mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a spinning solution of ultra-high molecular weight polyethylene fiber, characterized in comprising the steps of: mixing a dissolved solution of ultra-high molecular weight polyethylene with a swollen solution of ultra-high molecular weight polyethylene at a weight ratio of 0.42-2.5, to obtain a spinning solution in which the content of the ultra-high molecular weight polyethylene is 10%∼15% by weight; the content of the ultra-high molecular weight polyethylene in the swollen solution of the ultra-high molecular weight polyethylene is 15-40% by weight; and the weight ratio of the ultra-high molecular weight polyethylene in the swollen solution of ultra-high molecular weight polyethylene to the ultra-high molecular weight polyethylene in the dissolved solution of ultra-high molecular weight polyethylene is 2.5-70. mixing a dissolved solution of ultra-high molecular weight polyethylene with a swollen solution of ultra-high molecular weight polyethylene at a weight ratio of 0.42-2.5, to obtain a spinning solution in which the content of the ultra-high molecular weight polyethylene is 10%∼15% by weight; the content of the ultra-high molecular weight polyethylene in the swollen solution of the ultra-high molecular weight polyethylene is 15-40% by weight; and the weight ratio of the ultra-high molecular weight polyethylene in the swollen solution of ultra-high molecular weight polyethylene to the ultra-high molecular weight polyethylene in the dissolved solution of ultra-high molecular weight polyethylene is 2.5-70.
A method of cooling a computer server including a plurality of server modules , comprising: maintaining a flow of air within a server module of the plurality of server modules to absorb heat from one or more heat generating devices of the server module ; further characterized by directing the flow of air through an air-to-liquid heat exchanger of a closed loop liquid cooling system to transfer the absorbed heat to a coolant of the liquid cooling system , the liquid cooling system being positioned within the server module; directing the coolant to a cold plate of the liquid cooling system , the cold plate being thermally coupled to a heat generating component of the server module; directing the coolant to a hot plate of the liquid cooling system ; and transferring heat from the hot plate to a location remote from the computer server using a cooling medium of a second closed loop cooling system positioned outside the server module. maintaining a flow of air within a server module of the plurality of server modules to absorb heat from one or more heat generating devices of the server module ; further characterized by directing the flow of air through an air-to-liquid heat exchanger of a closed loop liquid cooling system to transfer the absorbed heat to a coolant of the liquid cooling system , the liquid cooling system being positioned within the server module; directing the coolant to a cold plate of the liquid cooling system , the cold plate being thermally coupled to a heat generating component of the server module; directing the coolant to a hot plate of the liquid cooling system ; and transferring heat from the hot plate to a location remote from the computer server using a cooling medium of a second closed loop cooling system positioned outside the server module.
Photodetector which includes a Helmholtz resonator, efficient for detecting at least one electromagnetic radiation (R) having a wavelength comprised between 0.3 μm and 15 μm, the Helmholtz resonator comprising: - an electrically insulating volume ; and - metal faces (11-14) that surround the insulating volume along at least one looped path that forms a loop around said insulating volume, excepting two interruptions of the looped path, so that the metal faces form two electrodes that are separated from each other by at least one gap, called electric-field-concentrating gap (ZC) and which contains the interruptions of the looped path; said electric-field-concentrating gap (ZC) having a thickness between both electrodes that is smaller than a thickness of the insulating volume , said thicknesses being measured along a common direction (D3), so that when the radiation (R) is incident on the resonator, an electric field that is created by said radiation in the resonator is more intense in the electric-field-concentrating gap than in the insulating volume, the insulating volume and the metal faces (11-14) having dimensions suitable for producing a resonance of the electric field in the electric-field-concentrating gap (ZC) when the wavelength of the radiation (R) varies between 0.3 μm and 15 μm, and the photodetector furthermore comprising: - at least one photosensitive structure , which is based on at least one semiconductor, which is absorbing for the radiation (R), which is placed at least partially in the electric-field-concentrating gap (ZC), and which is in electrical contact with each of the two electrodes; and - two output electrical connections (C1, C2), which are electrically connected one-by-one to the two electrodes, and which are suitable for transmitting a detection electrical signal that is generated in the photosensitive structure when the radiation (R) is incident on the Helmholtz resonator, the photosensitive structure having a detection spectral interval that contains a spectral interval of the resonance of the electric field. - an electrically insulating volume ; and - metal faces (11-14) that surround the insulating volume along at least one looped path that forms a loop around said insulating volume, excepting two interruptions of the looped path, so that the metal faces form two electrodes that are separated from each other by at least one gap, called electric-field-concentrating gap (ZC) and which contains the interruptions of the looped path; - at least one photosensitive structure , which is based on at least one semiconductor, which is absorbing for the radiation (R), which is placed at least partially in the electric-field-concentrating gap (ZC), and which is in electrical contact with each of the two electrodes; and - two output electrical connections (C1, C2), which are electrically connected one-by-one to the two electrodes, and which are suitable for transmitting a detection electrical signal that is generated in the photosensitive structure when the radiation (R) is incident on the Helmholtz resonator,
A system for Dynamic Bandwidth Assignment, DBA, Virtualization comprising a Passive Optical Network with an Optical Line Termination, OLT, point and a plurality of Optical Network Units, ONU, and a plurality of Virtual Network Operators, VNO, sharing the Passive Optical Network, PON, wherein each VNO is configured with one or more virtual Dynamic Bandwidth Assignment module to schedule a bandwidth assignment independently of other VNOs of said plurality of VNOs; said system comprising a merging engine adapted to communicate a buffer report or report frames from the OLT point to each virtual Dynamic Bandwidth assignment module of each VNO , and adapted to receive a virtual bandwidth map for every frame from each virtual Dynamic Bandwidth assignment module of each VNO , wherein the merging engine is configured to merge the virtual bandwidth maps received from each VNO for a frame into a single coherent physical bandwidth map allocation for the frame scheduled to the plurality of Optical Network Units to implement a bandwidth scheduling allocation over the shared Passive Optical Network; wherein the Passive Optical Network is a multi-wavelength operated system; and wherein at least one VNO is adapted to operate without information on the physical allocation of wavelengths by the merging engine and generate Dynamic Bandwidth assignment and provide Bandwidth Maps. a merging engine adapted to communicate a buffer report or report frames from the OLT point to each virtual Dynamic Bandwidth assignment module of each VNO , and adapted to receive a virtual bandwidth map for every frame from each virtual Dynamic Bandwidth assignment module of each VNO , wherein the merging engine is configured to merge the virtual bandwidth maps received from each VNO for a frame into a single coherent physical bandwidth map allocation for the frame scheduled to the plurality of Optical Network Units to implement a bandwidth scheduling allocation over the shared Passive Optical Network; wherein the Passive Optical Network is a multi-wavelength operated system; and wherein at least one VNO is adapted to operate without information on the physical allocation of wavelengths by the merging engine and generate Dynamic Bandwidth assignment and provide Bandwidth Maps.
A tool for fusing an outlet fitting in a side wall of a plastic pipe (P) at a predetermined point (X) along a longitudinal axis of the pipe (P), the tool comprising: a proximal base adapted to be secured against the side wall of the pipe (P); first and second parallel guide rods fixed to said proximal base and having center longitudinal axes extending on opposite sides of, and in a plane transverse to, a centre longitudinal axis (A) of the pipe (P), said first and second guide rods being proximal in relation to the predetermined point (X) along the pipe center longitudinal axis (A); a movable plate mounted for reciprocation on said first and second guide rods and having a hole oriented to align a drill adapter and an outlet fitting adapter interchangeably inserted therein on an axis extending through the predetermined point (X); and an actuator engaged with said movable plate to selectively reciprocate said movable plate on said first and second guide rods toward and away from the pipe (P). a proximal base adapted to be secured against the side wall of the pipe (P); first and second parallel guide rods fixed to said proximal base and having center longitudinal axes extending on opposite sides of, and in a plane transverse to, a centre longitudinal axis (A) of the pipe (P), said first and second guide rods being proximal in relation to the predetermined point (X) along the pipe center longitudinal axis (A); a movable plate mounted for reciprocation on said first and second guide rods and having a hole oriented to align a drill adapter and an outlet fitting adapter interchangeably inserted therein on an axis extending through the predetermined point (X); and an actuator engaged with said movable plate to selectively reciprocate said movable plate on said first and second guide rods toward and away from the pipe (P).
A polycarbonate composition comprising: 40 to 88.9 weight percent of a polycarbonate; 10 to 30 weight percent of a polycarbonate-siloxane copolymer having a siloxane content of 5 to 40 weight percent, based on the total weight of the polycarbonate-siloxane copolymer; 0.1 to 5 weight percent of a triazine-containing UV absorbing agent; and 1 to 10 weight percent of a phosphazene flame retardant; wherein weight percent of each component is based on the total weight of the composition. 40 to 88.9 weight percent of a polycarbonate; 10 to 30 weight percent of a polycarbonate-siloxane copolymer having a siloxane content of 5 to 40 weight percent, based on the total weight of the polycarbonate-siloxane copolymer; 0.1 to 5 weight percent of a triazine-containing UV absorbing agent; and 1 to 10 weight percent of a phosphazene flame retardant; wherein weight percent of each component is based on the total weight of the composition.
A tire comprising, in a tread surface (T), a block-shaped land portion partitioned by a partitioning groove or by the partitioning groove and a tread edge (TE), wherein the block-shaped land portion includes a first sipe and a second sipe extending from different positions in a surface of the block-shaped land portion inwardly in a tire radial direction (A), and the first sipe includes, on a side of a sipe bottom, a widened portion with a larger sipe width than a side of the tread surface (T), and characterized in that the second sipe includes a plurality of holes recessed inwardly in the tire radial direction (A) in a sipe bottom at positions separate in a sipe longitudinal direction. the block-shaped land portion includes a first sipe and a second sipe extending from different positions in a surface of the block-shaped land portion inwardly in a tire radial direction (A), and the first sipe includes, on a side of a sipe bottom, a widened portion with a larger sipe width than a side of the tread surface (T), and characterized in that the second sipe includes a plurality of holes recessed inwardly in the tire radial direction (A) in a sipe bottom at positions separate in a sipe longitudinal direction.
Measuring device with at least one sensor and with at least one transmitter housing , wherein the transmitter housing is designed according to claim 10.
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein the washing process is performed; a sump which is disposed on the base of the washing tub and wherein the water coming from the washing tub is collected; at least one spraying member which is disposed in the washing tub and which sprays the water coming from the sump onto the kitchen items; a circulation pump which enables the water to be transferred from the sump to the spraying member ; a heater which is disposed on the circulation pump ; a multiport valve which is disposed between the circulation pump and the spraying member and which directs the water to the spraying member ; a first water pocket which is disposed between the washing tub and the body and wherein water is collected to be used in the washing process; and a first heat exchanger which is connected to the sump at one end and to the multiport valve at the other end and which extends into the first water pocket , a heat recovery system which is disposed between the washing tub and the body , which has a second water pocket and a second heat exchanger and which enables the water used in the washing process to be heated without interrupting the process, the waste hot water leaving the first heat exchanger is delivered to the second water pocket such that the washing water is instantaneously heated with the waste hot water characterized by the heat recovery system having the second water pocket to which the hot water passing through the first heat exchanger is delivered by means of the multiport valve , and the second heat exchanger which is connected to the sump at one end and to the multiport valve at the other end, which extends into the second water pocket and which carries the cold water to be used in the washing process.
A control method for restricting audio play-back, comprising: obtaining a playing instruction corresponding to a multi-media file containing audio data, the multi-media file being a video file (201; 301); detecting whether a current playing environment meets a preset condition, wherein the current playing environment comprises a current time of day and the content of the multi-media file and optionally a current audio output channel (202; 302); wherein detecting whether a current playing environment meets a preset condition (202; 302) comprises: detecting whether the content of the multi-media file belongs to a target type of content of multimedia files, comprising: extracting at least one video frame from the multi-media file; detecting whether the at least one video frame comprises a target element; and determining that the content of the multi-media file belongs to the target type of content of multimedia files if the at least one video frame comprises the target element; and determining that the current playing environment meets the preset condition if the content of multi-media file belongs to the target type of content of multimedia files; the method further comprising: restricting playing of the audio data in the multi-media file if the current playing environment meets the preset condition (203; 303), by displaying a prompt message for reminding a user to play the multi-media file cautiously. obtaining a playing instruction corresponding to a multi-media file containing audio data, the multi-media file being a video file (201; 301); detecting whether a current playing environment meets a preset condition, wherein the current playing environment comprises a current time of day and the content of the multi-media file and optionally a current audio output channel (202; 302); wherein detecting whether a current playing environment meets a preset condition (202; 302) comprises: detecting whether the content of the multi-media file belongs to a target type of content of multimedia files, comprising: extracting at least one video frame from the multi-media file; detecting whether the at least one video frame comprises a target element; and determining that the content of the multi-media file belongs to the target type of content of multimedia files if the at least one video frame comprises the target element; and determining that the current playing environment meets the preset condition if the content of multi-media file belongs to the target type of content of multimedia files; extracting at least one video frame from the multi-media file; detecting whether the at least one video frame comprises a target element; and determining that the content of the multi-media file belongs to the target type of content of multimedia files if the at least one video frame comprises the target element; and determining that the current playing environment meets the preset condition if the content of multi-media file belongs to the target type of content of multimedia files;
An integrally formed knitted component , comprising: a first knit layer comprising a first yarn , a second knit layer comprising the first yarn , and a first plurality of inlaid courses of a high tenacity yarn forming a first tenacity zone having a tenacity of at least six grams-force per 0.1 tex (1 denier), the inlaid courses extending in a course-wise direction; wherein the first plurality of inlaid courses of the high tenacity yarn comprise at least three courses of high tenacity yarn, each of which is separated from an adjacent course of the first plurality of courses by no more than five courses of the first yarn, wherein the first knit layer comprises a plurality of openings , through which an exposed portion of the plurality of inlaid courses of the high tenacity yarn is visible from a first viewpoint facing the first knit layer, the knitted component being characterized in that each course of the first plurality of inlaid courses comprises at least two ends of high tenacity yarn and each opening of the plurality of openings has an elongate shape extending in a course-wise direction, the plurality of openings forming a pattern, at least a portion of which has an orientation other than a course-wise direction, such that each opening of the plurality of openings has an orientation different than the plurality of openings as a whole, thereby providing a visual impression that the high tenacity yarn extends in a direction of the pattern. a first knit layer comprising a first yarn , a second knit layer comprising the first yarn , and a first plurality of inlaid courses of a high tenacity yarn forming a first tenacity zone having a tenacity of at least six grams-force per 0.1 tex (1 denier), the inlaid courses extending in a course-wise direction; wherein the first plurality of inlaid courses of the high tenacity yarn comprise at least three courses of high tenacity yarn, each of which is separated from an adjacent course of the first plurality of courses by no more than five courses of the first yarn, wherein the first knit layer comprises a plurality of openings , through which an exposed portion of the plurality of inlaid courses of the high tenacity yarn is visible from a first viewpoint facing the first knit layer, the knitted component being characterized in that each course of the first plurality of inlaid courses comprises at least two ends of high tenacity yarn and each opening of the plurality of openings has an elongate shape extending in a course-wise direction, the plurality of openings forming a pattern, at least a portion of which has an orientation other than a course-wise direction, such that each opening of the plurality of openings has an orientation different than the plurality of openings as a whole, thereby providing a visual impression that the high tenacity yarn extends in a direction of the pattern.
A method of forming a surface layer of a building panel, comprising manufacturing a separate and continuous layer being essentially uncured, comprising - applying a powder mix comprising fibres and a thermosetting binder on a carrier , - forming a powder mix layer , wherein the powder mix is connected together such that the powder mix layer is obtained and wherein the powder mix layer is essentially uncured, and - releasing the powder mix layer from the carrier , - tearing the powder mix layer into smaller portions forming decorative elements, mixing the decorative elements with a powder mix, preferably a wood fibre mix, applying the mix of the decorative elements and the powder mix, on a core to form a surface layer of a building panel . manufacturing a separate and continuous layer being essentially uncured, comprising - applying a powder mix comprising fibres and a thermosetting binder on a carrier , - forming a powder mix layer , wherein the powder mix is connected together such that the powder mix layer is obtained and wherein the powder mix layer is essentially uncured, and - releasing the powder mix layer from the carrier , - tearing the powder mix layer into smaller portions forming decorative elements, - applying a powder mix comprising fibres and a thermosetting binder on a carrier , - forming a powder mix layer , wherein the powder mix is connected together such that the powder mix layer is obtained and wherein the powder mix layer is essentially uncured, and - releasing the powder mix layer from the carrier , - tearing the powder mix layer into smaller portions forming decorative elements, mixing the decorative elements with a powder mix, preferably a wood fibre mix, applying the mix of the decorative elements and the powder mix, on a core to form a surface layer of a building panel .