mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: obtaining timing of at least one uplink/downlink configuration indication bit to be examined from a received indication of the timing of the at least one uplink/downlink configuration indication bit; examining a value of the at least one uplink/downlink configuration indication bit in a predetermined region in a received downlink time division duplex subframe of wireless data transmission; and determining a time division duplex uplink/downlink configuration for a predetermined configuration period based on the examined value. obtaining timing of at least one uplink/downlink configuration indication bit to be examined from a received indication of the timing of the at least one uplink/downlink configuration indication bit; examining a value of the at least one uplink/downlink configuration indication bit in a predetermined region in a received downlink time division duplex subframe of wireless data transmission; and determining a time division duplex uplink/downlink configuration for a predetermined configuration period based on the examined value.
A communication method, comprising: disabling, by a terminal, a capability of accessing a first network; receiving, by the terminal, a wireless capability obtaining message from an access network device of a second network, wherein the wireless capability obtaining message is used to request to obtain a wireless capability of the terminal; and sending, by the terminal, a first notification message to the access network device of the second network, wherein the first notification message is used to indicate that the terminal does not support access to the first network; the first notification message does not comprise first wireless capability information, wherein the first wireless capability information is used to indicate that the terminal supports access to the first network, and the first wireless capability information comprises at least one of information used to indicate a radio capability of the terminal to access the first network, information used to indicate a capability of the terminal to hand over from the second network to the first network, information used to indicate a capability of the terminal to redirect from the second network to the first network, or information used to indicate a capability of the terminal to access the first network through dual connectivity. disabling, by a terminal, a capability of accessing a first network; receiving, by the terminal, a wireless capability obtaining message from an access network device of a second network, wherein the wireless capability obtaining message is used to request to obtain a wireless capability of the terminal; and sending, by the terminal, a first notification message to the access network device of the second network, wherein the first notification message is used to indicate that the terminal does not support access to the first network; the first notification message does not comprise first wireless capability information, wherein the first wireless capability information is used to indicate that the terminal supports access to the first network, and the first wireless capability information comprises at least one of information used to indicate a radio capability of the terminal to access the first network, information used to indicate a capability of the terminal to hand over from the second network to the first network, information used to indicate a capability of the terminal to redirect from the second network to the first network, or information used to indicate a capability of the terminal to access the first network through dual connectivity.
A method for presenting episodes of a series for a user, comprising: receiving a user instruction to collect selected episodes of a series to create a series aggregation; displaying a series aggregation setup display screen; receiving a user selection, on the series aggregation setup display screen, of an option to be alerted when a user-selected number of episodes within a sequence of episodes of the series have been recorded, wherein the sequence of episodes corresponds to episodes not previously watched based on a viewing history of the user; collecting the selected episodes of the series for viewing by the user; providing an alert when the user-selected number of episodes within the sequence of episodes of the series have been recorded; and organizing and presenting a list of the episodes of the series aggregation in an order of their episode numbering. receiving a user instruction to collect selected episodes of a series to create a series aggregation; displaying a series aggregation setup display screen; receiving a user selection, on the series aggregation setup display screen, of an option to be alerted when a user-selected number of episodes within a sequence of episodes of the series have been recorded, wherein the sequence of episodes corresponds to episodes not previously watched based on a viewing history of the user; collecting the selected episodes of the series for viewing by the user; providing an alert when the user-selected number of episodes within the sequence of episodes of the series have been recorded; and organizing and presenting a list of the episodes of the series aggregation in an order of their episode numbering.
A method of controlling operation of a dishwasher comprising a filter assembly and a sump, the method comprising the ordered steps of: when the dishwasher is initially driven, driving a drainage module to remove contaminated water from the sump; driving a water supply module to supply water to the sump; driving a heater module to generate steam in the sump; supplying the generated steam to the filter assembly to clean the filter assembly; and driving the drainage module to drain water. when the dishwasher is initially driven, driving a drainage module to remove contaminated water from the sump; driving a water supply module to supply water to the sump; driving a heater module to generate steam in the sump; supplying the generated steam to the filter assembly to clean the filter assembly; and driving the drainage module to drain water.
Multi-layered sheet material for a crossway element for protection of a passageway of two vehicle parts (31a; 31 b) or components, which are connected together movably relative to each other, the multi-layered sheet material comprising a reinforcing support that comprises a polymer coating at least on one side, preferably on both sides, wherein the reinforcing support comprises at least one textile fabric, preferably a supporting woven fabric, wherein the textile fabric, in particular the supporting woven fabric, comprises at least two surface regions (13a; 13b; 34a; 34b), which differ from each other in at least one mechanical property, characterized in that the surface regions (13a; 13b; 34a; 34b) differ from each other with respect to at least one mechanical strength property in at least one surface direction (4a;b) of the multi-layered sheet material with respect to the maximum tensile force F H according to DIN EN ISO 13934-1:2013 and/or the elongation at maximum tensile force ε H according to DIN EN ISO 13934-1:2013 and/or the ratio of tensile force according to DIN EN ISO 13934-1:2013 to elongation according to DIN EN ISO 13934-1:2013. wherein the textile fabric, in particular the supporting woven fabric, comprises at least two surface regions (13a; 13b; 34a; 34b), which differ from each other in at least one mechanical property, characterized in that the surface regions (13a; 13b; 34a; 34b) differ from each other with respect to at least one mechanical strength property in at least one surface direction (4a;b) of the multi-layered sheet material with respect to the maximum tensile force F H according to DIN EN ISO 13934-1:2013 and/or the elongation at maximum tensile force ε H according to DIN EN ISO 13934-1:2013 and/or the ratio of tensile force according to DIN EN ISO 13934-1:2013 to elongation according to DIN EN ISO 13934-1:2013.
Method for recovering lean gas, comprising reducing the CO 2 portion in the lean gas and/or exchanging gas portions in the lean gas for O 2 in a membrane separation unit and subsequently recovering the retentate in a thermal recovery unit arranged downstream of the membrane separation unit on the retentate side, such as a gas engine or burner, characterised in that the permeate of the membrane separation unit is mixed with the hot exhaust gas from the recovery unit and is post-oxidized.
Bearing unit for a rotationally fixed mounting of a drive unit (40, 90) of a shaft assembly for a closure or protective device, comprising a holding piece (200, 300), which comprises a receiving profile (210, 310), and a connecting piece, which is adapted to the receiving profile (210, 310), and which is arranged to be connected with a drive unit (40, 90), wherein the holding piece (200, 300) provides a first receiving position and a second receiving position for the connecting piece, characterized in that the first receiving position is a maintenance and disassembly position, that the connecting piece, in the first receiving position, is rotatable relative to the holding piece (200, 300), to rotate the drive unit (40, 90) relative to the holding piece (200, 300), so that manual winding and unwinding of the shaft assembly is enabled, and that the connecting piece, in the second receiving position, is secured against rotation relative to the holding piece (200, 300), comprising a positive position securing for the connecting piece by the holding piece (200, 300) for the torque support, and that the connecting piece is movable, under force application for overcoming a holding force, between the first receiving position and the second receiving position.
A surgical instrument (1500, 1600, 1806) comprising: a first operation member (1502, 1802); a second operation member (1504, 1804), wherein the first and second operation members are pivotable towards one another about a pivot point (1520, 1806); a transducer (1505, 1812) positioned along a longitudinal axis of the first operation member to provide vibrations at a predetermined frequency along the longitudinal axis; an end effector (1506, 1808) coupled to the transducer and extending distally along the longitudinal axis; and a clamp pad (1510, 1814) coupled to the second operation member, wherein the clamp pad moves towards the end effector when the first operation member and the second operation member are pivoted towards one another about the pivot point characterized in that the transducer is at a position distal to the pivot point. a first operation member (1502, 1802); a second operation member (1504, 1804), wherein the first and second operation members are pivotable towards one another about a pivot point (1520, 1806); a transducer (1505, 1812) positioned along a longitudinal axis of the first operation member to provide vibrations at a predetermined frequency along the longitudinal axis; an end effector (1506, 1808) coupled to the transducer and extending distally along the longitudinal axis; and a clamp pad (1510, 1814) coupled to the second operation member, wherein the clamp pad moves towards the end effector when the first operation member and the second operation member are pivoted towards one another about the pivot point characterized in that the transducer is at a position distal to the pivot point.
A hand-held applicator for treating biological tissue comprising: a body constructed and arranged to connect with a laser source, a magnetic roller provided at a distal end of the body, a magnetic field sensor associated with the magnet roller and constructed and arranged to detect phase changes as the magnetic roller rotates, a valve constructed and arranged to provide a source of cooling agent to the biological tissue during treatment, and a trigger circuit connected with the magnetic field sensor and valve, wherein, based on a number of phase changes detected by the magnetic field sensor as the magnetic roller rotates, the trigger circuit is constructed and arranged to trigger the valve to apply the cooling agent to the treated biological tissue. a body constructed and arranged to connect with a laser source, a magnetic roller provided at a distal end of the body, a magnetic field sensor associated with the magnet roller and constructed and arranged to detect phase changes as the magnetic roller rotates, a valve constructed and arranged to provide a source of cooling agent to the biological tissue during treatment, and a trigger circuit connected with the magnetic field sensor and valve, wherein, based on a number of phase changes detected by the magnetic field sensor as the magnetic roller rotates, the trigger circuit is constructed and arranged to trigger the valve to apply the cooling agent to the treated biological tissue.
A hair removal and fluid application device, having a hair removal means, a fluid dispensing means, a fluid reservoir and a support body, characterized in that said support body is formed from carton board.
A method for identifying, by a processor, a state of an athlete who is present in a video image obtained by imaging swimming competition in a swimming pool, the state of the athlete comprising, at least, an advancing direction of the athlete, wherein the processor refers to a result of performing processing of detecting the athlete in the video image and identifies the advancing direction of the athlete as a direction that is different from the previous advancing direction, on the basis of a result of the detection of the athlete after the athlete is present in a region on a side of an end of the swimming pool, wherein the advancing direction of the athlete is identified as the direction that is different from the previous advancing direction in case the number of times the athlete is detected in a predetermined period of time after the athlete is present in the region on the side of the end of the swimming pool is equal to or less than a threshold value.
A shut-down system for a piston engine, which shut-down system comprises a pressure medium source, a pneumatic stopping cylinder for each fuel injection pump of the engine, a pressure medium pipe for connecting the stopping cylinders to the pressure medium source, and a stopping valve that is arranged between the pressure medium source and the stopping cylinders for allowing pressure medium flow from the pressure medium source to the stopping cylinders when actuated, characterized in that the pressure medium pipe is surrounded by an outer pipe and the system is provided with means for introducing pressure medium into the space between the pressure medium pipe and the outer pipe and with means (8, 11) for detecting leakage from the space between the pressure medium pipe and the outer pipe.
A transformer device to be mounted in a LAN for networking, in which a wire for a primary coil and a wire for a secondary coil are wound around an annular core to allow a signal component to pass from the wire for the primary coil to the wire for the secondary coil, wherein a twisted coil formed by intertwisting the two wires (11A, 11 B) is wound around the core, wherein the wire for the primary coil is formed of a one-layer insulated wire and the wire for the secondary coil is formed of a three-layer insulated wire, respectively, wherein the twisted coil is split into a first split coil wound around a part on one side of the core and a second split coil wound around a part on the other side of the core, and the one-layer insulated wires (11A1, 11A2) of the first and second split coils (111A, 111B) are electrically connected to first terminal pins (51, 51, 51) on the one side of the core, and the three-layer insulated wires (11B1, 11B2) of the first and second split coils (111A, 111B) are electrically connected to second terminal pins (51, 51, 51) on the other side of the core.
Household appliance with a treatment container for receiving objects to be treated, a storage container for an aqueous fluid, at least one pump for conveying the aqueous fluid between storage container and treatment container, an oxidising agent generator and at least one Venturi nozzle, wherein the objects to be treated are dishes or laundry to be cleaned, characterised in that the storage container is connected to the treatment container by way of a first air channel that can be regulated with a valve and a first Venturi nozzle is arranged between the treatment container and the storage container and is connected to the oxidising agent generator by way of a second air channel.
Artificial sphincter comprising at least two elements connected to each other and hollow for containing a pressurized fluid; said elements being adapted to be arranged on the sides of the urethra of a patient; each element having a respective contact surface with the urethra of substantially semi-cylindrical shape; characterized in that each element has a semi-conical surface opposite the contact surface.
A hair band, comprising at least one band provided with at least one substantially longitudinal slot and with respective mutual coupling means (4, 5) arranged at its ends, said band having a flat shape in an inactive configuration and being made of a polymeric material with high mechanical fatigue strength, i.e., with a rigidity that is suitable to provide a high consistency and flexibility of the elastic type, fatigue being understood as the successive exposure to stresses suitable to produce deformations in the band whose extent and direction may also be variable over time, characterised by, said polymer being of the type of polypropylene with a high crystalline grande, said polymer having an elastic modulus of deformation whose value is comprised between 1500 and 2800 MPa, fatigue strength and yield strength whose value is comprised between 25 and 60 MPa, with corresponding values of percentage breaking deformation comprised between 5% and 25% and percentage yielding deformation values comprised between 2% and 12% of the initial value, all the values determined according to the standards set by ISO527-1 and ISO527-2, said polymer having a density, according to the ISO1183 standard, comprised between 0.5 and 1.5 g/cm 3, a melt mass-flow rate, according to the ISO1133 standard, comprised between 10 and 30 g/10 minutes and a melt volume-flow rate, according to the ISO1133 standard, comprised between 15 and 45 cm 3 /10 minutes, said coupling means (4, 5) comprising a contoured T-shaped through opening on a first flat end of said band in said inactive configuration and a T-shaped element on the flat second end of the band in said inactive configuration, said T-shaped element being adapted for insertion in said contoured T-shaped through opening and for selective locking therein following the arrangement of the central portion of said T-shaped element, aligned with the longitudinal axis of said band, within a central portion recess which is aligned with the longitudinal axis of said band and directed backward toward the end region of the first end of said contoured opening, the end portion of said T-shaped element, when the central portion is accommodated within said recess of said opening 5, being oriented toward the perimetric edge of said first end of the band, which is inclined with respect to the direction of said second end of the band, so as to form a safety lock with respect to its exit from said recess, said orientation and inclination being obtained by deformation of the element.
An armature for a linear motor, comprising: a magnet structure having three pole sections adjacently arranged in a plane and in a direction parallel to the intended direction of motion, the pole sections consisting of two south pole sections and a north pole section, the north pole section between the two south pole sections, the pole sections consisting of magnet tiles separated by linear first intra-pole gaps filled with non-magnetic, non-electrically-conductive material, wherein the first intra-pole gaps extend in a direction parallel to the intended direction of motion, f wherein the magnet tiles are elongated rectangles arranged lengthwise, with the direction of elongation of the magnet tiles parallel to the intended direction of motion, wherein all magnet tiles have the same width along the direction perpendicular to the intended direction of motion within in said plane, wherein all magnet tiles of the north pole section have the same length and all magnet tiles of the south pole sections have the same length, wherein the north pole section is formed by a plurality of pairs of magnet tiles, the respective magnet tiles of each pair are arranged lengthwise in the intended direction of motion, and the pairs of magnet tiles are arranged adjacently in said direction perpendicular to the intended direction of motion, wherein the magnet tiles of each pair are separated by second intra-pole gaps, and wherein the second intra-pole gaps extend in a direction perpendicular to the intended direction of motion, wherein each south pole section is formed by magnet tiles of the south pole sections which are arranged adjacently only in said direction perpendicular to the intended direction of motion.
Process for forming marks intended to be detected optically and in reflection, comprising the following steps: a) depositing, by printing, on a surface, a first layer (17, 17') that is what is called a masking layer, in a first pattern consisting of a solid strip in the interior of which are formed a series of discrete, regularly spaced zones (zi) that are free of print, said zones (zi) forming a second pattern, said masking layer (17, 17') being substantially exempt of high-reflectivity particles and possessing a substantially uniform colour; b) depositing, by printing, on the surface, a second layer (17A, 17'A) that is what is called a reflective layer, in a pattern substantially identical to the second pattern, said reflective layer (17A, 17'A) containing high-reflectivity particles and being free from hardening agents and diluent. a) depositing, by printing, on a surface, a first layer (17, 17') that is what is called a masking layer, in a first pattern consisting of a solid strip in the interior of which are formed a series of discrete, regularly spaced zones (zi) that are free of print, said zones (zi) forming a second pattern, said masking layer (17, 17') being substantially exempt of high-reflectivity particles and possessing a substantially uniform colour; b) depositing, by printing, on the surface, a second layer (17A, 17'A) that is what is called a reflective layer, in a pattern substantially identical to the second pattern, said reflective layer (17A, 17'A) containing high-reflectivity particles and being free from hardening agents and diluent.