mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting member, comprising: a body having a surface including a mounting surface on which an object is mountable; a channel arranged in the body ; and a first layer arranged on an inner surface of the channel , the first layer having a higher thermal conductivity than the body , wherein the body includes a second layer arranged in an area along the mounting surface in a manner to avoid the channel as viewed from above, the second layer has a higher thermal conductivity than the body , and the first layer and the second layer are connected, wherein the body includes a first structure including the mounting surface , and a second structure arranged at a surface of the first structure opposite to the mounting surface , and the second layer is between the first structure and the second structure , and bonds the first structure and the second structure , and wherein the first structure includes a first recess that is a groove on a surface of the first structure opposite to the mounting surface , and the second structure includes a second recess that is a groove on a surface of the second structure adjacent to the first structure , and the inner surface of the channel includes an inner surface of the first recess and an inner surface of the second recess . a body having a surface including a mounting surface on which an object is mountable; a channel arranged in the body ; and a first layer arranged on an inner surface of the channel , the first layer having a higher thermal conductivity than the body , wherein the body includes a second layer arranged in an area along the mounting surface in a manner to avoid the channel as viewed from above, the second layer has a higher thermal conductivity than the body , and the first layer and the second layer are connected, wherein the body includes a first structure including the mounting surface , and a second structure arranged at a surface of the first structure opposite to the mounting surface , and the second layer is between the first structure and the second structure , and bonds the first structure and the second structure , and wherein the first structure includes a first recess that is a groove on a surface of the first structure opposite to the mounting surface , and the second structure includes a second recess that is a groove on a surface of the second structure adjacent to the first structure , and the inner surface of the channel includes an inner surface of the first recess and an inner surface of the second recess .
A method of coding transform coefficients using context-based coding, the method comprising: receiving transform coefficients associated with a transform unit, in the following named "TU", wherein the TU is divided into one or more sub-blocks, and at least two context sets are used for the TU, wherein each context set includes a plurality of contexts and a TU size is 16x16, 16x4, 4x16, 32x32, 32x8, or 8x32; determining a context set for each of the sub-blocks in the TU; and coding all of non-DC transform coefficients in each sub-block based on a context selected from a same context set, wherein a DC coefficient in the TU is coded based on a different context set. receiving transform coefficients associated with a transform unit, in the following named "TU", wherein the TU is divided into one or more sub-blocks, and at least two context sets are used for the TU, wherein each context set includes a plurality of contexts and a TU size is 16x16, 16x4, 4x16, 32x32, 32x8, or 8x32; determining a context set for each of the sub-blocks in the TU; and coding all of non-DC transform coefficients in each sub-block based on a context selected from a same context set, wherein a DC coefficient in the TU is coded based on a different context set.
A method of conveying heat energy, comprising: filtering exhaust fumes from a cooking exhaust hood; passing filtered exhaust fumes through a heat exchanger ; and conveying heat therefrom to a heat-consuming process, wherein the filtering includes exposing the exhaust fumes to ultraviolet light to convert olefins in the exhaust fumes to ash, characterised in that the method further comprises filtering the ash with a disposable filter prior to passing the ultra-violet-filtered flue gas through the heat exchanger , wherein the heat exchanger includes a water spray, and the method further comprising directing a UV light toward the disposable filter . filtering exhaust fumes from a cooking exhaust hood; passing filtered exhaust fumes through a heat exchanger ; and conveying heat therefrom to a heat-consuming process, wherein the filtering includes exposing the exhaust fumes to ultraviolet light to convert olefins in the exhaust fumes to ash, characterised in that the method further comprises filtering the ash with a disposable filter prior to passing the ultra-violet-filtered flue gas through the heat exchanger , wherein the heat exchanger includes a water spray, and the method further comprising directing a UV light toward the disposable filter .
An apparatus, comprising: an execution lane array coupled to a two-dimensional shift register array structure , wherein the execution lane array is an array of execution lanes , wherein the execution lane array is configured to simultaneously operate on multiple overlapping stencils of image data loaded into the two-dimensional shift register array structure , wherein each execution lane in the execution lane array comprises a first register (R1), the first register (R1) being a physical register of the execution lane ; wherein each execution lane has a location in the execution lane array and is coupled to a register file at a same location in the two-dimensional shift register array structure , the register file including at least a second shift register (R2), being a physical register of the two-dimensional shift register array structure , such that different execution lanes of the execution lane array have different dedicated registers (R2); wherein each execution lane may read from or write to any of its first register (R1) and its dedicated register(s) (R2); and wherein an execution lane is configured to shift content from its coupled register file to a register file coupled to a logically neighbouring execution lane and to shift content into its coupled register file from a register file coupled to a logically neighbouring execution lane such that content shifts between logically neighbouring execution lanes are in a same direction. an execution lane array coupled to a two-dimensional shift register array structure , wherein the execution lane array is an array of execution lanes , wherein the execution lane array is configured to simultaneously operate on multiple overlapping stencils of image data loaded into the two-dimensional shift register array structure , wherein each execution lane in the execution lane array comprises a first register (R1), the first register (R1) being a physical register of the execution lane ; wherein each execution lane has a location in the execution lane array and is coupled to a register file at a same location in the two-dimensional shift register array structure , the register file including at least a second shift register (R2), being a physical register of the two-dimensional shift register array structure , such that different execution lanes of the execution lane array have different dedicated registers (R2); wherein each execution lane may read from or write to any of its first register (R1) and its dedicated register(s) (R2); and wherein an execution lane is configured to shift content from its coupled register file to a register file coupled to a logically neighbouring execution lane and to shift content into its coupled register file from a register file coupled to a logically neighbouring execution lane such that content shifts between logically neighbouring execution lanes are in a same direction.
A composition comprising a Lactobacillus hexosaminidase, wherein the hexosaminidase is a polypeptide having at least 60% sequence identity to SEQ ID NO: 3 or SEQ ID NO: 9, and wherein the composition further comprises; (a) i. one or more polyol(s), preferably selected from glycerol, (mono, di, or tri) propylene glycol, ethylene glycol, polyethylene glycol, sugar alcohols, sorbitol, mannitol, erythritol, dulcitol, inositol, xylitol and adonitol, ii. optionally one or more enzyme, preferably selected from proteases, amylases or lipases, iii. optionally one or more surfactant, preferably selected from anionic and nonionic surfactants, iv. optionally one or more polymer; or (b) a granule comprising i. a core comprising the Lactobacillus hexosaminidase and optionally, ii. a coating consisting of one or more layer(s) surrounding the core. (a) i. one or more polyol(s), preferably selected from glycerol, (mono, di, or tri) propylene glycol, ethylene glycol, polyethylene glycol, sugar alcohols, sorbitol, mannitol, erythritol, dulcitol, inositol, xylitol and adonitol, ii. optionally one or more enzyme, preferably selected from proteases, amylases or lipases, iii. optionally one or more surfactant, preferably selected from anionic and nonionic surfactants, iv. optionally one or more polymer; or i. one or more polyol(s), preferably selected from glycerol, (mono, di, or tri) propylene glycol, ethylene glycol, polyethylene glycol, sugar alcohols, sorbitol, mannitol, erythritol, dulcitol, inositol, xylitol and adonitol, ii. optionally one or more enzyme, preferably selected from proteases, amylases or lipases, iii. optionally one or more surfactant, preferably selected from anionic and nonionic surfactants, iv. optionally one or more polymer; or (b) a granule comprising i. a core comprising the Lactobacillus hexosaminidase and optionally, ii. a coating consisting of one or more layer(s) surrounding the core. i. a core comprising the Lactobacillus hexosaminidase and optionally, ii. a coating consisting of one or more layer(s) surrounding the core.
An electronic device comprising: a communication circuit; a display ; a processor ; and a memory configured to be electrically connected to the processor , wherein the memory stores instructions which are configured to cause the processor to: acquire location information of an external device to which the electronic device transmits and receives signals through the communication circuit, wherein the location information comprises a distance and a direction of the external device with respect to the electronic device ; control the display to display a user interface in a narrow and long region extended along at least one edge region formed in the display , wherein controlling the display to display the user interface comprises using a narrow and long region extended along an edge region adjacent to the external device to indicate the direction in a situation in which the distance between the electronic device and the external device exceeds a predetermined value and increases. a communication circuit; a display ; a processor ; and a memory configured to be electrically connected to the processor , wherein the memory stores instructions which are configured to cause the processor to: acquire location information of an external device to which the electronic device transmits and receives signals through the communication circuit, wherein the location information comprises a distance and a direction of the external device with respect to the electronic device ; control the display to display a user interface in a narrow and long region extended along at least one edge region formed in the display , wherein controlling the display to display the user interface comprises using a narrow and long region extended along an edge region adjacent to the external device to indicate the direction in a situation in which the distance between the electronic device and the external device exceeds a predetermined value and increases. acquire location information of an external device to which the electronic device transmits and receives signals through the communication circuit, wherein the location information comprises a distance and a direction of the external device with respect to the electronic device ; control the display to display a user interface in a narrow and long region extended along at least one edge region formed in the display , wherein controlling the display to display the user interface comprises using a narrow and long region extended along an edge region adjacent to the external device to indicate the direction in a situation in which the distance between the electronic device and the external device exceeds a predetermined value and increases.
A fertilizer composition comprising a fertilizer particle having at least a portion of its surface coated with a particulate coating composition comprising a solid acidic particulate material and a solid basic particulate material; wherein the solid acidic particulate material is a phosphate-based fertilizer selected from a solid particulate single superphosphate (SSP), a solid particulate triple super-phosphate (TSP), or a blend of solid particulate SSP and solid particulate TSP, and wherein the solid basic particulate material comprises MgO, ZnO, CuO, or blends thereof.
A method for accessing a network by user equipment UE, comprising: determining , by a base station, that first UE provides relay for the second UE; and sending , by the base station, a first message comprising a first identifier to the first UE, wherein the first message is used to manage a data radio bearer DRB of the first UE, so that the DRB of the first UE is used to transmit data of the second UE, and the first identifier is in a one-to-one correspondence with the second UE. determining , by a base station, that first UE provides relay for the second UE; and sending , by the base station, a first message comprising a first identifier to the first UE, wherein the first message is used to manage a data radio bearer DRB of the first UE, so that the DRB of the first UE is used to transmit data of the second UE, and the first identifier is in a one-to-one correspondence with the second UE.
A formaldehyde detecting apparatus comprising: a formaldehyde sensor configured to measure concentration of formaldehyde in air and including output terminals protruded from an end portion of a lower surface of the formaldehyde sensor ; a printed circuit board to which the formaldehyde sensor is fixed by the output terminals and from which the lower surface of the formaldehyde sensor is spaced apart, the printed circuit board including a signal processor configured to process a signal output from the formaldehyde sensor ; a fixing member disposed on the printed circuit board , the fixing member fixing another portion of the formaldehyde sensor from which the output terminals do not protrude, wherein the fixing member comprises: a base portion fixing and supporting the another portion of the formaldehyde sensor ; and a fastening portion vertically extending from the base portion, the fastening portion fixing the base portion to the printed circuit board , wherein the fixing member prevents the formaldehyde sensor from oscillating with respect to the printed circuit board by external vibration; and a power supply comprising a regulator that is configured to output a stabilized voltage to the signal processor . a formaldehyde sensor configured to measure concentration of formaldehyde in air and including output terminals protruded from an end portion of a lower surface of the formaldehyde sensor ; a printed circuit board to which the formaldehyde sensor is fixed by the output terminals and from which the lower surface of the formaldehyde sensor is spaced apart, the printed circuit board including a signal processor configured to process a signal output from the formaldehyde sensor ; a fixing member disposed on the printed circuit board , the fixing member fixing another portion of the formaldehyde sensor from which the output terminals do not protrude, wherein the fixing member comprises: a base portion fixing and supporting the another portion of the formaldehyde sensor ; and a fastening portion vertically extending from the base portion, the fastening portion fixing the base portion to the printed circuit board , wherein the fixing member prevents the formaldehyde sensor from oscillating with respect to the printed circuit board by external vibration; and a power supply comprising a regulator that is configured to output a stabilized voltage to the signal processor .
A driving force adjustment apparatus comprising a differential apparatus that includes a differential gear , supported by a differential case , and a pair of left and right outputting shafts and that is interposed between a left shaft and a right shaft of a vehicle, and a motor coupled to the differential apparatus , the driving force adjustment apparatus being characterized by comprising: a reverse rotating mechanism that is connected to a first outputting shaft being one of the outputting shafts of the differential apparatus and that generates rotation being reverse to rotation of the first outputting shaft and having a same rotational speed as the rotation of the first outputting shaft ; and a changeover mechanism that is interposed between the first outputting shaft and one of the left shaft and the right shaft and that controls a power transmission state, wherein the changeover mechanism has a first state in which the one of the left shaft and the right shaft is coupled to the first outputting shaft , a second state in which one of the left shaft and the right shaft is not coupled to the differential apparatus and the reverse rotating mechanism , and a third state in which one of the left shaft and the right shaft is coupled to the reverse rotating mechanism . a reverse rotating mechanism that is connected to a first outputting shaft being one of the outputting shafts of the differential apparatus and that generates rotation being reverse to rotation of the first outputting shaft and having a same rotational speed as the rotation of the first outputting shaft ; and a changeover mechanism that is interposed between the first outputting shaft and one of the left shaft and the right shaft and that controls a power transmission state, wherein the changeover mechanism has a first state in which the one of the left shaft and the right shaft is coupled to the first outputting shaft , a second state in which one of the left shaft and the right shaft is not coupled to the differential apparatus and the reverse rotating mechanism , and a third state in which one of the left shaft and the right shaft is coupled to the reverse rotating mechanism .
A solid-state imaging element comprising: open pixels each configured to detect whether or not an amount of change in incident light amount exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and light-blocked pixels each configured to output a correction signal corresponding to an amount of dark current noise and offset noise generated in the open pixels , the correction signal being configured to be used for correction processing of removing a noise from a pixel signal based on the light amount, wherein the open pixels are arrayed on one of a pair of planes facing each other, and the light-blocked pixels are arrayed on another of the pair of planes. open pixels each configured to detect whether or not an amount of change in incident light amount exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and light-blocked pixels each configured to output a correction signal corresponding to an amount of dark current noise and offset noise generated in the open pixels , the correction signal being configured to be used for correction processing of removing a noise from a pixel signal based on the light amount, wherein the open pixels are arrayed on one of a pair of planes facing each other, and the light-blocked pixels are arrayed on another of the pair of planes.
A motorcycle tyre comprising: a tread portion comprising a crown portion (Cr) that is a region of 50% of a tread development width (TW) centered on a tyre equator (C), a first shoulder portion (S1) that is an outer region of the crown portion (Cr), and a plurality of first lateral grooves , each of the plurality of first lateral grooves comprising a first groove portion arranged in the crown portion (Cr), a second groove portion arranged in the first shoulder portion (S1), and a third groove portion connecting the first groove portion and the second groove portion , wherein a groove depth (D3) and a groove width (W3) of the third groove portion are respectively smaller than a groove depth (D1) and a groove width (W1) of the first groove portion , and the groove depth (D3) and the groove width (W3) of the third groove portion are respectively smaller than a groove depth (D2) and a groove width (W2) of the second groove portion , characterized in that more than 80% of a tyre axial length (L3) of the third groove portion is located in the first shoulder portion (S1). a tread portion comprising a crown portion (Cr) that is a region of 50% of a tread development width (TW) centered on a tyre equator (C), a first shoulder portion (S1) that is an outer region of the crown portion (Cr), and a plurality of first lateral grooves , each of the plurality of first lateral grooves comprising a first groove portion arranged in the crown portion (Cr), a second groove portion arranged in the first shoulder portion (S1), and a third groove portion connecting the first groove portion and the second groove portion , wherein a groove depth (D3) and a groove width (W3) of the third groove portion are respectively smaller than a groove depth (D1) and a groove width (W1) of the first groove portion , and the groove depth (D3) and the groove width (W3) of the third groove portion are respectively smaller than a groove depth (D2) and a groove width (W2) of the second groove portion , characterized in that more than 80% of a tyre axial length (L3) of the third groove portion is located in the first shoulder portion (S1).
A bottle with a cap , the bottle being adapted to have positive inner pressure wherein the bottle includes a male screw part formed at an outer circumferential surface of a bottle mouth , wherein the male screw part includes a plurality of projections radially protruding from the outer circumferential surface of the bottle mouth and running intermittently in spiral, wherein at least one gap configured to act as a gas vent is defined in adjacent projections , wherein the cap comprises a female screw part engageable with the male screw part , wherein the female screw part includes a circumferential projection protruding from an inner circumferential surface of a cap side wall and continuously extending in spiral through at least 360 degrees, wherein the circumferential projection is radially cut away in part to form at least one cutaway portion , characterized in that at least one, respectively each, cutaway portion is positioned to correspond to the at least one, respectively each, gap of the male screw part . wherein the bottle includes a male screw part formed at an outer circumferential surface of a bottle mouth , wherein the male screw part includes a plurality of projections radially protruding from the outer circumferential surface of the bottle mouth and running intermittently in spiral, wherein at least one gap configured to act as a gas vent is defined in adjacent projections , wherein the cap comprises a female screw part engageable with the male screw part , wherein the female screw part includes a circumferential projection protruding from an inner circumferential surface of a cap side wall and continuously extending in spiral through at least 360 degrees, wherein the circumferential projection is radially cut away in part to form at least one cutaway portion , characterized in that at least one, respectively each, cutaway portion is positioned to correspond to the at least one, respectively each, gap of the male screw part .