mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a compressed air brake system of a vehicle combination, which is composed of a motor vehicle and at least one trailer, having a compressed air supply device which is arranged in the motor vehicle and to which at least one non-pressure-limited motor vehicle brake circuit and a pressure-limited trailer brake circuit are connected via a multi-circuit protective valve (7, 7'), wherein the trailer brake circuit has in the motor vehicle a supply line (8.3) which is arranged between the respective connection of the multi-circuit protective valve (7, 7') and a first coupling head on the motor vehicle side, with or without a reservoir vessel (9.3), and a branch, arranged downstream of this supply line (8.3) or this reservoir vessel (9.3) and leading to a handbrake valve, and has in the trailer a supply line (31, 52) which is arranged between a first coupling head (32, 53) on the trailer side and service brake cylinders (38.1, 38.2; 59.1 - 59.6) of the wheel brakes and has a trailer brake valve (35, 56) and a reservoir vessel (36, 57) arranged downstream of the latter, characterized in that at least one section of the supply line (8.3, 31, 52) of the trailer brake circuit is filled with compressed air up to a previously defined, upper pressure limiting value (p Gr_o) if the compressed air which is necessary for this purpose can be generated in an energetically favourable fashion by the compressed air supply device, wherein that operating state of the vehicle-trailer combination in which compressed air can be generated in an energetically favourable fashion by the compressed air supply device is detected by virtue of the fact that the drive engine of the motor vehicle is in the overrun mode, that an engine brake of the drive engine is activated, that a continuous brake of the motor vehicle is switched on and/or that the service brake of the vehicle-trailer combination is activated for longer than a previously defined time period.
A method for testing an analysis apparatus that performs analysis using light that has passed along a light path through a probe inserted into a pipe through which a first fluid that is an object of analysis flows, the probe being arranged in such a manner that a portion of the light path passes outside a housing of the probe and is disposed inside the pipe, characterized in that the method comprises: a first process of introducing a second fluid that absorbs less of the light than the first fluid into the pipe; a second process of introducing a third fluid inside the housing of the probe in a state when the second fluid has been introduced into the pipe, the third fluid having known absorption characteristics; and a third process of analyzing absorption characteristics of the third fluid, by the analysis apparatus, using the light that has passed through the probe. a first process of introducing a second fluid that absorbs less of the light than the first fluid into the pipe; a second process of introducing a third fluid inside the housing of the probe in a state when the second fluid has been introduced into the pipe, the third fluid having known absorption characteristics; and a third process of analyzing absorption characteristics of the third fluid, by the analysis apparatus, using the light that has passed through the probe.
A thin film transistor having a gate terminal, a source terminal, and a drain terminal, in which a semiconductor thin film deposited on a substrate is used as a channel layer, characterized in that the channel layer is formed by an amorphous thin film of a transparent oxide composed of In, Ga, Zn, and 0, and the oxide being deposited by a sputtering method or pulsed laser method using a sintered target of InGaO 3 (ZnO) m, wherein m is a natural number less than 6, in an atmosphere containing oxygen gas without adding an impurity ion for increasing electrical resistance, and wherein the oxide has an electron mobility of more than 1 cm 2 /(V·sec) at room temperature selected from the range of 0°C and 40°C and an electron carrier concentration of 10 16 /cm 3 or less as determined by Hall effect measurements.
A method of wireless communication, comprising: receiving a plurality of encoded message segments, wherein the plurality of encoded message segments is configured with a variable-size final segment and each of the plurality of encoded message segments before the final segment as fixed-size segments; receiving an embedded size indicator, wherein the embedded size indicator includes one of: the total size of the plurality of encoded message segments, the number of fixed-size segments follwed by the total size of the final segment, or a progression indication identifying existence of the next encoded message segment; representing each of a plurality of decoding hypotheses of the plurality of encoded message segments as a path in a binary tree from a root node to an ending node, wherein each of a plurality of branches in the binary tree represent a total size of the encoded message segments; sequentially decoding the plurality of encoded message segments toward an ending node of the binary tree based on the received embedded size indicator, wherein decoding a next encoded message segment of the plurality of encoded message segments is triggered by successfully decoding a current encoded message segment of the plurality; and discarding all decoded and partially decoded segments of the plurality of encoded message segments, when the decoding the current encoded message segment fails. receiving a plurality of encoded message segments, wherein the plurality of encoded message segments is configured with a variable-size final segment and each of the plurality of encoded message segments before the final segment as fixed-size segments; receiving an embedded size indicator, wherein the embedded size indicator includes one of: the total size of the plurality of encoded message segments, the number of fixed-size segments follwed by the total size of the final segment, or a progression indication identifying existence of the next encoded message segment; representing each of a plurality of decoding hypotheses of the plurality of encoded message segments as a path in a binary tree from a root node to an ending node, wherein each of a plurality of branches in the binary tree represent a total size of the encoded message segments; sequentially decoding the plurality of encoded message segments toward an ending node of the binary tree based on the received embedded size indicator, wherein decoding a next encoded message segment of the plurality of encoded message segments is triggered by successfully decoding a current encoded message segment of the plurality; and discarding all decoded and partially decoded segments of the plurality of encoded message segments, when the decoding the current encoded message segment fails.
A medical image processing system comprising: a medical image acquisition unit (11, 35) configured to acquire a medical image obtained by imaging of an observation target; a feature region recognition unit configured to recognize a feature region in the medical image; a time count unit configured to count a time from a timing at which the feature region is recognized; a remaining time calculation unit configured to calculate a remaining time until a notification of a recognition result of the feature region is provided, based on a notification waiting time and a count time counted by the time count unit, the notification waiting time indicating a time from when the feature region is recognized to when the notification of the recognition result of the feature region is started; and a display control unit (15,37) configured to display remaining time notification information on a display unit (13,34), the remaining time notification information being obtained based on at least the remaining time; characterized in that the medical image processing system further comprises an identical-region determination unit configured to determine, in a case where the feature region is recognized in a medical image at a first timing, whether a feature region that is identical to the feature region is also present in a medical image at an N-th timing different from the first timing, wherein the time count unit is configured to continue counting the time when it is determined that the identical feature region is present. a medical image acquisition unit (11, 35) configured to acquire a medical image obtained by imaging of an observation target; a feature region recognition unit configured to recognize a feature region in the medical image; a time count unit configured to count a time from a timing at which the feature region is recognized; a remaining time calculation unit configured to calculate a remaining time until a notification of a recognition result of the feature region is provided, based on a notification waiting time and a count time counted by the time count unit, the notification waiting time indicating a time from when the feature region is recognized to when the notification of the recognition result of the feature region is started; and a display control unit (15,37) configured to display remaining time notification information on a display unit (13,34), the remaining time notification information being obtained based on at least the remaining time; characterized in that the medical image processing system further comprises an identical-region determination unit configured to determine, in a case where the feature region is recognized in a medical image at a first timing, whether a feature region that is identical to the feature region is also present in a medical image at an N-th timing different from the first timing, wherein the time count unit is configured to continue counting the time when it is determined that the identical feature region is present.
A calibration method for a refrigerator, wherein the refrigerator comprises a plurality of compartments and a plurality of refrigeration systems for cooling the plurality of compartments in a one-to-one correspondence, the calibration method comprises: starting a compressor of the refrigerator, detecting temperatures of the plurality of compartments; controlling a first refrigeration system of the plurality of refrigeration systems to operate for a first predetermined time, detecting the temperatures of the plurality of compartments again; determining, according to temperature variations of the plurality of compartments, the correspondence between the first refrigeration system and a first compartment of the plurality of compartments. starting a compressor of the refrigerator, detecting temperatures of the plurality of compartments; controlling a first refrigeration system of the plurality of refrigeration systems to operate for a first predetermined time, detecting the temperatures of the plurality of compartments again; determining, according to temperature variations of the plurality of compartments, the correspondence between the first refrigeration system and a first compartment of the plurality of compartments.
Sealing arrangement with magnetic gap sealing tape which is formed as a longish strip, where the gap sealing tape is designed magnetically on each of the longitudinal edges of the strip, the strip has a base material which is designed as a flat element pliable in the manner of a textile, the two longitudinal edges being at such a distance from one another that they can be moved independently of one another and can be attached to two attachment points at a distance from one another, and which is provided with a reinforcing material as a protection against gnawing and preventing penetration by animals, and with a door arranged at a distance above the ground, where the gap sealing tape extends downwards beyond the lower edge of the door to the ground, and where the two longitudinal edges of the strip are attached magnetically to the two opposite sides of the door.
- A sealing valve intended to fix a first element to a second element, comprising at least: • a first portion intended to hold the first element in place, comprising, at one end, a flat portion and a thread, • a second portion intended to be inserted into an orifice in the second element, comprising at least: • a hollow element having an inner wall provided with a thread and a shoulder, • a sliding barrel having external dimensions adapted to the dimensions of the inner wall of the hollow element and a wall on which the portion bears, said barrel comprising a shoulder adapted to the shoulder of the hollow element in order to hold the barrel in place, • a means for moving the sliding barrel in the hollow element under the effect of the action of the first portion, • said second portion receiving a means for fixing the first element to the second element. • a first portion intended to hold the first element in place, comprising, at one end, a flat portion and a thread, • a second portion intended to be inserted into an orifice in the second element, comprising at least: • a hollow element having an inner wall provided with a thread and a shoulder, • a sliding barrel having external dimensions adapted to the dimensions of the inner wall of the hollow element and a wall on which the portion bears, said barrel comprising a shoulder adapted to the shoulder of the hollow element in order to hold the barrel in place, • a means for moving the sliding barrel in the hollow element under the effect of the action of the first portion, • a hollow element having an inner wall provided with a thread and a shoulder, • a sliding barrel having external dimensions adapted to the dimensions of the inner wall of the hollow element and a wall on which the portion bears, said barrel comprising a shoulder adapted to the shoulder of the hollow element in order to hold the barrel in place, • a means for moving the sliding barrel in the hollow element under the effect of the action of the first portion, • said second portion receiving a means for fixing the first element to the second element.
Position measuring device having - a code, consisting of a series of code elements (C, CL, CR, CM) arranged successively in a direction of measurement, in which at least two successive code elements (C, CL, CR, CM) form a respective code word with a position information item, - a scanning unit, comprising an illumination unit for emitting directional light in the direction of the code for the purpose of mapping at least the code elements (C, CL, CR, CM) that form a code word onto a detector unit, wherein the detector unit has at least two detector elements (D; DL1-DL6; DR1-DR6; DM1-DM6) per code element (C, CL, CR, CM) that forms a code word in the direction of measurement, and also an evaluation unit in which the code word with the current position information item can be ascertained from the detector signals of the detector elements (D; DL1-DL6; DR1-DR6; DM1-DM6), wherein the scanning unit and the code are arranged so as to be mobile relative to one another in the direction of measurement, characterized in that the detector signals that can be evaluated to form the code word can be selected in the evaluation unit on the basis of the mapping of the code elements (C, CL, CR, CM) that form a code word onto the detector unit, wherein - the evaluation unit comprises a signal processing unit to which the detector signals are supplied, and digital position signals can be generated from the detector signals in the signal processing unit, and - the evaluation unit comprises means for forming the code word by selecting position signals on the basis of a correction information item (KORR1, KORR2) and a fine position value, and wherein the correction information item (KORR1, KORR2) comprises an association information item that takes account of the mapping of the code onto the detector unit. - a code, consisting of a series of code elements (C, CL, CR, CM) arranged successively in a direction of measurement, in which at least two successive code elements (C, CL, CR, CM) form a respective code word with a position information item, - a scanning unit, comprising an illumination unit for emitting directional light in the direction of the code for the purpose of mapping at least the code elements (C, CL, CR, CM) that form a code word onto a detector unit, wherein the detector unit has at least two detector elements (D; DL1-DL6; DR1-DR6; DM1-DM6) per code element (C, CL, CR, CM) that forms a code word in the direction of measurement, and also an evaluation unit in which the code word with the current position information item can be ascertained from the detector signals of the detector elements (D; DL1-DL6; DR1-DR6; DM1-DM6), wherein the scanning unit and the code are arranged so as to be mobile relative to one another in the direction of measurement, - the evaluation unit comprises a signal processing unit to which the detector signals are supplied, and digital position signals can be generated from the detector signals in the signal processing unit, and - the evaluation unit comprises means for forming the code word by selecting position signals on the basis of a correction information item (KORR1, KORR2) and a fine position value, and
Motor-adjustable steering column for a motor vehicle, comprising a support unit which can be attached to a vehicle body and by which an adjusting unit is held, in which a steering spindle is mounted rotatably about a longitudinal axis, and comprising an adjusting drive which is connected to the support unit and to the adjusting unit, and by which the adjusting unit can be adjusted relative to the support unit, the adjusting drive having a threaded spindle engaging in a spindle nut and a drive unit, by which the threaded spindle can be driven in rotation relative to the spindle nut, the adjusting unit having a casing unit in which a casing tube, in which the steering spindle is mounted, is accommodated so as to be adjustable telescopically in the direction of the longitudinal axis, and the adjusting drive for longitudinal adjustment is effectively arranged between the casing unit and the casing tube, a gear unit being attached to the casing unit, and a part of the spindle drive which can be moved in translation relative thereto being connected to the casing tube, characterized in in that the drive unit is connected via a flexible drive connection to the gear unit which can be displaced spatially relative to the drive unit. the adjusting unit having a casing unit in which a casing tube, in which the steering spindle is mounted, is accommodated so as to be adjustable telescopically in the direction of the longitudinal axis, and the adjusting drive for longitudinal adjustment is effectively arranged between the casing unit and the casing tube, a gear unit being attached to the casing unit, and a part of the spindle drive which can be moved in translation relative thereto being connected to the casing tube, characterized in in that the drive unit is connected via a flexible drive connection to the gear unit which can be displaced spatially relative to the drive unit.
Manual transmission for a motor vehicle, comprising a plurality of gears, a housing, an interior space which is enclosed by the housing, at least one gearshift clutch located in the interior space by means of which a gear can be shifted, and a shifting device, which serves to guide an external actuating force for shifting, which force engages externally to the housing, to the gearshift clutch, wherein the shifting device has: - at least one internal shifting part located in the interior space, - a first introducing element which engages through a first opening provided in the housing and serves to guide the external actuating force for shifting the gear to the internal shifting part, - a shifting mass arranged externally to the housing, which is moved when shifting the gear, wherein a connecting element is provided which is different from the first introducing element, with which the shifting mass is connected with the internal shifting part, wherein the connecting element engages through a second opening in the housing which is different from the first opening, wherein the internal shifting part is in the form of a shifting rod or at least of an internal rod portion of the shifting rod and wherein the first introducing element has a receiving part for the external actuating force for shifting the gear, characterised in that an axial displacement of the shifting rod or a rotational movement of the shifting rod results in a rotation of the connecting element and in a rotational movement of the shifting mass, wherein also an external actuating force for selecting another gear can be introduced into the receiving part. - at least one internal shifting part located in the interior space, - a first introducing element which engages through a first opening provided in the housing and serves to guide the external actuating force for shifting the gear to the internal shifting part, - a shifting mass arranged externally to the housing, which is moved when shifting the gear,
A computer-implemented authorization delegation method for extension of OAuth multiple actor delegation, the method being performed by one or more OAuth servers and comprising: receiving a first authorization request from a subject client; responding to the first authorization request by sending a first token having a first set of permissions to the subject client; receiving a second authorization request from a first partner actor, the second authorization request including the first token; responding to the second authorization request by: linking the first partner actor to the subject client in a trust stack pertaining to the subject client, and sending a second token to the first partner actor with a second set of permissions, where the second token comprises a first complex token that identifies the subject client and the first partner actor; receiving a third authorization request from a second partner actor, the third authorization request including the second token; responding to the third authorization request by: linking the second partner actor to the first partner actor in the trust stack, and sending a third token to the second partner actor with a third set of permissions, where the third token comprises a second complex token that identifies the first partner actor and the second partner actor. receiving a first authorization request from a subject client; responding to the first authorization request by sending a first token having a first set of permissions to the subject client; receiving a second authorization request from a first partner actor, the second authorization request including the first token; responding to the second authorization request by: linking the first partner actor to the subject client in a trust stack pertaining to the subject client, and sending a second token to the first partner actor with a second set of permissions, where the second token comprises a first complex token that identifies the subject client and the first partner actor; linking the first partner actor to the subject client in a trust stack pertaining to the subject client, and sending a second token to the first partner actor with a second set of permissions, where the second token comprises a first complex token that identifies the subject client and the first partner actor; receiving a third authorization request from a second partner actor, the third authorization request including the second token; responding to the third authorization request by: linking the second partner actor to the first partner actor in the trust stack, and sending a third token to the second partner actor with a third set of permissions, where the third token comprises a second complex token that identifies the first partner actor and the second partner actor. linking the second partner actor to the first partner actor in the trust stack, and sending a third token to the second partner actor with a third set of permissions, where the third token comprises a second complex token that identifies the first partner actor and the second partner actor.