mhurhangee/ep-ind-claims huggingface dataset:
An image processing method, for processing a color-block image output by an image sensor, wherein the image sensor comprises an array of photosensitive pixel units, and each photosensitive pixel unit comprises a plurality of photosensitive pixels, the color-block image comprises image pixel units arranged in a preset array, wherein the preset array comprises a Bayer array, each image pixel unit comprises a plurality of original pixels, each photosensitive pixel unit corresponds to one image pixel unit, each photosensitive pixel corresponds to one original pixel, and the color-block image comprises a fixed region, and the image processing method comprises: converting a part of the color-block image within the fixed region into a first image using a first interpolation algorithm, wherein, the first image comprises first simulation pixels arranged in the Bayer array, and each photosensitive pixel corresponds to one first simulation pixel; converting a part of the color-block image beyond the fixed region into a second image using a second interpolation algorithm, wherein, the second image comprises second simulation pixels arranged in the Bayer array, and each photosensitive pixel corresponds to one second simulation pixel, and a complexity of the second interpolation algorithm is less than that of the first interpolation algorithm; and merging the first image and the second image into a simulation image corresponding to the color-block image, the simulation image comprising simulation pixels arranged in the Bayer array. converting a part of the color-block image within the fixed region into a first image using a first interpolation algorithm, wherein, the first image comprises first simulation pixels arranged in the Bayer array, and each photosensitive pixel corresponds to one first simulation pixel; converting a part of the color-block image beyond the fixed region into a second image using a second interpolation algorithm, wherein, the second image comprises second simulation pixels arranged in the Bayer array, and each photosensitive pixel corresponds to one second simulation pixel, and a complexity of the second interpolation algorithm is less than that of the first interpolation algorithm; and merging the first image and the second image into a simulation image corresponding to the color-block image, the simulation image comprising simulation pixels arranged in the Bayer array.
A composite hydrophilic porous membrane comprising a porous fluoropolymer support and a coating comprising a copolymer, wherein the copolymer comprises repeat units A and B, wherein A is selected from and B is of the formula: wherein: the copolymer is a block copolymer or a random copolymer; and the number of repeat units of each of A and B are m and n, respectively, and range from 1 to about 1000, provided the sum of m and n is equal to or greater than 10, wherein the copolymer is optionally crosslinked. the copolymer is a block copolymer or a random copolymer; and the number of repeat units of each of A and B are m and n, respectively, and range from 1 to about 1000, provided the sum of m and n is equal to or greater than 10, wherein the copolymer is optionally crosslinked.
One or more human milk oligosaccharides (HMOs) for use in: - treating a patient with IBD having ulceration to induce remission by inducing and/or promoting mucosal healing in the patient, - maintaining a patient with IBD in remission by inducing/promoting mucosal healing in the patient and maintaining mucosal integrity, - promoting mucosal healing in a patient having ulceration due to an inflammatory gastrointestinal condition, and/or - inducing mucosal healing in a patient having ulceration due to an inflammatory gastrointestinal condition. - treating a patient with IBD having ulceration to induce remission by inducing and/or promoting mucosal healing in the patient, - maintaining a patient with IBD in remission by inducing/promoting mucosal healing in the patient and maintaining mucosal integrity, - promoting mucosal healing in a patient having ulceration due to an inflammatory gastrointestinal condition, and/or - inducing mucosal healing in a patient having ulceration due to an inflammatory gastrointestinal condition.
An apparatus for static weight-bearing assessment of foot and lower limb abnormalities, the apparatus comprising: a platform configured to support at least part of a patient's foot; and an actuator arrangement configured to control a displacement of the platform, wherein the platform comprises a first platform portion and a second platform portion, wherein the first and second platform portions are movable out-of-plane relative to each other, and wherein the actuator arrangement is configured to move the first and second platform portions (21a, 21b) between a first configuration and a second configuration, characterised in that in the first configuration the first and second platform portions (21a, 21b) are approximately in-plane with each other to bear a weight of a forefoot of the patient's foot by both the first and second platform portions (21a, 21b) and further characterised in that in the second configuration the second platform portion is out-of-plane relative to the first platform portion so that the patient's foot is in contact with the first platform portion but the first metatarsal is no longer in contact with the second platform portion to enable the first metatarsal of the patient's foot to overhang a lateral edge of the first platform portion in the out-of-plane position. a platform configured to support at least part of a patient's foot; and an actuator arrangement configured to control a displacement of the platform, wherein the platform comprises a first platform portion and a second platform portion, wherein the first and second platform portions are movable out-of-plane relative to each other, and wherein the actuator arrangement is configured to move the first and second platform portions (21a, 21b) between a first configuration and a second configuration,
A channel state information CSI feedback method, comprising: receiving, by a receive end, CSI process configuration information, wherein the CSI process configuration information comprises at least one CSI process, and a first CSI process in the at least one CSI process is associated with K reference signal resources and M interference measurement resources; for the first CSI process, selecting,, a target reference signal resource from the K reference signal resources, and selecting a target interference measurement resource from the M interference measurement resources, or using an average of the M interference measurement resources as the target interference measurement resource; obtaining, CSI based on the target reference signal resource and the target interference measurement resource; and sending, by the receive end, the CSI, wherein the CSI comprises a target index, and the target index is used to represent the target reference signal resource and the target interference measurement resource; wherein the target index is a joint index generated based on an index of the target reference signal resource and an index of the target interference measurement resource. receiving, by a receive end, CSI process configuration information, wherein the CSI process configuration information comprises at least one CSI process, and a first CSI process in the at least one CSI process is associated with K reference signal resources and M interference measurement resources; for the first CSI process, selecting,, a target reference signal resource from the K reference signal resources, and selecting a target interference measurement resource from the M interference measurement resources, or using an average of the M interference measurement resources as the target interference measurement resource; obtaining, CSI based on the target reference signal resource and the target interference measurement resource; and sending, by the receive end, the CSI, wherein the CSI comprises a target index, and the target index is used to represent the target reference signal resource and the target interference measurement resource; wherein the target index is a joint index generated based on an index of the target reference signal resource and an index of the target interference measurement resource.
A base station of a mobile communication network comprising: a first receiver configured to receive data transmitted by a communication terminal wherein the received data is to be processed according to a data reception processing for extracting, from the received data, data to be transmitted from the communication terminal; a forwarding circuit configured to forward the received data to another base station of the mobile communication network for carrying out at least a part of the data reception processing of the received data; and a second receiver configured to receive the processed data from the other base station, wherein the base station and the other base station belong to a coordinated multipoint transmission and reception (CoMP) set; wherein the received data is a first part of data received from the communication terminal and wherein the base station further comprises a data processing circuit configured to process a second part of the data received from the communication terminal; and the receiver is configured to receive the first part of data using a first frequency region and is configured to receive the second part of data according to a second frequency region, wherein the first frequency region is different from the second frequency region. a first receiver configured to receive data transmitted by a communication terminal wherein the received data is to be processed according to a data reception processing for extracting, from the received data, data to be transmitted from the communication terminal; a forwarding circuit configured to forward the received data to another base station of the mobile communication network for carrying out at least a part of the data reception processing of the received data; and a second receiver configured to receive the processed data from the other base station, wherein the base station and the other base station belong to a coordinated multipoint transmission and reception (CoMP) set; wherein the received data is a first part of data received from the communication terminal and wherein the base station further comprises a data processing circuit configured to process a second part of the data received from the communication terminal; and the receiver is configured to receive the first part of data using a first frequency region and is configured to receive the second part of data according to a second frequency region, wherein the first frequency region is different from the second frequency region.
Coloured composite material comprising a matrix in which metal nanoparticles coated with a shell are dispersed, characterized in that the shell is made of silica and in that the matrix is based on a thermosetting or photopolymerizable resin reinforced by a mineral filler composed of one or more silicates and/or of silica.
A range finding system comprising: a range information acquisition unit configured to detect first range information by a TOF, time-of-flight, scheme; an image processor configured to integrate the first range information with second range information, the second range information being obtained through image processing of a plurality of stereo images captured by a plurality of imaging units (11, 12); an emitter configured to emit a light emission pulse; and a receiver (605, 606, 610) configured to detect a light reception signal obtained as a result of the light emission pulse being reflected off an object, wherein a width of the light emission pulse emitted by the emitter and a sampling period in which the receiver (605, 606, 610) samples the light reception signal are configured such that the width of the light emission pulse emitted by the emitter corresponds to a time equal to or longer than a time required for obtaining at least one or more samples of the light reception signal, and characterized in that the width of the light emission pulse emitted by the emitter is configured such that of a range resolution of the first range information and a range resolution of the second range information, the range resolution of the second range information is denser than the range resolution of the first range information, at a distance shorter than a predetermined distance. a range information acquisition unit configured to detect first range information by a TOF, time-of-flight, scheme; an image processor configured to integrate the first range information with second range information, the second range information being obtained through image processing of a plurality of stereo images captured by a plurality of imaging units (11, 12); an emitter configured to emit a light emission pulse; and a receiver (605, 606, 610) configured to detect a light reception signal obtained as a result of the light emission pulse being reflected off an object, wherein a width of the light emission pulse emitted by the emitter and a sampling period in which the receiver (605, 606, 610) samples the light reception signal are configured such that the width of the light emission pulse emitted by the emitter corresponds to a time equal to or longer than a time required for obtaining at least one or more samples of the light reception signal, and characterized in that the width of the light emission pulse emitted by the emitter is configured such that of a range resolution of the first range information and a range resolution of the second range information, the range resolution of the second range information is denser than the range resolution of the first range information, at a distance shorter than a predetermined distance.
Radiator element, for instance for cooling electrical transformers by means of a cooling oil, said radiator element comprising at least one tubular component suited to contain a cooling fluid and to allow said cooling fluid to circulate between its two opposite ends; said at least one tubular component comprising a plurality of main external longitudinal ribs with predefined cross section, projecting from the outer surface of said at least one component; said at least one tubular component comprising two internal ribs with predefined cross section, projecting from the inner surface of said at least one component; said radiator element being characterized in that said at least one component has a substantially elliptical cross section; and in that said two internal ribs respectively extend from the opposite vertices of said at least one tubular component with elliptical cross section.
A method of determining the state of health of a first elementary cell of a battery, comprising the steps of: measuring the voltage (U(k)) across the cell under a reference current (i ref) at a plurality of times in a phase of cell charge or discharge between first and second state-of-charge levels; and detecting a crossing by said voltage (U(k)) of a predetermined specific value (U A), corresponding to a predetermined specific charge value (Q A) of the cell, said specific charge (Q A) and voltage (U A) values corresponding to the coordinates of a crossing point of at least two curves (101a, 101b, 101c) representative of the variation of said voltage (U(k)) according to the charge contained in the cell, for different states of health of the cell. measuring the voltage (U(k)) across the cell under a reference current (i ref) at a plurality of times in a phase of cell charge or discharge between first and second state-of-charge levels; and detecting a crossing by said voltage (U(k)) of a predetermined specific value (U A), corresponding to a predetermined specific charge value (Q A) of the cell, said specific charge (Q A) and voltage (U A) values corresponding to the coordinates of a crossing point of at least two curves (101a, 101b, 101c) representative of the variation of said voltage (U(k)) according to the charge contained in the cell, for different states of health of the cell.
A method of printing radiopaque indicia on a medical device including transferring radiopaque marking fluid from an etched plate to the medical device, comprising: applying radiopaque marking fluid to a surface of the plate comprising one or more etchings (220, 230) having a depth of at least 0.000254 centimeters, the radiopaque marking fluid comprising a clear ink and tungsten particulates having a particulate size of more than one micrometer; exposing the radiopaque marking fluid on the surface of the plate to air to allow the radiopaque marking fluid to achieve a sufficient level of tackiness; and transferring the radiopaque marking fluid to a medical device. applying radiopaque marking fluid to a surface of the plate comprising one or more etchings (220, 230) having a depth of at least 0.000254 centimeters, the radiopaque marking fluid comprising a clear ink and tungsten particulates having a particulate size of more than one micrometer; exposing the radiopaque marking fluid on the surface of the plate to air to allow the radiopaque marking fluid to achieve a sufficient level of tackiness; and transferring the radiopaque marking fluid to a medical device.
A support system for emergency road signs, with self-locking support bracket, provided with one or more clamps (P1, P1', P1", P2, P3) which allow the rapid installation and removal thereof on and from a single-line or double-line Jersey barrier or a guardrail or a C-shaped metal pole, wherein each support bracket comprises: - at least one seat in which the post or pole of a road sign is insertable, - at least one self-locking clamp (P1 or P1' or P1" or P2 or P3) configured to be applicable to the single-line or double-line Jersey barrier or the guardrail or the C-shaped metal pole; - at least one or two grips which are integral with the main body of the support bracket, which grips allow a secure grasp of the support bracket when installing and removing it; characterized in that each self-locking clamp is provided with at least one handle operatively connected to a suitable kinematic return mechanism to actuate the rotary movement of a cam (6a or 6b), wherein said kinematic mechanism comprises a shaped post for the connection to the cam and a return spring to rotate the cam (6a or 6b) against a side surface of the Jersey barrier or guardrail or C-shaped metal pole, to keep the support bracket locked on the Jersey barrier or guardrail or C-shaped metal pole itself; wherein said shaped post is operatively connected to the handle and to the cam (6a or 6b) so as, by lifting the handle, the cam is rotated and moved away from the side surface of the Jersey barrier or guardrail or C-shaped metal pole. wherein each support bracket comprises: - at least one seat in which the post or pole of a road sign is insertable, - at least one self-locking clamp (P1 or P1' or P1" or P2 or P3) configured to be applicable to the single-line or double-line Jersey barrier or the guardrail or the C-shaped metal pole; - at least one or two grips which are integral with the main body of the support bracket, which grips allow a secure grasp of the support bracket when installing and removing it; - at least one seat in which the post or pole of a road sign is insertable, - at least one self-locking clamp (P1 or P1' or P1" or P2 or P3) configured to be applicable to the single-line or double-line Jersey barrier or the guardrail or the C-shaped metal pole; - at least one or two grips which are integral with the main body of the support bracket, which grips allow a secure grasp of the support bracket when installing and removing it; characterized in that each self-locking clamp is provided with at least one handle operatively connected to a suitable kinematic return mechanism to actuate the rotary movement of a cam (6a or 6b), wherein said kinematic mechanism comprises a shaped post for the connection to the cam and a return spring to rotate the cam (6a or 6b) against a side surface of the Jersey barrier or guardrail or C-shaped metal pole, to keep the support bracket locked on the Jersey barrier or guardrail or C-shaped metal pole itself; wherein said shaped post is operatively connected to the handle and to the cam (6a or 6b) so as, by lifting the handle, the cam is rotated and moved away from the side surface of the Jersey barrier or guardrail or C-shaped metal pole.
A combination comprising (a) an amount of an anti-C35 antibody or antigen binding fragment thereof that specifically binds C35; and (b) an amount of an anti-HER2 antibody or antigen binding fragment thereof that specifically binds HER2, for separate, concurrent or sequential use in killing cancer cells in vivo that express C35 and HER2, wherein said amount of anti-C35 antibody and said amount of anti-HER2 antibody is effective for killing said cancer cells when administered to said cancer cell.
Sealing strip extending in a longitudinal direction and in a width direction perpendicular thereto, with a base carrier extending in the longitudinal direction and at least in sections in the width direction, wherein the sealing strip having at least two strips (4, 6) extending in the longitudinal direction, each having a first surface (4a, 6a) and a second surface (4b, 6b) opposite this first surface, and these first surfaces (4a, 6a) being arranged on the same side of the sealing strip, wherein at least the first surface of the first strip differs from the first surface of the second strip with respect to its adhesive properties, wherein the second strip having an adhesive element on both surfaces (6a, 6b), wherein a strip-shaped covering element (8, 26) being arranged on one surface (6a, 6b) of the second strip, characterized in that no covering element is arranged on one surface (6b, 6a) of the second strip, wherein in a rolled-up state of the sealing strip, the covering element (8, 26) contacts both surfaces (6a, 6b) of the second strip and is arranged between these two adhesive surfaces (6a, 6b).
A transmitter for transmitting signals, the transmitter comprising: a memory storing instructions and a controller configured to execute the instructions to cause the transmitter to: determine whether a value of a transmitter power is less than a threshold; responsive to a determination that the value of the transmitter power is less than the threshold: mix a baseband signal with a first oscillator signal to produce a very-low intermediate frequency signal; mix the very-low intermediate frequency signal with a second oscillator signal to produce a radio frequency, RF, signal; and transmit the RF signal. a memory storing instructions and a controller configured to execute the instructions to cause the transmitter to: determine whether a value of a transmitter power is less than a threshold; responsive to a determination that the value of the transmitter power is less than the threshold: mix a baseband signal with a first oscillator signal to produce a very-low intermediate frequency signal; mix the very-low intermediate frequency signal with a second oscillator signal to produce a radio frequency, RF, signal; and transmit the RF signal. mix a baseband signal with a first oscillator signal to produce a very-low intermediate frequency signal; mix the very-low intermediate frequency signal with a second oscillator signal to produce a radio frequency, RF, signal; and transmit the RF signal.
Blowing method for producing steel from molten pig iron in converters, characterised in that at least one jet of hot air is sprayed into the converter space above the molten pig iron from at least one nozzle of at least one spraying device onto the molten pig iron, wherein a differential pressure of 0.05 - 0.1 MPa exists, in relation to the hot air emerging as a jet, between entry into the nozzle and exit from the nozzle.