mhurhangee/patent-ind-claim-en huggingface dataset:
A tire having a tread portion in which a first crown land portion and a second crown land portion are located so as to be adjacent to each other across a crown main groove , wherein a first crown axial groove is provided in the first crown land portion so as to traverse an overall width of the first crown land portion , a second crown lug groove is provided in the second crown land portion so as to extend from the crown main groove and terminate within the second crown land portion , an opening of the first crown axial groove at the crown main groove is located so as to at least partially overlap an opening of the second crown lug groove at the crown main groove in a tire circumferential direction, an intersection angle α formed by a longitudinal direction of the first crown axial groove and a longitudinal direction of the second crown lug groove is 120 to 150 degrees, and a first crown sipe is provided in the first crown land portion , characterized in that an angle γ of a longitudinal direction of the first crown sipe relative to the tire circumferential direction is smaller than an angle β of the longitudinal direction of the first crown axial groove relative to the tire circumferential direction, the first crown axial groove has an inner portion located at the crown main groove side and an outer portion located outward of the inner portion in a tire axial direction, and a groove depth (d2) of the outer portion is smaller than a groove depth (d1) of the inner portion . a first crown axial groove is provided in the first crown land portion so as to traverse an overall width of the first crown land portion , a second crown lug groove is provided in the second crown land portion so as to extend from the crown main groove and terminate within the second crown land portion , an opening of the first crown axial groove at the crown main groove is located so as to at least partially overlap an opening of the second crown lug groove at the crown main groove in a tire circumferential direction, an intersection angle α formed by a longitudinal direction of the first crown axial groove and a longitudinal direction of the second crown lug groove is 120 to 150 degrees, and a first crown sipe is provided in the first crown land portion , characterized in that an angle γ of a longitudinal direction of the first crown sipe relative to the tire circumferential direction is smaller than an angle β of the longitudinal direction of the first crown axial groove relative to the tire circumferential direction, the first crown axial groove has an inner portion located at the crown main groove side and an outer portion located outward of the inner portion in a tire axial direction, and a groove depth (d2) of the outer portion is smaller than a groove depth (d1) of the inner portion .
A sealing apparatus for sealing an annular gap between a shaft and a hole into which the shaft is to be inserted, the sealing apparatus comprising: a sealing apparatus body to be fitted into the hole; and a slinger to be attached to the shaft, wherein the sealing apparatus body includes a reinforcing ring annular around an axis line (x), and an elastic body portion which is formed with an elastic body attached to the reinforcing ring and which is annular around the axis line (x), the slinger includes a flange portion which is a portion extending toward an outer periphery side (c) and annular around the axis line (x), the elastic body portion includes an end-face lip which is a lip extending toward one side (a) in the axis line (x) direction, contacting the flange portion from another side (b) in the axis line (x) direction, and annular around the axis line (x), and at least one groove is formed on the other side (b) of the flange portion of the slinger , the sealing apparatus characterized in that a plurality of projections are formed side by side in a circumferential direction on a surface on an inner periphery side (d) of the end-face lip , and the projections extend in a spiral manner in a rotation direction of the shaft from the other side (b) toward the one side (a), and are formed on an inner periphery side (d) of a slinger contact portion which is a portion where the end-face lip contacts the slinger at the end-face lip . a sealing apparatus body to be fitted into the hole; and a slinger to be attached to the shaft, wherein the sealing apparatus body includes a reinforcing ring annular around an axis line (x), and an elastic body portion which is formed with an elastic body attached to the reinforcing ring and which is annular around the axis line (x), the slinger includes a flange portion which is a portion extending toward an outer periphery side (c) and annular around the axis line (x), the elastic body portion includes an end-face lip which is a lip extending toward one side (a) in the axis line (x) direction, contacting the flange portion from another side (b) in the axis line (x) direction, and annular around the axis line (x), and at least one groove is formed on the other side (b) of the flange portion of the slinger , the sealing apparatus characterized in that a plurality of projections are formed side by side in a circumferential direction on a surface on an inner periphery side (d) of the end-face lip , and the projections extend in a spiral manner in a rotation direction of the shaft from the other side (b) toward the one side (a), and are formed on an inner periphery side (d) of a slinger contact portion which is a portion where the end-face lip contacts the slinger at the end-face lip .
Roller shutter structure comprising: - a longitudinal box including on the one hand a front wall and a winding shaft extending longitudinally inside said box , and on the other hand a gearmotor mounted between said winding shaft and said box ; - an autonomous power supply including a photovoltaic panel having an active front face opposite an inactive rear face and a storage battery located behind said photovoltaic panel and adapted to be electrically coupled to said photovoltaic panel, said autonomous power supply being installed on said front wall of said box, while said storage battery is capable of being electrically coupled to said gearmotor to be able to drive said winding shaft in rotation; said storage battery is located in a remote position outside the space extending opposite said inactive rear face of said photovoltaic panel , characterised in that said front wall of said box has a transverse opening , such that said autonomous power supply can be installed through said transversal opening so that said storage battery is housed inside said box in a position separated from said winding shaft , while said photovoltaic panel extends across said transverse opening . - a longitudinal box including on the one hand a front wall and a winding shaft extending longitudinally inside said box , and on the other hand a gearmotor mounted between said winding shaft and said box ; - an autonomous power supply including a photovoltaic panel having an active front face opposite an inactive rear face and a storage battery located behind said photovoltaic panel and adapted to be electrically coupled to said photovoltaic panel, said autonomous power supply being installed on said front wall of said box, while said storage battery is capable of being electrically coupled to said gearmotor to be able to drive said winding shaft in rotation; said storage battery is located in a remote position outside the space extending opposite said inactive rear face of said photovoltaic panel , characterised in that said front wall of said box has a transverse opening , such that said autonomous power supply can be installed through said transversal opening so that said storage battery is housed inside said box in a position separated from said winding shaft , while said photovoltaic panel extends across said transverse opening .
A method for preconditioning parts of a railway vehicle comprising an on-board power generation system , the method being characterized in that it comprises at least the following phases: - : starting-up the railway vehicle or at least parts thereof; - : connecting a power storage unit to a power conversion system , said power storage unit and said power conversion system being installed on board of the railway vehicle ; - : supplying at least part of the power conversion system by discharging energy pre-stored in the power storage unit , the pre-stored energy being discharged with a level of power below a first predetermined power threshold; - : heating-up the power storage unit via the power conversion system ; - : starting pre-heating at least part of the power generation system via the power conversion system ; - : when the pre-heated at least part of the power generation system reaches a predetermined start-up temperature, and advantageously the power storage unit reaches a predetermined minimal charging temperature, starting-up power generation by the power generation system ; - : when at least part of the power generation system reaches a predetermined operating temperature, centralizing power sourcing of the railway vehicle or parts thereof to the power generation system . - : starting-up the railway vehicle or at least parts thereof; - : connecting a power storage unit to a power conversion system , said power storage unit and said power conversion system being installed on board of the railway vehicle ; - : supplying at least part of the power conversion system by discharging energy pre-stored in the power storage unit , the pre-stored energy being discharged with a level of power below a first predetermined power threshold; - : heating-up the power storage unit via the power conversion system ; - : starting pre-heating at least part of the power generation system via the power conversion system ; - : when the pre-heated at least part of the power generation system reaches a predetermined start-up temperature, and advantageously the power storage unit reaches a predetermined minimal charging temperature, starting-up power generation by the power generation system ; - : when at least part of the power generation system reaches a predetermined operating temperature, centralizing power sourcing of the railway vehicle or parts thereof to the power generation system .
A single sheet fabric apparel set for a doll comprising a piece of woven fabric, the piece of woven fabric being a double layered, whole garment stretch cloth having a plurality of apparel items , such that each apparel item after cutting it from the sheet has at least one opening, and the elastic apparel item can be stretched and put on toys such as dolls and figurines, and at least one dividing portion provided between two adjacent apparel items.
A screening method comprising: a) contacting a population of test cells in vitro with a test compound to provide contacted test cells; b) obtaining values for a plurality of cytological attributes of said contacted test cells by capturing an image of said contacted test cells; and analyzing said image to provide said values; and characterised by c) scoring said contacted test cells using said values to provide a likelihood score for at least one of a plurality of classifiers, wherein the likelihood score is an estimate of the certainty of a prediction that a test compound operates through the same mode of action as a compound of known mode of action; wherein said plurality of classifiers are defined using values for said cytological attributes obtained from cells that have been contacted with compounds of known mode of action. a) contacting a population of test cells in vitro with a test compound to provide contacted test cells; b) obtaining values for a plurality of cytological attributes of said contacted test cells by capturing an image of said contacted test cells; and analyzing said image to provide said values; and characterised by c) scoring said contacted test cells using said values to provide a likelihood score for at least one of a plurality of classifiers, wherein the likelihood score is an estimate of the certainty of a prediction that a test compound operates through the same mode of action as a compound of known mode of action; wherein said plurality of classifiers are defined using values for said cytological attributes obtained from cells that have been contacted with compounds of known mode of action. wherein the likelihood score is an estimate of the certainty of a prediction that a test compound operates through the same mode of action as a compound of known mode of action; wherein said plurality of classifiers are defined using values for said cytological attributes obtained from cells that have been contacted with compounds of known mode of action.
A composition for use in therapy of hair loss for preventing hair loss and stimulating hair growth, comprising: small-sized stem cells having a diameter of 8 μm or less, or a conditioned medium thereof as an active ingredient.
An apparatus for generating at least one particle shield in photolithography, comprising: a first component and a second component , wherein the first component and the second component are operable to form a first particle shield of the at least one particle shield for blocking particles from contacting a proximate surface of an object, wherein the first component includes a first gas injector , and the second component includes a first gas extractor corresponding to the first gas injector , wherein the first gas injector is configured to blow out a gas, thereby forming the first particle shield , and wherein the first gas extractor is configured to work with the first gas injector for providing gas pressure gradient for the first particle shield ; the apparatus being characterized in that at least one of the first and second components is movable relative to the proximate surface of the object. a first component and a second component , wherein the first component and the second component are operable to form a first particle shield of the at least one particle shield for blocking particles from contacting a proximate surface of an object, wherein the first component includes a first gas injector , and the second component includes a first gas extractor corresponding to the first gas injector , wherein the first gas injector is configured to blow out a gas, thereby forming the first particle shield , and wherein the first gas extractor is configured to work with the first gas injector for providing gas pressure gradient for the first particle shield ; the apparatus being characterized in that at least one of the first and second components is movable relative to the proximate surface of the object.
A component comprising: a substrate of a plastic material; and an antibacterial flexible film adhered to a top surface of the substrate by a moulding process; wherein the component further comprises a light source (21/34) such that the film is arranged to emit light having antibacterial properties from said light source; characterized in that the light source is arranged to emit visible light having a wavelength within the range of 400 nm to 470 nm. a substrate of a plastic material; and an antibacterial flexible film adhered to a top surface of the substrate by a moulding process; wherein the component further comprises a light source (21/34) such that the film is arranged to emit light having antibacterial properties from said light source; characterized in that the light source is arranged to emit visible light having a wavelength within the range of 400 nm to 470 nm.
Method for removing a final rope that is tensioned between two masts , comprising the following steps in the sequence stated: - a roller line with rollers is attached to the rope between the masts , - the roller line is tensioned and the rollers are flipped over, - the last rope is pulled out securely using the rollers of the roller line and - an auxiliary line , which exhibits a lower weight than the last rope , is drawn in between the masts and into the rollers of the roller line , - the auxiliary line is tensioned and the rollers are flipped over, - the roller line is pulled off the auxiliary line with the rollers , so that only the auxiliary line is now tensioned between the masts , - a lift element is attached to one end of the auxiliary line , meaning that - the auxiliary line is released at this free end and, at the same time, the auxiliary line is drawn in at the other end - wherein the lift element is constructed in such way that the lift element with the free end of the auxiliary line remains at the height of the mast top or above while being pulled in. - a roller line with rollers is attached to the rope between the masts , - the roller line is tensioned and the rollers are flipped over, - the last rope is pulled out securely using the rollers of the roller line and - an auxiliary line , which exhibits a lower weight than the last rope , is drawn in between the masts and into the rollers of the roller line , - the auxiliary line is tensioned and the rollers are flipped over, - the roller line is pulled off the auxiliary line with the rollers , so that only the auxiliary line is now tensioned between the masts , - a lift element is attached to one end of the auxiliary line , meaning that - the auxiliary line is released at this free end and, at the same time, the auxiliary line is drawn in at the other end - wherein the lift element is constructed in such way that the lift element with the free end of the auxiliary line remains at the height of the mast top or above while being pulled in.
A communication apparatus comprising a processor part , and a data transfer part , wherein the apparatus is configured to: receive, by the data transfer part , a packet comprising a network identification code, NIC, of a communication apparatus that transmitted the packet , wherein a header field of the packet comprises a first part of the NIC and a second part of the NIC is included in another field of the packet , and define, by the processor part , that the received packet is from a network to which the communication apparatus belongs, if the first part of the NIC of the received packet corresponds to the first part of the NIC of said communication apparatus , characterized in that the apparatus is further configured to: perform an error check to ensure whether the reception of the data field of the received packet , was correct or not, in response to the definition that the received packet is from the network to which the communication apparatus belongs, wherein the reception of the packet is incorrect, if the second part of the NIC of the received packet does not correspond to the second part of the NIC of said communication apparatus . a processor part , and a data transfer part , wherein the apparatus is configured to: receive, by the data transfer part , a packet comprising a network identification code, NIC, of a communication apparatus that transmitted the packet , wherein a header field of the packet comprises a first part of the NIC and a second part of the NIC is included in another field of the packet , and define, by the processor part , that the received packet is from a network to which the communication apparatus belongs, if the first part of the NIC of the received packet corresponds to the first part of the NIC of said communication apparatus , characterized in that the apparatus is further configured to: perform an error check to ensure whether the reception of the data field of the received packet , was correct or not, in response to the definition that the received packet is from the network to which the communication apparatus belongs, wherein the reception of the packet is incorrect, if the second part of the NIC of the received packet does not correspond to the second part of the NIC of said communication apparatus .
A compound of formula (II): wherein R3 is chosen from hydrogen, halogen, halo C1-4 alkyl, C1-4 alkyl, C1-4 alkoxy, -CN, halo C1-4 alkoxy, acyl, acyloxy, alkylaryl or cycloalkyl; and R4 is hydrogen, halogen, halo C1-4 alkyl, C1-4 alkyl, C1-4 alkoxy, aryloxy, cycloalkyl, alkylaryl; or an acceptable salt or hydrate thereof.
A method of making an implantable defibrillation coil for a lead of an active implantable medical device, the implantable defibrillation coil comprising an elongated conductive coil comprising a plurality of non-contiguous turns , the method comprising: inserting a tube of polymer material within the elongated conductive coil; supplying a thermal energy to soften the tube by applying an electric current to the elongated conductive coil to create thermal energy; and applying a pressure on an assembly formed by the elongated conductive coil and the tube to deform a wall of the tube such that the tube wall goes between the plurality of non-contiguous turns of the elongated conductive coil; wherein the application of electric current to the elongated conductive coil comprises positioning an electrical connection at each end of the elongated conductive coil. inserting a tube of polymer material within the elongated conductive coil; supplying a thermal energy to soften the tube by applying an electric current to the elongated conductive coil to create thermal energy; and applying a pressure on an assembly formed by the elongated conductive coil and the tube to deform a wall of the tube such that the tube wall goes between the plurality of non-contiguous turns of the elongated conductive coil; wherein the application of electric current to the elongated conductive coil comprises positioning an electrical connection at each end of the elongated conductive coil.
Museum showcase comprising a case which contains a display space separate from the external environment, wherein the case comprises at least one transparent wall provided with an opaque shielding , wherein the transparent wall is layered and comprises at least two glass slabs coupled to each other by a film of a transparent adhesive polymer along respective proximal faces , wherein the opaque shielding is applied to one of the two glass slabs , on the proximal face thereof, characterized in that the opaque shielding is an opaque paint, susceptible of emitting volatile substances, wherein the opaque paint is fully confined within the transparent wall , between the two glass slabs , so as to block within the transparent wall any emission of the volatile substances from the shielding .
A stator blade assembly (S2, S3) which has a double-layer stacked structure for an exhaust pump (P) in which a plurality of rotor blades protruding from an outer circumferential surface of a rotatable rotor and a plurality of stator blades protruding toward the outer circumferential surface of the rotor are alternately disposed in multiple stages along an axis of the rotor, the stator blade assembly comprising: a first frame (F1, F2) supporting a first plurality of stator blades, each stator blade in the first plurality of stator blades having a base connecting the stator blade to the first frame; a second frame (F1, F2) supporting a second plurality of stator blades, each stator blade in the second plurality of stator blades having a base connecting the stator blade to the second frame; wherein superposition portions of the first and second frames are superimposed in a direction along the axis of the rotor, and the superposition portions are provided with release means (K) for releasing a gas or fluid confined in the superposition portions to the outside of the frames. a first frame (F1, F2) supporting a first plurality of stator blades, each stator blade in the first plurality of stator blades having a base connecting the stator blade to the first frame; a second frame (F1, F2) supporting a second plurality of stator blades, each stator blade in the second plurality of stator blades having a base connecting the stator blade to the second frame; wherein superposition portions of the first and second frames are superimposed in a direction along the axis of the rotor, and the superposition portions are provided with release means (K) for releasing a gas or fluid confined in the superposition portions to the outside of the frames.