mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for mapping the colors of at least one source image to the colors of a reference image, the apparatus comprising: - a histogram matching unit adapted to match the histogram of the distribution of the pixel colour intensities of the source image to the histogram of the reference image so as to generate a histogram of the distribution of the pixel colour intensities matched image of the source image, - a probability distribution computation unit adapted to generate a conditional probability distribution of the reference image, - an outlier detection unit adapted to detect outliers in the histogram matched image on the basis of the conditional probability distribution; and an outlier correction unit adapted to correct outliers by correcting the intensity of the matched pixel, which is detected as outlier by the outlier detection unit, based on the conditional probability distribution; wherein the probability distribution computation unit is adapted to generate the conditional probability distribution by estimating a conditional probability (p(I c |I n1, I n2, I n3... I nN)) of an intensity (I c) of a given pixel of the reference image given intensities (I n1, I n2, I n3... I nN) of neighboring pixels of said given pixel. - a histogram matching unit adapted to match the histogram of the distribution of the pixel colour intensities of the source image to the histogram of the reference image so as to generate a histogram of the distribution of the pixel colour intensities matched image of the source image, - a probability distribution computation unit adapted to generate a conditional probability distribution of the reference image, - an outlier detection unit adapted to detect outliers in the histogram matched image on the basis of the conditional probability distribution; and
An electrode for hydrogen generation consisting of: a conductive base material; and a platinum alloy supported on said conductive base material, wherein said conductive base material is one selected from nickel, iron, copper, titanium and stainless alloy steel, said platinum alloy consists of platinum and a transition metal element, said transition metal element is one metal selected from the group consisting of nickel, cobalt, copper, silver, and iron, and the platinum content in the platinum alloy is in a range of 0.40 to 0.99 by mole ratio, and wherein the electrode is manufactured by a method comprising: coating a metal compound solution including one selected from the group consisting of nickel, cobalt, copper, silver, and iron, and a platinum compound solution which forms an ammine complex, on said conductive base material; drying at a temperature of 200°C or less; thermally decomposing at a temperature in a range from more than 200°C to 700°C or less; and then subjecting to a reduction processing. a conductive base material; and a platinum alloy supported on said conductive base material, wherein said conductive base material is one selected from nickel, iron, copper, titanium and stainless alloy steel, said platinum alloy consists of platinum and a transition metal element, said transition metal element is one metal selected from the group consisting of nickel, cobalt, copper, silver, and iron, and the platinum content in the platinum alloy is in a range of 0.40 to 0.99 by mole ratio, and wherein the electrode is manufactured by a method comprising: coating a metal compound solution including one selected from the group consisting of nickel, cobalt, copper, silver, and iron, and a platinum compound solution which forms an ammine complex, on said conductive base material; drying at a temperature of 200°C or less; thermally decomposing at a temperature in a range from more than 200°C to 700°C or less; and then subjecting to a reduction processing. coating a metal compound solution including one selected from the group consisting of nickel, cobalt, copper, silver, and iron, and a platinum compound solution which forms an ammine complex, on said conductive base material; drying at a temperature of 200°C or less; thermally decomposing at a temperature in a range from more than 200°C to 700°C or less; and then subjecting to a reduction processing.
A refrigerator comprising: a cabinet defining a storage space; a door configured to open and close the storage space; a gap adjusting member provided between the door and the cabinet and configured to adjust a gap between the door and the cabinet; and a seating part provided at one of the door and the cabinet and configured to support the gap adjusting member in different orientations, wherein the gap adjusting member includes: a contact part having a rear surface configured to be in contact with the other one of the door and the cabinet in a state where the door is closed, and a plurality of adjusting parts (42, 41) protruding from a front surface of the contact part toward the seating part at different heights, the front surface being opposite to the rear surface of the contact part; and wherein the gap adjusting member and the seating part are configured to adjust a gap between the door and the cabinet corresponding to one of the adjusting parts (42, 41) which is in contact with the seating part depending on a selected orientation of the gap adjusting member, wherein the orientation of the gap adjusting member is selectable by rotating the gap adjusting member and connecting the gap adjusting member in the selected orientation to the seating part. a cabinet defining a storage space; a door configured to open and close the storage space; a gap adjusting member provided between the door and the cabinet and configured to adjust a gap between the door and the cabinet; and a seating part provided at one of the door and the cabinet and configured to support the gap adjusting member in different orientations, wherein the gap adjusting member includes: a contact part having a rear surface configured to be in contact with the other one of the door and the cabinet in a state where the door is closed, and a plurality of adjusting parts (42, 41) protruding from a front surface of the contact part toward the seating part at different heights, the front surface being opposite to the rear surface of the contact part; and a contact part having a rear surface configured to be in contact with the other one of the door and the cabinet in a state where the door is closed, and a plurality of adjusting parts (42, 41) protruding from a front surface of the contact part toward the seating part at different heights, the front surface being opposite to the rear surface of the contact part; and wherein the gap adjusting member and the seating part are configured to adjust a gap between the door and the cabinet corresponding to one of the adjusting parts (42, 41) which is in contact with the seating part depending on a selected orientation of the gap adjusting member, wherein the orientation of the gap adjusting member is selectable by rotating the gap adjusting member and connecting the gap adjusting member in the selected orientation to the seating part.
A thermoelectric energy harvesting device comprising: a first thermal-coupling interface (14; 114; 214); a second thermal-coupling interface (15; 115); a membrane (17; 117; 217; 417), arranged between the first thermal-coupling interface (14; 114; 214) and the second thermal-coupling interface (15; 115) and connected to the first thermal-coupling interface (14; 114; 214) by a supporting frame (18; 118; 218; 418); a thermal bridge (20; 120; 220; 420) between the second thermal-coupling interface (15; 115) and a thermal-coupling portion (17a; 117a; 217a; 417a) of the membrane (17; 117; 217; 417); and a thermoelectric converter (12; 112; 212; 422) on the membrane (17; 117; 217; 417), configured to supply an electrical quantity as a function of a temperature difference between the thermal-coupling portion (17a; 117a; 217a; 417a) of the membrane (17; 117; 217; 417) and the supporting frame (18; 118; 218; 418); characterized by a lateral structure (13; 113; 213), the supporting frame (18; 118; 218) and the membrane (17; 117; 217) being packaged between the first thermal-coupling interface (14; 114; 214), the second thermal-coupling interface (15; 115), and the lateral structure (13; 113; 213), the inside of the lateral structure (13; 113; 213) being sealed by the first thermal-coupling interface (14; 114; 214) and by the second thermal-coupling interface (15; 115). a first thermal-coupling interface (14; 114; 214); a second thermal-coupling interface (15; 115); a membrane (17; 117; 217; 417), arranged between the first thermal-coupling interface (14; 114; 214) and the second thermal-coupling interface (15; 115) and connected to the first thermal-coupling interface (14; 114; 214) by a supporting frame (18; 118; 218; 418); a thermal bridge (20; 120; 220; 420) between the second thermal-coupling interface (15; 115) and a thermal-coupling portion (17a; 117a; 217a; 417a) of the membrane (17; 117; 217; 417); and a thermoelectric converter (12; 112; 212; 422) on the membrane (17; 117; 217; 417), configured to supply an electrical quantity as a function of a temperature difference between the thermal-coupling portion (17a; 117a; 217a; 417a) of the membrane (17; 117; 217; 417) and the supporting frame (18; 118; 218; 418); characterized by a lateral structure (13; 113; 213), the supporting frame (18; 118; 218) and the membrane (17; 117; 217) being packaged between the first thermal-coupling interface (14; 114; 214), the second thermal-coupling interface (15; 115), and the lateral structure (13; 113; 213), the inside of the lateral structure (13; 113; 213) being sealed by the first thermal-coupling interface (14; 114; 214) and by the second thermal-coupling interface (15; 115).
A write request processing method, wherein the method is executed by a memory controller in a computer system, the memory controller buffers a write request queue, the write request queue comprises to-be-scheduled write requests of transactions, a memory of the computer system is a non-volatile memory, NVM, the memory comprises multiple storage units, and the method comprises: determining that a quantity of write requests in a to-be-scheduled first write request set is less than a quantity of unoccupied storage units in the memory, wherein a first memory barrier exists between a write request in the first write request set and another write request in the write request queue, and the write request in the first write request set is located before the first memory barrier; determining a second write request set, wherein a write request in the second write request set is a log write request, the write request in the second write request set is located behind the first memory barrier in the write request queue, and the sum of a quantity of write requests in the second write request set and the quantity of write requests in the first write request set is not greater than the quantity of unoccupied storage units in the memory; and sending the write request in the first write request set and the write request in the second write request set in parallel to different unoccupied storage units in the memory. determining that a quantity of write requests in a to-be-scheduled first write request set is less than a quantity of unoccupied storage units in the memory, wherein a first memory barrier exists between a write request in the first write request set and another write request in the write request queue, and the write request in the first write request set is located before the first memory barrier; determining a second write request set, wherein a write request in the second write request set is a log write request, the write request in the second write request set is located behind the first memory barrier in the write request queue, and the sum of a quantity of write requests in the second write request set and the quantity of write requests in the first write request set is not greater than the quantity of unoccupied storage units in the memory; and sending the write request in the first write request set and the write request in the second write request set in parallel to different unoccupied storage units in the memory.
Fuel injection valve, in particular injector for fuel injection systems of air-compressing, auto-ignition internal combustion engines, having a control valve, a control chamber and a nozzle needle, wherein an outflow throttle and an inflow throttle for the control chamber are provided, and wherein the control valve serves for controlling a flow through the outflow throttle, and a movable shut-off element is provided which divides the control chamber into a first control chamber part and a second control chamber part, wherein the outflow throttle and the inflow throttle issue into the first control chamber part, and wherein the nozzle needle can be actuated by means of a control chamber pressure in the second control chamber part, and the shut-off element, in a shut-off position, blocks at least a direct connection between the outflow throttle and the inflow throttle via the first control chamber part, characterized in that the shut-off element has a throttled fill bore, and in that the shut-off element, in the shut-off position, connects the inflow throttle to the second control chamber part via the throttled fill bore, wherein the shut-off element has a throttled connecting bore which connects the first control chamber part and the second control chamber part.
An antibody display system comprising: (a) an isolated host cell; (b) a polynucleotide encoding a bait comprising a heavy Fc immunoglobulin domain fused to a surface anchor polypeptide operably associated with a regulatable promotor; (c) one or more polynucleotides encoding an immunoglobulin light chain; and (d) one or more polynucleotides encoding an immunoglobulin heavy chain. (a) an isolated host cell; (b) a polynucleotide encoding a bait comprising a heavy Fc immunoglobulin domain fused to a surface anchor polypeptide operably associated with a regulatable promotor; (c) one or more polynucleotides encoding an immunoglobulin light chain; and (d) one or more polynucleotides encoding an immunoglobulin heavy chain.
A method performed by a source device, the method comprising: transmitting a handover request to a target device, wherein the handover request comprises: first information indicating that a source communication network corresponding to the source device is unable to support a predetermined quality of service; and second information corresponding to capacity of the source communication network; and receiving a response to the handover request. transmitting a handover request to a target device, wherein the handover request comprises: first information indicating that a source communication network corresponding to the source device is unable to support a predetermined quality of service; and second information corresponding to capacity of the source communication network; and first information indicating that a source communication network corresponding to the source device is unable to support a predetermined quality of service; and second information corresponding to capacity of the source communication network; and receiving a response to the handover request.
Laundry dryer comprising an outer casing having a front wall provided with a laundry loading/unloading pass-through opening, and an air-filtering cartridge which is fitted in removable manner into an air-vent which is passed through by a laundry drying airflow (f), said air-filtering cartridge comprising a first substantially bag- or pocket-shaped, air-filtering shell or vessel (20, 120) which is dimensioned for being inserted/plugged into said air-vent and a second substantially bag- or pocket-shaped, air-filtering shell or vessel (30, 130) which is fitted/recessed into said first air-filtering shell or vessel (20, 120), so as to be passed through by substantially the same airflow (f) that crosses the first air-filtering shell or vessel (20, 120), each of said first and second air-filtering shells or vessels (20, 120, 30, 130) having a two valve-like structure (23a, 23b, 32a, 32b; 123a, 123b, 132a, 132b) which is openable in a book-like manner and has surfaces (21, 121, 31, 131) arranged to restrain fluff and/or lint particles in suspension into the airflow (f), the laundry dryer being characterized in that the second air-filtering shell or vessel (30, 130) is hingedly coupled to the first air-filtering shell or vessel (20, 120), such that, an open position exists wherein both valve-like structures (23a, 23b, 32a, 32b; 123a, 123b, 132a, 132b) displace the inner faces (21a, 21b, 31a, 31b; 121a, 121b, 131a, 131b) of said surfaces (21, 121, 31, 131) on the same side.
A composite superabsorbent particle comprising a synthetic polycarboxylate polymer able to form a hydrogel blended with carboxymethyl starch, and further including a C 2 -C 4 polyol moiety, such as glycerol, ethylene glycol or propylene glycol, crosslinking at least one of the carboxymethyl starch and the synthetic polycarboxylate polymer via ester linkages at a surface of the particle; and a trivalent metal ion, such as aluminum, coating said surface of the particle, the aluminum in particular in the form of aluminum sulfate; wherein a ratio of the synthetic polycarboxylate polymer to the carboxymethyl starch is from 20:80 to 80:20 on a wt:wt basis and the amount of the ester linkages and trivalent metal salt is such that the particle exhibits a FSC of at least 40 g/g, a CRC of at least 25 g/g, an AUL of at least 15 g/g under a load of 4.8 kPa (0.7 psi), and a SFR of at least 50 ml/min with 0.9% saline or having a FSC of at least 47 g/g, a CRC of at least 27 g/g, an AUL of at least 18 g/g under a load of 4.8 kPa (0.7 psi), and a SFR of at least 180 ml/min, wherein FSC, CRC, AUL and SFR are measured according to the methods described in the description and wherein the synthetic polycarboxylate polymer able to form a hydrogel is a saponified polyacrylamide.
Dispensing needle, - having a first attachment portion and a capillary portion connected to the first attachment portion, - wherein a channel extends through the first attachment portion towards a tip of the capillary portion, - wherein the channel is designed to guide a viscous dispensing material, - wherein the first attachment portion has a first material and the capillary portion has a second material, - wherein the capillary portion has an anti-adhesion layer on at least sections of an outer circumferential surface, - wherein the anti-adhesion layer is arranged adjoining the tip of the capillary portion, - wherein the anti-adhesion layer is designed to reduce adhesion of the dispensing material to the circumferential surface, - wherein the capillary portion is connected to the first attachment portion by means of a connection, - characterized in that - the first material and the second material have glass and/or ceramic, - wherein the connection is designed such that the capillary portion is cemented and/or adhesively bonded in sections into the first attachment portion, - wherein the connection has a connection material that connects the capillary portion to the first attachment portion, - wherein the connection material is more temperature-stable than a material of the anti-adhesion layer. - having a first attachment portion and a capillary portion connected to the first attachment portion, - wherein a channel extends through the first attachment portion towards a tip of the capillary portion, - wherein the channel is designed to guide a viscous dispensing material, - wherein the first attachment portion has a first material and the capillary portion has a second material, - wherein the capillary portion has an anti-adhesion layer on at least sections of an outer circumferential surface, - wherein the anti-adhesion layer is arranged adjoining the tip of the capillary portion, - wherein the anti-adhesion layer is designed to reduce adhesion of the dispensing material to the circumferential surface, - wherein the capillary portion is connected to the first attachment portion by means of a connection, - characterized in that - the first material and the second material have glass and/or ceramic, - wherein the connection is designed such that the capillary portion is cemented and/or adhesively bonded in sections into the first attachment portion, - wherein the connection has a connection material that connects the capillary portion to the first attachment portion, - wherein the connection material is more temperature-stable than a material of the anti-adhesion layer.
A passenger seat comprising: i) a passenger seat back comprising a recess on its back side; and ii) a personal electronics device mounting structure comprising: (a) a base comprising an aft surface, wherein the base is configured to fit substantially within the recess so that the aft surface of the base is substantially flush with an aft surface surrounding the recess in a stowed position, and wherein at least a first portion of the base is positioned aft of the recess and at least a second portion of the base is positioned within the recess in a deployed position; (b) a cradle coupled to the base, wherein the cradle comprises a pair of arms configured to hold a personal electronics device securely in place adjacent the passenger seat back when the base is in the deployed position; and (c) a connection port connected to at least one of a power supply, an on-board entertainment system, and an in-flight entertainment system; characterised in that the ends of each arm of the cradle of the personal electronics device mounting structure are pivotally coupled to projections of the base that extend aft along each side of the cradle so that the cradle rotates relative to the base. i) a passenger seat back comprising a recess on its back side; and ii) a personal electronics device mounting structure comprising: (a) a base comprising an aft surface, wherein the base is configured to fit substantially within the recess so that the aft surface of the base is substantially flush with an aft surface surrounding the recess in a stowed position, and wherein at least a first portion of the base is positioned aft of the recess and at least a second portion of the base is positioned within the recess in a deployed position; (b) a cradle coupled to the base, wherein the cradle comprises a pair of arms configured to hold a personal electronics device securely in place adjacent the passenger seat back when the base is in the deployed position; and (c) a connection port connected to at least one of a power supply, an on-board entertainment system, and an in-flight entertainment system; characterised in that the ends of each arm of the cradle of the personal electronics device mounting structure are pivotally coupled to projections of the base that extend aft along each side of the cradle so that the cradle rotates relative to the base. (a) a base comprising an aft surface, wherein the base is configured to fit substantially within the recess so that the aft surface of the base is substantially flush with an aft surface surrounding the recess in a stowed position, and wherein at least a first portion of the base is positioned aft of the recess and at least a second portion of the base is positioned within the recess in a deployed position; (b) a cradle coupled to the base, wherein the cradle comprises a pair of arms configured to hold a personal electronics device securely in place adjacent the passenger seat back when the base is in the deployed position; and (c) a connection port connected to at least one of a power supply, an on-board entertainment system, and an in-flight entertainment system;