mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine , comprising: a nacelle provided on the top of a tower ; a rotor including a hub and a number of blades , a main shaft configured to be driven by the rotor about a main axis and supported on the nacelle , a generator having a generator rotor and generator stator, and a gear system arranged to increase the rotational speed between said rotor and said generator rotor; characterized in that the gear system comprises: a fixed ring gear , an input member coupled to or driven by the main shaft having a plurality of radially movable tooth segments carried in guiding slots and engageable at outer ends with the ring gear , a central output member within the input member having an outer eccentric profile acted on and driven by inner ends of radially movable tooth segments , whereby rotary movement of the input member drives the radially movable tooth segments through engagement with the ring gear and effects rotation of the central output member . a nacelle provided on the top of a tower ; a rotor including a hub and a number of blades , a main shaft configured to be driven by the rotor about a main axis and supported on the nacelle , a generator having a generator rotor and generator stator, and a gear system arranged to increase the rotational speed between said rotor and said generator rotor; characterized in that the gear system comprises: a fixed ring gear , an input member coupled to or driven by the main shaft having a plurality of radially movable tooth segments carried in guiding slots and engageable at outer ends with the ring gear , a central output member within the input member having an outer eccentric profile acted on and driven by inner ends of radially movable tooth segments , whereby rotary movement of the input member drives the radially movable tooth segments through engagement with the ring gear and effects rotation of the central output member . a fixed ring gear , an input member coupled to or driven by the main shaft having a plurality of radially movable tooth segments carried in guiding slots and engageable at outer ends with the ring gear , a central output member within the input member having an outer eccentric profile acted on and driven by inner ends of radially movable tooth segments , whereby rotary movement of the input member drives the radially movable tooth segments through engagement with the ring gear and effects rotation of the central output member .
A connector configured to be connected to a plurality of flexible conductors , the connector comprising: a plurality of projections provided at at least one pushing member ; and a plurality of contacts made of a conductive material and each having a projection accommodating portion of a recess shape into which an associated one of the projections is inserted, wherein each projection includes a holding portion extending across the projection in a direction orthogonal to a projecting direction of the projection and configured to holding each flexible conductor, wherein the holding portion comprises a holding groove opening at a tip of the projection in the projecting direction and extending across the projection or wherein the holding portion comprises a holding hole penetrating across the projection , and wherein, for each of the contacts and associated projections , when the projection is inserted into the projection accommodating portion of the contact together with the flexible conductor with a middle part of the flexible conductor being held by the holding portion of the projection, parts of the flexible conductor that are situated on opposite sides of and are adjoining the middle part of the flexible conductor are sandwiched between a lateral surface of the projection and an inner surface of the projection accommodating portion to contact the inner surface of the projection accommodating portion , whereby the contacts are configured to be electrically connected to the flexible conductors in a one-by-one-manner. a plurality of projections provided at at least one pushing member ; and a plurality of contacts made of a conductive material and each having a projection accommodating portion of a recess shape into which an associated one of the projections is inserted, wherein each projection includes a holding portion extending across the projection in a direction orthogonal to a projecting direction of the projection and configured to holding each flexible conductor, wherein the holding portion comprises a holding groove opening at a tip of the projection in the projecting direction and extending across the projection or wherein the holding portion comprises a holding hole penetrating across the projection , and wherein, for each of the contacts and associated projections , when the projection is inserted into the projection accommodating portion of the contact together with the flexible conductor with a middle part of the flexible conductor being held by the holding portion of the projection, parts of the flexible conductor that are situated on opposite sides of and are adjoining the middle part of the flexible conductor are sandwiched between a lateral surface of the projection and an inner surface of the projection accommodating portion to contact the inner surface of the projection accommodating portion , whereby the contacts are configured to be electrically connected to the flexible conductors in a one-by-one-manner.
A toy vehicle configured for running on a set of rails , the toy vehicle comprises a chassis comprising a first end and a second end , two side faces extending in the longitudinal direction of said toy vehicle and a top portion , said toy vehicle comprising at least two axels , characterized in that said at least two axels each comprises two wheels for, in use, running on said set of rails, and in that said chassis comprises at least two flexible flanges , said two flexible flanges being positioned opposite each other on both sides of said chassis on each side faces , each flexible flange comprising a snap protrusion at the extremity of the flanges , said snap protrusions extending at a distance below the wheels and towards each other in a direction parallel to the extension of said at least two axels , said at least two flexible flanges being flexible in a direction away from each other in a direction transverse the longitudinal direction of the toy vehicle, such that said snap protrusions are adapted , in use, to slide past an outer surface of said set of rails.
A catalyst comprising nanostructured elements comprising microstructured whiskers having an outer surface at least partially covered by a catalyst material having the formula Pt x Ni y Ir z , wherein x is in a range from 26.6 to 47.8, y is in a range from 48.7 to 70, and z is in a range from 1 to 11.4, and wherein the catalyst material comprises a layer comprising platinum, a layer comprising nickel on the layer comprising platinum, and a layer comprising iridium on the layer comprising nickel.
Positioning device , comprising a base element , a carrier element to be positioned relative to the base element along a z-axis as well as at least one first and one second slide element , wherein the first or second slide element on the one hand is disposed displaceably by means of a first or second base guide device along a first or second base line on the base element and on the other hand by means of a first or second ascent guide device along a first or second ascent line on the carrier element , wherein the first or second ascent line and the first or second base line run in a projection along the z-axis parallel to one another and with respectively constant different angles of inclination relative to the z-axis, wherein the first and the second ascent guide device are arranged with respect to one another in such a manner that in at least one projection perpendicular to the z-axis, the first and the second ascent line are inclined opposite to one another relative to the z-axis so that a synchronous displacement of the first and the second slide element relative to the base element causes a displacement of the carrier element relative to the base element exclusively along the z-axis, characterized in that the positioning device further comprises a third and a fourth slide element , wherein the third or fourth slide element is disposed displaceably on the one hand by means of a third or fourth base guide device along a third or fourth base line on the base element and on the other hand by means of a third or fourth ascent guide device along a third or fourth ascent line on the carrier element , wherein the third or fourth ascent line and the third or fourth base line run parallel to one another in a projection along the z-axis and with respectively constant, different angles of inclination relative to the z-axis, and wherein the third and fourth ascent guide devices are disposed with respect to one another in such a manner that in at least one projection perpendicular to the z-axis, the third and the fourth ascent line are inclined opposite to one another relative to the z-axis so that a synchronous displacement of the first, second, third and fourth slide element relative to the base element causes a displacement of the carrier element relative to the base element exclusively along the z-axis.
An atomic force microscope for scanning a probe comprising a cantilever over a surface, the atomic force microscope comprising a scanner (6, 6", 6"') for scanning the probe along at least one translational axis, a stationary light source (2, 2a, 2b, 2', 2", 21"', 22′′′) for generating an incident light beam , a stationary position sensitive detector (3, 3a, 3b, 3', 3", 3"') for detecting a light beam reflected from the cantilever (11, 11a, 11"'), an optical guiding mechanism (5, 5a, 5b, 5', 5", 5′′′) for compensating a scanning motion of the probe and configured to guide the incident light beam to a spot on the cantilever (11, 11a, 11"') and to guide the reflected light beam (4r, 4ar, 41r, 42r, 45r, 45'r, 46r) from the cantilever (11, 11a, 11"') to the position sensitive detector (3, 3a, 3b, 3', 3", 3′′′), wherein the optical guiding mechanism (5, 5a, 5b, 5', 5", 5′′′) comprises at least two optical deflection elements (51, 51a, 511x, 521y, 511"y, 511′′′y; 52, 512x, 522y, 512"y, 512′′′y; 521"x, 521′′′x; 52a, 521a, 522"x, 522′′′x) per translational axis being arranged to move synchronously with the probe along the respective translational axis, and being configured to define an optical path between the light source and the detector for the incident and reflected light beam (4i, 4ai, 41i, 42i, 45i, 46i, 461i, 462i ; 4r, 4ar, 41r, 42r, 45r, 45'r, 46r) in a manner that the optical path length is independent of the translation of the probe along the respective translational axis, wherein the scanner (6", 6′′′) comprises a planar flexure-guided positioner for scanning the probe , wherein the scanner (6, 6", 6′′′) is configured to scan the probe along a first and a second horizontal translational axis, characterized in that the optical guiding mechanism (5b, 5', 5", 5′′′) comprises at least four optical deflection elements (511x, 521y, 511"y, 511"'y; 512x, 522y, 512"y, 512"'y; 521"x, 521"'x; 522"x, 522"'x), wherein for each of the first and second horizontal translational axis at least two optical deflection elements (511x, 521y, 511"y, 511′′′y; 512x, 522y, 512"y, 512′′′y; 521"x, 521′′′x; 522"x, 522′′′x) are arranged to move synchronously with the probe along the respective axis, wherein the at least two optical deflection elements (511x, 511"'y; 512x, 512′′′y; 521"x; 522"x) associated with the first horizontal translational axis and the at least two optical deflection elements (521y, 511"y; 522y, 512"y; 521"'x; 522"'x) associated with the second horizontal translational axis are arranged in a nested manner.
A topical formulation comprising: radezolid, or a pharmaceutically acceptable salt or tautomer thereof; and a penetration enhancer. radezolid, or a pharmaceutically acceptable salt or tautomer thereof; and a penetration enhancer.
A method for transmitting control information to a User Equipment, UE, in a wireless communication system in which multiple antenna ports are defined, the method comprising: transmitting, through Radio Resource Control, RRC, signaling, a configuration for at least one resource block for transmitting the control information; generating the control information; and transmitting, using localized transmission, the control information on an enhanced physical downlink control channel, ePDCCH, using at least one enhanced Control Channel Element, eCCE, in the at least one resource block, wherein in localized transmission, an eCCE includes resource elements from one resource block, wherein the ePDCCH is associated with at least one antenna port, and characterized in that the at least one antenna port is determined according to a lowest eCCE index of the at least one eCCE and a number of eCCEs used for the ePDCCH. transmitting, through Radio Resource Control, RRC, signaling, a configuration for at least one resource block for transmitting the control information; generating the control information; and transmitting, using localized transmission, the control information on an enhanced physical downlink control channel, ePDCCH, using at least one enhanced Control Channel Element, eCCE, in the at least one resource block, wherein in localized transmission, an eCCE includes resource elements from one resource block, wherein the ePDCCH is associated with at least one antenna port, and characterized in that the at least one antenna port is determined according to a lowest eCCE index of the at least one eCCE and a number of eCCEs used for the ePDCCH.
Porous sintered aluminum comprising: metal skeletons having a three-dimensional network structure of perforated sintered metal, wherein pores exist between the metal skeletons, Al-Ti compound is dispersed in the perforated sintered metal, and the pores are formed at an amount of 20 or more pores per linear length of 1 cm, and thereby, an overall porosity is in a range of 70 to 99 %, and pores exist in the metal skeletons . metal skeletons having a three-dimensional network structure of perforated sintered metal, wherein pores exist between the metal skeletons, Al-Ti compound is dispersed in the perforated sintered metal, and the pores are formed at an amount of 20 or more pores per linear length of 1 cm, and thereby, an overall porosity is in a range of 70 to 99 %, and pores exist in the metal skeletons .
A method for distributing processing of a dataset among two or more workers, said dataset comprising a number of data records, each data record having a unique key, the keys being represented as integer numbers, the data records being arranged in the order of increasing or decreasing key values, the method comprising the steps of: - splitting the dataset into one or more continuous chunks, each chunk comprising a plurality of data records, and assigning each chunk of the dataset to a worker, and allowing each of the worker(s) to process the data records of the chunk assigned to it, the worker(s) thereby performing parallel processing of the dataset, characterized in that the method further comprises the steps of: - a further worker requesting access to the dataset, - identifying the largest chunk among the chunk(s) assigned to the worker(s) already processing data records of the dataset, and requesting the worker having the identified chunk assigned to it to split the chunk, - said worker selecting a split point, using an iterative process, - said worker splitting the identified chunk into two new chunks, at the selected split point, and assigning one of the new chunks to itself, and assigning the other of the new chunks to the further worker, and - allowing the workers to process data records of the chunks assigned to them, the workers thereby performing parallel processing of the dataset. - splitting the dataset into one or more continuous chunks, each chunk comprising a plurality of data records, and assigning each chunk of the dataset to a worker, and allowing each of the worker(s) to process the data records of the chunk assigned to it, the worker(s) thereby performing parallel processing of the dataset, - a further worker requesting access to the dataset, - identifying the largest chunk among the chunk(s) assigned to the worker(s) already processing data records of the dataset, and requesting the worker having the identified chunk assigned to it to split the chunk, - said worker selecting a split point, using an iterative process, - said worker splitting the identified chunk into two new chunks, at the selected split point, and assigning one of the new chunks to itself, and assigning the other of the new chunks to the further worker, and - allowing the workers to process data records of the chunks assigned to them, the workers thereby performing parallel processing of the dataset.
A central processing unit capable of building a plurality of virtual cores on a physical core , comprising: an element for executing, on an own virtual core , or causing another virtual core on the same physical core to execute, a reference instruction of directly referring to a current register value used by a selected one of the virtual cores executing any program from the another virtual core without influence on an execution context of the selected one of the virtual cores ; and an element for giving a permission for executing the reference instruction of referring to the register value among the plurality of virtual cores ; wherein the central processing unit further comprises: an element for executing, on the own virtual core , or causing the another virtual core to execute, a reference preparation instruction of stopping processing on the own virtual core or the another virtual core , which causes a change in a register value possibly referred to by the reference instruction. an element for executing, on an own virtual core , or causing another virtual core on the same physical core to execute, a reference instruction of directly referring to a current register value used by a selected one of the virtual cores executing any program from the another virtual core without influence on an execution context of the selected one of the virtual cores ; and an element for giving a permission for executing the reference instruction of referring to the register value among the plurality of virtual cores ; wherein the central processing unit further comprises: an element for executing, on the own virtual core , or causing the another virtual core to execute, a reference preparation instruction of stopping processing on the own virtual core or the another virtual core , which causes a change in a register value possibly referred to by the reference instruction.
A surface-treated powder, in which a powder is treated with a surface-treating agent composed of a mixture (A+B) between (A) an alkyl alkoxy silane expressed by the following general formula (C n H 2n+1 ) a Si(OC m H 2m+1 ) b wherein n denotes an integer of 1 to 18, m denotes an integer of 1 to 3, a, b denote an integer of 1 to 3, and a+b = 4, and (B) compounds comprising: a reactive organo silicone expressed by the following general formula (R 1 3 SiO)(R 1 2 SiO) p (SiR 2 3 ) wherein the R 1 s, which are all mutually independent, denote a lower alkyl group having 1 to 4 carbon atoms or a hydrogen atom, respectively, R 2 denotes any of an amino group, a hydrogen atom, a hydroxyl group and a lower alkoxy group having 1 to 4 carbon atoms, and p is an integer of 1 to 300, and a saturated or unsaturated branched fatty acid having 12 to 22 carbon atoms including a salt form. (A) an alkyl alkoxy silane expressed by the following general formula (C n H 2n+1 ) a Si(OC m H 2m+1 ) b wherein n denotes an integer of 1 to 18, m denotes an integer of 1 to 3, a, b denote an integer of 1 to 3, and a+b = 4, and (B) compounds comprising: a reactive organo silicone expressed by the following general formula (R 1 3 SiO)(R 1 2 SiO) p (SiR 2 3 ) wherein the R 1 s, which are all mutually independent, denote a lower alkyl group having 1 to 4 carbon atoms or a hydrogen atom, respectively, R 2 denotes any of an amino group, a hydrogen atom, a hydroxyl group and a lower alkoxy group having 1 to 4 carbon atoms, and p is an integer of 1 to 300, and a saturated or unsaturated branched fatty acid having 12 to 22 carbon atoms including a salt form. a reactive organo silicone expressed by the following general formula (R 1 3 SiO)(R 1 2 SiO) p (SiR 2 3 ) wherein the R 1 s, which are all mutually independent, denote a lower alkyl group having 1 to 4 carbon atoms or a hydrogen atom, respectively, R 2 denotes any of an amino group, a hydrogen atom, a hydroxyl group and a lower alkoxy group having 1 to 4 carbon atoms, and p is an integer of 1 to 300, and a saturated or unsaturated branched fatty acid having 12 to 22 carbon atoms including a salt form.
A method for switching between channels carrying live media streams transmitted from a streaming server to a client device including a media player under a Real Time Streaming Protocol, RTSP, the method comprising the steps of: (a1) launching a RTSP session by sending a RTSP message from the client device to the streaming server for streaming an original channel from a playlist file comprising a list of channels for playing by the media player ; the method being characterized by : (b1) switching from the original channel to a new channel from a playlist in-band within the RTSP session, by overloading a seek functionality to a new functionality for triggering a request to be sent to the streaming server for switching between the original channel and the new channel in the live media streams, wherein the seek functionality is available in the media player to move backward and forward in a media stream stored in a computer readable medium.
A cartridge (B) detachably mountable to a main assembly (A) of an image forming apparatus, said main assembly (A) including an inclinable drive transmission member (81; 881; 1081) for transmitting a driving force in said cartridge (B), said cartridge (B) comprising: a photosensitive drum , characterized in that the cartridge (B) further comprises a movable member (64; 264; 764; 630; 864; 301; 305; 402; 412; 422; 432; 1001; 1101; 1201; 1312) movable relative to said photosensitive drum to control an inclination angle of the drive transmission member (81; 881; 1081), said movable member (64; 264; 764; 630; 864; 301; 305; 402; 412; 422; 432; 1001; 1101; 1201; 1312) being movable between (a) a first position for reducing the inclination angle of said drive transmission member (81; 881; 1081) relative to said photosensitive drum and (b) a second position retracted from the first position. a photosensitive drum , characterized in that the cartridge (B) further comprises a movable member (64; 264; 764; 630; 864; 301; 305; 402; 412; 422; 432; 1001; 1101; 1201; 1312) movable relative to said photosensitive drum to control an inclination angle of the drive transmission member (81; 881; 1081), said movable member (64; 264; 764; 630; 864; 301; 305; 402; 412; 422; 432; 1001; 1101; 1201; 1312) being movable between (a) a first position for reducing the inclination angle of said drive transmission member (81; 881; 1081) relative to said photosensitive drum and (b) a second position retracted from the first position.