mhurhangee/patent-ind-claim-en huggingface dataset:
A combustion installation for combusting liquid, solid or gaseous fuels, comprising a combustion chamber (A) with a fuel feed and a combustion air feed , a flue gas path (2, 3, 3', 4, 4', 4", 5, 6, 6') and a heat accumulator (C), wherein the combustion installation is configured in a way that, in an operating state in which fuel combustion inside the combustion chamber (A) is taking place, to conduct at least part of the thermal energy of the flue gas conducted out of the combustion chamber (A) into the heat accumulator (C), and the heat accumulator (C) is configured to store the thermal energy, characterized in that said combustion installation is further configured, in an operating state in which combustion inside the combustion chamber (A) is turned off, to transfer thermal energy from the heat accumulator (C) into the combustion chamber (A), wherein the entry of the thermal energy into the combustion chamber (A) occurs by way of a gaseous heat carrier medium , preferably air.
A clothes treatment apparatus comprising: a case defining an external appearance, the case having an open front; a first clothes treatment chamber defining a space in the case to treat clothes using steam or air circulation; a second clothes treatment chamber defining a space at one side of the first clothes treatment chamber in the case ; a machine chamber provided in the case to spray steam to or circulate air through the first clothes treatment chamber or the second clothes treatment chamber ; and a partition plate , wherein the partition plate moves to the open front of the case when opening the second clothes treatment chamber , characterized in that the second clothes treatment chamber is to remove wrinkles from clothes by applying pressure to the clothes; the partition plate configured to close the second clothes treatment chamber so that the second clothes treatment chamber is separated from the first clothes treatment chamber ; wherein the second clothes treatment chamber is formed in one inner side surface of the case in which the case forms the first clothes treatment chamber ; and wherein, when the partition plate closes the second clothes treatment chamber so that the second clothes treatment chamber is separated from the first clothes treatment chamber , the partition plate presses clothes located in the second clothes treatment chamber . a case defining an external appearance, the case having an open front; a first clothes treatment chamber defining a space in the case to treat clothes using steam or air circulation; a second clothes treatment chamber defining a space at one side of the first clothes treatment chamber in the case ; a machine chamber provided in the case to spray steam to or circulate air through the first clothes treatment chamber or the second clothes treatment chamber ; and a partition plate , wherein the partition plate moves to the open front of the case when opening the second clothes treatment chamber , characterized in that the second clothes treatment chamber is to remove wrinkles from clothes by applying pressure to the clothes; the partition plate configured to close the second clothes treatment chamber so that the second clothes treatment chamber is separated from the first clothes treatment chamber ; wherein the second clothes treatment chamber is formed in one inner side surface of the case in which the case forms the first clothes treatment chamber ; and wherein, when the partition plate closes the second clothes treatment chamber so that the second clothes treatment chamber is separated from the first clothes treatment chamber , the partition plate presses clothes located in the second clothes treatment chamber .
A method for processing an image, the method comprising: comparing a first image and a modified second image , the modified second image comprising a copy of the first image in which at least one pixel value of at least one replaced pixel has been replaced by a pixel of additional content , the comparing comprising checking the co-ordinates of pixels included in the additional content ; and based on the result of the comparison, generating first image reconstruction information comprising at least one residual value each associated with one of the at least one replaced pixel, wherein the first image reconstruction information can be combined with the modified second image to reconstruct the first image , wherein the at least one residual value is calculated only for pixel locations corresponding to the co-ordinates of pixels included in the additional content , wherein each of the at least one residual value is generated by subtracting a pixel value of the at least one replaced pixel in one of the first image or the second image from a pixel value of the at least one replaced pixel in the other one of the first image or the second image , wherein each of the at least one residual value is stored as a residual image comprised in the first image reconstruction information, such that in the residual image, at least one pixel at a same location as the at least one replaced pixel in the modified second image is used to store the at least one residual value , and all other pixels in the residual image are set to zero. comparing a first image and a modified second image , the modified second image comprising a copy of the first image in which at least one pixel value of at least one replaced pixel has been replaced by a pixel of additional content , the comparing comprising checking the co-ordinates of pixels included in the additional content ; and based on the result of the comparison, generating first image reconstruction information comprising at least one residual value each associated with one of the at least one replaced pixel, wherein the first image reconstruction information can be combined with the modified second image to reconstruct the first image , wherein the at least one residual value is calculated only for pixel locations corresponding to the co-ordinates of pixels included in the additional content , wherein each of the at least one residual value is generated by subtracting a pixel value of the at least one replaced pixel in one of the first image or the second image from a pixel value of the at least one replaced pixel in the other one of the first image or the second image , wherein each of the at least one residual value is stored as a residual image comprised in the first image reconstruction information, such that in the residual image, at least one pixel at a same location as the at least one replaced pixel in the modified second image is used to store the at least one residual value , and all other pixels in the residual image are set to zero.
An input assistance device comprising: a rotation support body having a central axis (AX1); an attachment mechanism that is configured to removably attach the rotation support body to a panel surface of a sensor panel so that the central axis (AX1) is along a direction perpendicular to the panel surface ; and a rotational part supported by the rotation support body so as to be rotatable around the central axis (AX1); wherein at least a side surface of the rotational part is formed from a conductive material, and a conductive area electrically connected to the side surface is allocated in part of a surface of the rotational part , the surface of the rotational part facing the panel surface , characterised in that the attachment mechanism is a suction cup disposed on a surface of the rotation support body , the surface of the rotation support body facing the panel surface , and that the suction cup adheres to the panel surface by pressing the rotation support body against the panel surface along a direction of the central axis (AX1). AO:HS a rotation support body having a central axis (AX1); an attachment mechanism that is configured to removably attach the rotation support body to a panel surface of a sensor panel so that the central axis (AX1) is along a direction perpendicular to the panel surface ; and a rotational part supported by the rotation support body so as to be rotatable around the central axis (AX1); wherein at least a side surface of the rotational part is formed from a conductive material, and a conductive area electrically connected to the side surface is allocated in part of a surface of the rotational part , the surface of the rotational part facing the panel surface , characterised in that the attachment mechanism is a suction cup disposed on a surface of the rotation support body , the surface of the rotation support body facing the panel surface , and that the suction cup adheres to the panel surface by pressing the rotation support body against the panel surface along a direction of the central axis (AX1). AO:HS
A method for wireless communications by a user equipment, UE, comprising: receiving signaling indicating a granularity of frequency locations for tailoring feedback granularity to a frequency selectivity of at least one transmission point; performing channel estimation at a plurality of frequency locations based on reference signals, RSs, transmitted from the at least one transmission point, wherein the frequency locations correspond to the indicated granularity and to resource elements, REs, used to transmit the reference signals; computing at least one channel feedback metric for each frequency location; and transmitting the channel feedback metrics to the at least one transmission point; wherein: performing the channel estimation comprises performing channel estimation at the plurality of frequency locations based on RSs transmitted from at least first and second transmission points; and computing the channel feedback metric for each frequency location comprises computing inter-point amplitude and phase information for each of the first and second transmission points. receiving signaling indicating a granularity of frequency locations for tailoring feedback granularity to a frequency selectivity of at least one transmission point; performing channel estimation at a plurality of frequency locations based on reference signals, RSs, transmitted from the at least one transmission point, wherein the frequency locations correspond to the indicated granularity and to resource elements, REs, used to transmit the reference signals; computing at least one channel feedback metric for each frequency location; and transmitting the channel feedback metrics to the at least one transmission point; performing the channel estimation comprises performing channel estimation at the plurality of frequency locations based on RSs transmitted from at least first and second transmission points; and computing the channel feedback metric for each frequency location comprises computing inter-point amplitude and phase information for each of the first and second transmission points.
A 3D printer , comprising: a mobile carriage ; a heat source (140;230) housed in the mobile carriage ; a light source (110;340) to emit a light beam (115;370); a detector (120;350); reflectors coupled to the mobile carriage to direct the light beam (115;370) from the light source (110;340) to the detector (120;350), through a target space adjacent to the heat source (140;230); and a detection engine in communication with the light source (110;340) and the detector (120;350), wherein the detector (120;350) is to detect an amount of light of the light beam (115;370) having passed through the target space , the detection engine is to detect a quantity of airborne particles in the target space using the amount of light detected by the detector (120;350), and the light source (110;340) and detector (120;350) are fixed. a mobile carriage ; a heat source (140;230) housed in the mobile carriage ; a light source (110;340) to emit a light beam (115;370); a detector (120;350); reflectors coupled to the mobile carriage to direct the light beam (115;370) from the light source (110;340) to the detector (120;350), through a target space adjacent to the heat source (140;230); and a detection engine in communication with the light source (110;340) and the detector (120;350), wherein the detector (120;350) is to detect an amount of light of the light beam (115;370) having passed through the target space , the detection engine is to detect a quantity of airborne particles in the target space using the amount of light detected by the detector (120;350), and the light source (110;340) and detector (120;350) are fixed.
A cyclotrisiloxane wherein one, two, or three of the ring silicon atoms has an alkyl ether substituent, wherein the alkyl ether substituent bonds to the ring silicon by linkages selected from - a silylalkyl linkage, wherein the alkyl group has 2 to 8 carbon atoms or - a siloxanylethyl linkage; and wherein the alkyl ether substituent is alkoxy(alkylenoxy) m propyl, wherein the alkoxy group is methoxy, ethoxy, or butoxy, the alkylenoxy group is ethylenoxy or propylenoxy, and m is 1 to 10. wherein the alkyl ether substituent bonds to the ring silicon by linkages selected from - a silylalkyl linkage, wherein the alkyl group has 2 to 8 carbon atoms or - a siloxanylethyl linkage; and - a silylalkyl linkage, wherein the alkyl group has 2 to 8 carbon atoms or - a siloxanylethyl linkage; and wherein the alkyl ether substituent is alkoxy(alkylenoxy) m propyl, wherein the alkoxy group is methoxy, ethoxy, or butoxy, the alkylenoxy group is ethylenoxy or propylenoxy, and m is 1 to 10.
An article of footwear comprising: a sole structure ; and an upper secured to the sole structure , the upper comprising: a planum section , including a seamless unitary heel cup , and a dorsum section including a toe cap which cooperates with the planum section to form a toe cage , wherein the toe cap is a molded structure including a generally horizontal toe cover portion bordered by a rim extending toward the sole structure; wherein the planum section is connected to the dorsum section , the planum and dorsum sections cooperating to define a cavity operable to receive a foot of the wearer; characterised in that : the toe cage comprises a plurality of toe guides for receiving toes of the wearer, defined by a series of recessed areas (525A-525D) and raised areas (515A-515E) in the toe cage, the toe guides having different heights to each other. a sole structure ; and an upper secured to the sole structure , the upper comprising: a planum section , including a seamless unitary heel cup , and a dorsum section including a toe cap which cooperates with the planum section to form a toe cage , wherein the toe cap is a molded structure including a generally horizontal toe cover portion bordered by a rim extending toward the sole structure; wherein the planum section is connected to the dorsum section , the planum and dorsum sections cooperating to define a cavity operable to receive a foot of the wearer; a planum section , including a seamless unitary heel cup , and a dorsum section including a toe cap which cooperates with the planum section to form a toe cage , wherein the toe cap is a molded structure including a generally horizontal toe cover portion bordered by a rim extending toward the sole structure; wherein the planum section is connected to the dorsum section , the planum and dorsum sections cooperating to define a cavity operable to receive a foot of the wearer; characterised in that : the toe cage comprises a plurality of toe guides for receiving toes of the wearer, defined by a series of recessed areas (525A-525D) and raised areas (515A-515E) in the toe cage, the toe guides having different heights to each other.
A method of assembling a refrigerant system comprising the steps of: 1) providing a modular subassembly of a compressor (20;198) and associated valves (100;101;102) mounted outwardly of a shell for said compressor, wherein the valves include a discharge valve , a suction modulation valve and a vapor/liquid injection valve , said modular subassembly being manufactured at a first location; and 2) transporting said modular subassembly to a final assembly location where a refrigerant system is being assembled, and connecting said modular subassembly within the refrigerant system. 1) providing a modular subassembly of a compressor (20;198) and associated valves (100;101;102) mounted outwardly of a shell for said compressor, wherein the valves include a discharge valve , a suction modulation valve and a vapor/liquid injection valve , said modular subassembly being manufactured at a first location; and 2) transporting said modular subassembly to a final assembly location where a refrigerant system is being assembled, and connecting said modular subassembly within the refrigerant system.
A silicone-modified epoxy resin composition comprising: (A) a silicone-modified epoxy resin having at least two epoxy groups, obtained from hydrosilylation reaction of an alkenyl-containing epoxy compound with an organopolysiloxane having the average compositional formula : H a R b SiO (4-a-b)/2 wherein R is each independently a C 1 -C 10 monovalent hydrocarbon group, a is a positive number: 0.01 ≤ a ≤ 1, b is a positive number: 1 ≤ b ≤ 3, meeting 1.01 ≤ a+b < 4, (B) a silicone-modified phenolic resin having at least two phenolic hydroxyl groups, obtained from hydrosilylation reaction of an alkenyl-containing phenol compound having the formula : wherein R' is C 1 -C 10 alkyl and n' is an integer of 0 to 4, with an organopolysiloxane having the average compositional formula , (C) a black pigment, and (D) an inorganic filler exclusive of the black pigment (C). (A) a silicone-modified epoxy resin having at least two epoxy groups, obtained from hydrosilylation reaction of an alkenyl-containing epoxy compound with an organopolysiloxane having the average compositional formula : H a R b SiO (4-a-b)/2 wherein R is each independently a C 1 -C 10 monovalent hydrocarbon group, a is a positive number: 0.01 ≤ a ≤ 1, b is a positive number: 1 ≤ b ≤ 3, meeting 1.01 ≤ a+b < 4, (B) a silicone-modified phenolic resin having at least two phenolic hydroxyl groups, obtained from hydrosilylation reaction of an alkenyl-containing phenol compound having the formula : wherein R' is C 1 -C 10 alkyl and n' is an integer of 0 to 4, with an organopolysiloxane having the average compositional formula , (C) a black pigment, and (D) an inorganic filler exclusive of the black pigment (C).
A method for resampling an audio frequency signal in an audio frequency signal coding or decoding, characterized in that the method comprises the following steps per block of signal to be resampled: - determining by adaptive linear prediction a number of future signal samples, this number being defined as a function of a chosen resampling delay; - constructing a resampling support vector from at least the samples of the current signal block and the determined samples of future signal; - applying a resampling filter on the samples of the resampling support vector, the method comprising the following steps: - switching between two coding modes, - resample the current block of the signal due to the switching. - determining by adaptive linear prediction a number of future signal samples, this number being defined as a function of a chosen resampling delay; - constructing a resampling support vector from at least the samples of the current signal block and the determined samples of future signal; - applying a resampling filter on the samples of the resampling support vector, the method comprising the following steps: - switching between two coding modes, - resample the current block of the signal due to the switching. - switching between two coding modes, - resample the current block of the signal due to the switching.
An upper for an article of footwear, comprising: an upper base member , wherein the upper base member constitutes a circular knitted body having a seamless plantar support surface that extends continuously to form a support for at least a portion of a plantar surface of a wearer's foot, and wherein the upper base member extends continuously around a lateral, midfoot side edge and a medial, midfoot side edge of the upper base member ; and a first support member engaged with an exterior surface of the upper base member by a bonding or adhesive material, wherein the first support member extends continuously around the lateral, midfoot side edge of the upper base member, across the plantar support surface, and around the medial midfoot side edge of the upper base member , wherein the first support member includes a first inelastic strand for supporting a lace extending along a lateral, midfoot side of the upper base member and a second inelastic strand for supporting the lace extending along a medial, midfoot side of the upper base member and looping through the first inelastic strand beneath the plantar support surface of the upper base member . an upper base member , wherein the upper base member constitutes a circular knitted body having a seamless plantar support surface that extends continuously to form a support for at least a portion of a plantar surface of a wearer's foot, and wherein the upper base member extends continuously around a lateral, midfoot side edge and a medial, midfoot side edge of the upper base member ; and the upper base member constitutes a circular knitted body having a seamless plantar support surface that extends continuously to form a support for at least a portion of a plantar surface of a wearer's foot, and wherein the upper base member extends continuously around a lateral, midfoot side edge and a medial, midfoot side edge of the upper base member ; and a first support member engaged with an exterior surface of the upper base member by a bonding or adhesive material, wherein the first support member extends continuously around the lateral, midfoot side edge of the upper base member, across the plantar support surface, and around the medial midfoot side edge of the upper base member , wherein the first support member includes a first inelastic strand for supporting a lace extending along a lateral, midfoot side of the upper base member and a second inelastic strand for supporting the lace extending along a medial, midfoot side of the upper base member and looping through the first inelastic strand beneath the plantar support surface of the upper base member .