mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising, on a tread surface, at least two circumferential main grooves extending continuously in a tire circumferential direction and at least one rib-like land portion defined by two adjacent circumferential main grooves of the at least two circumferential main grooves, wherein the rib-like land portion includes neither grooves nor sipes that extend to include a widthwise center line of the rib-like land portion, the rib-like land portion includes a one-end-open sipe and a both-end-closed sipe, the one-end-open sipe having one end open to one of the circumferential main grooves and another end closed within the rib-like land portion, and the both-end-closed sipe having both ends closed within the rib-like land portion, characterised in that the one-end-open sipe has a circumferential sipe portion and a widthwise sipe portion, the circumferential sipe portion being located closer to the widthwise center line of the rib-like land portion than the both-end-closed sipe, and the widthwise sipe portion extending from the circumferential sipe portion and being open to the one of the circumferential main grooves, and in that depth of the one-end-open sipe, depth of the both-end-closed sipe, and depth of the circumferential main grooves have the following relation: depth of the circumferenctial main grooves 3 ≥ depth of the both-end-closed sipe 7 > depth of the one-end-open sipe 6.
A coil-forming laying head system comprising: a laying pathway structure defining an elongated hollow pathway adapted to transport elongated materials therein, characterized in that the laying pathway structure comprises a flexibility of at least about 50 mm at 23°C, wherein the flexibility value is obtained based on a cantilever test using a straight tube having an outer diameter of 48.3 mm, and a wall thickness of 7.14 mm, which is attached to a fully rigid structure at a proximal end, and a weight of 1000 kgs is attached to the opposite terminal end of the tube, wherein the tube has a length of 500 mm, the tube being attached to the fully rigid structure such that the proximal end is flush against the wall and the tube is parallel to the ground and perpendicular to the fully rigid structure, and wherein the pipe is then allowed to flex for a time of 60 seconds at 23°C and the change in the vertical distance of the terminal end of the pipe from the original height is recorded as the flexibility.
Method for wrapping an assembly of segments for use in the manufacture of rod shaped articles such as smoking articles, wherein the segments of the assembly are arranged in an end-to-end relationship and an outer periphery of the assembly is affixed longitudinally to an edge portion of a piece of wrapping material, and wherein at least one of the segments of the assembly is a rigid segment with a compressibility higher than about 10 Newton per 1.5 mm, the method comprising the steps of: - supplying the assembly of segments provided with the piece of wrapping material to a rolling seat arranged in the peripheral surface of a wrapping conveyor; - arranging a retaining surface at a distance and opposite the peripheral surface of the wrapping conveyor, such as to contact the assembly supplied to the rolling seat with the retaining surface; - wrapping the assembly of segments with the piece of wrapping material, wherein wrapping comprises the steps of - moving the wrapping conveyor relative to the retaining surface thereby creating a relative movement between the wrapping conveyor and the retaining surface such as to cause rotation of the assembly in the rolling seat along a longitudinal axis of the assembly; - providing the assembly of segments with a three-point guiding contact while moving the assembly of segments along the retaining surface. - supplying the assembly of segments provided with the piece of wrapping material to a rolling seat arranged in the peripheral surface of a wrapping conveyor; - arranging a retaining surface at a distance and opposite the peripheral surface of the wrapping conveyor, such as to contact the assembly supplied to the rolling seat with the retaining surface; - wrapping the assembly of segments with the piece of wrapping material, wherein wrapping comprises the steps of - moving the wrapping conveyor relative to the retaining surface thereby creating a relative movement between the wrapping conveyor and the retaining surface such as to cause rotation of the assembly in the rolling seat along a longitudinal axis of the assembly; - providing the assembly of segments with a three-point guiding contact while moving the assembly of segments along the retaining surface.
A swim mask comprising: - a visor; - a frame having an upper part and surrounding said visor; - a flexible skirt mounted to said frame and arranged for realising, during use, a watertight seal between said swim mask and the face of a user; - a partition delimiting an upper chamber for vision and a lower chamber for respiration, said partition being arranged to contact, during use, said face of said user such that the mouth and the nostrils of said user are positioned within said lower chamber for respiration and wherein the eyes of said user are positioned within said upper chamber for allowing said user to view through said visor, said partition comprising at least one passage arranged to allow air to enter said lower chamber from said upper chamber during an inhalation phase; - an inlet conduit extending beyond said upper part of said frame, upwards in use, and comprising an inlet opening, at a free end of said inlet conduit facing away from said frame, arranged to allow ambient air to enter said upper chamber; - an outlet conduit arranged for exhausting air, via an exhaust opening, from said lower chamber and said swim mask during an exhaling phase, the swim mask being characterised in that said outlet conduit is arranged such that, during use, said outlet conduit extends between said eyes of said user, and wherein said exhaust opening is provided in said upper part of said frame. - a visor; - a frame having an upper part and surrounding said visor; - a flexible skirt mounted to said frame and arranged for realising, during use, a watertight seal between said swim mask and the face of a user; - a partition delimiting an upper chamber for vision and a lower chamber for respiration, said partition being arranged to contact, during use, said face of said user such that the mouth and the nostrils of said user are positioned within said lower chamber for respiration and wherein the eyes of said user are positioned within said upper chamber for allowing said user to view through said visor, said partition comprising at least one passage arranged to allow air to enter said lower chamber from said upper chamber during an inhalation phase; - an inlet conduit extending beyond said upper part of said frame, upwards in use, and comprising an inlet opening, at a free end of said inlet conduit facing away from said frame, arranged to allow ambient air to enter said upper chamber; - an outlet conduit arranged for exhausting air, via an exhaust opening, from said lower chamber and said swim mask during an exhaling phase, the swim mask being characterised in that
A boiler system for treating exhaust gases, in particular dust-containing exhaust gases from a melting process of electronic scrap and/or shredder light fractions, with at least one inlet opening and at least one outlet opening for the exhaust gases, wherein the boiler system comprises at least one combustion chamber and at least one waste heat boiler downstream the combustion chamber in the flow direction of the exhaust gases, wherein the combustion chamber wall comprises cooling tube sections, wherein the combustion chamber comprises at least one air supply device, preferably at least one air supply opening, for the supply of combustion air into the combustion chamber, wherein the combustion chamber is constituted round or essentially round in cross-section at least in some areas, preferably over its entire length or essentially over its entire length, wherein the combustion chamber comprises at least one fuel addition device, preferably at least one fuel addition opening, for the addition of fuels or substitute fuels, preferably liquid and/or gaseous fuels or substitute fuels, and wherein the waste heat boiler has at least in some areas an angular, in particular a rectangular cross-section, and wherein a cross-section transition from round or essentially round to angular, in particular rectangular, takes place between the combustion chamber and the waste heat boiler. wherein the combustion chamber comprises at least one fuel addition device, preferably at least one fuel addition opening, for the addition of fuels or substitute fuels, preferably liquid and/or gaseous fuels or substitute fuels, and wherein the waste heat boiler has at least in some areas an angular, in particular a rectangular cross-section, and wherein a cross-section transition from round or essentially round to angular, in particular rectangular, takes place between the combustion chamber and the waste heat boiler.
A medical device comprising: a gantry; a guide rail which can be selectively installed on the floor configured to guide a movement of the gantry when the gantry is moved; a belt disposed in the gantry, and configured to be pulled out of the gantry to guide the movement of the gantry together with the guide rail; a moving member disposed in the gantry to allow the gantry to move, and configured to be movable along the guide rail; and characterized by a belt holder coupled to one end of the belt and configured to facilitate withdrawal of the belt, the belt holder detachably mounted to the gantry; wherein the belt holder comprises a guide rail mounting portion to which the guide rail is detachably coupled. a gantry; a guide rail which can be selectively installed on the floor configured to guide a movement of the gantry when the gantry is moved; a belt disposed in the gantry, and configured to be pulled out of the gantry to guide the movement of the gantry together with the guide rail; a moving member disposed in the gantry to allow the gantry to move, and configured to be movable along the guide rail; and characterized by a belt holder coupled to one end of the belt and configured to facilitate withdrawal of the belt, the belt holder detachably mounted to the gantry; wherein the belt holder comprises a guide rail mounting portion to which the guide rail is detachably coupled.
Three-layered confectionery comprising an edible material sandwiched between chewing gums, wherein the edible material is a soft candy and comprises 60 to 95% by weight of polyol, said polyol being a crystalline sugar alcohol and a non-crystalline sugar alcohol, wherein the crystalline sugar alcohol is used in an amount of 30 to 70% by weight in the edible material and the non-crystalline sugar alcohol is used in an amount of 30 to 70% by weight in the edible material, said non-crystalline sugar alcohol being reduced starch syrup, and the soft candy comprises 1.5 to 6% by weight of gelatin as a gelatinizing agent.
A pulse oximeter adapted to calculate blood oxygen saturation, Sp02, of living tissue, comprising: a light emitter, adapted to irradiate living tissue with light beams of at least five different wavelengths, a light receiver, adapted to receive the light beams transmitted through or reflected from the living tissue and which converts the received light beams to electric signals which correspond to the at least five different wavelengths, a processor, adapted to segment time series data of the electric signals into time segments to provide segmented time series data of the electric signals, a slope value calculator, adapted to calculate, with respect to each of the segmented time series data of the electric signals, four slope values of regression lines between each two of the electric signals, an Sa02 calculator, adapted to calculate an arterial oxygen saturation, Sa02, based on the slope values of each of the segmented time series data of the electric signals; characterized by further comprising: a histogram constructer, adapted to construct a histogram of Sa02 for each predetermined number of time segments, and a mode value obtainer, adapted to obtain a mode value from the histogram as output of the pulse oximeter, Sp02. a light emitter, adapted to irradiate living tissue with light beams of at least five different wavelengths, a light receiver, adapted to receive the light beams transmitted through or reflected from the living tissue and which converts the received light beams to electric signals which correspond to the at least five different wavelengths, a processor, adapted to segment time series data of the electric signals into time segments to provide segmented time series data of the electric signals, a slope value calculator, adapted to calculate, with respect to each of the segmented time series data of the electric signals, four slope values of regression lines between each two of the electric signals, an Sa02 calculator, adapted to calculate an arterial oxygen saturation, Sa02, based on the slope values of each of the segmented time series data of the electric signals; characterized by further comprising: a histogram constructer, adapted to construct a histogram of Sa02 for each predetermined number of time segments, and a mode value obtainer, adapted to obtain a mode value from the histogram as output of the pulse oximeter, Sp02. a histogram constructer, adapted to construct a histogram of Sa02 for each predetermined number of time segments, and a mode value obtainer, adapted to obtain a mode value from the histogram as output of the pulse oximeter, Sp02.
A drive device for a linear body, comprising: a securing portion capable of securing a member to be secured having a through hole; and an actuator (3, 5, 6) suitable for moving a linear body that is inserted in said through hole of said member to be secured in a longitudinal direction of said linear body, the drive device being suitable for allowing said linear body and said member to be secured to be integrally, manually attached to and detached from said securing portion, a housing having a lid member openable/closable as desired, wherein by closing said lid member, said linear body and said member to be secured are integrally attached to said securing portion, and by opening said lid member, said linear body and said member to be secured are integrally removable from said securing portion, and an elastic body attached to said lid member, wherein: said lid member has a lever operable to open/close said lid member; when said lid member is closed, said elastic body presses said lid member with elastic force, which presses and thus fixes said lever; characterized by said lever being elastically deformable to open said lid member. a securing portion capable of securing a member to be secured having a through hole; and an actuator (3, 5, 6) suitable for moving a linear body that is inserted in said through hole of said member to be secured in a longitudinal direction of said linear body, the drive device being suitable for allowing said linear body and said member to be secured to be integrally, manually attached to and detached from said securing portion, a housing having a lid member openable/closable as desired, wherein by closing said lid member, said linear body and said member to be secured are integrally attached to said securing portion, and by opening said lid member, said linear body and said member to be secured are integrally removable from said securing portion, and an elastic body attached to said lid member, wherein: said lid member has a lever operable to open/close said lid member; when said lid member is closed, said elastic body presses said lid member with elastic force, which presses and thus fixes said lever; characterized by said lever being elastically deformable to open said lid member. said lid member has a lever operable to open/close said lid member; when said lid member is closed, said elastic body presses said lid member with elastic force, which presses and thus fixes said lever; characterized by said lever being elastically deformable to open said lid member.
A method of autosave comprising: receiving, by a web browser of a client device, a user action performed by a user that interacts with a website corresponding to a server, wherein the server hosts a user interface, UI, and wherein the user action is performed by the user when interacting with the UI; characterized by determining a change record corresponding to the user action, and determining a transaction based on the user action, wherein the transaction is configured to modify a local model corresponding to the UI; queuing the change record in a first queue to commit corresponding changes to the local model; queuing the change record in a second queue that communicates with the server to persist the change record at the server; storing a first UI state of the UI and a first model state of the local model; committing the transaction; determining to undo the transaction based on a first user interaction; and restoring the UI to the first UI state and the model to the first model state. receiving, by a web browser of a client device, a user action performed by a user that interacts with a website corresponding to a server, wherein the server hosts a user interface, UI, and wherein the user action is performed by the user when interacting with the UI; characterized by determining a change record corresponding to the user action, and determining a transaction based on the user action, wherein the transaction is configured to modify a local model corresponding to the UI; queuing the change record in a first queue to commit corresponding changes to the local model; queuing the change record in a second queue that communicates with the server to persist the change record at the server; storing a first UI state of the UI and a first model state of the local model; committing the transaction; determining to undo the transaction based on a first user interaction; and restoring the UI to the first UI state and the model to the first model state.
A method for wireless communication at a user equipment. UE, comprising: receiving (1305, 1505), from a base station, downlink control information that comprises an indication of an in-band emission, IBE, mask for the UE; mapping (1310, 1410, 1515) the indicated IBE mask to a maximum power reduction; determining (1315, 1415, 1520), based at least in part on the maximum power reduction, a transmission power for the UE; and transmitting (1320, 1420, 1525), according to the determined transmission power and the received downlink control information, an uplink transmission to the base station. receiving (1305, 1505), from a base station, downlink control information that comprises an indication of an in-band emission, IBE, mask for the UE; mapping (1310, 1410, 1515) the indicated IBE mask to a maximum power reduction; determining (1315, 1415, 1520), based at least in part on the maximum power reduction, a transmission power for the UE; and transmitting (1320, 1420, 1525), according to the determined transmission power and the received downlink control information, an uplink transmission to the base station.
A system for sorting ore from a stream of material, comprising: a first size-classifying stage configured to separate at least a portion of the stream of material into at least fine fractions and coarse fractions; a first sorting cascade comprising at least one sorting cell (520, 580, 600, 620, 635, 650, 675, 682, 690), wherein the first sorting cascade is configured to: receive the coarse fractions; detect content of at least a first desired component from the coarse fractions; and sort, based on a first grade threshold, the coarse fractions into a coarse fraction accept stream and a coarse fraction reject stream; a second sorting cascade comprising at least one sorting cell (520, 580, 600, 620, 635, 650, 675, 682, 690), wherein the second sorting cascade is configured to: receive the fine fractions; detect content of at least a second desired component from the fine fractions; and sort, based on a second grade threshold, the fine fractions into a fine fraction accept stream and a fine fraction reject stream; a product stream comprising the fine fraction accept stream and the coarse fraction accept stream; and a tailings stream comprising the fine fraction reject stream and the coarse fraction reject stream. a first size-classifying stage configured to separate at least a portion of the stream of material into at least fine fractions and coarse fractions; a first sorting cascade comprising at least one sorting cell (520, 580, 600, 620, 635, 650, 675, 682, 690), wherein the first sorting cascade is configured to: receive the coarse fractions; detect content of at least a first desired component from the coarse fractions; and sort, based on a first grade threshold, the coarse fractions into a coarse fraction accept stream and a coarse fraction reject stream; receive the coarse fractions; detect content of at least a first desired component from the coarse fractions; and sort, based on a first grade threshold, the coarse fractions into a coarse fraction accept stream and a coarse fraction reject stream; a second sorting cascade comprising at least one sorting cell (520, 580, 600, 620, 635, 650, 675, 682, 690), wherein the second sorting cascade is configured to: receive the fine fractions; detect content of at least a second desired component from the fine fractions; and sort, based on a second grade threshold, the fine fractions into a fine fraction accept stream and a fine fraction reject stream; receive the fine fractions; detect content of at least a second desired component from the fine fractions; and sort, based on a second grade threshold, the fine fractions into a fine fraction accept stream and a fine fraction reject stream; a product stream comprising the fine fraction accept stream and the coarse fraction accept stream; and a tailings stream comprising the fine fraction reject stream and the coarse fraction reject stream.