mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a pneumatic tire using a tire vulcanizing bladder including a plurality of vent lines, wherein said pneumatic tire includes an inner liner on an inner surface thereof, said inner liner has an SIBS layer containing a styrene-isobutylene-styrene triblock copolymer, said inner liner has at least one of an SIS layer containing a styrene-isoprene-styrene triblock copolymer and an SIB layer containing a styrene-isobutylene diblock copolymer, in addition to said SIBS layer, said SIBS layer has a thickness of more than or equal to 0.05 mm and less than or equal to 0.6 mm, said SIS layer and said SIB layer have a total thickness of more than or equal to 0.01 mm and less than or equal to 0.3 mm, and at least one of said SIBS layer, said SIS layer, and said SIB layer contains more than or equal to 0.5% by mass and less than or equal to 40% by mass of a polymer obtained by polymerization of a monomer unit having 4 carbon atoms, said vent lines each include a first vent line at a part corresponding to from a tire bead toe part to a tire buttress part, and a second vent line at a part corresponding to from said tire buttress part to a tire crown part, said first vent line and said second vent line have a shape of a groove cross section having a width W of more than or equal to 0.5 mm and less than or equal to 3.0 mm in a mold-side surface of the tire vulcanizing bladder, and a depth of more than or equal to 0.1 mm and less than or equal to 2.0 mm from the mold-side surface of the tire vulcanizing bladder, said first vent line and said second vent line have a groove cross sectional area of more than or equal to 0.025 mm 2 and less than or equal to 6.0 mm 2, said first vent line has an angle α of more than or equal to 60° and less than or equal to 90° with respect to a tangent to a part corresponding to said tire bead toe part, and said second vent line has an angle β of more than or equal to 40° and less than or equal to 90° with respect to the tangent to the part corresponding to said tire bead toe part, and said angle α and said angle β have magnitudes satisfying α>β.
A post-processing device comprising: a post-processing unit (210,220) configured to perform post-processing of a recording medium on which recording is performed by using water-based ink; a mounting unit (85, 37) on which the recording medium subjected to post-processing in the post-processing unit is mountable; a deformation suppressing unit configured to suppress deformation of the recording medium caused by a predetermined parameter related to recording processing with respect to the recording medium, in the mounting unit; and a control unit (71, 72) configured to control the deformation suppressing unit, characterized in that the control unit is configured to communicate with a printer control unit that controls the recording process, and to control the deformation suppressing unit based on a suppressing intensity which is derived by the printer control unit based on the predetermined parameter, and wherein information related to recording data for performing recording on the recording medium is included in the predetermined parameter. a post-processing unit (210,220) configured to perform post-processing of a recording medium on which recording is performed by using water-based ink; a mounting unit (85, 37) on which the recording medium subjected to post-processing in the post-processing unit is mountable; a deformation suppressing unit configured to suppress deformation of the recording medium caused by a predetermined parameter related to recording processing with respect to the recording medium, in the mounting unit; and a control unit (71, 72) configured to control the deformation suppressing unit, characterized in that the control unit is configured to communicate with a printer control unit that controls the recording process, and to control the deformation suppressing unit based on a suppressing intensity which is derived by the printer control unit based on the predetermined parameter, and wherein information related to recording data for performing recording on the recording medium is included in the predetermined parameter.
A mobile measuring apparatus comprising: a mobile object; a fixed frame; and a measuring device attached to the mobile object via the fixed frame and configured to measure a measurement target, wherein the measuring device is disposed within a plane in a space in the back of the mobile object in a direction of movement of the mobile object, and the space is defined by an upper plane, a lower plane, a first side plane, and a second side plane, the upper plane is a plane that includes an upper end of the mobile object and intersects with a direction of gravity, the lower plane is a plane that includes a lower end of the mobile object and intersects with the direction of gravity, the first side plane is a plane that intersects with a width direction intersecting with each of the direction of movement and the direction of gravity, and includes one end of the mobile object in the width direction, and the second side plane is a plane that intersects with the width direction, and includes the other end of the mobile object in the width direction, and characterized in that the fixed frame is fixed to a center portion of a back surface of the mobile object and to at least two positions of the bottom of the mobile object, the at least two positions being symmetrical with respect to the center of the mobile object along the width direction. a mobile object; a fixed frame; and a measuring device attached to the mobile object via the fixed frame and configured to measure a measurement target, wherein the measuring device is disposed within a plane in a space in the back of the mobile object in a direction of movement of the mobile object, and the space is defined by an upper plane, a lower plane, a first side plane, and a second side plane, the upper plane is a plane that includes an upper end of the mobile object and intersects with a direction of gravity, the lower plane is a plane that includes a lower end of the mobile object and intersects with the direction of gravity, the first side plane is a plane that intersects with a width direction intersecting with each of the direction of movement and the direction of gravity, and includes one end of the mobile object in the width direction, and the second side plane is a plane that intersects with the width direction, and includes the other end of the mobile object in the width direction, and characterized in that the fixed frame is fixed to a center portion of a back surface of the mobile object and to at least two positions of the bottom of the mobile object, the at least two positions being symmetrical with respect to the center of the mobile object along the width direction.
A computer-implemented method to manage device parameters, comprising: receiving device information for a device having a radio frequency interface for a broadband wireless access system; determining whether the device is a fixed device or a mobile device based on the device information; modifying one or more paging parameters for the device when the device is a fixed device, wherein: the modifying of the one or more paging parameters comprises modifying a paging parameter arranged to control whether the device is to accept paging messages. receiving device information for a device having a radio frequency interface for a broadband wireless access system; determining whether the device is a fixed device or a mobile device based on the device information; modifying one or more paging parameters for the device when the device is a fixed device, wherein: the modifying of the one or more paging parameters comprises modifying a paging parameter arranged to control whether the device is to accept paging messages. the modifying of the one or more paging parameters comprises modifying a paging parameter arranged to control whether the device is to accept paging messages.
An implantable device or system, incorporating an integrated nanowire device, said nanowire device comprising: a first array of nanowires having a first set of characteristics, wherein the characteristics are selected from the group consisting of doping, spatial distribution, quantity, density, pitch, diameter, quantum efficiency, length and shape, and wherein the first array is adapted to generate a first plurality of charges in response to energy impinging thereon; at least one second array of nanowires having one or more second sets of said characteristics, wherein the at least one second array differs from the first array of nanowires in at least one of said characteristics; a processor in electrical communication with the first array of nanowires and the at least one second array of nanowires, wherein the processor is adapted to receive the first plurality of charges and generate a processor signal therefrom; a power source; and wherein one or more of the first array of nanowires, the at least one second array of nanowires and the processor is disposed on at least one flexible substrate comprising a biocompatible material. a first array of nanowires having a first set of characteristics, wherein the characteristics are selected from the group consisting of doping, spatial distribution, quantity, density, pitch, diameter, quantum efficiency, length and shape, and wherein the first array is adapted to generate a first plurality of charges in response to energy impinging thereon; at least one second array of nanowires having one or more second sets of said characteristics, wherein the at least one second array differs from the first array of nanowires in at least one of said characteristics; a processor in electrical communication with the first array of nanowires and the at least one second array of nanowires, wherein the processor is adapted to receive the first plurality of charges and generate a processor signal therefrom; a power source; and wherein one or more of the first array of nanowires, the at least one second array of nanowires and the processor is disposed on at least one flexible substrate comprising a biocompatible material.
A low pressure regulator (102, 202) comprising a body, a spring located within a spring chamber formed in an interior of the body, and a piston, located between the spring chamber and a first end of the regulator (102, 202); the regulator (102, 202) further comprising at least one discharge port hole, and a first damping orifice which provides a constant fluid pathway between the spring chamber and a return line, such that the first damping orifice and the spring chamber provide a first, constant level of damping of movement of the piston; wherein the piston is movable within the interior of the body between a closed position and a fully open position; wherein when the piston is in the closed position, the or each discharge port hole is blocked by an outer wall of the piston, and when the piston is in fully open position, a fluid pathway is enabled between the interior of the regulator (102, 202) and the return line through the or each discharge port hole; characterised in that the regulator (102, 202) further comprises at least one further damping orifice (126, 226), which communicates with the interior of the regulator (102, 202) and with the return line; wherein when the piston is in the closed position, the further damping orifice (126, 226) provides a fluid pathway between the spring chamber and the return line, and when the piston is in the fully open position, the further damping orifice (126, 226) is blocked by the outer wall of the piston; such that the further damping orifice (126, 226) and the spring chamber provide a second, variable level of damping of movement of the piston.
A method in a medical radio frequency, RF, telemetry system for synchronizing an implantable medical device to a base station of said medical RF telemetry system, characterised in that said medical RF telemetry system is a Medical Implant Communication Service, MICS, system having ten RF communication channels that are 300 kHz wide, wherein said method comprises the steps of: - selecting a RF communication channel among said ten RF communication channels for communication between said implantable medical device and said base station, and - synchronizing said implantable medical device to said base station by utilizing a synchronizing word associated with said selected RF communication channel, wherein at least two different RF communication channels within said medical RF telemetry system are associated with different synchronization words. - selecting a RF communication channel among said ten RF communication channels for communication between said implantable medical device and said base station, and - synchronizing said implantable medical device to said base station by utilizing a synchronizing word associated with said selected RF communication channel, wherein at least two different RF communication channels within said medical RF telemetry system are associated with different synchronization words.
Method for making a virgin joint between at least two separate structural hollow sections (1, 2) in an truss/jacket structure made of such structural hollow sections, wherein the virgin joint is an at least uniplanar joint of a K, X, T, N, KT, Y type, or a combination of these types, wherein welding of the joint between the structural hollow sections (1, 2) is avoided, and wherein the joint is implemented by applying a fiber reinforced polymer wrap around the structural hollow sections (1, 2) in a transitional area covering and thus bonding together those portions of the structural hollow sections (1, 2) that together with the fiber reinforced polymer wrap form the joint between the structural hollow sections, characterized in that the thickness of the wrap gradually decreases from a maximum thickness at a root of the joint towards the end of the wrap as seen in the longitudinal direction of the hollow section (1, 2) such that the joint is tapered.
A method for reducing interference between base stations in fallback mode, comprising: when a link between a base station transceiver and a base station controller or a transmission link between the base station controller and the network side has a fault, or a transmission link is not configured, detecting that a current transmission link is in fallback mode by a base station subsystem; changing frequency point and using a new frequency point by the base station subsystem; updating an overhead message carrying the information of the new frequency point in a channel list message and a configuration message sequence number of the overhead message by the base station subsystem; sending the overhead message carrying the information of the new frequency point in the channel list message through a forward paging channel to a mobile station by the base station subsystem; and switching to the new frequency point by the mobile station after receiving the overhead message carrying the information of the new frequency point in the channel list message. when a link between a base station transceiver and a base station controller or a transmission link between the base station controller and the network side has a fault, or a transmission link is not configured, detecting that a current transmission link is in fallback mode by a base station subsystem; changing frequency point and using a new frequency point by the base station subsystem; updating an overhead message carrying the information of the new frequency point in a channel list message and a configuration message sequence number of the overhead message by the base station subsystem; sending the overhead message carrying the information of the new frequency point in the channel list message through a forward paging channel to a mobile station by the base station subsystem; and switching to the new frequency point by the mobile station after receiving the overhead message carrying the information of the new frequency point in the channel list message.
Mechanical resonator comprising an elastically deformable bending body which is connected to a support at a fastening point and has a deflection point which is at a distance from the fastening point and can be deflected relative to the said fastening point by elastic bending deformation of the bending body, and comprising at least one actuator which has at least two actuator points which can be adjusted relative to one another and which are connected to the bending body in such a way that the said bending body can be elastically bent about a bending axis by operating the actuator, characterized in that the bending body has at least two bending body sections (3a, 3b) which are configured as flat elements and which are connected to one another such that they can pivot relative to one another by means of a pivot bearing about a pivot axis which is arranged between the fastening point and the deflection point, substantially in a plane which is spanned by at least one of the bending body sections (3a, 3b) or parallel to the said plane, and in that the pivot axis is arranged transverse to the bending axis in such a way that the pivot bearing can be subjected to the action of tensile and/or pressure forces, which are dependent on the bending deformation, by pivoting the bending body sections (3a, 3b) relative to one another, and the elastic material of the bending body is tensioned in order to apply a return moment which counteracts the pivot movement or assists the said pivot movement.
A method for generating lattice infill structures for an object designed for construction via additive manufacturing, the method comprising: accessing (202, 502, 702) an object design (310, 605) to be constructed through additive manufacturing; in a first step, discretizing the object design (310, 605) into coarse geometric elements (330, 631), resulting in a coarsely discretized object design, wherein each coarse geometric element is characterized with a determined average latticed density value respectively; in a second step, generating a lattice infill, wherein lattices are generated from the determined average latticed density values through a local topology optimization, wherein a lattice infill structure is generated from a partitioned segment of the coarsely discretized object design encompassing a portion of the coarse geometric elements (from par. 37-38), wherein the local topology optimization uses the average latticed density values applicable to the partitioned segment as local density constraints; and using said object design for constructing the object by additive manufacturing. accessing (202, 502, 702) an object design (310, 605) to be constructed through additive manufacturing; in a first step, discretizing the object design (310, 605) into coarse geometric elements (330, 631), resulting in a coarsely discretized object design, wherein each coarse geometric element is characterized with a determined average latticed density value respectively; in a second step, generating a lattice infill, wherein lattices are generated from the determined average latticed density values through a local topology optimization, wherein a lattice infill structure is generated from a partitioned segment of the coarsely discretized object design encompassing a portion of the coarse geometric elements (from par. 37-38), wherein the local topology optimization uses the average latticed density values applicable to the partitioned segment as local density constraints; and using said object design for constructing the object by additive manufacturing.
Composite adsorbent bead for the separation of at least one gas component from a gas mixture, wherein the adsorbent has at least one core comprising at least one inorganic material being porous and non-adsorbent and, on the surface of the core, at least one layer comprising an porous and adsorbent material, wherein the core comprises in the range of 50 to 100 wt% agglomerated clay particles having a diameter of 0.01 to 5 μm.
A method of removing a bearing assembly from a buoy, the buoy having a buoyant body rotatably coupled to a turret by the bearing assembly, and a deckhouse disposed on the buoyant body, the method comprising: providing a bearing retainer configured to retain the bearing assembly and to releasably attach to the turret; rotationally and axially locking the turret to the buoyant body by way of a locking member; attaching the bearing retainer to the turret; coupling the bearing retainer to the bearing assembly at a plurality of locations for transport; releasing the bearing assembly from the buoyant body and the turret; and removing the bearing retainer and the bearing assembly from the buoy. providing a bearing retainer configured to retain the bearing assembly and to releasably attach to the turret; rotationally and axially locking the turret to the buoyant body by way of a locking member; attaching the bearing retainer to the turret; coupling the bearing retainer to the bearing assembly at a plurality of locations for transport; releasing the bearing assembly from the buoyant body and the turret; and removing the bearing retainer and the bearing assembly from the buoy.
A method for pressing a pressure roller against a draw-off roller of a workstation of a textile machine, the pressure roller can be transferred by means of an actuator of the workstation from a working position in which said roller is pressed against the draw-off roller, into a piecing position in which said roller is raised away from the draw-off roller, and transferred back again, wherein the pressure roller is pressed against the draw-off roller in the working position by a pre-tensioned spring element characterized in that in the working position of the pressure roller, the spring element is pretensioned by the actuator, whereby the spring element is operatively connected to the actuator.
Silencer for a handgun, comprising - a silencer housing having a rear end wall which faces a barrel of the firearm when the silencer is used as intended, and a front end wall opposite the rear end wall, wherein a first opening is provided in the rear end wall and a second opening is provided in the front end wall, wherein a firing channel extends between the two openings (22a; 22b), and - at least one silencer insert, wherein at least one gas expansion chamber is formed inside the silencer housing and is connected to the firing channel, wherein the at least one silencer insert is arranged in at least one of the at least one gas expansion chambers, and wherein the at least one silencer insert has a stable material with a high open porosity, wherein the material of the silencer insert comprises at least one material from the group comprising - aluminum, copper, zinc, nickel, iron or combinations thereof, - ceramic, - carbon, - and combinations thereof, wherein channels which are open on one or both sides and open into the firing channel are formed in the silencer insert, and wherein the silencer insert is detachably arranged in the silencer housing. - a silencer housing having a rear end wall which faces a barrel of the firearm when the silencer is used as intended, and a front end wall opposite the rear end wall, wherein a first opening is provided in the rear end wall and a second opening is provided in the front end wall, wherein a firing channel extends between the two openings (22a; 22b), and - at least one silencer insert, - aluminum, copper, zinc, nickel, iron or combinations thereof, - ceramic, - carbon, - and combinations thereof,
A production method of a beer or a beer-like beverage fermented by using a beer yeast, comprising allowing a protein-deamidating enzyme to act on at least a part of a raw material in the course of production.