mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device, comprising: a data processing unit configured to perform a reproducing process for content, wherein the content includes an individual segment region configured with a plurality of pieces of variation data that include different identification information embedded therein and are decryptable using different keys and a common segment region configured with a single piece of data, each piece of the variation data is configured with segmented data in units of aligned units, said aligned units forming an MPEG-2 transport stream, TS, the data processing unit is configured to calculate a reproduction path by applying a device key held in a memory, sequentially select an aligned unit corresponding to one piece of variation data corresponding to the reproduction path from a plurality of aligned units constituting a plurality of pieces of variation data in the individual segment region, and reproduce the selected aligned unit, and the data processing unit is configured to select the aligned unit corresponding to the reproduction path on the basis of a variation data identifier recorded in an adaptation field in a TS packet header of a first source packet constituting the aligned unit as plain text data. a data processing unit configured to perform a reproducing process for content, wherein the content includes an individual segment region configured with a plurality of pieces of variation data that include different identification information embedded therein and are decryptable using different keys and a common segment region configured with a single piece of data, each piece of the variation data is configured with segmented data in units of aligned units, said aligned units forming an MPEG-2 transport stream, TS, the data processing unit is configured to calculate a reproduction path by applying a device key held in a memory, sequentially select an aligned unit corresponding to one piece of variation data corresponding to the reproduction path from a plurality of aligned units constituting a plurality of pieces of variation data in the individual segment region, and reproduce the selected aligned unit, and the data processing unit is configured to select the aligned unit corresponding to the reproduction path on the basis of a variation data identifier recorded in an adaptation field in a TS packet header of a first source packet constituting the aligned unit as plain text data.
A gas turbine comprising: a turbine disk 100 including a turbine disk body 110, dovetail grooves 112 formed in a circumferential surface of the turbine disk body 110, protrusions 120 provided on perimeters of front and rear surfaces of the turbine disk body 110, and a first insert slot 130 formed in the rear surface of the turbine disk body 110 in a circumferential direction; a first retainer unit 200 having openings 202 at positions corresponding to the respective protrusions 120 provided on the front surface of the turbine disk 100 to fix a plurality of turbine blades to the turbine disk 100, the plurality of turbine blades 50 disposed in the respective dovetail grooves 112 of the turbine disk body 110 and each having a second insert slot 52 in a surface of the turbine blade 50 that faces the first insert slot 130; a second retainer unit 300 having a first end thereof disposed in the first insert slot 130 and a second end thereof disposed in the second insert slot 52 to fix the plurality of turbine blades 50 to the turbine disk 100 at the rear surface of the turbine disk 100; and a plurality of fixing members 400 provided to fix the first and second retainer units 200, 300. a turbine disk 100 including a turbine disk body 110, dovetail grooves 112 formed in a circumferential surface of the turbine disk body 110, protrusions 120 provided on perimeters of front and rear surfaces of the turbine disk body 110, and a first insert slot 130 formed in the rear surface of the turbine disk body 110 in a circumferential direction; a turbine disk body 110, dovetail grooves 112 formed in a circumferential surface of the turbine disk body 110, protrusions 120 provided on perimeters of front and rear surfaces of the turbine disk body 110, and a first insert slot 130 formed in the rear surface of the turbine disk body 110 in a circumferential direction; a first retainer unit 200 having openings 202 at positions corresponding to the respective protrusions 120 provided on the front surface of the turbine disk 100 to fix a plurality of turbine blades to the turbine disk 100, the plurality of turbine blades 50 disposed in the respective dovetail grooves 112 of the turbine disk body 110 and each having a second insert slot 52 in a surface of the turbine blade 50 that faces the first insert slot 130; a second retainer unit 300 having a first end thereof disposed in the first insert slot 130 and a second end thereof disposed in the second insert slot 52 to fix the plurality of turbine blades 50 to the turbine disk 100 at the rear surface of the turbine disk 100; and a plurality of fixing members 400 provided to fix the first and second retainer units 200, 300.
A device for counting particles comprising a detector arranged to produce an electrical measurement signal in response to the passage of one or more particles, and a comparator arranged to compare the measurement signal with a threshold signal and to increment a counting value when the measurement signal exceeds the threshold signal, characterized in that it furthermore comprises a threshold-adjusting circuit that applies a lowpass filter to the measurement signal, and that is connected to the comparator in order to use the resulting signal as threshold signal.
A flame retardant resin composition, characterized in that the flame retardant composition comprises a sulfur-containing flame retardant and a halogen-free epoxy resin, the flame-retardant resin composition further comprises a phosphorus-containing flame retardant and/or a nitrogen-containing flame retardant, wherein the sulfur-containing flame retardant is p-benzenedithiol and/or 4,4'-diaminodiphenyl disulfide.
An X-ray inspection device , comprising: a radiation source configured to irradiate X-rays toward a specimen (S); a detector configured to detect transmitted X-rays irradiated by the radiation source and passed through the specimen, and to output a plurality of X-ray projection image data at a plurality of rotational positions of the specimen relative to the radiation source; a region extracting unit configured to generate synthesized data by compositing the plurality of X-ray projection image data and to extract a region where the specimen is projected onto the detector using the synthesized data; wherein the device is further configured to set a relative positional relationship between the radiation source, the specimen and the detector during an inspection, by using the extracted region. a radiation source configured to irradiate X-rays toward a specimen (S); a detector configured to detect transmitted X-rays irradiated by the radiation source and passed through the specimen, and to output a plurality of X-ray projection image data at a plurality of rotational positions of the specimen relative to the radiation source; a region extracting unit configured to generate synthesized data by compositing the plurality of X-ray projection image data and to extract a region where the specimen is projected onto the detector using the synthesized data; wherein the device is further configured to set a relative positional relationship between the radiation source, the specimen and the detector during an inspection, by using the extracted region.
A method for controlling a screen for a virtual reality, VR, service of an electronic device, the method comprising: displaying a 360 degree screen for the VR service including at least one window; displaying one pointer positioned on the 360 degree screen for the VR service; detecting a movement of the pointer on the 360 degree screen for the VR service; analyzing the movement of the pointer; changing a configuration of the at least one window of the 360 degree screen for the VR service according to the analysis of the movement of the pointer; and displaying a 360 degree screen for the VR service having the changed configuration; wherein the changing the configuration of the at least one window comprises, in response to the movement of the pointer for dividing one window of the at least one window, dividing the one window of the at least one window into two or four windows based on the movement of the pointer, and wherein the movement of the pointer includes drawing at least one line on the one window of the at least one window displayed on the 360 degree screen displaying a 360 degree screen for the VR service including at least one window; displaying one pointer positioned on the 360 degree screen for the VR service; detecting a movement of the pointer on the 360 degree screen for the VR service; analyzing the movement of the pointer; changing a configuration of the at least one window of the 360 degree screen for the VR service according to the analysis of the movement of the pointer; and displaying a 360 degree screen for the VR service having the changed configuration; wherein the changing the configuration of the at least one window comprises, in response to the movement of the pointer for dividing one window of the at least one window, dividing the one window of the at least one window into two or four windows based on the movement of the pointer, and wherein the movement of the pointer includes drawing at least one line on the one window of the at least one window displayed on the 360 degree screen
A switchgear or control gear, comprising: - at least one first compartment ; - a plurality of removable modules ; - a plurality of main switchgear or control gear components; and - a plurality of auxiliary switchgear or control gear components; wherein the plurality of main switchgear or control gear components comprises at least one main busbar system , at least one three position linear or rotational movement disconnector ; at least one circuit breaker , and at least one cable connection; wherein, the plurality of auxiliary switchgear or control gear components comprises at least one disconnector drive and at least one circuit breaker drive; wherein, the plurality of removable modules are configured to be mounted horizontally within the at least one first compartment at a plurality of horizontal locations; wherein, the plurality of main switchgear or control gear components are configured to be housed in the at least one first compartment; wherein, the plurality of auxiliary switchgear or control gear components are housed in or associated with the plurality of removable modules; wherein, each of the removable modules is configured to be moved vertically from its horizontal location; and wherein, movement of a removable module from its horizontal location, the movement comprising a vertical movement, is configured to move the one or more auxiliary components housed in or associated with that removable module. - at least one first compartment ; - a plurality of removable modules ; - a plurality of main switchgear or control gear components; and - a plurality of auxiliary switchgear or control gear components; wherein the plurality of main switchgear or control gear components comprises at least one main busbar system , at least one three position linear or rotational movement disconnector ; at least one circuit breaker , and at least one cable connection; wherein, the plurality of auxiliary switchgear or control gear components comprises at least one disconnector drive and at least one circuit breaker drive; wherein, the plurality of removable modules are configured to be mounted horizontally within the at least one first compartment at a plurality of horizontal locations; wherein, the plurality of main switchgear or control gear components are configured to be housed in the at least one first compartment; wherein, the plurality of auxiliary switchgear or control gear components are housed in or associated with the plurality of removable modules; wherein, each of the removable modules is configured to be moved vertically from its horizontal location; and wherein, movement of a removable module from its horizontal location, the movement comprising a vertical movement, is configured to move the one or more auxiliary components housed in or associated with that removable module.
A method of producing a recycled pulp fiber from a pulp fiber to be treated, the method including: a recycled pulp fiber forming step of forming the recycled pulp fiber having a hemicellulose content of less than 8.0mass% from the pulp fiber to be treated, by supplying an ozone-containing gas to a treatment tank containing a treatment liquid containing a pulp fiber-containing material containing the pulp fiber to be treated, wherein, in the recycled pulp fiber forming step, the recycled pulp fiber is formed by bringing the ozone-containing gas into contact with the pulp fiber-containing material so that a CT value, which is a product of an ozone concentration and a treatment time, is 8,000 to 11,000 ppm·min.
System for joining at least two workpieces of thermoplastic material by laser transmission welding, the system comprising at least one device for generating laser radiation and an imaging optics having a first optical axis, wherein laser radiation emitted by the device for generating laser radiation is guided into a joining zone, and wherein the imaging optics is configured for optical imaging from a joining plane in the joining zone to a detection plane of a radiation detecting device , wherein a deflection mirror is provided at a coupling point on a second optical axis, running parallel to the first optical axis, for deflecting the laser radiation from an entrance axis enclosing a non-zero angle , preferably a right angle, with the second optical axis, into a direction along the second optical axis, wherein the distance between the coupling point and the joining plane with respect to the second optical axis is smaller than the distance from the detection plane to the joining plane with respect to the first optical axis, wherein the diameter of the deflection mirror is adapted to a cross-sectional shape and cross-sectional size of the laser radiation and characterized in that when projecting the deflection mirror onto a projection plane perpendicular to the first optical axis, the projection area of the deflection mirror in the projection plane is arranged completely within a minimum aperture in the beam path of the imaging optics and only partially covers the minimum aperture.
A medical device comprising a coating, the coating comprising: a first coated layer comprising oligomerized polyphenol; and a second coated layer comprising a synthetic or natural polymer, wherein the synthetic or natural polymer is hydrogen bonded to the oligomerized polyphenol and wherein the first coated layer is positioned between an article surface and the second coated layer. a first coated layer comprising oligomerized polyphenol; and a second coated layer comprising a synthetic or natural polymer, wherein the synthetic or natural polymer is hydrogen bonded to the oligomerized polyphenol and wherein the first coated layer is positioned between an article surface and the second coated layer.
Catalyst for cleaning exhaust gases, having a honeycomb body which configures a plurality of flow ducts through which a gas from a gas inlet side can flow in the axial direction to a gas outlet side, having an inner casing which encloses the honeycomb body , having an outer casing which encloses the inner casing , and having an insulation region which is disposed between the inner casing and the outer casing , characterized in that the honeycomb body , the inner casing , the outer casing and the insulation region are formed from exactly two tiers formed from metal foils that are stacked on top of one another and wound along a winding direction transverse to the axial direction .
A method for forming a plurality of speaker assemblies, the method comprising: coupling a centering fixture to a pallet via a centering mechanism that passes through a front or top surface of the pallet and couples to a centering pin ; using the centering fixture to secure a basket to the pallet to provide a configuration for centering and coupling an upper washer on the basket ; successively centering and coupling one or more components on the combination of the upper washer and the basket , the one or more components comprising at least a magnet followed by a yoke . coupling a centering fixture to a pallet via a centering mechanism that passes through a front or top surface of the pallet and couples to a centering pin ; using the centering fixture to secure a basket to the pallet to provide a configuration for centering and coupling an upper washer on the basket ; successively centering and coupling one or more components on the combination of the upper washer and the basket , the one or more components comprising at least a magnet followed by a yoke .
A dishwasher , comprising: a wash tub ; a rack supported in the wash tub and movable between a loading and a washing position; a rotatable conduit supported by the rack for movement with the rack , the conduit having a connector for receiving fluid; wherein the conduit comprises a tubular spray element being rotatable about a longitudinal axis thereof, wherein the tubular spray element includes one or more apertures extending through an exterior surface thereof; and a docking arrangement coupled to a rear wall of the wash tub and configured to engage with the connector of the conduit when the rack is in the washing position to supply fluid to the conduit, characterized in that , the docking arrangement including: a rotatable docking port positioned to receive the connector of the conduit when the rack is moved from the loading position to the washing position and the rotatable docking port rotatable about an axis of rotation, the rotatable docking port further configured to engage the connector of the conduit such that the conduit rotates about the axis of rotation along with rotation of the rotatable docking port , and the rotatable docking port further including a fluid inlet configured to receive fluid; and the dishwasher comprising a valve member disposed at a predetermined rotational position about the axis of rotation to restrict fluid flow to the conduit when the fluid inlet is rotated to the predetermined rotational position; wherein the valve member comprises a mating surface matching the fluid inlet , so as to restrict fluid flow to the conduit when the fluid inlet is rotated to the predetermined rotational position. a wash tub ; a rack supported in the wash tub and movable between a loading and a washing position; a rotatable conduit supported by the rack for movement with the rack , the conduit having a connector for receiving fluid; wherein the conduit comprises a tubular spray element being rotatable about a longitudinal axis thereof, wherein the tubular spray element includes one or more apertures extending through an exterior surface thereof; and a docking arrangement coupled to a rear wall of the wash tub and configured to engage with the connector of the conduit when the rack is in the washing position to supply fluid to the conduit, the dishwasher comprising a valve member disposed at a predetermined rotational position about the axis of rotation to restrict fluid flow to the conduit when the fluid inlet is rotated to the predetermined rotational position; wherein the valve member comprises a mating surface matching the fluid inlet , so as to restrict fluid flow to the conduit when the fluid inlet is rotated to the predetermined rotational position.
A mounting framework for the mounting of a floor-flush shower tray , which has a frame with a base elongated-member to support the shower tray and with feet , arranged at least underneath corner regions of the frame , on which the mounting framework stands and which can be secured to a subfloor , wherein the frame is connected to the feet via connection screws and is vertically adjustable, characterised in that the connection screws can be unscrewed and removed from above related to the position of use.
A microscope system (100; 400) comprising: a microscope (110; 410) configured to generate images of a sample being arranged on a sample stage; a sample stage configured to carry the sample, the sample stage comprising a visual marker ; an optical imaging sensor configured to provide image data of an image showing the visual marker of the sample stage; and wherein the visual marker is arranged at a bottom side of the sample stage and the optical imaging sensor is arranged below the sample stage, a control system (160; 420) configured to determine a position of the sample stage based on the image data of the image showing the visual marker. a microscope (110; 410) configured to generate images of a sample being arranged on a sample stage; a sample stage configured to carry the sample, the sample stage comprising a visual marker ; an optical imaging sensor configured to provide image data of an image showing the visual marker of the sample stage; and wherein the visual marker is arranged at a bottom side of the sample stage and the optical imaging sensor is arranged below the sample stage, a control system (160; 420) configured to determine a position of the sample stage based on the image data of the image showing the visual marker.
Spinning apparatus (1a - 1n) for a ring spinning machine or ring twisting machine, which apparatus has: - a spinning spindle for holding a yam tube in coaxial alignment with a spindle axis , - a spinning ring (20a - 20e) arranged coaxially to the spindle axis for externally guiding a yam to be wound on the yam tube and - a spinning ring guide unit (21a - 21f) arranged coaxially to the spindle axis , the spinning ring (20a - 20e) being floatingly fixed to the spinning ring guide unit (21a - 21f) in the spindle axis direction, and the spinning ring guide unit (21a - 21f) having a guide ring which is arranged coaxially and at a distance from a spinning ring peripheral surface, characterized by a balloon limiter tube (2a - 2n) arranged coaxially to the spindle axis such that the yarn is guided on an inner side of the balloon limiter tube (2a - 2n), the diagonal diameter of the spinning ring (20a - 20e), i.e. the diameter with which the spinning ring is supported at two diagonally opposite points on the guide ring in the event of tilting of the spinning ring, being larger than the inner diameter of the guide ring . - a spinning spindle for holding a yam tube in coaxial alignment with a spindle axis , - a spinning ring (20a - 20e) arranged coaxially to the spindle axis for externally guiding a yam to be wound on the yam tube and - a spinning ring guide unit (21a - 21f) arranged coaxially to the spindle axis , the spinning ring (20a - 20e) being floatingly fixed to the spinning ring guide unit (21a - 21f) in the spindle axis direction, and the spinning ring guide unit (21a - 21f) having a guide ring which is arranged coaxially and at a distance from a spinning ring peripheral surface, characterized by a balloon limiter tube (2a - 2n) arranged coaxially to the spindle axis such that the yarn is guided on an inner side of the balloon limiter tube (2a - 2n), the diagonal diameter of the spinning ring (20a - 20e), i.e. the diameter with which the spinning ring is supported at two diagonally opposite points on the guide ring in the event of tilting of the spinning ring, being larger than the inner diameter of the guide ring .