mhurhangee/ep-ind-claims huggingface dataset:
An aerosol-generating article for producing an inhalable aerosol upon heating, the aerosol-generating article comprising: a rod of aerosol-generating substrate; a mouthpiece segment comprising a plug of filtration material, the mouthpiece segment being arranged downstream of the rod and in longitudinal alignment with the rod; and a hollow tubular segment at a location between the rod and the mouthpiece segment, the hollow tubular segment being in longitudinal alignment with the rod and the mouthpiece segment, wherein the hollow tubular segment defines a cavity extending all the way to an upstream end of the mouthpiece segment; a ventilation zone at a location along the hollow tubular segment; characterised in that the rod of aerosol-generating substrate has a length of less than about 40 millimetres; in that an equivalent internal diameter of the hollow tubular segment at the location of the ventilation zone is at least about 5 millimetres; and in that the rod of aerosol-generating substrate comprises at least an aerosol former, the rod of aerosol-generating substrate having an aerosol former content of at least about 10 percent on a dry weight basis. a rod of aerosol-generating substrate; a mouthpiece segment comprising a plug of filtration material, the mouthpiece segment being arranged downstream of the rod and in longitudinal alignment with the rod; and a hollow tubular segment at a location between the rod and the mouthpiece segment, the hollow tubular segment being in longitudinal alignment with the rod and the mouthpiece segment, wherein the hollow tubular segment defines a cavity extending all the way to an upstream end of the mouthpiece segment; a ventilation zone at a location along the hollow tubular segment; characterised in that the rod of aerosol-generating substrate has a length of less than about 40 millimetres; in that an equivalent internal diameter of the hollow tubular segment at the location of the ventilation zone is at least about 5 millimetres; and in that the rod of aerosol-generating substrate comprises at least an aerosol former, the rod of aerosol-generating substrate having an aerosol former content of at least about 10 percent on a dry weight basis.
A dentifrice composition comprising (i) a whitening complex comprising crosslinked polyvinylpyrrolidone complexed with hydrogen peroxide, wherein the whitening complex contains 10-30% hydrogen peroxide, by weight, and 5-15% total nitrogen by weight, (ii) an ethylene oxide, propylene oxide block co-polymer of average molecular weight greater than 5000 Da, being substantially free of an ethylene oxide, propylene oxide block co-polymer of average molecular weight less than 5000 Da, wherein the ethylene oxide, propylene oxide block co-polymer comprises (ethylene oxide) x -(propylene oxide) y wherein x is an integer of 80-150 and y is an integer 30-80, and (iii) polyethylene glycol of average molecular weight 400 to 800 Da; wherein the composition contains less than 3% water by weight, and the total amount of hydrogen peroxide by weight of the composition is 0.5-3%, wherein the composition is a toothpaste comprising a calcium abrasive selected from a calcium phosphate salt and calcium carbonate, and wherein the composition further comprises an amount of 1 to 20% by weight of an additional linear and/or crosslinked polyvinylpyrrolidone. (i) a whitening complex comprising crosslinked polyvinylpyrrolidone complexed with hydrogen peroxide, wherein the whitening complex contains 10-30% hydrogen peroxide, by weight, and 5-15% total nitrogen by weight, (ii) an ethylene oxide, propylene oxide block co-polymer of average molecular weight greater than 5000 Da, being substantially free of an ethylene oxide, propylene oxide block co-polymer of average molecular weight less than 5000 Da, wherein the ethylene oxide, propylene oxide block co-polymer comprises (ethylene oxide) x -(propylene oxide) y wherein x is an integer of 80-150 and y is an integer 30-80, and (iii) polyethylene glycol of average molecular weight 400 to 800 Da; wherein the composition contains less than 3% water by weight, and the total amount of hydrogen peroxide by weight of the composition is 0.5-3%,
An unlicensed carrier power control method, comprising: acquiring multiple transmitted power constraint parameters, and determining a minimum value in the multiple transmitted power constraint parameters (101, 201); and performing power control according to the minimum value in the multiple transmitted power constraint parameters (102, 202) characterized in that the method further comprises: acquiring corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy an unlicensed carrier, and determining frequency-domain sparse signals or channels which are able to be borne by the unlicensed carrier according to signal strength of a neighbor node and the corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy the unlicensed carrier. acquiring multiple transmitted power constraint parameters, and determining a minimum value in the multiple transmitted power constraint parameters (101, 201); and performing power control according to the minimum value in the multiple transmitted power constraint parameters (102, 202) characterized in that the method further comprises: acquiring corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy an unlicensed carrier, and determining frequency-domain sparse signals or channels which are able to be borne by the unlicensed carrier according to signal strength of a neighbor node and the corresponding unlicensed carrier availability judgment energy strength threshold values adopted when multiple signals or channels of different frequency-domain sparsity occupy the unlicensed carrier.
Method for the contactless transmission of electrical energy between a wall and a leaf which is hinged about a hinge axis and fastened to this wall, in which a primary power coil which is fastened to the wall and a secondary power coil which is fastened to the leaf are provided which are in inductive operative connection by means of a hinge bolt, using a device according to one of Claims 4 to 8, characterized in that the secondary power voltage induced in the secondary power coil is detected and compared to a setpoint value, the primary power applied to the primary power coil is influenced based on the comparison of the setpoint value and the actual value of the secondary power voltage, the primary power necessary for achieving the setpoint value of the secondary power voltage is detected, and a signal is triggered when a predetermined primary power necessary for achieving the setpoint value of the secondary power voltage is exceeded.
Sulfur-crosslinkable rubber mixture comprising - 20 to 100 phr of at least one functionalized styrene-butadiene copolymer A, where the functionalized styrene-butadiene copolymer has been functionalized at at least one chain end per polymer chain with an alkoxysilyl group containing amino groups and at least one further alkoxysilyl group(s) and/or at least one further alkoxysilyl group(s) containing amino groups, and - 20 to 300 phr of at least one finely divided silica, where the silicas have a dispersion in the polymer matrix of more than 95% as determined by means of degrees of dispersion according to ASTM D7723-11. - 20 to 100 phr of at least one functionalized styrene-butadiene copolymer A, where the functionalized styrene-butadiene copolymer has been functionalized at at least one chain end per polymer chain with an alkoxysilyl group containing amino groups and at least one further alkoxysilyl group(s) and/or at least one further alkoxysilyl group(s) containing amino groups, and - 20 to 300 phr of at least one finely divided silica, where the silicas have a dispersion in the polymer matrix of more than 95% as determined by means of degrees of dispersion according to ASTM D7723-11.
A belt retractor comprising a frame, a sensor for vehicle-sensitive blocking providing a sensor lever, a belt spool and a rocker arm coupled to the belt spool via a coupling which is adjustable between an initial position in which the sensor lever is blocked and a pull-out position in which the sensor lever is released, characterized in that the coupling is a wrap spring coupling comprising a driving element coupled to the belt spool as well as a driven element connected to the rocker arm, wherein the driving element and the driven element have a respective annular outer friction surface (38, 44) and are arranged concentrically to each other and in that a coil spring is provided which is adjacent to the friction surfaces (38, 44) and couples the driven element to the driving element.
An active matrix substrate comprising: a plurality of first wirings (40, 41) formed parallel to each other in a display region; a plurality of first terminals arranged in a terminal arrangement region; and a plurality of first extraction wirings (61, 72) respectively connecting the plurality of first wirings (40, 41) and the plurality of first terminals; wherein the plurality of first extraction wirings (61, 72) are respectively connected, through the first terminals, to second wirings or third wirings (64, 75), both of which are formed adjacently and alternately in a region other than the display region, and the active matrix substrate comprises a common wiring (66, 67, 77, 78), characterized by the common wiring being connected to a plurality of bundled wirings (65, 76) that are composed of the second wirings (64 2 64 4, 64 6, 75 1, 75 3, 75 5) and the third wirings (64 1, 64 3, 64 5, 75 2, 75 4, 75 6) and peach combine one of the second wirings and one of the third wirings into a single wiring, respectively. a plurality of first wirings (40, 41) formed parallel to each other in a display region; a plurality of first terminals arranged in a terminal arrangement region; and a plurality of first extraction wirings (61, 72) respectively connecting the plurality of first wirings (40, 41) and the plurality of first terminals; wherein the plurality of first extraction wirings (61, 72) are respectively connected, through the first terminals, to second wirings or third wirings (64, 75), both of which are formed adjacently and alternately in a region other than the display region, and the active matrix substrate comprises a common wiring (66, 67, 77, 78), characterized by the common wiring being connected to a plurality of bundled wirings (65, 76) that are composed of the second wirings (64 2 64 4, 64 6, 75 1, 75 3, 75 5) and the third wirings (64 1, 64 3, 64 5, 75 2, 75 4, 75 6) and peach combine one of the second wirings and one of the third wirings into a single wiring, respectively.
A method for processing a status report, comprising: generating, by a RLC receiving terminal, a status report required to be sent according to a data message received from an RLC sending terminal, the status report required to be sent comprises timing information of the status report required to be sent; and sending, by the RLC receiving terminal, the status report required to be sent to the RLC sending terminal, and determining, by the RLC sending terminal, whether or not the status report is a repeatedly-received status report or an expired status report according to the timing information comprised in the status report; characterized in that: when the timing information represents a serial number for the status report required to be sent, filling, by the RLC receiving terminal, the serial number for the status report required to be sent into a CPT field of the status report required to be sent; or filling the serial number for the status report required to be sent into the CPT field and a D/C field of the status report required to be sent. generating, by a RLC receiving terminal, a status report required to be sent according to a data message received from an RLC sending terminal, the status report required to be sent comprises timing information of the status report required to be sent; and sending, by the RLC receiving terminal, the status report required to be sent to the RLC sending terminal, and determining, by the RLC sending terminal, whether or not the status report is a repeatedly-received status report or an expired status report according to the timing information comprised in the status report; characterized in that: when the timing information represents a serial number for the status report required to be sent, filling, by the RLC receiving terminal, the serial number for the status report required to be sent into a CPT field of the status report required to be sent; or filling the serial number for the status report required to be sent into the CPT field and a D/C field of the status report required to be sent.
A system for a wearable device, for determining a gaze direction of a user wearing the wearable device, wherein the system comprises: a display device; a primary lens disposed in front of the display device with respect to the viewing direction of the user when the user is wearing the wearable device; an illuminator configured to illuminate an eye of a user, wherein the illuminator is disposed in the primary lens, and a plurality of imaging devices disposed in the primary lens-to-detect light reflected by the eye of the user; characterised in that the illuminator comprises a plurality of optical fibers and illumination sources coupled to the ends of the optical fibers; wherein the optical fibers are deposited in grooves in a surface of the primary lens and are numerously distributed across a front side of the primary lens; wherein any void in the grooves where the optical fibers are placed are filled with a substance to maintain a position of the optical fibers, and to minimize refraction therein; wherein the substance has a same, or similar, refraction index to the primary lens itself in order to minimize visible distortion of the lens to the user. a display device; a primary lens disposed in front of the display device with respect to the viewing direction of the user when the user is wearing the wearable device; an illuminator configured to illuminate an eye of a user, wherein the illuminator is disposed in the primary lens, and a plurality of imaging devices disposed in the primary lens-to-detect light reflected by the eye of the user; characterised in that the illuminator comprises a plurality of optical fibers and illumination sources coupled to the ends of the optical fibers; wherein the optical fibers are deposited in grooves in a surface of the primary lens and are numerously distributed across a front side of the primary lens; wherein any void in the grooves where the optical fibers are placed are filled with a substance to maintain a position of the optical fibers, and to minimize refraction therein; wherein the substance has a same, or similar, refraction index to the primary lens itself in order to minimize visible distortion of the lens to the user.
A process for making a fibrous filtration media comprising forming a fibrous glass filtration layer by applying a binder to glass fibers for forming a non-woven mat, with the glass fibers having an average fiber diameter within a range from 0.76 to 5.1 micron (3x10 -5 to 2x10 -4 inches) and the binder comprising a polycarboxy polymer and a polyol, the mat being air laid and the glass fibers are flame attenuated glass fibers, the fibrous filtration layer has a thickness from 0.30 to 0.89 cm (0.12 to 0.35 inches).
A device for detecting Points Of Failure in an integrated circuit, the integrated circuit device being described by a structural description of the integrated circuit comprising a plurality of elements, said elements representing cells and wires interconnecting the cells, the structural description of the integrated circuit further comprising portions representing a set of sensitive functional blocks, each sensitive functional block comprising one or more inputs, at least one sensitive output, and a set of elements interconnected such that the value of the sensitive output is a Boolean function of the input values of the sensitive functional block, wherein the device comprises: - a selection unit configured to iteratively select a n-tuple of elements in at least the portions of the structural description of the integrated circuit corresponding to said sensitive functional blocks, - a testing unit configured to test each selected n-tuple of elements, the testing unit being configured to: - modify said selected n-tuple of elements from an initial state to a testing state; - determine if the derivative of the Boolean function associated with each sensitive functional block is equal to zero, the device being configured to detect that said n -tuple represents a Point Of Failure of order n in the integrated circuit device if the Boolean function associated with said sensitive functional block is equal to zero. - a selection unit configured to iteratively select a n-tuple of elements in at least the portions of the structural description of the integrated circuit corresponding to said sensitive functional blocks, - a testing unit configured to test each selected n-tuple of elements, the testing unit being configured to: - modify said selected n-tuple of elements from an initial state to a testing state; - determine if the derivative of the Boolean function associated with each sensitive functional block is equal to zero, - modify said selected n-tuple of elements from an initial state to a testing state; - determine if the derivative of the Boolean function associated with each sensitive functional block is equal to zero,
An uplink access method of a mobile station, the method comprising: receiving a synchronization signal and a broadcast control signal from a base station; selecting an uplink transmission beam for transmitting an uplink access signal based on a reception result of at least one of the synchronization signal and broadcast control signal; transmitting the uplink access signal using the selected uplink transmission beam; and receiving an access response of the uplink access signal and a control channel initial configuration information from the base station, wherein the control channel initial configuration information is used for a connection setup procedure. receiving a synchronization signal and a broadcast control signal from a base station; selecting an uplink transmission beam for transmitting an uplink access signal based on a reception result of at least one of the synchronization signal and broadcast control signal; transmitting the uplink access signal using the selected uplink transmission beam; and receiving an access response of the uplink access signal and a control channel initial configuration information from the base station, wherein the control channel initial configuration information is used for a connection setup procedure.
Drug delivery device comprising: - a reservoir for containing a medical product, - a distally projecting end-piece having an outer surface and a total length L T measured along a longitudinal axis A of said end-piece, said end-piece defining an axial passageway for the transfer of said medical product contained in said reservoir, said end-piece having a proximal region configured to be fixed to an adaptor, wherein a gripping surface is provided on a portion of said outer surface such that the roughness of said portion is higher than the rest of the outer surface, said portion being located in a distal region of said end-piece and outside the proximal region of the end-piece such that the adaptor does not contact the gripping surface while being slid over the end-piece, the length Lc of said portion representing at most 40% of the total length L T of the end-piece, wherein a distal edge of said portion is proximally spaced with respect to the distal end of the end-piece, and the proximal region is half the length LT of the end-piece, while the distal region is the other half of the length LT of the end-piece. - a reservoir for containing a medical product, - a distally projecting end-piece having an outer surface and a total length L T measured along a longitudinal axis A of said end-piece, said end-piece defining an axial passageway for the transfer of said medical product contained in said reservoir, said end-piece having a proximal region configured to be fixed to an adaptor, wherein a gripping surface is provided on a portion of said outer surface such that the roughness of said portion is higher than the rest of the outer surface, said portion being located in a distal region of said end-piece and outside the proximal region of the end-piece such that the adaptor does not contact the gripping surface while being slid over the end-piece, the length Lc of said portion representing at most 40% of the total length L T of the end-piece, wherein a distal edge of said portion is proximally spaced with respect to the distal end of the end-piece, and the proximal region is half the length LT of the end-piece, while the distal region is the other half of the length LT of the end-piece. wherein a gripping surface is provided on a portion of said outer surface such that the roughness of said portion is higher than the rest of the outer surface, said portion being located in a distal region of said end-piece and outside the proximal region of the end-piece such that the adaptor does not contact the gripping surface while being slid over the end-piece, the length Lc of said portion representing at most 40% of the total length L T of the end-piece, wherein a distal edge of said portion is proximally spaced with respect to the distal end of the end-piece, and the proximal region is half the length LT of the end-piece, while the distal region is the other half of the length LT of the end-piece.