mhurhangee/ep-ind-claims huggingface dataset:
A firmware upgrade method, applied to a first image forming apparatus (311, 312, 313, 500), and the method comprising: when a server has a firmware upgrade package, downloading the firmware upgrade package from the server, performing the firmware upgrade according to the firmware upgrade package; and transmitting the firmware upgrade package to a second image forming apparatus (321, 322, 600), wherein the firmware upgrade package is configured to upgrade firmware of the first image forming apparatus (311, 312, 313, 500) and the second image forming apparatus (321, 322, 600), characterized by further including: before transmitting the firmware upgrade package to the second image forming apparatus, transmitting a waiting request message to the second image forming apparatus (321 322, 600), wherein the waiting request message is configured to instruct the second image forming apparatus (321, 322, 600) to wait for the first image forming apparatus (311, 312, 313, 500) to transmit the firmware upgrade package. when a server has a firmware upgrade package, downloading the firmware upgrade package from the server, performing the firmware upgrade according to the firmware upgrade package; and transmitting the firmware upgrade package to a second image forming apparatus (321, 322, 600), wherein the firmware upgrade package is configured to upgrade firmware of the first image forming apparatus (311, 312, 313, 500) and the second image forming apparatus (321, 322, 600), characterized by further including: before transmitting the firmware upgrade package to the second image forming apparatus, transmitting a waiting request message to the second image forming apparatus (321 322, 600), wherein the waiting request message is configured to instruct the second image forming apparatus (321, 322, 600) to wait for the first image forming apparatus (311, 312, 313, 500) to transmit the firmware upgrade package. before transmitting the firmware upgrade package to the second image forming apparatus, transmitting a waiting request message to the second image forming apparatus (321 322, 600), wherein the waiting request message is configured to instruct the second image forming apparatus (321, 322, 600) to wait for the first image forming apparatus (311, 312, 313, 500) to transmit the firmware upgrade package.
A positioning method for calculating a position of a target terminal carried out by a serving base station, wherein the target terminal is in a scenario in which a plurality of positioning nodes shares a same cell identity, the method comprising: after receiving a location measurement request sent by a location server, sending, by a serving base station, a terminal side measurement request based on a positioning node reference signal to the target terminal, wherein the positioning node reference signal is configured for the target terminal, and configuration information of the positioning node reference signal comprises a positioning node identity or a positioning node reference signal identity, a transmission timing of the positioning node reference signal, a transmission period of the positioning node reference signal, a frequency-domain transmission position of the positioning node reference signal, and antenna port information; receiving, by the serving base station, terminal side measurement information based on the positioning node reference signal and sent by the target terminal, wherein a terminal side measurement is performed based on the positioning node reference signal by the target terminal; performing, by the serving base station, a base station side measurement based on the positioning node reference signal, and obtaining base station side measurement information based on the positioning node reference signal; and sending, by the serving base station, the terminal side measurement information based on the positioning node reference signal and the base station side measurement information based on the positioning node reference signal to the location server. after receiving a location measurement request sent by a location server, sending, by a serving base station, a terminal side measurement request based on a positioning node reference signal to the target terminal, wherein the positioning node reference signal is configured for the target terminal, and configuration information of the positioning node reference signal comprises a positioning node identity or a positioning node reference signal identity, a transmission timing of the positioning node reference signal, a transmission period of the positioning node reference signal, a frequency-domain transmission position of the positioning node reference signal, and antenna port information; receiving, by the serving base station, terminal side measurement information based on the positioning node reference signal and sent by the target terminal, wherein a terminal side measurement is performed based on the positioning node reference signal by the target terminal; performing, by the serving base station, a base station side measurement based on the positioning node reference signal, and obtaining base station side measurement information based on the positioning node reference signal; and sending, by the serving base station, the terminal side measurement information based on the positioning node reference signal and the base station side measurement information based on the positioning node reference signal to the location server.
A swing oven door, in particular for a cooking oven, wherein - the oven door comprises a door panel, - the oven door comprises a hinge, - the hinge includes at least one first hinge portion fixed at the door panel of the cooking oven, - the hinge includes at least two second hinge portions (22, 24) fixable or fixed at the cooking oven, - the at least one first hinge portion and the at least two second hinge portions (22, 24) are pivoting to each other around a predetermined axis, - the at least one first hinge portion is glued at the door panel, - the at least one first hinge portion is elongated along a pivoting axis, - said pivoting axis of the hinge extends along a vertical direction, characterized in, that the at least one first hinge portion is a central hinge element, wherein the two second hinge portions (22, 24) are arranged at the ends of the central hinge element and form an upper hinge element and a lower hinge element, and wherein the hinge comprises a mechanical stop for limiting an aperture angle between the oven door and the cooking oven, and wherein said mechanical stop is formed between the upper hinge element and the central hinge element and between the lower hinge element and the central hinge element, respectively, and wherein said mechanical stop is formed as an appendix in the cross-section of the central hinge element. - the oven door comprises a door panel, - the oven door comprises a hinge, - the hinge includes at least one first hinge portion fixed at the door panel of the cooking oven, - the hinge includes at least two second hinge portions (22, 24) fixable or fixed at the cooking oven, - the at least one first hinge portion and the at least two second hinge portions (22, 24) are pivoting to each other around a predetermined axis, - the at least one first hinge portion is glued at the door panel, - the at least one first hinge portion is elongated along a pivoting axis, - said pivoting axis of the hinge extends along a vertical direction, characterized in, that the at least one first hinge portion is a central hinge element, wherein the two second hinge portions (22, 24) are arranged at the ends of the central hinge element and form an upper hinge element and a lower hinge element, and wherein the hinge comprises a mechanical stop for limiting an aperture angle between the oven door and the cooking oven, and wherein said mechanical stop is formed between the upper hinge element and the central hinge element and between the lower hinge element and the central hinge element, respectively, and wherein said mechanical stop is formed as an appendix in the cross-section of the central hinge element.
Method for processing at least one X-ray image (1, 25, 26), wherein the variance of the noise is signal dependent, comprising the steps: - Applying a variance-stabilizing transformation to the image data of the X-ray image (1, 25, 26) to generate variance-stabilized data, wherein at least one transform parameter of the variance-stabilizing transformation is dependent on a property of the X-ray image that depends on the X-ray imaging device and/or a measurement parameter used to record the X-ray image (1, 25, 26), - Applying a noise reduction algorithm to the variance-stabilized data to generate noise-reduced data, and - Applying an inverse transformation of the variance stabilizing transformation to the noise-reduced data to generate a denoised X-ray image, characterized in that denoising is performed for a digital subtraction angiography, wherein denoised images or sets of noise-reduced data (27, 28) are generated for each X-ray image (25, 26) of the angiography sequence, wherein a respective mask image is subtracted from the denoised image of each X-ray image (25, 26), wherein the mask images are generated by selecting the same X-ray image as basic mask image for all source X-ray images, performing a motion compensation on a denoised image or on noise reduced data of the basic mask image to generate motion compensated data, and setting the pixel values for mask data that is used to determine the mask image via the inverse transform or for the mask image to the value of the corresponding pixel of the motion compensated data if a similarity condition for that pixel is fulfilled and to the value of the corresponding pixel of the denoised image or the noise reduced data of the basic mask image otherwise, wherein the similarity condition depends on the pixel values of the pixels surrounding the respective pixel in the denoised image or the noise reduced data of the respective source image and in the motion compensated data. - Applying a variance-stabilizing transformation to the image data of the X-ray image (1, 25, 26) to generate variance-stabilized data, wherein at least one transform parameter of the variance-stabilizing transformation is dependent on a property of the X-ray image that depends on the X-ray imaging device and/or a measurement parameter used to record the X-ray image (1, 25, 26), - Applying a noise reduction algorithm to the variance-stabilized data to generate noise-reduced data, and - Applying an inverse transformation of the variance stabilizing transformation to the noise-reduced data to generate a denoised X-ray image,
A liquid dispenser, comprising: a container configured to store liquid and having an upper end defining an upper opening; a base to support the container; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; and a lid (300 and 400) configured to cover the upper opening and having a hole through which liquid discharged from the pump flows; wherein the container further includes an outer wall and an inner wall, the inner wall extends upward at a first angle, and the outer wall extends upward at a second angle different from the first angle such that the outer and inner walls intersect at the upper end of the container and a space is formed between the inner and outer walls, wherein an upper surface of the base has an inner opening and an outer surface (111, 112) surrounding the inner opening, characterised in that a bottom of the container has a circular recess that fits inside the inner opening and is recessed downward from an outer bottom surface. a container configured to store liquid and having an upper end defining an upper opening; a base to support the container; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; and a lid (300 and 400) configured to cover the upper opening and having a hole through which liquid discharged from the pump flows; wherein the container further includes an outer wall and an inner wall, the inner wall extends upward at a first angle, and the outer wall extends upward at a second angle different from the first angle such that the outer and inner walls intersect at the upper end of the container and a space is formed between the inner and outer walls, wherein an upper surface of the base has an inner opening and an outer surface (111, 112) surrounding the inner opening, characterised in that a bottom of the container has a circular recess that fits inside the inner opening and is recessed downward from an outer bottom surface.
Method for producing a coating on a substrate, the coating comprises a PVD layer being a compound of the formula Me x Si y Al z C a N b O c, x+y+z=1, 0 ≤ a ≤ 1, 0 ≤ b ≤ 1, 0 ≤ c ≤ 0.2, a+b+c=1, and, 0 ≤ x ≤ 1, 0 ≤ y ≤ 0.4, 0 ≤ z ≤ 0.1, or, 0 ≤ x ≤ 1, 0 ≤ y ≤ 0.1, 0 ≤ z ≤ 0.75, wherein Me is one or more metals of groups 4, 5 and 6 in the IUPAC periodic table of elements, the PVD layer is deposited by cathodic arc evaporation applying a pulsed bias voltage of from about -40 to about -450 V to the substrate and using a duty cycle of from about 2% but less than about 12%, and a pulsed bias frequency of from about 0.1 kHz but less than about 10 kHz.
A support garment comprising: a front portion comprising: a pair of breast contacting surfaces (110, 111), and a first vibration damping structure positioned between the pair of breast contacting surfaces (110, 111) so that when the support garment is in an as-worn configuration the first vibration damping structure is configured to occupy a space defined at least by a medial aspect of a wearer's breasts and the wearer's sternum, characterized in that the first vibration damping structure integrally extends from each of the pair of breast contacting surfaces (110, 111). a pair of breast contacting surfaces (110, 111), and a first vibration damping structure positioned between the pair of breast contacting surfaces (110, 111) so that when the support garment is in an as-worn configuration the first vibration damping structure is configured to occupy a space defined at least by a medial aspect of a wearer's breasts and the wearer's sternum, characterized in that the first vibration damping structure integrally extends from each of the pair of breast contacting surfaces (110, 111).
A method for preserving an aqueous solution containing a leuco chromogen, comprising adding a compound having at least one substituent selected from the group consisting of a nitroso group and an azo group and having an ability to coordinate a metal ion, or a salt thereof to the aqueous solution containing a leuco chromogen, wherein the compound or the salt thereof is a compound represented by the following general formula or a salt thereof: wherein R 1 and R 2 are the same or different and each represent a hydrogen atom or a substituted or unsubstituted alkyl group; R 3 represents an oxygen atom or a group represented by R 4 -N, in which R 4 represents a substituted or unsubstituted 2-pyridyl, and X represents a hydroxy group or an amino group.
A method for decoding a symbol transmitted over a channel, wherein the symbol is encoded and modulated to include data bits and parity bits, comprising: receiving the symbol transmitted over a channel, wherein the received symbol includes the transmitted symbol modified with noise of the channel; selecting, from a constellation of codewords, a first codeword neighboring the received symbol and a set of second codewords neighboring the first codeword, wherein the selecting includes determining the first codeword using soft-in hard-out (SIHO) decoding of the received symbol and determining a plurality of codewords having a distance to the first codeword less or equal a threshold to form the set of second codewords; wherein the threshold is determined as a minimal distance between the first codeword and any other codewords in a constellation of codewords; determining a relative likelihood of each second codeword being the transmitted symbol with respect to a likelihood of the first codeword being the transmitted symbol; determining an approximation of a log-likelihood ratio of each data bit in the received symbol as a log of a ratio of a sum of the relative likelihoods of at least some of the second codewords having the same value of the data bit to a sum of the relative likelihoods of at least some of the second codewords having different value of the data bit; and decoding the received symbol using the LLR of each data bit in the received symbol. receiving the symbol transmitted over a channel, wherein the received symbol includes the transmitted symbol modified with noise of the channel; selecting, from a constellation of codewords, a first codeword neighboring the received symbol and a set of second codewords neighboring the first codeword, wherein the selecting includes determining the first codeword using soft-in hard-out (SIHO) decoding of the received symbol and determining a plurality of codewords having a distance to the first codeword less or equal a threshold to form the set of second codewords; wherein the threshold is determined as a minimal distance between the first codeword and any other codewords in a constellation of codewords; determining a relative likelihood of each second codeword being the transmitted symbol with respect to a likelihood of the first codeword being the transmitted symbol; determining an approximation of a log-likelihood ratio of each data bit in the received symbol as a log of a ratio of a sum of the relative likelihoods of at least some of the second codewords having the same value of the data bit to a sum of the relative likelihoods of at least some of the second codewords having different value of the data bit; and decoding the received symbol using the LLR of each data bit in the received symbol.
A combination of a therapeutically effective amount of extended release solifenacin, or a pharmaceutically acceptable salt thereof, and a therapeutically effective amount of pilocarpine, or a pharmaceutically acceptable salt thereof, for use in reducing dry mouth associated with solifenacin treatment in a patient, the use comprising administering to the patient the pilocarpine 2 hours after the solifenacin is administered; wherein solifenacin or a pharmaceutically acceptable salt thereof is present in a dose of between 0.1 mg to 50 mg; and wherein pilocarpine or a pharmaceutically acceptable salt thereof is present in a dose of between 0.1 mg to 50 mg.
Punching apparatus for a punching machine, comprising a punch holder and a punching tool (3; 13; 23), said punch holder comprising a guiding body, provided with a mounting cavity suitable to slidably receive said punching tool (3; 13; 23), and a driving assembly connected to said guiding body and provided with a beating element (7; 17) having a first operating end (8; 18) suitable to interact with a ram of the punching machine and a first connecting end (9; 19) coupled to a second connecting end (32; 42; 52) of said punching tool (3; 13; 23) by means of a threaded coupling, which enables a relative rotation between said beating element (7; 17) and said punching tool (3; 13; 23) for a linear movement thereof with respect to said beating element (7; 17) along an adjustment stroke between an initial adjustment position, in which an engagement portion of said threaded coupling has a maximum length, and a final adjustment position, in which said engagement portion has a minimum length, said punching apparatus further comprising a stopping element having a first end and a second end and being characterized in that said first end is fixed inside a connecting cavity (15; 45) made in one of said connecting ends (9; 42) and arranged to receive the remaining connecting end (32; 19), said second end is inserted in a stopping cavity (34; 24; 54) made in said remaining connecting end (32; 19) and sliding inside said stopping cavity (34; 24; 54) during said linear movement of said punching tool (3; 13; 23) between said initial adjustment position and said final adjustment position, said second end being provided with first stopping means arranged to abut second stopping means (35; 25) provided at an opening of said stopping cavity (34; 24; 54) so as to prevent said stopping element from disengaging from said stopping cavity (34; 24; 54) and to stop said adjustment stroke of said punching tool (3; 13; 23) in said final adjustment position.
Coupler for a rail vehicle, the coupler comprising - a front portion having a forward end and a rear end, and a coupler head arranged on the forward end of the front portion; - a rear portion having a forward end and a rear end and extending along a longitudinal axis from the rear end to the forward end, and - a pivot anchor arranged on a rear end of the rear portion, the pivot anchor being configured to be attached to a car of a rail vehicle, - a joint for connecting a rear end of the front portion to the forward end of the rear portion, the joint being configured to allow the front portion to pivot in relation to the rear portion about an pivot axis that is perpendicular to the longitudinal axis from an operational position in which the forward portion and the rear portion are aligned so that the forward portion extends in a forward direction from the rear portion, to a pivoted position in which the forward portion is pivoted about the pivot axis so that the forward portion extends at an angle from the rear portion, characterised in that the coupler further comprises a crash plate attached to the forward end of the rear portion by way of a crash plate joint, the crash plate joint being configured to allow the crash plate to pivot in relation to the rear portion about an pivot axis from an operational position in which the crash plate is arranged in front of the rear portion to a pivoted position in which the crash plate is pivoted about the pivot axis to a side position. - a front portion having a forward end and a rear end, and a coupler head arranged on the forward end of the front portion; - a rear portion having a forward end and a rear end and extending along a longitudinal axis from the rear end to the forward end, and - a pivot anchor arranged on a rear end of the rear portion, the pivot anchor being configured to be attached to a car of a rail vehicle, - a joint for connecting a rear end of the front portion to the forward end of the rear portion, the joint being configured to allow the front portion to pivot in relation to the rear portion about an pivot axis that is perpendicular to the longitudinal axis from an operational position in which the forward portion and the rear portion are aligned so that the forward portion extends in a forward direction from the rear portion, to a pivoted position in which the forward portion is pivoted about the pivot axis so that the forward portion extends at an angle from the rear portion,