disposed on one surface of the substrate; and a glass paste layer interposed between the substrate and the phosphor plate, characterized in that a thickness of the glass paste layer ranges from 5 to 10 mm.
An information processing method comprising: generating a plurality of execution spaces; allocating resources of an apparatus to the plurality of execution spaces: starting one or more processes in each of the execution spaces; allocating resources, included in the resources allocated to an execution space, to the processes started in the execution space; reserving surplus resources, which result from subtracting the resources allocated to the processes started in the execution space from the resources allocated to the execution space, in the execution space; characterized by: requesting additional resource allocation from the process; determining whether or not the surplus resources, reserved in the execution space to which the process belongs, satisfy the request for additional resource allocations: upon the surplus resources satisfying the request, allocating the additional resources, included in the surplus resources, to the process; and upon the surplus resources not satisfying the request, allocating additional resources to the execution space; and allocating the additional resources, included in the surplus resources reserved in the execution space and the resources allocated additionally to the execution space, to the process.. generating a plurality of execution spaces; allocating resources of an apparatus to the plurality of execution spaces: starting one or more processes in each of the execution spaces; allocating resources, included in the resources allocated to an execution space, to the processes started in the execution space; reserving surplus resources, which result from subtracting the resources allocated to the processes started in the execution space from the resources allocated to the execution space, in the execution space; requesting additional resource allocation from the process; determining whether or not the surplus resources, reserved in the execution space to which the process belongs, satisfy the request for additional resource allocations: upon the surplus resources satisfying the request, allocating the additional resources, included in the surplus resources, to the process; and upon the surplus resources not satisfying the request, allocating additional resources to the execution space; and allocating the additional resources, included in the surplus resources reserved in the execution space and the resources allocated additionally to the execution space, to the process..
A method of transmitting data over a plurality of wireless frequency bands between a transmitter and a receiver during one of a plurality of rounds, the method comprising: a. computing a target spacing (415, 615) in time between a start time of transmission in a first band and a start time of transmission in a second band, said computing being dependent on a first data rate in the one round and in the first band; b. commencing transmitting (470, 670), by the transmitter, a first frame of data over the first band at the first data rate; c. waiting for the computed target spacing to elapse (440, 657), and then commencing transmitting (470, 670), by the transmitter, a second frame of data over the second band at a second data rate; wherein each band and each round of the band have a different data rate; and wherein the size of each frame in the round is equal to a constant slot length multiplied by the data rate in the round and in the band over which the frame is transmitted. a. computing a target spacing (415, 615) in time between a start time of transmission in a first band and a start time of transmission in a second band, said computing being dependent on a first data rate in the one round and in the first band; b. commencing transmitting (470, 670), by the transmitter, a first frame of data over the first band at the first data rate; c. waiting for the computed target spacing to elapse (440, 657), and then commencing transmitting (470, 670), by the transmitter, a second frame of data over the second band at a second data rate;
Method for releasing a locking system, comprised by a vehicle, for a supply line for supplying electrical energy to the vehicle, in which a message is generated by a requesting user, who is unable to charge his/her vehicle due to the supply line being blocked, by means of a transmitter and is transmitted to a portable computing unit of a user of the vehicle, which message indicates to the user of the vehicle that the requesting user would like to use or release the supply line from the vehicle, and in which, by means of the message, an option for generating a control command for releasing the locking system is provided to the user of the vehicle, and in which, in the event that the user of the vehicle activates the option for generating the control command for releasing the locking system, the control command for releasing the locking system is generated and transmitted to the vehicle, and in which, in response to receipt of the generated control command by a control device of the vehicle, the locking system of the vehicle is released, thereby enabling the requesting user to release the supply line from the vehicle.
An air-conditioning controller, the air-conditioning controller being configured to cause an air-conditioning apparatus to perform a preliminary operation in which the air-conditioning apparatus is operated before a designated time to adjust a room temperature, the air-conditioning controller including an operation time correction unit configured to correct operation time of the preliminary operation, the operation time being the duration of operation of the air-conditioning apparatus, the operation time correction unit being further configured to compute the operation time of the preliminary operation of the air-conditioning apparatus depending on a first temperature difference, the first temperature difference being a difference between the room temperature Ta0, and a target temperature Tm, wherein the operation time correction unit is further configured to correct, when the air-conditioning apparatus is in a cooling operation, the computed operation time of the preliminary operation, which is the operation time of the operation of the air-conditioning apparatus performed next, based on a second temperature difference, the second temperature difference being a difference between the room temperature Ta1 at the designated time and a first temperature that is higher than the target temperature by a predetermined temperature difference at the designated time, correct, when the air-conditioning apparatus is in a heating operation, the computed operation time of the preliminary operation, which is the next operation time, based on a third temperature difference, the third temperature difference being a difference between the room temperature Ta1 at the designated time, and a second temperature that is lower than the target temperature by a predetermined temperature difference at the designated time, characterized in that the operation time correction unit is further configured to determine an adjustment ratio based on an indoor temperature Ta1 corresponding to the designated time in a preliminary operation performed previously and an allowable range ΔTm at the designated time, in the preliminary operation performed previously, and determine the operation time of the adjusted preliminary operation based on the determined adjustment ratio.
A wireless communications system comprising: a terminal device; a first network having a first packet data network gateway, P-GW; a second network having a second P-GW operably coupled to the first P-GW in the first network via a backhaul link supporting user plane data of the terminal device; a base station; and a serving gateway, S-GW, wherein a single packet data network connection is created for the terminal device that traverses through the first P-GW, second P-GW, S-GW and base station, and the second P-GW comprises a processor arranged to: build terminal device context information from signalling used to establish the single packet data network connection; extract signalling information between the first P-GW and at least one of a mobility management entity, MME (307, 315), the S-GW and perform at least one of: adapt the extracted signalling information passed between at least one of the MME, S-GW and the first P-GW; and forward the signalling information to the first P-GW; determine an operational status of at least one of: the backhaul link, first P-GW, and the processor of the second P-GW is characterised in that it is arranged to perform functionality that would have been performed by the first P-GW had it been available, in response to the processor determining that at least one of: the backhaul link, first P-GW, is unavailable. a terminal device; a first network having a first packet data network gateway, P-GW; a second network having a second P-GW operably coupled to the first P-GW in the first network via a backhaul link supporting user plane data of the terminal device; a base station; and a serving gateway, S-GW, build terminal device context information from signalling used to establish the single packet data network connection; extract signalling information between the first P-GW and at least one of a mobility management entity, MME (307, 315), the S-GW and perform at least one of: adapt the extracted signalling information passed between at least one of the MME, S-GW and the first P-GW; and forward the signalling information to the first P-GW; adapt the extracted signalling information passed between at least one of the MME, S-GW and the first P-GW; and forward the signalling information to the first P-GW; determine an operational status of at least one of: the backhaul link, first P-GW, and the processor of the second P-GW is characterised in that it is arranged to perform functionality that would have been performed by the first P-GW had it been available, in response to the processor determining that at least one of: the backhaul link, first P-GW, is unavailable.
A method for limiting information on an augmented reality, AR, display of an AR device, the method comprising: determining a movement of the AR device based on detected motion of the AR device; determining a category of movement based, at least in part, on comparing the movement relative to thresholds, wherein the category of movement comprises a first category, a second category, and a third category, wherein a first threshold delineates between the first category and the second category, and wherein a second threshold delineates between the second category and the third category; and filtering the AR display based on determining the category of movement and determining which kinds of AR information to display, wherein filtering the AR display comprises: allowing full information for display on the AR display for the first category; limiting from the full information to abbreviated information for display on the AR display for the second category; and curtailing to curtailed information for the third category; wherein the abbreviated information comprises less information than the full information and the curtailed information comprises less information than the abbreviated information, wherein a user can override the filtering the AR display. determining a movement of the AR device based on detected motion of the AR device; determining a category of movement based, at least in part, on comparing the movement relative to thresholds, wherein the category of movement comprises a first category, a second category, and a third category, wherein a first threshold delineates between the first category and the second category, and wherein a second threshold delineates between the second category and the third category; and filtering the AR display based on determining the category of movement and determining which kinds of AR information to display, wherein filtering the AR display comprises: allowing full information for display on the AR display for the first category; limiting from the full information to abbreviated information for display on the AR display for the second category; and curtailing to curtailed information for the third category; wherein the abbreviated information comprises less information than the full information and the curtailed information comprises less information than the abbreviated information, allowing full information for display on the AR display for the first category; limiting from the full information to abbreviated information for display on the AR display for the second category; and curtailing to curtailed information for the third category; wherein the abbreviated information comprises less information than the full information and the curtailed information comprises less information than the abbreviated information, wherein a user can override the filtering the AR display.
A female contact, comprising a first elastic arm and a second elastic arm that extend from a rear end toward a front end and are connected to each other, wherein the first elastic arm includes a first contact point and a third contact point, the first contact point being provided at or adjacent the front end, and the third contact point being provided rearward of the first contact point and having a smaller protrusion amount than the first contact point, and the second elastic arm includes a second contact point and a fourth contact point, the second contact point being provided at or adjacent the front end, and the fourth contact point being provided rearward of the second contact point and having a smaller protrusion amount than the second contact point, characterised in that: the first elastic arm includes a first aperture with which the second contact point is engaged, and the second elastic arm includes a second aperture with which the first contact point is engaged. the first elastic arm includes a first aperture with which the second contact point is engaged, and the second elastic arm includes a second aperture with which the first contact point is engaged.
The use of collagenase for the manufacture of a medicament for the treatment of adhesive capsulitis in a human subject in need of such treatment, wherein said composition is delivered to collagenous adhesions in the shoulder wherein the collagenase is derived from Clostridium histolyticum, and wherein at least two injections of at least 700 SRC units of collagenase are administered 4 to 6 weeks apart.
A method for identifying a cell-specific cell surface toponome motif of circulating cells of the immune system of a human or animal for the identification of amyotrophic lateral sclerosis comprising the following steps: a) providing a sample of pathologically modified circulating cells of the immune system of a human or animal showing an organ-specific chronic inflammatory disease and providing a sample of circulating cells of the same cell type of the immune system of a healthy human or animal, wherein said circulating cells are peripheral blood mononuclear cells (PBMC); b) determining cell-specific cell surface toponomes of at least the cell surface proteins HLA-DQ, Fcgamma RIII and CD11 in the cell samples of said healthy and pathologically modified cells; c) comparing the resulting cell surface toponomes of said healthy and pathologically modified cells and subtracting the coincident parts of the cell surface toponomes of said healthy and pathologically modified cells, thereby determining a cell-specific cell surface toponome motif of said pathologically modified cells resulting therefrom; and d) identifying and characterizing the resulting cell-specific cell surface toponome motif of said pathologically modified circulating cells of the immune system in terms of molecules and its spatial arrangement within the cell as disease specific, wherein the disease is amyotrophic lateral sclerosis if the cell surface toponome motif of the cell surface proteins HLA-DQ, Fcgamma RIII and CD11 in the cell sample is the amyotrophic lateral sclerosis -specific cell surface toponome motif, "HLA-DQ off / Fcgamma RIII on / CD11 off". a) providing a sample of pathologically modified circulating cells of the immune system of a human or animal showing an organ-specific chronic inflammatory disease and providing a sample of circulating cells of the same cell type of the immune system of a healthy human or animal, wherein said circulating cells are peripheral blood mononuclear cells (PBMC); b) determining cell-specific cell surface toponomes of at least the cell surface proteins HLA-DQ, Fcgamma RIII and CD11 in the cell samples of said healthy and pathologically modified cells; c) comparing the resulting cell surface toponomes of said healthy and pathologically modified cells and subtracting the coincident parts of the cell surface toponomes of said healthy and pathologically modified cells, thereby determining a cell-specific cell surface toponome motif of said pathologically modified cells resulting therefrom; and d) identifying and characterizing the resulting cell-specific cell surface toponome motif of said pathologically modified circulating cells of the immune system in terms of molecules and its spatial arrangement within the cell as disease specific, wherein the disease is amyotrophic lateral sclerosis if the cell surface toponome motif of the cell surface proteins HLA-DQ, Fcgamma RIII and CD11 in the cell sample is the amyotrophic lateral sclerosis -specific cell surface toponome motif, "HLA-DQ off / Fcgamma RIII on / CD11 off".
Inductive proximity sensor, with a transmitting coil, a receiving coil, an excitation device, which is connected to the transmitting coil and an evaluation device connected to the transmitting coil and the excitation device and connected to the receiving coil in which the evaluation device is designed to generate an output signal dependent from a voltage ratio between a transmission voltage (U S) of the transmitting coil and/or the excitation means and a reception voltage (U E) of the receiving coil, wherein the excitation means is formed to produce a sinusoidal high-frequency transmission voltage (U S), characterized in that the sinusoidal high frequency transmission voltage (U S) has a frequency of 0.5 MHz to 5 MHz, wherein the excitation means forms an LC oscillator through the transmitting coil and a capacitor, which is designed to generate the transmitter voltage (U S).
A method performed by a user equipment, UE, configured to operate in a wireless communication system, the method comprising: receiving information regarding a plurality of groups, wherein each of the plurality of groups includes at least one search space set for physical downlink control channel, PDCCH, monitoring, and wherein the plurality of groups comprises a first group and a second group; and performing, based on the information regarding the plurality of groups, the PDCCH monitoring according to a search space set included in the first group, wherein based on receiving downlink control information that informs of the second group: the PDCCH monitoring according to the search space set included in the first group is switched to PDCCH monitoring according to a search space set included in the second group at least Z symbols after the DCI, and Z is a predetermined positive integer. receiving information regarding a plurality of groups, wherein each of the plurality of groups includes at least one search space set for physical downlink control channel, PDCCH, monitoring, and wherein the plurality of groups comprises a first group and a second group; and performing, based on the information regarding the plurality of groups, the PDCCH monitoring according to a search space set included in the first group, wherein based on receiving downlink control information that informs of the second group: the PDCCH monitoring according to the search space set included in the first group is switched to PDCCH monitoring according to a search space set included in the second group at least Z symbols after the DCI, and Z is a predetermined positive integer.