mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a pair of dividing sipes extending in a tire width direction; separation blocks located on both sides of the pair of dividing sipes in a tire circumferential direction and separately formed in the tire circumferential direction; a step block divided between the pair of dividing sipes and forming a step to a separation block by a treading face located inside in a tire radial direction of treading faces of the separation blocks; an adjacent block which is adjacent to the separation block and the step block in the tire width direction across a circumferential groove and is brought into contact with the separation block without being contacted with the step block when being grounded, wherein the adjacent block has a recessed part on a sidewall on a circumferential groove side opposed to a sidewall of the step block. a pair of dividing sipes extending in a tire width direction; separation blocks located on both sides of the pair of dividing sipes in a tire circumferential direction and separately formed in the tire circumferential direction; a step block divided between the pair of dividing sipes and forming a step to a separation block by a treading face located inside in a tire radial direction of treading faces of the separation blocks; an adjacent block which is adjacent to the separation block and the step block in the tire width direction across a circumferential groove and is brought into contact with the separation block without being contacted with the step block when being grounded, wherein the adjacent block has a recessed part on a sidewall on a circumferential groove side opposed to a sidewall of the step block.
A method of transmitting over a channel using hybrid automatic repeat request, HARQ, comprising: transmitting a first frame containing data to a receiver without transmitting additional signaling to set up transmission of the first frame; and transmitting a second frame containing at least a portion of the data and information about the first frame toward the receiver, without transmitting additional signaling to set up transmission of the second frame, the information about the first frame includes an resource unit, RU, used, time or frequency resources used, modulation and coding of the first frame, a frame sequence number, or an identifier of the pilot sequence included in the first frame. transmitting a first frame containing data to a receiver without transmitting additional signaling to set up transmission of the first frame; and transmitting a second frame containing at least a portion of the data and information about the first frame toward the receiver, without transmitting additional signaling to set up transmission of the second frame, the information about the first frame includes an resource unit, RU, used, time or frequency resources used, modulation and coding of the first frame, a frame sequence number, or an identifier of the pilot sequence included in the first frame.
An aqueous composition for keratin fibers especially human hair characterized in that it comprises an aromatic sulphonic acid and/or its salt at a concentration in the range of 0.3 to 20% by weight calculated to the total of the composition, glycylglycine and/or its derivative selected from gylcylglycine, glycylglycylglycine and a compound according to the following structures of G1 to G9 and an anionic polymer which is a thickening acrylate polymer at a concentration in the range of 0.1 to 5% by weight, calculated to the total of the composition, and the composition has a pH between 6 and 11.
A device for creating an arteriovenous fistula, comprising: an elongate member; a distal member having a tapered distal end, connected to the elongate member and movable relative to the elongate member; a first heating member disposed on a blunt tapered face of one of said moveable distal member and said elongate member; and a second heating member disposed on a blunt tapered face of the other one of said movable distal member and said elongate member; structure for retaining tissue associated with one of said heating members, and a cavity disposed within said one of said heating members for receiving tissue retained by said structure; wherein said structure comprises a plurality of physically separate protruding elements disposed adjacent to a face of and around a periphery of said one of said heating members and surrounding said cavity; wherein one of the first and second heating members is actively energized to apply heat energy to tissue, and the other of the first and second heating members is a passive non-energised heat conductive surface for promoting heat transfer through a coapted tissue interface from the active heating member to the passive heating member, the heating members being adapted to cut through said tissue to create the fistula. an elongate member; a distal member having a tapered distal end, connected to the elongate member and movable relative to the elongate member; a first heating member disposed on a blunt tapered face of one of said moveable distal member and said elongate member; and a second heating member disposed on a blunt tapered face of the other one of said movable distal member and said elongate member; structure for retaining tissue associated with one of said heating members, and a cavity disposed within said one of said heating members for receiving tissue retained by said structure; wherein said structure comprises a plurality of physically separate protruding elements disposed adjacent to a face of and around a periphery of said one of said heating members and surrounding said cavity; wherein one of the first and second heating members is actively energized to apply heat energy to tissue, and the other of the first and second heating members is a passive non-energised heat conductive surface for promoting heat transfer through a coapted tissue interface from the active heating member to the passive heating member, the heating members being adapted to cut through said tissue to create the fistula.
A skin contact material for positioning against human or animal skin, the material comprising: a hydrocolloid substrate having a first surface intended to be positioned against the skin and a second surface intended to be facing away from the skin; a silicone adhesive layer provided on the first surface and intended to be positioned in contact with the skin to adhere the material to the skin, the silicone adhesive layer comprising a two part catalysed, low temperature curing silicone elastomer, the silicone adhesive layer being non-continuous over the first surface such that areas of the first surface are not concealed by the silicone adhesive layer, the areas capable of positioning directly adjacent and/or in contact with the skin, wherein the silicone adhesive layer is formed as lines or ridges extending over the first surface to: (a) create geometric shapes; or (b) define concentric circles extending around a central aperture extending through the hydrocolloid substrate. a hydrocolloid substrate having a first surface intended to be positioned against the skin and a second surface intended to be facing away from the skin; a silicone adhesive layer provided on the first surface and intended to be positioned in contact with the skin to adhere the material to the skin, the silicone adhesive layer comprising a two part catalysed, low temperature curing silicone elastomer, the silicone adhesive layer being non-continuous over the first surface such that areas of the first surface are not concealed by the silicone adhesive layer, the areas capable of positioning directly adjacent and/or in contact with the skin, wherein the silicone adhesive layer is formed as lines or ridges extending over the first surface to: (a) create geometric shapes; or (b) define concentric circles extending around a central aperture extending through the hydrocolloid substrate. (a) create geometric shapes; or (b) define concentric circles extending around a central aperture extending through the hydrocolloid substrate.
-2,4,6-trimethoxystyryl-3-[(carboxymethyl)amino]-4-methoxybenzylsulphone, sodium salt for use in a method of treating conditions mediated by abnormal cell proliferation comprising orally administering a first dose of 840 mg approximately 1-2 hours before breakfast and a second dose of 280 mg about 2 hours after lunch, or administering a first dose of 560 mg approximately 1-2 hours before breakfast and a second dose of 280 - 560 mg about 2 hours after.
A catheter system comprising: an inner catheter having a first opening along a distal lateral aspect and a second opening at or about a proximal end; an outer catheter coaxial with the inner catheter; a proximal handle to allow the inner catheter and the outer catheter to have a common motion while the first opening of the inner catheter is covered by the outer catheter; a linear actuator coupled to at least one of the inner catheter, the outer catheter, or the handle configured to, upon actuation, cause relative linear motion of the inner catheter relative to the outer catheter to expose the first opening of the inner catheter, wherein the linear actuator is further configured to limit the relative linear motion to within a predefined range; characterized in that: the linear actuator comprises a threaded nut rotatably mounted to the handle, configured such that the inner catheter passes through the threaded nut and is threaded such that rotation of the threaded nut results in linear motion of the inner catheter relative to the outer catheter. an inner catheter having a first opening along a distal lateral aspect and a second opening at or about a proximal end; an outer catheter coaxial with the inner catheter; a proximal handle to allow the inner catheter and the outer catheter to have a common motion while the first opening of the inner catheter is covered by the outer catheter; a linear actuator coupled to at least one of the inner catheter, the outer catheter, or the handle configured to, upon actuation, cause relative linear motion of the inner catheter relative to the outer catheter to expose the first opening of the inner catheter, wherein the linear actuator is further configured to limit the relative linear motion to within a predefined range; characterized in that: the linear actuator comprises a threaded nut rotatably mounted to the handle, configured such that the inner catheter passes through the threaded nut and is threaded such that rotation of the threaded nut results in linear motion of the inner catheter relative to the outer catheter.
A remote controlled device to collect samples from tree canopies such as branches, fruits, seeds and similar, comprising a sample collection unit associated with an unmanned aerial vehicle and comprising a holding rod, a working unit attached to the opposite end of the holding rod, a power means for supplying the energy, and a control unit characterized in that the remote controlled device further comprises a connecting unit attached to the first end of the holding rod to connect said rod with said unmanned aerial vehicle, a monitoring means for video inspection said working unit, a sending/receiving means for communication, and at least one measuring means, wherein said control unit is located remotely from the group comprising the holding rod, the connecting unit, the working unit, the monitoring means, the power means, the sending/receiving means, and the at least one measuring means.
Ventricular assist device for implantation into a lumen of a blood vessel, comprising: an impeller fixed to a rotor shaft, wherein the impeller is configured to rotate around a longitudinal axis of the rotor shaft; a drive unit comprising a magnetic motor configured to cause rotation of the impeller around the longitudinal axis; a first active magnetic bearing configured to bear a first end section of the rotor shaft relative to the drive unit; a second active magnetic bearing configured to bear a second end section of the rotor shaft relative to the drive unit; and a control unit configured to control the magnetic motor, the first active magnetic bearing and the second active magnetic bearing, wherein the first active magnetic bearing comprises: a first radial magnetic bearing configured to adjust a radial position of the first end section relative to the first radial magnetic bearing, a first radial sensor unit configured to determine the radial position of the first end section; and/or wherein the second active magnetic bearing comprises: a second radial magnetic bearing configured to adjust a radial position of the second end section relative to the second radial magnetic bearing, a second radial sensor unit configured to determine the radial position of the second end section. an impeller fixed to a rotor shaft, wherein the impeller is configured to rotate around a longitudinal axis of the rotor shaft; a drive unit comprising a magnetic motor configured to cause rotation of the impeller around the longitudinal axis; a first active magnetic bearing configured to bear a first end section of the rotor shaft relative to the drive unit; a second active magnetic bearing configured to bear a second end section of the rotor shaft relative to the drive unit; and a control unit configured to control the magnetic motor, the first active magnetic bearing and the second active magnetic bearing, wherein the first active magnetic bearing comprises: a first radial magnetic bearing configured to adjust a radial position of the first end section relative to the first radial magnetic bearing, a first radial sensor unit configured to determine the radial position of the first end section; and/or a first radial magnetic bearing configured to adjust a radial position of the first end section relative to the first radial magnetic bearing, a first radial sensor unit configured to determine the radial position of the first end section; and/or wherein the second active magnetic bearing comprises: a second radial magnetic bearing configured to adjust a radial position of the second end section relative to the second radial magnetic bearing, a second radial sensor unit configured to determine the radial position of the second end section. a second radial magnetic bearing configured to adjust a radial position of the second end section relative to the second radial magnetic bearing, a second radial sensor unit configured to determine the radial position of the second end section.
Portable gas tool comprising: a tube for the passage of gas, a tap adapted to be combined with a gas supply from a first side and with said tube from a second side, to supply inflammable gas inside said tube, a handle grip combined with a first end portion of said tube, a burner combined with a second end portion of said tube, and a piezoelectric system comprising an ignition button, a spark plug and an electric cable with a first end combined with said spark plug, wherein said ignition button and said spark plug are placed at said handle grip, and wherein said electric cable has a length inside said tube, substantially extending from said handle grip to said burner, wherein said electric cable comprises a second end opposite said first end arranged outside of said tube, characterized in that the tool comprises a supporting element for fixing said electric cable in said tube and in that said supporting element is arranged at said second end portion of said tube. a tube for the passage of gas, a tap adapted to be combined with a gas supply from a first side and with said tube from a second side, to supply inflammable gas inside said tube, a handle grip combined with a first end portion of said tube, a burner combined with a second end portion of said tube, and a piezoelectric system comprising an ignition button, a spark plug and an electric cable with a first end combined with said spark plug, wherein said ignition button and said spark plug are placed at said handle grip, and wherein said electric cable has a length inside said tube, substantially extending from said handle grip to said burner, wherein said electric cable comprises a second end opposite said first end arranged outside of said tube, characterized in that the tool comprises a supporting element for fixing said electric cable in said tube and in that said supporting element is arranged at said second end portion of said tube.
Stent graft composed of a stent having a plurality of ring segments disposed next to one another and connected with one another, at least one edge-positioned ring segment having a meander-shaped strut progression, and at least one membrane, characterized in that at least one edge-positioned ring segment having a meander-shaped strut progression comprises strut loops that face inward or outward and that are cut in such a manner that spring tongues are formed, which are disposed in the strut loops with shape fit, and can be resiliently moved counter to the strut progression, wherein the membrane is clamped in between spring tongues and strut.
A solid form of 2-(4-chlorophenyl)-N-((2-(2,6-dioxopiperidin-3-yl)-1-oxoisoindolin-5-yl)methyl)-2,2-difluoroacetamide or a tautomer thereof, which is Form A having an X-ray powder diffraction pattern comprising peaks at about 15.6, 16.6, 17.2 or 24.8 degrees 2θ.
An apparatus for heating a liquefied stream, comprising a closed circuit for cycling a heat transfer fluid, the closed circuit comprising a first heat transfer zone, a second heat transfer zone, and a downcomer, all arranged in an ambient, wherein the first heat transfer zone comprises a first box in the form of a shell that contains the heat transfer fluid, which first box stretches longitudinally along a main axis, wherein a first heat transfer surface is arranged inside the first box, across which first heat transfer surface a first indirect heat exchanging contact is established between a liquefied stream that is to be heated and the heat transfer fluid, wherein the second heat transfer zone is located gravitationally lower than the first heat transfer zone and where the second heat transfer zone comprises a second heat transfer surface across which the heat transfer fluid is brought in a second indirect heat exchanging contact with the ambient, and wherein the downcomer fluidly connects the first heat transfer zone with the second heat transfer zone, characterized in that the downcomer comprises a first transverse portion and a first downward portion that are fluidly connected to each other via a connecting elbow portion, wherein the connecting elbow portion when viewed in a vertical projection on a horizontal plane is located external to the first box compared to the main axis.
A method for setting the fine particle dose characteristics of a pharmaceutical composition for inhalation, wherein the composition comprises the two active ingredients salmeterol and fluticasone or pharmaceutically acceptable salts, solvates or esters thereof, and two pharmaceutically acceptable excipients having d50 values of 125-145 μm and 50-100 μm, respectively, wherein each of the active ingredients is adhered independently to a different excipient comprising the steps of: a) providing the two active ingredients and the two pharmaceutically acceptable excipients, wherein the d50 values of the individual excipients are 125-145 μm and 50-100 μm; b) forming preblends of one active ingredient and one excipient each; c) mixing the two preblends in order to provide the medicament fraction; and d) introducing the medicament fraction in a suitable delivery device capable of delivering said medicament fraction to the pulmonary system of a patient, characterized in that the setting of the FPD is performed by setting the weight ratio of the excipients used in the two different preblends to a specific value of between 1-5. a) providing the two active ingredients and the two pharmaceutically acceptable excipients, wherein the d50 values of the individual excipients are 125-145 μm and 50-100 μm; b) forming preblends of one active ingredient and one excipient each; c) mixing the two preblends in order to provide the medicament fraction; and d) introducing the medicament fraction in a suitable delivery device capable of delivering said medicament fraction to the pulmonary system of a patient, characterized in that the setting of the FPD is performed by setting the weight ratio of the excipients used in the two different preblends to a specific value of between 1-5.
A microorganism for producing putrescine, wherein activity of a protein having an amino acid sequence selected from the group consisting of SEQ ID NO: 23, and SEQ ID NO: 26 is introduced or enhanced compared to the endogenous activity of corresponding protein or a gene encoding a protein having an amino acid sequence selected from the group consisting of: SEQ ID NO: 23, and SEQ ID NO: 26 is introduced.
A method implemented in a relay node, RN, for receiving a relay physical downlink control channel, R-PDCCH, the method comprising: receiving an R-PDCCH transmission from an evolved Node B, eNB, in subframe configured by the RN as a multimedia broadcast multicast services, MBMS, single frequency network, MBSFN, subframe; and demodulating the received R-PDCCH transmission into demodulated R-PDCCH bits; decoding the demodulated R-PDCCH bits on a per OFDM symbol basis, wherein the R-PDCCH bits are mapped first along a frequency domain of an orthogonal frequency division multiplexing, OFDM, symbol and second in a time domain across one or more OFDM symbols. receiving an R-PDCCH transmission from an evolved Node B, eNB, in subframe configured by the RN as a multimedia broadcast multicast services, MBMS, single frequency network, MBSFN, subframe; and demodulating the received R-PDCCH transmission into demodulated R-PDCCH bits; decoding the demodulated R-PDCCH bits on a per OFDM symbol basis, wherein the R-PDCCH bits are mapped first along a frequency domain of an orthogonal frequency division multiplexing, OFDM, symbol and second in a time domain across one or more OFDM symbols.
A surface treating device, said device comprising at least one surface treatment tool mounted on a secondary motorized carriage capable of moving along a rail between two primary carriages that can move along tubes, characterized in that the primary carriages are mounted on the rail on the one hand, in such a way as to rotate around an axle that is orthogonal to said rail and, on the other hand, in such a way as to slide along said rail.
A method for providing enhanced turn-by-turn directions by a personal navigation device, comprising: accessing a database of difficult turns to obtain an indication of difficulty for an upcoming turn along a planned route of travel, wherein the indication of difficulty is calculated based on missed turn statistics derived from a plurality of missed turn reports received from a plurality of personal navigation devices over a time period; determining whether the indication of difficulty for the upcoming turn exceeds a threshold; and issuing enhanced directions for the upcoming turn in response the indication of difficulty the upcoming turn exceeding the threshold, wherein the missed turn reports identify a turn that was missed during turn-by-turn directions and information regarding situation parameters at the time the turn was missed. accessing a database of difficult turns to obtain an indication of difficulty for an upcoming turn along a planned route of travel, wherein the indication of difficulty is calculated based on missed turn statistics derived from a plurality of missed turn reports received from a plurality of personal navigation devices over a time period; determining whether the indication of difficulty for the upcoming turn exceeds a threshold; and issuing enhanced directions for the upcoming turn in response the indication of difficulty the upcoming turn exceeding the threshold, wherein the missed turn reports identify a turn that was missed during turn-by-turn directions and information regarding situation parameters at the time the turn was missed.