mhurhangee/ep-ind-claims huggingface dataset:
A submersible of the type including an on-board high-pressure air supply system and means for maneuvering at least one mast of this vehicle for hoisting and lowering it, characterized in that the maneuvering means are connected to oleo-pneumatic means comprising a first hydraulic part for moving the mast and a second pneumatic part for pressurizing the first part from the on-board high-pressure air supply system of the submersible.
A processor comprising: a model specific register having a bit to store a first bit value; a code segment register having a bit to store a second bit value; and circuitry (332, 548, 648, 748) to perform a canonicality check, characterized in that the circuitry (332, 548, 648, 748) to perform the canonicality check is configured to perform the canonicality check on a 64-bit virtual address having bit positions 56:0 to store an address, wherein, if the first bit value and the second bit value are set to binary one, a third bit value is set to binary one, and the 64-bit virtual address is used for a data access, the canonicality check on the 64-bit virtual address will not fail due to bits stored in bit positions 62:57 of the 64-bit virtual address being non-canonical, wherein the bits stored in the bit positions 62:57 of the 64-bit virtual address are to be omitted from the canonicality check. a model specific register having a bit to store a first bit value; a code segment register having a bit to store a second bit value; and circuitry (332, 548, 648, 748) to perform a canonicality check, characterized in that the circuitry (332, 548, 648, 748) to perform the canonicality check is configured to perform the canonicality check on a 64-bit virtual address having bit positions 56:0 to store an address, wherein, if the first bit value and the second bit value are set to binary one, a third bit value is set to binary one, and the 64-bit virtual address is used for a data access, the canonicality check on the 64-bit virtual address will not fail due to bits stored in bit positions 62:57 of the 64-bit virtual address being non-canonical, wherein the bits stored in the bit positions 62:57 of the 64-bit virtual address are to be omitted from the canonicality check.
A method for olefin polymerisation, comprising injecting a catalyst slurry to a gas phase reactor and combining with olefins wherein the catalyst slurry is a spray dried catalyst slurry comprising: a catalyst system comprising a metallocene catalyst wherein the catalyst system is spray dried; mineral oil to form a slurry comprising the catalyst system; and one or more liquid alkanes having from three to twelve carbon atoms in an amount sufficient to reduce foaming and viscosity of the slurry, wherein the slurry comprises more than 20 percent by weight and up to 50 percent by weight of the catalyst system. a catalyst system comprising a metallocene catalyst wherein the catalyst system is spray dried; mineral oil to form a slurry comprising the catalyst system; and one or more liquid alkanes having from three to twelve carbon atoms in an amount sufficient to reduce foaming and viscosity of the slurry,
An antibody that binds human growth-regulated oncogene ("Gro")-alpha, human Gro-beta, human Gro-gamma, human epithelial neutrophil activating peptide-78, human granulocyte chemotactic protein-2, human neutrophil activating protein-2, and human interleukin-8, wherein the antibody comprises light chain complementarity determining regions ("LCDR") LCDR1, LCDR2, LCDR3 and heavy chain complementarity determining regions ("HCDR") HCDR1, HCDR2, HCDR3, wherein LCDR1 comprises SEQ ID NO: 7, LCDR2 comprises SEQ ID NO: 8, LCDR3 comprises SEQ ID NO: 9, HCDR1 comprises SEQ ID NO: 10, HCDR2 comprises SEQ ID NO: 11, and HCDR3 comprises SEQ ID NO: 12, for use in the treatment of hidradenitis suppurativa.
Travel plug adapter, which has a housing, a plug receptacle and at least one first plug of a first standard and one second plug of a second standard, each plug being assigned an actuating slide (22, 24, 26) which is guided outwards through a sliding slot of the housing and is designed for displacing the plug between a standby position, in which the plug is located essentially inside the housing, and a usage position, in which the plug is located usably outside the housing, the first plug having a plug body in the form of an earthed plug, in which the plug is located essentially inside the housing, and a position of use in which the plug is located usably outside the housing, the first plug comprising a plug body in the form of an earthed plug body and a first contact pin and a second contact pin, wherein in the use position both the plug body and the first contact pin and the second contact pin are usably located outside the housing and in the standby position both the plug body and the first contact pin and the second contact pin are located inside the housing, wherein the second plug comprises a third contact pin and a fourth contact pin and the third contact pin and the fourth contact pin are also guided in the plug body of the first plug and in which the second plug is transferred into the position of use, in which only the third contact pin and the fourth contact pin are transferred into the position of use.
A merchandise display assembly comprising a tier of horizontally elongated shelving for merchandise, said display assembly detachably coupled at each shelf to an LED TV display of the merchandise on that shelf, said display assembly comprising a plurality of rectangular elongated LED TV displays, each having a respective controller board within a covering element (33, 35), each said LED TV display extending in front of and below its respective shelf for substantially the length of each shelf, wherein each display permits merchandise to be accessible above and behind the display on each shelf, wherein each elongated LED TV display comprises an LCD screen comprised of pixels backlit by white light emitting LEDs, and projecting white LED lighting to illuminate the merchandise under and below each LED TV display, said LED TV displays each driven by an elongated narrow HDMI controller, and wherein each tier row of electronic controllers is daisy chained to its next row so that all rows are driven by a single signal source, and wherein the covering element (33, 35) of each display element terminates at a back of said display element. a plurality of rectangular elongated LED TV displays, each having a respective controller board within a covering element (33, 35), each said LED TV display extending in front of and below its respective shelf for substantially the length of each shelf, wherein each display permits merchandise to be accessible above and behind the display on each shelf, wherein each elongated LED TV display comprises an LCD screen comprised of pixels backlit by white light emitting LEDs, and projecting white LED lighting to illuminate the merchandise under and below each LED TV display, said LED TV displays each driven by an elongated narrow HDMI controller, and wherein each tier row of electronic controllers is daisy chained to its next row so that all rows are driven by a single signal source, and wherein the covering element (33, 35) of each display element terminates at a back of said display element.
Gas sensor for detecting hydrogen gas, with the gas sensor having at least a substrate layer, a functional layer and a catalyst layer, with the functional layer arranged between the substrate layer and the catalyst layer, between the functional layer and the catalyst layer an in-between layer and on the catalyst layer a top layer are arranged, the in-between layer consisting of a hydratable metal, i.e. a transition metal, characterized to the extent that the substrate layer consists of a material selected from the group containing glass, quartz glass, polycarbonate, sapphire, Si and the catalyst layer consisting of Pd, Pt or a Pd-Pt alloy and the functional layer is an Mg/Ti layer.
Socket contact element for establishing an electrically conductive connection, having a crimp section for establishing an electrically conductive connection to a line and having a contact box with a square cross section and a square geometry for establishing a releasable electrically conductive connection to a contact box plug, wherein the socket contact element is of one-part construction and comprises a plurality of functional sections, wherein the contact box has at least one latching hook, which supports locking in the receiving bore of a contact carrier or multi-contact block and is designed in a manner tapering towards the latching hook head for influencing the spring property and spring or return force in a targeted manner, characterized in that a side wall of the contact box forms an orientation lip for orienting the socket contact element, which orientation lip extends beyond the box-like structure of the contact box and has a lug, which is arranged on the longitudinal end face of the orientation lip and extends opposite to the insertion direction of the contact box.
A nickel material for a chemical plant, which comprises by mass percent, C: 0.003 to 0.20% and one or more elements selected from Ti, Nb, V and Ta: a total content less than 1.0%, the contents of these elements satisfying the relationship specified by the following formula, with the balance being Ni and impurities: 12 / 48 ⁢ Ti + 12 / 93 ⁢ Nb + 12 / 51 V + 12 / 181 ⁢ Ta - C ≥ 0 wherein each element symbol in the formula represents the content by mass percent of the element concerned.
Insert for a mould for vulcanising tyres for vehicle wheels, the insert being arranged to be received in a seat formed on a moulding surface of said mould and comprising a base surface from which a plurality of projections having a substantially circular section extends, each of which comprises a lateral surface extending away from said base surface towards a peak of said projection that is remote from said base surface, wherein said lateral surface: - defines a tapered profile of said projection away from said base surface, - is inclined of an angle of between 10° and 25° with respect to a direction perpendicular to said base surface, and - has a roughness of between 4 and 11 μm; and wherein said base surface has a roughness that is less than the roughness of said lateral surface. - defines a tapered profile of said projection away from said base surface, - is inclined of an angle of between 10° and 25° with respect to a direction perpendicular to said base surface, and - has a roughness of between 4 and 11 μm;
Dental implant for securing in a jaw bone, where a blind hole is made in the implant in which at least one internal thread (13, 14) is arranged, characterised in that at least one internal thread (13,14) is provided with micro-capsules which are filled with a fluid.
Use of a secondary plant metabolite to reduce the amount of nitrogen excreted in the urine of an animal, wherein the secondary plant metabolite is selected from acteoside and catalpol.
A method for clock synchronization, comprising the following steps of: when a slave clock device discovers multiple candidate clock source devices, the slave clock device respectively performing protocol message interaction with each candidate clock source device and calculating time and frequency offsets of the slave clock device from each candidate clock source device according to the protocol message interaction with each candidate clock source device, thereby performing a locking process of each candidate clock source device; and the slave clock device selecting a master clock source from the multiple candidate clock source devices, and correcting time and frequency of the slave clock device by using the time and frequency offsets from the master clock source (301,302,401). when a slave clock device discovers multiple candidate clock source devices, the slave clock device respectively performing protocol message interaction with each candidate clock source device and calculating time and frequency offsets of the slave clock device from each candidate clock source device according to the protocol message interaction with each candidate clock source device, thereby performing a locking process of each candidate clock source device; and the slave clock device selecting a master clock source from the multiple candidate clock source devices, and correcting time and frequency of the slave clock device by using the time and frequency offsets from the master clock source (301,302,401).
A transparent conductive article, comprising: a transparent substrate (210, 610), and an electrically conductive grid (212, 612) disposed on the substrate, wherein the grid has a thickness of no more than 1 micrometer; and a carbon nanolayer (214, 614) disposed on the substrate and in contact with the grid, the carbon nanolayer having a thickness of no more than 50 nanometers; characterized in that the carbon nanolayer has a morphology comprising graphite platelets embedded in nano-crystalline carbon. a transparent substrate (210, 610), and an electrically conductive grid (212, 612) disposed on the substrate, wherein the grid has a thickness of no more than 1 micrometer; and a carbon nanolayer (214, 614) disposed on the substrate and in contact with the grid, the carbon nanolayer having a thickness of no more than 50 nanometers; characterized in that the carbon nanolayer has a morphology comprising graphite platelets embedded in nano-crystalline carbon.
A method comprising: generating, using a beamformer operatively coupled to a plurality of microphone outputs, a first beamform and a second beamform which respectively correspond to first and second virtual microphones, the first virtual microphone being configured to receive data corresponding to at least one audio output channel (107, 109) and the second virtual microphone being configured to receive data corresponding to at least one audio control channel, wherein the at least one audio output channel (107, 109) is at least one of an audio recording channel, an audio transmission channel, or a voice transmission channel; performing (803, 807) voice recognition on the at least one audio control channel to detect voice commands for controlling audio channel attributes of the at least one audio output channel (107, 109); and adjusting (805, 809) an audio channel attribute of the at least one audio output channel (107, 109) in response to detecting, on the at least one audio control channel, a voice command for controlling the audio channel attribute. generating, using a beamformer operatively coupled to a plurality of microphone outputs, a first beamform and a second beamform which respectively correspond to first and second virtual microphones, the first virtual microphone being configured to receive data corresponding to at least one audio output channel (107, 109) and the second virtual microphone being configured to receive data corresponding to at least one audio control channel, wherein the at least one audio output channel (107, 109) is at least one of an audio recording channel, an audio transmission channel, or a voice transmission channel; performing (803, 807) voice recognition on the at least one audio control channel to detect voice commands for controlling audio channel attributes of the at least one audio output channel (107, 109); and adjusting (805, 809) an audio channel attribute of the at least one audio output channel (107, 109) in response to detecting, on the at least one audio control channel, a voice command for controlling the audio channel attribute.
Release mechanism for an energy harvesting arrangement for an electronic locking system, the release mechanism comprising: - a drive device for driving an electromagnetic generator, the drive device comprising a substantially planar drive device surface; - a harvesting elastic element arranged to force the drive device towards a starting position, and arranged to store mechanical energy from displacement of the drive device from the starting position along a harvesting path; - at least one magnet; - an input device, the input device being movable along the harvesting path, and comprising a substantially planar input device surface arranged to mate with the drive device surface to establish a mating interface; and - an engaging profile arranged offset with respect to the mating interface; wherein the input device is arranged to engage the drive device by means of a magnetic force, generated by the magnet and acting between the drive device surface and the input device surface, such that the drive device can be displaced from the starting position by movement of the input device along the harvesting path; and wherein the engaging profile is arranged to engage the drive device at an engaging position of the drive device, such that further movement of the input device along the harvesting path causes a relative inclination between the drive device surface and the input device surface. - a drive device for driving an electromagnetic generator, the drive device comprising a substantially planar drive device surface; - a harvesting elastic element arranged to force the drive device towards a starting position, and arranged to store mechanical energy from displacement of the drive device from the starting position along a harvesting path; - at least one magnet; - an input device, the input device being movable along the harvesting path, and comprising a substantially planar input device surface arranged to mate with the drive device surface to establish a mating interface; and - an engaging profile arranged offset with respect to the mating interface;
A drug delivery device comprising: - a drug reservoir comprising a reservoir body extending along a reference axis and an elastomeric stopper arranged in the reservoir body, the elastomeric stopper comprising a stopper body extending between a front stopper end and a rear stopper end and having a plurality of axially spaced apart circumferential ribs for sealing interaction with an interior wall of the reservoir body, and - a plunger rod structure for displacing the elastomeric stopper relative to the interior wall, the plunger rod structure extending along the reference axis and comprising a distal end face (12, 14) adapted to interface with the rear stopper end, characterized in that the distal end face (12, 14) comprises a first force transferring portion and a second force transferring portion, the first force transferring portion axially leading the second force transferring portion and being adapted to interact with a peripheral portion of the rear stopper end. - a drug reservoir comprising a reservoir body extending along a reference axis and an elastomeric stopper arranged in the reservoir body, the elastomeric stopper comprising a stopper body extending between a front stopper end and a rear stopper end and having a plurality of axially spaced apart circumferential ribs for sealing interaction with an interior wall of the reservoir body, and - a plunger rod structure for displacing the elastomeric stopper relative to the interior wall, the plunger rod structure extending along the reference axis and comprising a distal end face (12, 14) adapted to interface with the rear stopper end,
Lifting device for lifting and lowering loads or heavy loads, comprising two frame assemblies (2,3) which are placed one above the other in relation to a vertical direction, in particular oriented or able to be oriented parallel to one another, of which the lower fame assembly is arranged suspended on the upper frame assembly by lifting traction means (H1-H4) in such a way that by winding up the lifting traction means (H1-H4) by means of a lifting/lowering device the lower frame assembly can be raised up on the upper frame assembly and by unwinding the lifting traction means (H1-H4) can be lowered down relative to the upper frame assembly, wherein to stabilize the lower frame assembly which can be deflected relative to the upper frame assembly in at least a first lateral direction transversely to the vertical direction each of the lifting traction means (H1-H4) is deflected at least once in its extent such that a diagonal portion (H1d-H4d) of each lifting traction means (H1-H4) hereby running inclined to the vertical direction crosses with a directly adjoining diagonal portion (H1d-H4d) of another lifting traction means (H1-H4) running oppositely inclined thereto, characterised by a path of each lifting traction means (H1-H4) in their own lifting traction means planes, which are oriented parallel to and adjacent one another, wherein between the two frame assemblies (2, 3) extend inclined traction means (S1-S4) which can be wound up and wound down by means of a tension device and which each run in one of inclined traction means planes located next to one another and parallel to one another and oriented at right angles to the lifting traction means planes, of which each two directly adjacent inclined traction means (S1-S4) cross over one another so that the lower frame assembly which can be deflected transversely to the vertical direction relative to the upper frame assembly into a second lateral direction running in particular at right angles to the first lateral direction is also stabilized relative to the upper frame assembly in relation to this second lateral direction.
An expandable stent, comprising a continuous tubular member plastically deformable between contracted and enlarged conditions and including a plurality of cylindrical segments, and a plurality of connectors extending between adjacent cylindrical segments, each cylindrical segment having an alternating circumferential pattern of curvilinear elements having different resistances to radial expansion, wherein the connector includes a curve extending at least partially circumferentially along the circumference defined by the plurality of cylindrical segments, characterized in that, the circumferential pattern comprises first and second sets of "U" shaped elements (22, 24) having first and second longitudinal lengths (26, 28), respectively, and wherein the second longitudinal length is substantially less than the first longitudinal length.
Method for controlling an electric drive of a rolling closure or of a blind, wherein the roller closure or the blind can be moved between a lower end point and an upper end point by means of the electric drive, comprising the steps: • registering a closing command, • generating a first control signal which causes the roller closure or the blind to move in the direction of the lower end point by means of the electric drive, • generating a second control signal which causes the electric drive to stop before the roller closure or the blind has reached the lower end point, • waiting for a predefined delay, and • generating a third control signal which causes the roller closure or the blind to approach the lower end point by means of the electric drive. • registering a closing command, • generating a first control signal which causes the roller closure or the blind to move in the direction of the lower end point by means of the electric drive, • generating a second control signal which causes the electric drive to stop before the roller closure or the blind has reached the lower end point, • waiting for a predefined delay, and • generating a third control signal which causes the roller closure or the blind to approach the lower end point by means of the electric drive.