mhurhangee/ep-ind-claims huggingface dataset:
A method of transferring small packets in a wireless network, the method comprising: generating, by a first wireless transmit/receive unit, WTRU, a power-save poll, PS-Poll, frame for transmission to an Access Point, AP, in the wireless network; on a condition that the first WTRU has data buffered for transmission, indicating, in a field of the PS-Poll frame, information related to an estimated time required for transmission of the buffered data; transmitting the PS-Poll frame via an uplink to the AP; and receiving a response from the AP, wherein the response includes a granted transmission opportunity, TXOP. generating, by a first wireless transmit/receive unit, WTRU, a power-save poll, PS-Poll, frame for transmission to an Access Point, AP, in the wireless network; on a condition that the first WTRU has data buffered for transmission, indicating, in a field of the PS-Poll frame, information related to an estimated time required for transmission of the buffered data; transmitting the PS-Poll frame via an uplink to the AP; and receiving a response from the AP, wherein the response includes a granted transmission opportunity, TXOP.
A fiber-reinforced resin forming material containing at least a bundled aggregate of discontinuous reinforcing fibers and a matrix resin, wherein the bundled aggregate of reinforcing fibers includes both a reinforcing fiber aggregate A formed by cutting a strand of continuous reinforcing fibers after a splitting treatment is performed to completely split the strand into a plurality of bundles, and a reinforcing fiber aggregate B1 having a shape of an unsplit part to which the splitting treatment is performed insufficiently and/or a reinforcing fiber aggregate B2 having a shape to which the splitting treatment is not performed, wherein both a ratio (i) of weight of the reinforcing fiber aggregate B1 with respect to a total weight of reinforcing fibers in the fiber-reinforced resin forming material, and a ratio (ii) of a total weight of the reinforcing fiber aggregate B1 and the reinforcing fiber aggregate B2 with respect to the total weight of reinforcing fibers in the fiber-reinforced resin forming material, are 50 to 95%, characterized in that a ratio of the weight of the reinforcing fiber aggregate B1 with respect to the total weight of the reinforcing fiber aggregate B1 and the reinforcing fiber aggregate B2 is more than 4%.
Power transmission device comprising, - a cable, and a duct at least partially surrounding the cable, - a reel arranged to be rotated, into which the cable with its duct can be reeled, - a guide for feeding the cable onto and/or off from the reel, and - a crank in connection with the head end of the cable for rotating the cable, which power transmission device is characterized in that said crank is a hydraulic crank attached in connection with an inner portion of the reel and arranged to rotate along with the reel. - a cable, and a duct at least partially surrounding the cable, - a reel arranged to be rotated, into which the cable with its duct can be reeled, - a guide for feeding the cable onto and/or off from the reel, and - a crank in connection with the head end of the cable for rotating the cable,
An active vibration control system (AVCS) for one or more force generators monitoring and control comprising: one or more circular force generators; an independent force, speed and vibration monitor contained within the one or more circular force generators; the or each circular force generator comprising power conditioning circuit elements, a rotary actuator control block, and an independent monitoring system that are together configured to monitor and control the operation of one or more rotary actuators of the circular force generator; and wherein the rotary actuator control block is in communication with the independent monitoring system and the one or more circular force generators, wherein the rotary actuator control block is configured to shut down or adjust the operating condition of the one or more circular force generators if the one or more circular force generators are determined by the independent monitoring system to be operating at undesired conditions. one or more circular force generators; an independent force, speed and vibration monitor contained within the one or more circular force generators; the or each circular force generator comprising power conditioning circuit elements, a rotary actuator control block, and an independent monitoring system that are together configured to monitor and control the operation of one or more rotary actuators of the circular force generator; and wherein the rotary actuator control block is in communication with the independent monitoring system and the one or more circular force generators, wherein the rotary actuator control block is configured to shut down or adjust the operating condition of the one or more circular force generators if the one or more circular force generators are determined by the independent monitoring system to be operating at undesired conditions.
A transdermal drug delivery system for treatment of an eyelid disease comprising a pressure sensitive adhesive layer provided on a support, wherein the pressure sensitive adhesive layer comprises a steroid, wherein the system is topically applied to a skin surface of an eyelid of a patient in need of the treatment, and wherein the steroid is selected form the group consisting of clobetasol propionate, clobetasol butyrate, betamethasone dipropionate, amcinonide, and loteprednol etabonate.
Method for fermenting solid stackable biomass in a fermenter in which solid stackable biomass is introduced into a fermenter, is fermented after a start-up phase in an anaerobic fermenting phase to produce methane-containing biogas, wherein the fermenting phase is followed by a shut-down phase, wherein a gas stream is discharged from the fermenter, wherein the biomass located in the fermenter is heated to a processing temperature between 36°C and 42°C or between 48°C and 52°C before being transferred from the start-up phase to the fermenting phase, characterised in that during the transition of the start-up phase into the fermenting phase the volume of the fermenter is reduced prior to switching over the gas stream discharged from the fermenter from the entry of an exhaust air system to the entry of a biogas recovery system and/or during the transition of the fermenting phase into the shut-down phase prior to switching over the gas stream discharged from the fermenter from the entry of a biogas recovery system to the entry of a lean gas system or an exhaust gas system, wherein the switching over of the gas stream discharged from the fermenter from the entry of a biogas recovery system to the entry of a lean gas system takes place on reaching a methane concentration in the headroom of the fermenter of 15 to 25% by volume.
Ultrasonic rolling/knurling and cutting device for a hot-melt article, the device comprising a shoe with, on the one hand, a first part receiving a pivoting support on which is attached an ultrasonic assembly comprising a sonotrode connected to a frequency converter and, on the other hand, a second part receiving a counter-tool oppositely aligned with the sonotrode and a cutting blade, characterised in that it comprises a frequency generator and a fan, rigidly attached to the support, the frequency generator supplies the frequency converter and the fan, the fan being intended to blow out an airflow at a point of contact between the sonotrode and the counter-tool.
A refractory ceramic batch comprising the following features: 1.1 the batch comprises the following components 1.1.1 a refractory basic component; 1.1.2 a binder in the form of silica sol; 1.1.3 an alcoholic component in the form of one or more polyvalent alcohols; 1.2 the silica sol is present in the form of a colloidal suspension of polysilicic acid in water; 1.3 the mass ratio of the refractory basic component to polysilicic acid is at least 10 and at most 55; 1.4 the polyvalent alcohols are present in the form of one or more of the following polyvalent alcohols: one or more divalent alcohols or one or more trivalent alcohols; 1.5 wherein the mass ratio of the refractory basic component to silica sol is at least 5 and at most 25. 1.1 the batch comprises the following components 1.1.1 a refractory basic component; 1.1.2 a binder in the form of silica sol; 1.1.3 an alcoholic component in the form of one or more polyvalent alcohols; 1.1.1 a refractory basic component; 1.1.2 a binder in the form of silica sol; 1.1.3 an alcoholic component in the form of one or more polyvalent alcohols; 1.2 the silica sol is present in the form of a colloidal suspension of polysilicic acid in water; 1.3 the mass ratio of the refractory basic component to polysilicic acid is at least 10 and at most 55; 1.4 the polyvalent alcohols are present in the form of one or more of the following polyvalent alcohols: one or more divalent alcohols or one or more trivalent alcohols; 1.5 wherein the mass ratio of the refractory basic component to silica sol is at least 5 and at most 25.
Vehicle with a curtain airbag device comprising: a cushion having a bag-shape and rolled up or folded into an elongate stored form, and moreover stored along a front pillar and a roof side rail that form an upper part of the vehicle side wall; and an inflator configured to supply the cushion with gas for inflation and deployment, the device further comprising a first strap, the first strap having one end attached to the front pillar and the other end attached on the vehicle inner side of the cushion in the stored form, the first strap moving to the vehicle inner side and being strained by inflation and deployment of the cushion, characterized in that the entire first strap from the one end to the other end is positioned on the vehicle inner most side of the folded cushion thereby pushing out a front pillar trim that covers the front pillar to the vehicle inner side.
A code amount control method used in a video encoding method for performing code amount control by estimating an amount of code generated for an encoding target picture, the control method comprising: a step that computes a feature value of the encoding target picture and stores the value into a storage device; a step that extracts a feature value of a previously-encoded picture, where the feature value has been stored in the storage device; a step that compares the feature value of the encoding target picture with the feature value of the previously-encoded picture, where the encoding target picture and the previously-encoded picture are intra pictures, and one of a variance and a coefficient obtained by Fourier transform of a luminance signal or a color difference signal is used as each feature value that indicates a degree of complexity in the corresponding picture; and a step that is performed according to a result of the feature value comparison, wherein if it is determined that the feature value of the encoding target picture is equal to or more than a value which is obtained by a predetermined value X times the feature value of the previously-encoded picture and the feature value of the previously-encoded picture is larger than a predetermined threshold value TH (S13, YES), the step estimates the amount of code generated for the encoding target picture without using any result of encoding of previously-encoded pictures, and otherwise (S13, NO) the step estimates the amount of code generated for the encoding target picture based on a result of encoding of the previously-encoded picture. a step that computes a feature value of the encoding target picture and stores the value into a storage device; a step that extracts a feature value of a previously-encoded picture, where the feature value has been stored in the storage device; a step that compares the feature value of the encoding target picture with the feature value of the previously-encoded picture, where the encoding target picture and the previously-encoded picture are intra pictures, and one of a variance and a coefficient obtained by Fourier transform of a luminance signal or a color difference signal is used as each feature value that indicates a degree of complexity in the corresponding picture; and a step that is performed according to a result of the feature value comparison, wherein if it is determined that the feature value of the encoding target picture is equal to or more than a value which is obtained by a predetermined value X times the feature value of the previously-encoded picture and the feature value of the previously-encoded picture is larger than a predetermined threshold value TH (S13, YES), the step estimates the amount of code generated for the encoding target picture without using any result of encoding of previously-encoded pictures, and otherwise (S13, NO) the step estimates the amount of code generated for the encoding target picture based on a result of encoding of the previously-encoded picture.
Fitting assembly for connecting pipes, the fitting assembly comprising: - a sleeve having at least one outer profile (110a, 110b, 110c) with a length extending from a first end of the sleeve to a free end of the sleeve, opposite said first end, said outer profile (110a, 110b, 110c) including an outer surface where at least a first toothed area is formed having at least two teeth, at least a second toothed area having at least one tooth, and a curved area having a height lower than the height of the teeth (210, 310) of the first and second toothed areas (200, 300), the curved area being formed between the first toothed area and the second toothed area, at a substantially central position of said at least one outer profile (110a, 110b, 110c) of the sleeve; - a bushing intended to be mounted around the sleeve; and - a coupling part intended to hold the bushing to the sleeve, characterized in that the teeth (210, 310) of the first and second toothed areas (200, 300) have rounded ridges, wherein an angle (β) defined between a flank of each tooth (210, 310), said flank being located furthest from the free end of the sleeve, and said outer surface of the outer profile (110a, 110b, 110c) of the sleeve has a value other than 90°, and wherein, in operation, the sleeve and the bushing are arranged with the pipe sandwiched therebetween, the pipe being in close contact with the sleeve and the bushing, as the bushing is pressed against the sleeve through a jaw, and the tooth ridges of the first toothed area have a radius of curvature (R 1) of 0.3 mm. - a sleeve having at least one outer profile (110a, 110b, 110c) with a length extending from a first end of the sleeve to a free end of the sleeve, opposite said first end, said outer profile (110a, 110b, 110c) including an outer surface where at least a first toothed area is formed having at least two teeth, at least a second toothed area having at least one tooth, and a curved area having a height lower than the height of the teeth (210, 310) of the first and second toothed areas (200, 300), the curved area being formed between the first toothed area and the second toothed area, at a substantially central position of said at least one outer profile (110a, 110b, 110c) of the sleeve; - a bushing intended to be mounted around the sleeve; and - a coupling part intended to hold the bushing to the sleeve,
A portable payment device for communicating with an access point for carrying out a payment interaction, the portable payment device comprising a processor, memory (2,3,4,8) and a communication module for communicating data between the payment device and the access point, wherein the memory (2,3,4,8) is configured to store ticket data and a program for running on the processor of the portable payment device for carrying out a payment interaction and permitting ticket storage in a memory (2,3,4) of the portable payment device, the program being configured to interact with an access point and including a set of instructions, a first code portion and a second code portion, the set of instructions, when executed by the processor, causing the portable payment device to perform the steps of: responsive to a first message from said access point, executing the first code portion; and responsive to a second message from the access point, executing the second code portion, the first code portion including first instructions corresponding to the payment interaction, and the second code portion including instructions corresponding to the payment interaction and second instructions corresponding to the ticket interaction, wherein the memory (2,3,4) includes a first region for storing a ticket directory having entries for identifying card acceptors and a second region for storing tickets of the card acceptors, the second region being dynamically configurable, wherein an entry in the ticket directory includes an identifier for a card acceptor and a pointer corresponding to a ticket or ticket structure written to the second region, and wherein the ticket interaction includes a transfer of the ticket directory from the payment device to the access point. responsive to a first message from said access point, executing the first code portion; and responsive to a second message from the access point, executing the second code portion, the first code portion including first instructions corresponding to the payment interaction, and the second code portion including instructions corresponding to the payment interaction and second instructions corresponding to the ticket interaction, wherein the memory (2,3,4) includes a first region for storing a ticket directory having entries for identifying card acceptors and a second region for storing tickets of the card acceptors, the second region being dynamically configurable, wherein an entry in the ticket directory includes an identifier for a card acceptor and a pointer corresponding to a ticket or ticket structure written to the second region, and wherein the ticket interaction includes a transfer of the ticket directory from the payment device to the access point.
Method of, in a color mapper, mapping source colors of images of a video content into the target color gamut of a target color device thus resulting in target colors, wherein said images are grouped into a plurality of groups associated with different source content-dependent color gamuts, each group comprising at least one image, wherein each group of images is a scene of said video content, said gamut mapping method comprising: - in an intermediate color space, defining a single intermediate color gamut for the whole video content, - for each group of images, mapping each source color of this group in said intermediate color space, from the source content-dependent color gamut associated with said group into said intermediate color gamut, resulting in an intermediate color, and mapping said intermediate color from said intermediate color gamut into said target color gamut, resulting in a target color. - in an intermediate color space, defining a single intermediate color gamut for the whole video content, - for each group of images, mapping each source color of this group in said intermediate color space, from the source content-dependent color gamut associated with said group into said intermediate color gamut, resulting in an intermediate color, and mapping said intermediate color from said intermediate color gamut into said target color gamut, resulting in a target color.
Switch disconnector having an enclosure which has a first enclosure section, which holds a drive, and a second enclosure section, which holds a stationary contact piece and a longitudinally extended moving contact piece, with the second enclosure section having a longitudinal extent matched to the moving contact piece, wherein the second enclosure section is fitted with field control rings (31, 32) which surround it, the first of which is arranged in the area of the stationary contact piece and the second of which is arranged in the area of the disconnected position of the moving contact piece, characterized in that the first field control ring is connected to the potential of the stationary contact piece, and the second field control ring is connected to the potential of the moving contact piece in its disconnected position, in each case via a connecting conductor.
A liner for a prosthesis, wherein the liner - is made of a liner material and - comprises a proximal opening for accommodating an amputation stump, - a distal end, - a longitudinal direction, which extends from the proximal opening to the distal end and - comprises an auxetic material, characterized by the fact that the auxetic material is a two-dimensional-auxetic material, which is arranged in such a way that an extension of the liner in the longitudinal direction leads to an expansion of a diameter of the liner such that tensile forces acting thereby on the amputation stump also act in a radial direction, wherein in a two-dimensional auxetic material, when a tensile force is acting the expansion of the material increases in a first direction as well as in a second direction that is perpendicular to the first direction, without a significant change in the expansion in the third perpendicular direction. - is made of a liner material and - comprises a proximal opening for accommodating an amputation stump, - a distal end, - a longitudinal direction, which extends from the proximal opening to the distal end and - comprises an auxetic material,
A method comprising contacting methyl 3-{[2,2-bis(methyloxy)ethyl]amino}-2-[(methyloxy)acetyl]-2-propenoate (formula I): with an oxalate ester of formula II: in the presence of M + - OR, where R is alkyl, aryl, or benzyl; and M + is an alkali metal cation; to form a pyridinone of formula III:
A dryer for curling eyelashes comprising: a case, a heater and a fan provided within the case; and a curling unit provided at the fore-end of the case and configured to curl eyelashes, wherein the heater is installed apart from the curling unit so that the air heated by the heater heats up the curling unit or the eyelashes, thereby curling the eyelashes; and wherein the case includes a suction port formed on one side of the case, and an elongated exhaust port formed on one side of the upper part of the fore-end of the case; characterized in that: the curling unit is attached at the fore-end part of the case so that it is located on one side of the exhaust port. a case, a heater and a fan provided within the case; and a curling unit provided at the fore-end of the case and configured to curl eyelashes, wherein the heater is installed apart from the curling unit so that the air heated by the heater heats up the curling unit or the eyelashes, thereby curling the eyelashes; and wherein the case includes a suction port formed on one side of the case, and an elongated exhaust port formed on one side of the upper part of the fore-end of the case; characterized in that: the curling unit is attached at the fore-end part of the case so that it is located on one side of the exhaust port.