mhurhangee/patent-ind-claim-en huggingface dataset:
A dishwasher comprising: a tub to accommodate a tableware; a spraying arm to spray washing water into the tub ; a steam supply unit to discharge steam into the tub ; a sump to store the washing water; and a pump to supply the washing water stored in the sump to the spraying arm and to generate steam to supply to the steam supply unit , wherein the pump comprises a housing comprising a negative pressure chamber (C1) coupled to the sump and a positive pressure chamber (C2) coupled to the spraying arm ; a washing water inlet pipe which is coupled to the negative pressure chamber (C1) to introduce the washing water from the sump ; a washing water outlet pipe coupled to the positive pressure chamber (C2) to discharge the washing water to the spraying arm ; an impeller disposed in the housing to transfer the washing water from the washing water inlet pipe to the washing water outlet pipe ; a heater coupled to the housing to heat the washing water in the housing and generate steam; and a steam discharge pipe coupled to the washing water outlet pipe to discharge the steam generated by the heater , wherein the steam discharge pipe is disposed at a circumferential surface side of the washing water outlet pipe , wherein the steam supply unit is coupled to the steam discharge pipe , and wherein a pipe direction of the steam discharge pipe is inclined to an upward direction from a horizontal direction. a tub to accommodate a tableware; a spraying arm to spray washing water into the tub ; a steam supply unit to discharge steam into the tub ; a sump to store the washing water; and a pump to supply the washing water stored in the sump to the spraying arm and to generate steam to supply to the steam supply unit , wherein the pump comprises a housing comprising a negative pressure chamber (C1) coupled to the sump and a positive pressure chamber (C2) coupled to the spraying arm ; a washing water inlet pipe which is coupled to the negative pressure chamber (C1) to introduce the washing water from the sump ; a washing water outlet pipe coupled to the positive pressure chamber (C2) to discharge the washing water to the spraying arm ; an impeller disposed in the housing to transfer the washing water from the washing water inlet pipe to the washing water outlet pipe ; a heater coupled to the housing to heat the washing water in the housing and generate steam; and a steam discharge pipe coupled to the washing water outlet pipe to discharge the steam generated by the heater , wherein the steam discharge pipe is disposed at a circumferential surface side of the washing water outlet pipe , wherein the steam supply unit is coupled to the steam discharge pipe , and wherein a pipe direction of the steam discharge pipe is inclined to an upward direction from a horizontal direction.
Analysis method for building management and administration, in which boundary surface data for boundary surfaces bounding a space, together with data for the structure, which are determined by applying electromagnetic waves to the boundary surface and receiving the reflected waves, are stored in a memory and prepared for display, wherein the boundary surface data define the boundary surfaces bounding the space with respect to their spatial extent and the data for the structure provide details of the internal structure behind the boundary surface, characterized in that the movements of a measuring device applying radar waves to the boundary surface are controlled on the basis of the data for the structure in such a way that, when a discontinuity in the structure is detected, a data density in the region of the discontinuity is increased by slowing down the movements of the measuring device.
A device for holding a bottle to be closed, comprising: a holding element for holding, in a rotationally fixed manner with respect to the holding element , a neck ring of the bottle to be closed; and a fastening element for fastening the holding element to a bottle closing device or to a bottle transport device; characterized by a torque sensor for detecting a torque acting between the holding element and the fastening element ; wherein the torque sensor comprises: a pointer element that is rotationally fixed with respect to the holding element ; and a detection unit for detecting a deflection of the pointer element. a holding element for holding, in a rotationally fixed manner with respect to the holding element , a neck ring of the bottle to be closed; and a fastening element for fastening the holding element to a bottle closing device or to a bottle transport device; characterized by a torque sensor for detecting a torque acting between the holding element and the fastening element ; wherein the torque sensor comprises: a pointer element that is rotationally fixed with respect to the holding element ; and a detection unit for detecting a deflection of the pointer element. a pointer element that is rotationally fixed with respect to the holding element ; and a detection unit for detecting a deflection of the pointer element.
A selectable flow restriction device comprising: a restriction valve having a first port (53-1), a second port (53-7), a plurality of fluidic nodes (53-2 to 53-6) and a movable valve channel having a first end fluidically coupled to the second port (53-7) and having a second end configured to couple to a selected one of the fluidic nodes (53-2 to 53-6), wherein one of the first (53-1) and second (53-7) ports is an inlet port and the other of the first (53-1) and second (53-7) ports is an outlet port; and a plurality of flow restrictors (56A - 56D), each flow restrictor (56A - 56D) having a first end coupled to one of the fluidic nodes (53-2 to 53-6) and a second end to another one of the fluidic nodes (53-2 to 53-6), the flow restrictors (56A - 56D) arranged to form a serial path defined from a first one of the flow restrictors (56A - 56D) to a last one of the flow restrictors (56A - 56D), wherein a fluidic path to conduct a liquid is defined between the first port (53-1) and the second port (53-7) and wherein the flow restrictors (56A - 56D) included in the fluidic path are determined according to which one of the fluidic nodes (53-2 to 53-6) is coupled to the second port (53-7). a restriction valve having a first port (53-1), a second port (53-7), a plurality of fluidic nodes (53-2 to 53-6) and a movable valve channel having a first end fluidically coupled to the second port (53-7) and having a second end configured to couple to a selected one of the fluidic nodes (53-2 to 53-6), wherein one of the first (53-1) and second (53-7) ports is an inlet port and the other of the first (53-1) and second (53-7) ports is an outlet port; and a plurality of flow restrictors (56A - 56D), each flow restrictor (56A - 56D) having a first end coupled to one of the fluidic nodes (53-2 to 53-6) and a second end to another one of the fluidic nodes (53-2 to 53-6), the flow restrictors (56A - 56D) arranged to form a serial path defined from a first one of the flow restrictors (56A - 56D) to a last one of the flow restrictors (56A - 56D), wherein a fluidic path to conduct a liquid is defined between the first port (53-1) and the second port (53-7) and wherein the flow restrictors (56A - 56D) included in the fluidic path are determined according to which one of the fluidic nodes (53-2 to 53-6) is coupled to the second port (53-7).
Compression garment for providing compression to a body part of a patient, comprising a padded sleeve extending around the body part and having - an inner layer and an outer layer secured together to define at least one enclosure between them, and - multiple foam particles received in the enclosure for being pressed against the body part, - wherein the particles have an at least essentially polyhedral shape such that an irregular pattern of flat surfaces and edged protrusions is formed at least on the inner layer side of the enclosure , characterized in that the padded sleeve is elastic and configured to apply compression according to a predetermined basic compression profile to the body part. - an inner layer and an outer layer secured together to define at least one enclosure between them, and - multiple foam particles received in the enclosure for being pressed against the body part, - wherein the particles have an at least essentially polyhedral shape such that an irregular pattern of flat surfaces and edged protrusions is formed at least on the inner layer side of the enclosure ,
A block copolymer comprising: a linear or cyclic block A having a polysilane skeleton comprising 5 or more silicon; and a block B having a polysilazane skeleton comprising 20 or more silicon, wherein at least one silicon in the block A and at least one silicon in the block B are connected by a single bond and/or a crosslinking group comprising silicon, wherein the ratio of the number of N atoms containing in the block copolymer to that of Si atoms containing in the block copolymer is 25 to 95%, measured according to the relevant method as indicated in the description. a linear or cyclic block A having a polysilane skeleton comprising 5 or more silicon; and a block B having a polysilazane skeleton comprising 20 or more silicon, wherein at least one silicon in the block A and at least one silicon in the block B are connected by a single bond and/or a crosslinking group comprising silicon, wherein the ratio of the number of N atoms containing in the block copolymer to that of Si atoms containing in the block copolymer is 25 to 95%, measured according to the relevant method as indicated in the description.
A valve comprising: a valve body with a main channel extending between a fluid inlet and a fluid outlet, and a closing member provided in said main channel , a shaft connected to said closing member for moving the closing member between an open and a closed position, and at least one bearing surface between the valve body and the closing member or the valve body and the shaft , said bearing surface further comprising a plurality of cavities filled with solid lubricant characterized in that the bearing surface comprises several layers comprising the cavities, wherein the position of the cavities is changed in at least some of the different layers, and/or sidewalls of said cavities comprise counterdrafts provided by parameters providing a rough or uneven surface in additive manufacturing. a valve body with a main channel extending between a fluid inlet and a fluid outlet, and a closing member provided in said main channel , a shaft connected to said closing member for moving the closing member between an open and a closed position, and at least one bearing surface between the valve body and the closing member or the valve body and the shaft , said bearing surface further comprising a plurality of cavities filled with solid lubricant characterized in that the bearing surface comprises several layers comprising the cavities, wherein the position of the cavities is changed in at least some of the different layers, and/or sidewalls of said cavities comprise counterdrafts provided by parameters providing a rough or uneven surface in additive manufacturing.
A method of controlling the illumination power requirements for an object tracking system , the method including the steps of: (a) controlling one or more illumination devices to illuminate the object with a beam of radiation having a predefined beam shape for a predetermined time period at a predefined power level; (b) during the predetermined time period, controlling a camera to capture an image of the illuminated object within a scene ; (c) processing the image to estimate the three dimensional location of the object , including the distance of the object from the camera ; characterised in that : (d) based on the estimated three dimensional location of the object , selectively varying a start and/or end time of the predetermined time period to adjust the predetermined time period for illumination of subsequent images. (a) controlling one or more illumination devices to illuminate the object with a beam of radiation having a predefined beam shape for a predetermined time period at a predefined power level; (b) during the predetermined time period, controlling a camera to capture an image of the illuminated object within a scene ; (c) processing the image to estimate the three dimensional location of the object , including the distance of the object from the camera ;
A method of making 1,5-pentanediol, the method comprising: (a) dehydrating tetrahydrofurfuryl alcohol (THFA) to dihydropyran (DHP); (b) hydrating at least a portion of the DHP to yield a product mix containing 2-hydroxy-tetrahydropyran (2-HY-THP) and 5-hydroxyvaleraldehyde in the presence of a solid acid catalyst; and (c) hydrogenating at least a portion of the product mix of step (b) to 1,5-pentanediol. (a) dehydrating tetrahydrofurfuryl alcohol (THFA) to dihydropyran (DHP); (b) hydrating at least a portion of the DHP to yield a product mix containing 2-hydroxy-tetrahydropyran (2-HY-THP) and 5-hydroxyvaleraldehyde in the presence of a solid acid catalyst; and (c) hydrogenating at least a portion of the product mix of step (b) to 1,5-pentanediol.
Method for identifying properties of a rail-guided vehicle (FZ), wherein • an axle counter (AZ1 ... AZ2) detects measurement data as the rail-guided vehicle (FZ) crosses, • the measurement data is analysed in a computer-assisted manner and a speed and distances between axles (A ... H) of the vehicle (FZ) are ascertained, • a property of the rail-guided vehicle (FZ) is ascertained in a computer-assisted manner on the basis of the ascertained speed and the ascertained distances between axles (A ... H), characterised in that in a checking step • a pattern (MT) of normal distances between axles (A ... H) is ascertained, in that a normal distance between axles calculated by taking into account a predefined normal speed is assigned to each of the ascertained distances between axles, and by taking into account their order, the normal distances between axles are merged to form the pattern (MT), • the pattern (MT) is compared with reference patterns (RMT), • in the case of an identified conformity of the pattern (MT) with a reference pattern (RMT) a type linked to the reference pattern (RMT) is assigned to the vehicle (FZ) as a property. • an axle counter (AZ1 ... AZ2) detects measurement data as the rail-guided vehicle (FZ) crosses, • the measurement data is analysed in a computer-assisted manner and a speed and distances between axles (A ... H) of the vehicle (FZ) are ascertained, • a property of the rail-guided vehicle (FZ) is ascertained in a computer-assisted manner on the basis of the ascertained speed and the ascertained distances between axles (A ... H), • a pattern (MT) of normal distances between axles (A ... H) is ascertained, in that a normal distance between axles calculated by taking into account a predefined normal speed is assigned to each of the ascertained distances between axles, and by taking into account their order, the normal distances between axles are merged to form the pattern (MT), • the pattern (MT) is compared with reference patterns (RMT), • in the case of an identified conformity of the pattern (MT) with a reference pattern (RMT) a type linked to the reference pattern (RMT) is assigned to the vehicle (FZ) as a property.
A polycarbonate diol comprising a structural unit derived from a compound represented by the following formula (A) and a structural unit derived from a compound represented by the following formula (B), wherein the hydroxyl value is from 20 to 450 mg-KOH/g, wherein the hydroxyl value of the polycarbonate diol is measured by the method using an acetylation reagent in conformity with JIS K1557-1 : HO-R 1 -OH (A) HO-R 2 -OH (B) wherein in formula (A), R 1 represents a substituted or unsubstituted divalent alkylene group having a carbon number of 3 to 5, and in formula (B), R 2 represents a substituted or unsubstituted divalent alkylene group having a carbon number of 8 to 20, wherein the ratio between the structural unit derived from the compound represented by formula (A) and the structural unit derived from the compound represented by formula (B), (A):(B), is from 60:40 to 99:1 in terms of molar ratio determined by the method "Molar Fraction of Dihydroxy Compound After Hydrolysis". in formula (A), R 1 represents a substituted or unsubstituted divalent alkylene group having a carbon number of 3 to 5, and in formula (B), R 2 represents a substituted or unsubstituted divalent alkylene group having a carbon number of 8 to 20, wherein the ratio between the structural unit derived from the compound represented by formula (A) and the structural unit derived from the compound represented by formula (B), (A):(B), is from 60:40 to 99:1 in terms of molar ratio determined by the method "Molar Fraction of Dihydroxy Compound After Hydrolysis".
A fuel rod suitable for a fast-neutron reactor is claimed, which fuel rod comprises - a hermetically-sealed container in the form of a thin-walled tubular casing and comprising end components , - nuclear fuel which is disposed in the container, - a spacing element wound in a wide-pitch spiral around an outer surface of the casing and - wherein the spacing element is made in the form of a thin-walled tube having a longitudinal through-slot along the length and wherein the spacing element comprises end sections which are secured to the ends of the casing or to the end components , characterized in that the slot is formed by folding inside longitudinal edges of the tube. - a hermetically-sealed container in the form of a thin-walled tubular casing and comprising end components , - nuclear fuel which is disposed in the container, - a spacing element wound in a wide-pitch spiral around an outer surface of the casing and - wherein the spacing element is made in the form of a thin-walled tube having a longitudinal through-slot along the length and wherein the spacing element comprises end sections which are secured to the ends of the casing or to the end components ,
Process for the recycling of an electrochemically active material, the process comprising the steps of: a) reacting the electrochemically active material with an oxidizing agent or a reducing agent in a solvent excluding the presence of a strong acid to produce a lithium salt and an electrochemically active material precursor precipitate; b) separating the electrochemically active material precursor precipitate from the lithium salt in solution; and c) regenerating the electrochemically active material from the electrochemically active material precursor, wherein the electrochemically active material is LiFePO 4 and the electrochemically active material precursor is FePO 4 . a) reacting the electrochemically active material with an oxidizing agent or a reducing agent in a solvent excluding the presence of a strong acid to produce a lithium salt and an electrochemically active material precursor precipitate; b) separating the electrochemically active material precursor precipitate from the lithium salt in solution; and c) regenerating the electrochemically active material from the electrochemically active material precursor,
A method for sending uplink control information, UCI, comprising: receiving (S301), by a terminal, configuration information; determining (S302), by the terminal, according to the configuration information, a first physical uplink control channel, PUCCH, resource corresponding to first UCI and a second PUCCH resource corresponding to second UCI, wherein the first and second PUCCH resources are in one sub-slot, and the first UCI is hybrid automatic repeat request-acknowledgement, HARQ-ACK, and the second UCI is channel state information, CSI, or a scheduling request, SR; and sending (S303), by the terminal, the first and second UCI according to the first and second PUCCH resources; wherein the sending (S303) the first and second UCI according to the first and second PUCCH resources comprises: determining, for any one sub-slot, in a condition that at least one symbol of the first PUCCH resource corresponding to the first UCI in the any one sub-slot overlaps with at least one symbol of the second PUCCH resource corresponding to the second UCI, a third PUCCH resource for sending the first UCI and the second UCI, wherein the third PUCCH resource for sending the first UCI and the second UCI is in the any one sub-slot; and sending the first UCI and the second UCI on the determined third PUCCH resource. receiving (S301), by a terminal, configuration information; determining (S302), by the terminal, according to the configuration information, a first physical uplink control channel, PUCCH, resource corresponding to first UCI and a second PUCCH resource corresponding to second UCI, wherein the first and second PUCCH resources are in one sub-slot, and the first UCI is hybrid automatic repeat request-acknowledgement, HARQ-ACK, and the second UCI is channel state information, CSI, or a scheduling request, SR; and sending (S303), by the terminal, the first and second UCI according to the first and second PUCCH resources; wherein the sending (S303) the first and second UCI according to the first and second PUCCH resources comprises: determining, for any one sub-slot, in a condition that at least one symbol of the first PUCCH resource corresponding to the first UCI in the any one sub-slot overlaps with at least one symbol of the second PUCCH resource corresponding to the second UCI, a third PUCCH resource for sending the first UCI and the second UCI, wherein the third PUCCH resource for sending the first UCI and the second UCI is in the any one sub-slot; and sending the first UCI and the second UCI on the determined third PUCCH resource.