mhurhangee/ep-ind-claims huggingface dataset:
An eyewear type terminal, comprising: a frame shaped to be wearable on a user's head; a camera coupled to the frame and configured to obtain an image; an infrared light emitting part coupled to the frame and configured to emit infrared light; a display coupled to the frame and configured to output an image; and a controller configured to: display on the display a preview image obtained via the camera; activate the infrared light emitting part and display on the display the emitted infrared light as a movable marker over the preview image in response to a first input, wherein a size of the marker (801, 801") is changeable by an input; select an object on which the marker (801, 801") is positioned in response to a second input, wherein a range or a number of objects selected by the marker (801, 801") is changed based on the size of the marker (801, 801"); perform image processing on the selected object and recognize the selected object; display on the display a second image comprising the selected object; and display on the display information related to the selected object. a frame shaped to be wearable on a user's head; a camera coupled to the frame and configured to obtain an image; an infrared light emitting part coupled to the frame and configured to emit infrared light; a display coupled to the frame and configured to output an image; and a controller configured to: display on the display a preview image obtained via the camera; activate the infrared light emitting part and display on the display the emitted infrared light as a movable marker over the preview image in response to a first input, wherein a size of the marker (801, 801") is changeable by an input; select an object on which the marker (801, 801") is positioned in response to a second input, wherein a range or a number of objects selected by the marker (801, 801") is changed based on the size of the marker (801, 801"); perform image processing on the selected object and recognize the selected object; display on the display a second image comprising the selected object; and display on the display information related to the selected object. display on the display a preview image obtained via the camera; activate the infrared light emitting part and display on the display the emitted infrared light as a movable marker over the preview image in response to a first input, wherein a size of the marker (801, 801") is changeable by an input; select an object on which the marker (801, 801") is positioned in response to a second input, wherein a range or a number of objects selected by the marker (801, 801") is changed based on the size of the marker (801, 801"); perform image processing on the selected object and recognize the selected object; display on the display a second image comprising the selected object; and display on the display information related to the selected object.
A linear prediction analysis method of obtaining, in each frame, which is a predetermined time interval, coefficients that can be transformed to linear prediction coefficients corresponding to an input time-series signal for encoding or analyzing the input time-series signal, the linear prediction analysis method comprising: an autocorrelation calculation step of calculating an autocorrelation R 0 (i) between an input time-series signal X 0 (n) of a current frame and an input time-series signal X 0 (n-i) i samples before the input time-series signal X 0 (n) or an input time-series signal X 0 (n+i) i samples after the input time-series signal X 0 (n), for each i of i = 0, 1,..., P max at least; and a prediction coefficient calculation step of calculating coefficients that can be transformed to first-order to P max -order linear prediction coefficients, by using a modified autocorrelation R' 0 (i) obtained by multiplying a coefficient w 0 (i) by the autocorrelation R 0 (i) for each i, characterized in that for each order i of some orders i at least, the coefficient w 0 (i) corresponding to the order i is in a monotonically increasing relationship with an increase in a period, a quantized value of the period, or a value that is negatively correlated with a fundamental frequency based on the input time-series signal of the current frame or a past frame, wherein the period is obtained by a periodicity analysis. an autocorrelation calculation step of calculating an autocorrelation R 0 (i) between an input time-series signal X 0 (n) of a current frame and an input time-series signal X 0 (n-i) i samples before the input time-series signal X 0 (n) or an input time-series signal X 0 (n+i) i samples after the input time-series signal X 0 (n), for each i of i = 0, 1,..., P max at least; and a prediction coefficient calculation step of calculating coefficients that can be transformed to first-order to P max -order linear prediction coefficients, by using a modified autocorrelation R' 0 (i) obtained by multiplying a coefficient w 0 (i) by the autocorrelation R 0 (i) for each i, characterized in that for each order i of some orders i at least, the coefficient w 0 (i) corresponding to the order i is in a monotonically increasing relationship with an increase in a period, a quantized value of the period, or a value that is negatively correlated with a fundamental frequency based on the input time-series signal of the current frame or a past frame, wherein the period is obtained by a periodicity analysis.
A workpiece support for supporting rod material in a processing machine, comprising a frame, a swing arm which is mounted on the frame pivotably about a bearing that is fixed to the frame, and a support rest arranged on the swing arm, further comprising a swing arm drive, by means of which the swing arm and the support rest can be pivoted relative to the frame about the bearing that is fixed to the frame, characterized in that the swing arm drive comprises a length-adjustable coupling element and a slide element, wherein the coupling element couples the swing arm and the slide element, wherein the coupling element and the slide element are connected together by means of a rotating joint and wherein the slide element is movable along a displacement axis and is mounted to the frame in a detachably fixable manner.
A line dispensing device comprising: a housing defining an interior cavity and an external cavity; a rotatable shaft rotatably supported by the housing and defining a rotational axis, wherein one end of the rotatable shaft is cantilevered within the external cavity; a line drum disposed about the rotational axis and configured to extend and retract a line from the housing; a transmission extending between the line drum and the rotatable shaft so that rotation of the line drum drives corresponding rotation of the rotatable shaft; a retraction assembly disposed about the rotational axis and configured to generate a retraction force and retract the line from the housing; and a braking assembly disposed about the rotational axis and configured to generate a braking force on the rotatable shaft and during extension of the line from the housing, the braking assembly at least partially disposed within the external cavity, wherein the braking assembly comprises: a stator assembly coupled to the housing; and a rotor assembly coupled to the cantilevered portion of the rotatable shaft and rotatable around the rotational axis. a housing defining an interior cavity and an external cavity; a rotatable shaft rotatably supported by the housing and defining a rotational axis, wherein one end of the rotatable shaft is cantilevered within the external cavity; a line drum disposed about the rotational axis and configured to extend and retract a line from the housing; a transmission extending between the line drum and the rotatable shaft so that rotation of the line drum drives corresponding rotation of the rotatable shaft; a retraction assembly disposed about the rotational axis and configured to generate a retraction force and retract the line from the housing; and a braking assembly disposed about the rotational axis and configured to generate a braking force on the rotatable shaft and during extension of the line from the housing, the braking assembly at least partially disposed within the external cavity, wherein the braking assembly comprises: a stator assembly coupled to the housing; and a rotor assembly coupled to the cantilevered portion of the rotatable shaft and rotatable around the rotational axis. a stator assembly coupled to the housing; and a rotor assembly coupled to the cantilevered portion of the rotatable shaft and rotatable around the rotational axis.
Electrical plug-in connector having a plug-in connector housing and having a plurality of metal contacts, which are arranged parallel in relation to one another, for making electrical contact with metal contact pins of a mating plug, wherein a separate contact terminal is arranged in front of at least one of the contacts, the said separate contact terminal being in electrically conductive contact with the at least one contact and being designed for a contact pin to pass through, wherein the contact terminal is inserted into an insertion opening in the plug-in connector housing, the said insertion opening being arranged in front of the contact, and is latched in the said insertion opening, characterized in that the contact terminal is in contact with the front side of a housing wall of the plug-in connector housing, which housing wall has the insertion openings, by way of at least one front bearing arm and is in contact with the rear side of the said housing wall by way of at least one latching arm, and is in electrically conductive contact with the associated contact by way of at least one contact arm which extends towards the rear.
An aqueous agrochemical pesticide formulated composition comprising at least one solid active ingredient having a water solubility of at most 100 μg/litre at 25 °C at neutral pH, in an amount of at least 1 weight %, based on the total weight of the formulated composition, at least one non-ionic surface active compound having a hydrophile-lipophile balance of between 10 and 18; one or more customary formulation auxiliaries, and water; wherein active ingredient is suspended or dispersed in the water, and the weight ratio of surface active compound to active ingredient is in the range of from 1.5 to 15.0, provided the minimum amount of surface active compound is at least 6 weight %, based on the total weight of the formulated composition.
A medical device, the device being a balloon, comprising a plasticized nylon, wherein the plasticized nylon comprises a nylon and 0.1 wt-% to 70 wt-% of an amide-containing plasticizer, based on the total weight of the plasticized nylon, selected from a compound having the following structural formula: wherein: each R 1, R 3, and R 5 is independently selected from a C2-C18 linear, branched, or cyclic alkyl group, a C5-C12 monovalent aromatic group, and combinations thereof; and each R 2 and R 4 is independently selected from a C1-C5 linear alkylene group, a C5-C12 divalent aromatic group, and combinations thereof. each R 1, R 3, and R 5 is independently selected from a C2-C18 linear, branched, or cyclic alkyl group, a C5-C12 monovalent aromatic group, and combinations thereof; and each R 2 and R 4 is independently selected from a C1-C5 linear alkylene group, a C5-C12 divalent aromatic group, and combinations thereof.
Cervical pessary characterized by consisting of a dimethylsiloxane elastomer comprising progesterone homogeneously distributed throughout the body of the pessary, in an amount from 20% to 30% w/w of pessary total weight, a prolonged, sustained and continuous release of progesterone for a period of at least 6 months, maintaining their intact form all the time.
A bio-electrode composition comprising a silsesquioxane bonded to an N-carbonyl sulfonamide salt, wherein the N-carbonyl sulfonamide salt is shown by the following general formula: wherein R 1 represents a linear, branched, or cyclic alkylene group having 1 to 20 carbon atoms or an arylene group having 6 to 10 carbon atoms, with the alkylene group optionally having an aromatic group, an ether group, or an ester group; Rf represents a linear, branched, or cyclic alkyl group having 1 to 4 carbon atoms and containing at least one fluorine atom; M + is an ion selected from a lithium ion, a sodium ion, a potassium ion, and a silver ion.
An electronic apparatus, wherein the electronic apparatus comprises a housing, a metal heat dissipation member, an electrical connection member, and a circuit board, the metal heat dissipation member and the circuit board are located in the housing, the housing comprises a base plate, and the metal heat dissipation member is located between the base plate and the circuit board; and the circuit board comprises a grounding layer and an electronic device, one end of the electrical connection member is electrically connected to the grounding layer, and the other end of the electrical connection member is electrically connected to the metal heat dissipation member, characterized in that the electrical connection member is integrally molded into the housing through injection and is fixedly connected to the housing.
A lens-free device for imaging one or more objects, the lens-free device comprising: a light source positioned for illuminating at least one object and comprising a plurality of light emitters positioned and configured to create a controlled, quasi-planar light wavefront for performing large-area lens-free imaging; a detector positioned for recording interference patterns of the illuminated at least one object; characterized in that each light emitter is a micro-structured through-hole, the micro-structured through-hole being fabricated in and extending completely through a slab of material suitable for propagating light such that slab-based illumination of the light emitters is obtained. a light source positioned for illuminating at least one object and comprising a plurality of light emitters positioned and configured to create a controlled, quasi-planar light wavefront for performing large-area lens-free imaging; a detector positioned for recording interference patterns of the illuminated at least one object; characterized in that each light emitter is a micro-structured through-hole, the micro-structured through-hole being fabricated in and extending completely through a slab of material suitable for propagating light such that slab-based illumination of the light emitters is obtained.
A filling neck for putting fuel into a vehicle tank, comprising - a closure flap which is mounted on the filling neck such that it can be pivoted between a closed position closing the filling neck and an open position opening the filling neck, and which is preloaded into the closed position by spring pretension and can be pivoted from the closed position into the open position by a fuel pump nozzle, - a mis-filling prevention device, which is arranged in the filling neck between the closure flap and an insertion opening for the fuel pump nozzle and which, in a closed position, prevents the closure flap from being pivoted into the open position by the fuel pump nozzle, and can be moved by the fuel pump nozzle from its closed position into an enabling position permitting the closure flap to be pivoted into the open position by the fuel pump nozzle, characterized in that - the mis-filling prevention device is mounted in the filling neck with axial play in such a way that the mis-filling prevention device is first forced against the closure flap in the axial direction by the fuel pump nozzle as the latter is inserted into the filling neck, the closure flap being moved into a partly open position, and, during subsequent further insertion of the fuel pump nozzle, the mis-filling prevention device being moved into the enabling position by the fuel pump nozzle. - a closure flap which is mounted on the filling neck such that it can be pivoted between a closed position closing the filling neck and an open position opening the filling neck, and which is preloaded into the closed position by spring pretension and can be pivoted from the closed position into the open position by a fuel pump nozzle, - a mis-filling prevention device, which is arranged in the filling neck between the closure flap and an insertion opening for the fuel pump nozzle and which, in a closed position, prevents the closure flap from being pivoted into the open position by the fuel pump nozzle, and can be moved by the fuel pump nozzle from its closed position into an enabling position permitting the closure flap to be pivoted into the open position by the fuel pump nozzle, characterized in that - the mis-filling prevention device is mounted in the filling neck with axial play in such a way that the mis-filling prevention device is first forced against the closure flap in the axial direction by the fuel pump nozzle as the latter is inserted into the filling neck, the closure flap being moved into a partly open position, and, during subsequent further insertion of the fuel pump nozzle, the mis-filling prevention device being moved into the enabling position by the fuel pump nozzle.
A data processing method for evaluating ride comfortability during an autonomous driving, implemented by a data processing apparatus, comprising: receiving evaluation data input by a user through a data collection port, the evaluation data comprising evaluation information of the user for each driving action of a vehicle on which the user rides; determining environmental information and vehicle driving parameters when the vehicle executes each driving action, wherein the environmental information comprises weather information, road condition information and road surface status information; and according to the evaluation information corresponding to each driving action of the vehicle, as well as the environmental information and vehicle driving parameters, training a preset deep learning algorithm model, to obtain an evaluation model for outputting ride comfortability; wherein, the determining environmental information and vehicle driving parameters when the vehicle executes each driving action, comprises: determining an execution location and an execution time when the vehicle executes each driving action; determining the environmental information and vehicle driving parameters according to the execution location and the execution time. receiving evaluation data input by a user through a data collection port, the evaluation data comprising evaluation information of the user for each driving action of a vehicle on which the user rides; determining environmental information and vehicle driving parameters when the vehicle executes each driving action, wherein the environmental information comprises weather information, road condition information and road surface status information; and according to the evaluation information corresponding to each driving action of the vehicle, as well as the environmental information and vehicle driving parameters, training a preset deep learning algorithm model, to obtain an evaluation model for outputting ride comfortability; wherein, the determining environmental information and vehicle driving parameters when the vehicle executes each driving action, comprises: determining an execution location and an execution time when the vehicle executes each driving action; determining the environmental information and vehicle driving parameters according to the execution location and the execution time. determining an execution location and an execution time when the vehicle executes each driving action; determining the environmental information and vehicle driving parameters according to the execution location and the execution time.
A method for wireless communication, performed by a wireless communication device, comprising: when a modem in the wireless communication device detects a start of a silent period in a circuit-switched voice call, conducted using a remote Bluetooth, BT, device in conjunction with the wireless communication device, from a base station to the wireless communication device: the modem entering into a discontinuous reception, DRX mode; receiving, by a Bluetooth, BT module in the wireless communication device, a silent indication, SID start message from the modem; sending the SID start message from the BT module to the remote BT device, which communicates with the wireless communication device during the circuit-switched voice call, to instruct the remote BT device to insert comfort noise during the silent period; disabling a BT transmitter of the BT module during the silent period based on the SID start message received from the modem; and reallocating radio frequency, RF resources used to communicate with the remote BT device to another radio interface for a coexistence operation during the silent period. when a modem in the wireless communication device detects a start of a silent period in a circuit-switched voice call, conducted using a remote Bluetooth, BT, device in conjunction with the wireless communication device, from a base station to the wireless communication device: the modem entering into a discontinuous reception, DRX mode; receiving, by a Bluetooth, BT module in the wireless communication device, a silent indication, SID start message from the modem; sending the SID start message from the BT module to the remote BT device, which communicates with the wireless communication device during the circuit-switched voice call, to instruct the remote BT device to insert comfort noise during the silent period; disabling a BT transmitter of the BT module during the silent period based on the SID start message received from the modem; and reallocating radio frequency, RF resources used to communicate with the remote BT device to another radio interface for a coexistence operation during the silent period. the modem entering into a discontinuous reception, DRX mode; receiving, by a Bluetooth, BT module in the wireless communication device, a silent indication, SID start message from the modem; sending the SID start message from the BT module to the remote BT device, which communicates with the wireless communication device during the circuit-switched voice call, to instruct the remote BT device to insert comfort noise during the silent period; disabling a BT transmitter of the BT module during the silent period based on the SID start message received from the modem; and reallocating radio frequency, RF resources used to communicate with the remote BT device to another radio interface for a coexistence operation during the silent period.
A gaseous pharmaceutical composition comprising hydrogen gas for use in treating a human patient who has experienced a cardiopulmonary arrest for at least 10 minutes, wherein the pharmaceutical composition is administered to the patient after a lapse of 30 minutes or longer from the return of spontaneous circulation following the cardiopulmonary arrest, wherein the prognosis after the return of spontaneous circulation is improved in the human patient with the administration of the pharmaceutical composition as compared with a human patient group without the administration of the pharmaceutical composition, and wherein the improvement of prognosis is an improvement of brain function.