mhurhangee/patent-ind-claim-en huggingface dataset:
Protective device for pressurized-gas containers, having a housing which can be connected to a pressurized-gas container , comprises a cavity for enclosing an extraction valve having at least one extraction connection for connecting a consumption device, and has one or more access openings allowing access to the at least one extraction connection , wherein in the region of the access opening of the at least one extraction connection , the housing is equipped with an elastic safety element which is fastened to the housing and is designed such that it can be swung open from a closed position, in which the at least one extraction connection is completely covered and/or enclosed by the safety element , into an opened-up position, in which the at least one extraction connection is opened up for connecting a consumption device, characterized in that , in the opened-up position, the safety element is retained by the consumption device connected to the extraction connection , and, after the consumption device has been removed from the extraction connection , the elastic safety element automatically returns to its closed position, for which the safety element is made from an elastically deformable material, such as an elastomer, and/or the safety element has a safety portion which, in its closed position, covers or encloses the extraction connection and which is operatively connected to a return mechanism . in the region of the access opening of the at least one extraction connection , the housing is equipped with an elastic safety element which is fastened to the housing and is designed such that it can be swung open from a closed position, in which the at least one extraction connection is completely covered and/or enclosed by the safety element , into an opened-up position, in which the at least one extraction connection is opened up for connecting a consumption device, characterized in that , in the opened-up position, the safety element is retained by the consumption device connected to the extraction connection , and, after the consumption device has been removed from the extraction connection , the elastic safety element automatically returns to its closed position, for which the safety element is made from an elastically deformable material, such as an elastomer, and/or the safety element has a safety portion which, in its closed position, covers or encloses the extraction connection and which is operatively connected to a return mechanism .
A horology component for a timepiece, characterized in that said component comprises a first portion and a second portion , the first portion comprising a part that is made from at least one opaque material, of which the nature, combined with the thickness used, has a transmission of under 10% of light radiation, at least partially superposed on top of the second portion , this second portion being a massive portion which, when, considered independently of the other portions, constitutes a solid object which has no structural need for mechanical support in order to support it without deformation, this massive portion comprising a material capable of emitting at least one emission light wave if excited by at least one excitation light wave, and said part of the first portion comprising a structuration , consisting in at least one opening, invisible to the naked eye by day, formed on an exterior surface and/or on an interior surface and/or in openings formed in the thickness of said part of the first portion and/or in an ablation of said part of the first portion , allowing an emission light wave emitted by the second portion to be transmitted at least partially toward the outside of the horology component and allowing an excitation light wave coming from outside the horology component to be transmitted at least in part to the second portion, so that the horology component exhibits at least a first appearance by day corresponding substantially to the appearance of the first portion and at least one different second appearance by night where the first portion is backlit by an emission light wave emitted by the second portion .
A method comprising: detecting , by at least one sensor of a wearable computing device, motion of the wearable computing device, wherein the wearable computing device comprises an input device comprising a touch screen assembly including a piezoelectric component and a touchable lens surface , wherein the at least one sensor is different than the piezoelectric component of the input device; determining , by at least one processor of the wearable computing device, whether an actuation of the piezoelectric component is invalid based at least in part on whether a component of the motion exceeds a predetermined threshold , the component of the motion being normal to a plane of the touchable lens surface; and in response to determining that the actuation is invalid, performing , by the at least one processor, at least one operation different to the operation that would occur if the actuation was valid. detecting , by at least one sensor of a wearable computing device, motion of the wearable computing device, wherein the wearable computing device comprises an input device comprising a touch screen assembly including a piezoelectric component and a touchable lens surface , wherein the at least one sensor is different than the piezoelectric component of the input device; determining , by at least one processor of the wearable computing device, whether an actuation of the piezoelectric component is invalid based at least in part on whether a component of the motion exceeds a predetermined threshold , the component of the motion being normal to a plane of the touchable lens surface; and in response to determining that the actuation is invalid, performing , by the at least one processor, at least one operation different to the operation that would occur if the actuation was valid.
A tire comprising a protrusion portion protruded from a surface of a side wall toward an outer side in a tire width direction, wherein the protrusion portion is formed by a plurality of protrusion parts extended along a tire circumferential direction, wherein the protrusion parts are arranged with predetermined gaps therebetween to form a circle along the tire circumferential direction, wherein a length of the protrusion part in the tire circumferential direction is larger than a maximum width (W1) of the protrusion part in a tire radial direction, and wherein, in a tire side view, narrow grooves extended along the tire circumferential direction are formed on a surface of the protrusion part , characterised in that the narrow grooves are not opened to an end of the protrusion part in the tire circumferential direction but terminated within the protrusion part , and in that the narrow grooves includes at least a first narrow groove arranged at an inner side in the tire radial direction and a second narrow groove arranged at an outer side in the tire radial direction with respect to the first narrow groove . wherein the protrusion portion is formed by a plurality of protrusion parts extended along a tire circumferential direction, wherein the protrusion parts are arranged with predetermined gaps therebetween to form a circle along the tire circumferential direction, wherein a length of the protrusion part in the tire circumferential direction is larger than a maximum width (W1) of the protrusion part in a tire radial direction, and wherein, in a tire side view, narrow grooves extended along the tire circumferential direction are formed on a surface of the protrusion part , characterised in that the narrow grooves are not opened to an end of the protrusion part in the tire circumferential direction but terminated within the protrusion part , and in that the narrow grooves includes at least a first narrow groove arranged at an inner side in the tire radial direction and a second narrow groove arranged at an outer side in the tire radial direction with respect to the first narrow groove .
An apparatus, comprising means for: obtaining data bits to be communicated to a target device; obtaining identification bits corresponding to at least one of sender or receiver of the data bits; multiplexing the data bits with the identification bits; encoding the multiplexed bits; removing identification bits from the encoded multiplexed bits; and performing rate matching on the encoded data bits. obtaining data bits to be communicated to a target device; obtaining identification bits corresponding to at least one of sender or receiver of the data bits; multiplexing the data bits with the identification bits; encoding the multiplexed bits; removing identification bits from the encoded multiplexed bits; and performing rate matching on the encoded data bits.
A method of handling a hybrid automatic repeat request, HARQ feedback by a user equipment in a mobile communication system, the method comprising: receiving , from a base station, uplink resource allocation information for an uplink carrier through a downlink carrier; transmitting uplink data based on the uplink resource allocation information through the uplink carrier; receiving , when the transmission of the uplink data is performed based on a cross carrier scheduling, HARQ feedback information corresponding to the uplink data by monitoring the downlink carrier through which the uplink resource allocation information is received; and receiving, when the transmission of the uplink data is not performed based on the cross carrier scheduling, HARQ feedback information corresponding to the uplink data through a downlink carrier having a feedback relation with the uplink carrier. receiving , from a base station, uplink resource allocation information for an uplink carrier through a downlink carrier; transmitting uplink data based on the uplink resource allocation information through the uplink carrier; receiving , when the transmission of the uplink data is performed based on a cross carrier scheduling, HARQ feedback information corresponding to the uplink data by monitoring the downlink carrier through which the uplink resource allocation information is received; and receiving, when the transmission of the uplink data is not performed based on the cross carrier scheduling, HARQ feedback information corresponding to the uplink data through a downlink carrier having a feedback relation with the uplink carrier.
A grinder/polisher apparatus comprising first and second sets of grinding elements facing each other under an angle (a) and spaced apart in overlapping relation so as to form a V-groove between the sets of grinding elements in which the cutting edge of a knife is insertable for grinding in a back and forward movement (A) upon grinding, wherein the grinding elements are supported in holders that are movable in opposite directions (B) and biased by springs towards the V-groove, and wherein the grinding elements have grinding front faces , characterized in that the grinding elements have rear faces comprising coupling means by which the grinding elements are pivotally hinged to the holders about axes (R, R') the inclinations of which correspond with the opening angle (a) of the V-groove, and wherein said coupling means comprises a ridge which partially has a circular sectional profile protruding above the rear face and running centrally along the rear face of the grinding element , or comprising engagement lugs , circular in shape, and extending the whole length of the grinding element .
An apparatus for the assembly of lamellar packs for electrical use in electric motor machines, generators, transformers, counters, ignition coils and similar electrical equipment with gluing means, comprising a die-cutting station for the die-cutting of a sheet to define strips to be superimposed one on the other for the forming of a lamellar pack and a gluing station for gluing - by means of glue - said strips cut from said sheet and it comprises means for the discrete application of an amount of glue on an upper surface of the sheet comprising a movable element translating according to a lowering/lifting vertical direction with respect to the sheet for a displacement of at least one gluing unit stabilised on said movable element and provided with gluing means comprising a plurality of pins suitable to pick up an amount of glue in the form of drops , respectively, from at least one gluing reservoir of the gluing station containing an amount of glue , with said at least one gluing unit being translatable forward/backward according to a horizontal plane in a direction perpendicular to the advancement direction of the sheet in the die-cutting station , said displacements of the movable element and of the at least one gluing unit being synchronous with the advancement movement of the sheet in the die-cutting station , characterised in that , the operations of picking up the glue and depositing it on the strips occurring in masked time without interruptions in the working cycle with the lowering/lifting translation movement of the at least one gluing unit toward the at least one gluing reservoir corresponding to a simultaneous and synchronous lowering/lifting translation movement of another gluing unit displaced toward the sheet for the deposition of drops thereon.
Colour marker projectile, made out of a front part a rear part , an inserted element and a colour filler , the front part comprising a hemispherical and a cylindrical section with ribs extending along the hemispherical section and a part of the cylindrical section, the inserted element being a solid body inserted in said front part such that it engages the hemispherical section of the front part and the rear part , the rear part being partially inserted in and circumferentially contacting said cylindrical section of the front part and the colour filler filling a cavity delimited by said cylindrical section of the front part , said inserted element and said rear part .
A channel state information reporting method, comprising: receiving (S210), by a terminal device, M pieces of downlink control information from M network devices, wherein first downlink control information in the M pieces of downlink control information indicates a first channel state information configuration, the first channel state information configuration is associated with a first channel state information interference measurement, CSI-IM, resource group, and the first CSI-IM resource group comprises N 1 CSI-IM resources, wherein M and N 1 are positive integers, and N 1 is greater than 1, wherein the first channel state information configuration is associated with K channel state information reference signal CSI-RS resources, and at least one of the K CSI-RS resources is associated with N 1 ′ of the N 1 CSI-IM resources, where K is a positive integer, and 1 < N 1 ′ ≤ N 1 ; and measuring (S220), by the terminal device, a target CSI-IM resource, and reporting (S230) channel state information, wherein the target CSI-IM resource is determined by the terminal device from the N 1 CSI-IM resources based on M, and a quantity of the target CSI-IM resources is less than N 1 , wherein the N 1 CSI-IM resources comprise a first-type CSI-IM resource and a second-type CSI-IM resource, the first-type CSI-IM resource is used to measure interference information in the multi-station joint transmission mechanism, and the second-type CSI-IM resource is used to measure interference information in the single-station transmission mechanism receiving (S210), by a terminal device, M pieces of downlink control information from M network devices, wherein first downlink control information in the M pieces of downlink control information indicates a first channel state information configuration, the first channel state information configuration is associated with a first channel state information interference measurement, CSI-IM, resource group, and the first CSI-IM resource group comprises N 1 CSI-IM resources, wherein M and N 1 are positive integers, and N 1 is greater than 1, wherein the first channel state information configuration is associated with K channel state information reference signal CSI-RS resources, and at least one of the K CSI-RS resources is associated with N 1 ′ of the N 1 CSI-IM resources, where K is a positive integer, and 1 < N 1 ′ ≤ N 1 ; and measuring (S220), by the terminal device, a target CSI-IM resource, and reporting (S230) channel state information, wherein the target CSI-IM resource is determined by the terminal device from the N 1 CSI-IM resources based on M, and a quantity of the target CSI-IM resources is less than N 1 , wherein the N 1 CSI-IM resources comprise a first-type CSI-IM resource and a second-type CSI-IM resource, the first-type CSI-IM resource is used to measure interference information in the multi-station joint transmission mechanism, and the second-type CSI-IM resource is used to measure interference information in the single-station transmission mechanism
A method, comprising: applying markers to a surface, each marker having a known pattern that provides identification information for the marker and has an identifiable orientation such that rotating the marker causes no ambiguity in determining the identity and orientation of the marker; acquiring a sequence of image frames, each image frame of the sequence including a plurality of images of the one or more markers covering the surface; deriving position and orientation information regarding the markers for each image frame of the sequence; and generating animation data incorporating the position and orientation information; characterized in that said applying markers to a surface includes wrapping at least one strip onto which a known pattern is printed around an appendage of an actor; and said deriving position and orientation information includes determining a centroid of the strip. applying markers to a surface, each marker having a known pattern that provides identification information for the marker and has an identifiable orientation such that rotating the marker causes no ambiguity in determining the identity and orientation of the marker; acquiring a sequence of image frames, each image frame of the sequence including a plurality of images of the one or more markers covering the surface; deriving position and orientation information regarding the markers for each image frame of the sequence; and generating animation data incorporating the position and orientation information; characterized in that said applying markers to a surface includes wrapping at least one strip onto which a known pattern is printed around an appendage of an actor; and said deriving position and orientation information includes determining a centroid of the strip.
A method for producing base oil and diesel fuel, the method comprising the steps of: a) processing a triglyceride-containing vegetable oil to effect oligomerization and deoxygenation of unsaturated fatty acid components contained therein so as to provide for an oligomerized mixture, wherein said processing comprises hydrotreating and subsequent water removal, wherein the hydrotreating utilizes a catalyst comprising nickel-molybdenum on a support selected from alumina or SiO 2 -Al 2 O 3 , and wherein the hydrotreating is carried out at a temperature between 550°F (289 °C) and 800°F (427 °C), and wherein the hydrotreating is carried out under a H 2 partial gauge pressure of between 400 psi (2758 kPa) and 2000 psi (13790 kPa); b) isomerizing the oligomerized mixture over an isomerization catalyst to yield an isomerized mixture, wherein the isomerized mixture comprises a base oil component and a diesel fuel component, and wherein the isomerized mixture comprises at least 10 wt. % alkanes having a carbon number of 30 or greater, wherein the isomerization catalyst is a noble metal on a SAPO 11 support, and wherein the step of isomerizing is carried out at a temperature of between 550°F (289 °C) and 750°F (399 °C); and c) distilling the isomerized mixture to yield a base oil and a diesel fuel. a) processing a triglyceride-containing vegetable oil to effect oligomerization and deoxygenation of unsaturated fatty acid components contained therein so as to provide for an oligomerized mixture, wherein said processing comprises hydrotreating and subsequent water removal, wherein the hydrotreating utilizes a catalyst comprising nickel-molybdenum on a support selected from alumina or SiO 2 -Al 2 O 3 , and wherein the hydrotreating is carried out at a temperature between 550°F (289 °C) and 800°F (427 °C), and wherein the hydrotreating is carried out under a H 2 partial gauge pressure of between 400 psi (2758 kPa) and 2000 psi (13790 kPa); b) isomerizing the oligomerized mixture over an isomerization catalyst to yield an isomerized mixture, wherein the isomerized mixture comprises a base oil component and a diesel fuel component, and wherein the isomerized mixture comprises at least 10 wt. % alkanes having a carbon number of 30 or greater, wherein the isomerization catalyst is a noble metal on a SAPO 11 support, and wherein the step of isomerizing is carried out at a temperature of between 550°F (289 °C) and 750°F (399 °C); and c) distilling the isomerized mixture to yield a base oil and a diesel fuel.
An image forming apparatus comprising: a lubricant supplier that supplies a lubricant onto an image carrier ; a fixing member that is rotatable, and comes into contact with the image carrier to fix the lubricant supplied onto the image carrier ; and a controller that controls rotation of the fixing member , characterised in that the controller executes a first refresh operation of rotating the fixing member , and the controller rotates, in the first refresh operation, the fixing member to bring a region different from a contact region of the fixing member in contact with the image carrier . a lubricant supplier that supplies a lubricant onto an image carrier ; a fixing member that is rotatable, and comes into contact with the image carrier to fix the lubricant supplied onto the image carrier ; and a controller that controls rotation of the fixing member , characterised in that the controller executes a first refresh operation of rotating the fixing member , and the controller rotates, in the first refresh operation, the fixing member to bring a region different from a contact region of the fixing member in contact with the image carrier .