mhurhangee/patent-ind-claim-en huggingface dataset:
A broadcast signal transmitting method comprising: signaling in-band signaling information to at least one of multiple Physical Layer Pipes, PLPs, carrying service components configuring a broadcast service or broadcast services; performing Forward Error Correction, FEC, encoding on data included in each PLP; performing multiple input multiple output, MIMO, processing the FEC encoded data; cell interleaving the MIMO processed data; time-interleaving the cell interleaved data; generating logical transmission frames including the time-interleaved data, wherein each logical transmission frame further includes Layer 1, L1, -post signaling information and wherein the L1-post signaling information is carried in a beginning of each logical transmission frame; generating physical transmission frames including data of the logical transmission frames, wherein each physical transmission frame further includes P1 signaling information and L1-pre signaling information and wherein the P1 signaling information and the L1-pre signaling information are carried in a beginning of each physical transmission frame; modulating the physical transmission frames; and transmitting a broadcast signal including the modulated physical transmission frames, wherein at least one of the in-band signaling information and the L1-pre signaling information includes gap information indicating a number of cells between a last cell transmitting the L1-pre signaling information and a first cell of a first logical transmission frame starting in a current physical transmission frame. signaling in-band signaling information to at least one of multiple Physical Layer Pipes, PLPs, carrying service components configuring a broadcast service or broadcast services; performing Forward Error Correction, FEC, encoding on data included in each PLP; performing multiple input multiple output, MIMO, processing the FEC encoded data; cell interleaving the MIMO processed data; time-interleaving the cell interleaved data; generating logical transmission frames including the time-interleaved data, wherein each logical transmission frame further includes Layer 1, L1, -post signaling information and wherein the L1-post signaling information is carried in a beginning of each logical transmission frame; generating physical transmission frames including data of the logical transmission frames, wherein each physical transmission frame further includes P1 signaling information and L1-pre signaling information and wherein the P1 signaling information and the L1-pre signaling information are carried in a beginning of each physical transmission frame; modulating the physical transmission frames; and transmitting a broadcast signal including the modulated physical transmission frames, wherein at least one of the in-band signaling information and the L1-pre signaling information includes gap information indicating a number of cells between a last cell transmitting the L1-pre signaling information and a first cell of a first logical transmission frame starting in a current physical transmission frame.
Device for measuring a thread , comprising a holder for releasable holding of a tube , wherein the thread is formed at one end of the tube , a first optical measuring path with a first optical sensor , wherein the first optical measuring path is arranged at a manipulator of the device, the manipulator being adapted to move the first measuring path relative to the tube , and wherein the first optical measuring path is settably tiltable about a first setting axis (S1) relative to a thread axis (A) of the thread , wherein a second optical measuring path of the device with a second optical sensor is arranged at the manipulator , wherein the optical measuring paths together form a measuring channel for simultaneous measurement on opposite sides of the thread , characterised in that the measuring channel is tiltable by means of the manipulator about at least one second setting axis (S2) relative to the thread axis (A) to that the measuring channel can be freely oriented within a solid angle interval.
Apparatus for coating (1; 1') manufactured articles (P), such as panels made of wood, fiberglass, ceramic or the like, on which a photosensitive paint is applied beforehand, wherein said manufactured article (P) has un upper surface (Ps), a head surface (Pt), a tail surface (Pc), two side surfaces (PI) and a lower surface (Pi), comprising at least one radiation source for the treatment of said photosensitive paint, a conveying system , on which said manufactured article (P) is movable in a forward direction (A), and an inert chamber , in which an inert atmosphere is maintained, characterized in that said conveying system comprises a first conveyor belt and a second conveyor belt , arranged adjacent and in series, so that the manufactured article (P) may move from said first conveyor belt to said second conveyor belt , while it moves in said forward direction (A), in that said first conveyor belt is arranged, at least mostly, outside said inert chamber , and in that said second conveyor belt is arranged, at least mostly, inside said inert chamber . at least one radiation source for the treatment of said photosensitive paint, a conveying system , on which said manufactured article (P) is movable in a forward direction (A), and an inert chamber , in which an inert atmosphere is maintained, characterized in that said conveying system comprises a first conveyor belt and a second conveyor belt , arranged adjacent and in series, so that the manufactured article (P) may move from said first conveyor belt to said second conveyor belt , while it moves in said forward direction (A), in that said first conveyor belt is arranged, at least mostly, outside said inert chamber , and in that said second conveyor belt is arranged, at least mostly, inside said inert chamber .
A connection device for a water meter with horizontal outlets, said device including at least one fitting comprising two bent portions , each bent portion including an inclined end intended for connection thereof to the meter or to the water network, and a straight connecting end , wherein the two straight ends of the bent portions are connected to one another by means of a sealed rotary connection allowing to modulate a position of the fitting , wherein the fitting includes a use position in which the two inclined ends are directed towards an axial and vertical center of the water meter, and an installation position in which one of the inclined portions is directed towards said axial center and the other inclined portion is directed towards a side opposite to said axial center, characterized in that the fitting includes: - at least one pair of outer stops cooperating by mutual abutment to stop and limit a rotation between the bent portions , each straight end of the bent portions including one of said stops . - at least one pair of outer stops cooperating by mutual abutment to stop and limit a rotation between the bent portions , each straight end of the bent portions including one of said stops .
An isolated peptide comprising the amino acid sequence in SEQ ID NO. 66 (Ile-Asp-Gln-Gln-Val-Leu-Ser-Arg-Ile-Lys-Leu-Glu-Ile-Lys-Arg-Cys-Leu for use in a method of reducing the need for subsequent invasive surgical intervention in treatment naïve humans having benign prostatic hyperplasia (BPH) who had not previously taken an additional active agent, or who had not previously received treatment for BPH, the method comprising: (a) selecting treatment naïve humans having BPH who had not previously taken an additional active agent, or who had not previously received treatment for BPH; and (b) administering to the treatment naïve human a therapeutically effective amount of the isolated peptide to treat BPH, wherein the method reduces subsequent invasive surgical interventions for BPH by an amount within the range of from about 70 to 100%, when compared to humans having BPH receiving a placebo.
Timepiece escapement mechanism comprising at least one main plate carrying an escape wheel and a balance cooperating with the same pallet lever , comprising a pallet head carrying at least one entry pallet and/or one exit pallet and arranged to cooperate with an escape wheel , said pallet lever further including a fork arranged to cooperate with said balance , where the angular position of said fork is variable relative to said head , and where the only direct, permanent, mechanical connection between said head and said fork is provided by at least one flexible strip , the angular range of pivoting of said head and that of said fork being limited with respect to each other by stops, and said head including at least a first arm including a first support and stop surface arranged to cooperate, in abutment or support, in certain relative positions of said head and said fork , with a second support and stop surface comprised in at least a second arm of said fork , characterized in that said head and said fork are assembled to said main plate so that said at least one flexible strip is mounted prestressed buckled between said head at a first end and said fork at a second end , said pallet lever forming a bistable system comprising at least two stable states and two metastable states, and said two ends being, either each free to pivot in a housing that is free to move or fixed relative to said plate , or each embedded in a housing that is free to move relative to said plate , and at least one said housing (1010; 1020) then being subjected to a return force in the direction of the other said housing (1020; 1010).
A hearing device , comprising: an in-ear module adapted for insertion into a user's outer ear canal; a microphone , receiver , and processing circuitry incorporated into the in-ear module ; an on-ear module adapted for wearing on or behind a user's ear; a battery pack incorporated into the on-ear module ; and, a cable for electrically connecting components of the on-ear and in-ear modules; further comprising an in-ear battery pack for attaching to the in-ear module to enable the in-ear module to operate in an untethered mode without being connected to the on-ear module. an in-ear module adapted for insertion into a user's outer ear canal; a microphone , receiver , and processing circuitry incorporated into the in-ear module ; an on-ear module adapted for wearing on or behind a user's ear; a battery pack incorporated into the on-ear module ; and, a cable for electrically connecting components of the on-ear and in-ear modules; further comprising an in-ear battery pack for attaching to the in-ear module to enable the in-ear module to operate in an untethered mode without being connected to the on-ear module.
A pneumatic tire , comprising: a bead core ; a bead filler disposed on an outer side in a radial direction of the bead core ; a carcass layer wrapping the bead core and the bead filler and being wound and turned back; a sidewall rubber constituting a sidewall portion; a rim cushion rubber constituting a rim fitting surface of a bead portion; a run-flat reinforcing layer disposed on an inner side in a width direction of the carcass layer ; and a second filler disposed between a turned back portion of the carcass layer and the rim cushion rubber ; a point P on a tire outer circumferential surface being defined, the point P being located at a position corresponding to 150% of a rim flange height from a measurement point of a rim diameter of a specified rim , on which the pneumatic tire is mountable, a perpendicular line L being defined, the perpendicular line L being drawn from the point P to a tire inner circumferential surface and being perpendicular to the tire inner cirumferential surface, and a rubber gauge G1 of the run-flat reinforcing layer on the perpendicular line L, and a rubber gauge G2 of a region from the turned back portion the turned back portion of the carcass layer to a tire outer surface having a relationship 0 < G1/G2 ≤ 0.65, wherein the rubber gauge G2 of the region on the perpendicular line L has a relationship 0.95 ≤ G2/Gr ≤ 1.15 with respect to a maximum rubber gauge Gr of the run-flat reinforcing layer . a point P on a tire outer circumferential surface being defined, the point P being located at a position corresponding to 150% of a rim flange height from a measurement point of a rim diameter of a specified rim , on which the pneumatic tire is mountable, a perpendicular line L being defined, the perpendicular line L being drawn from the point P to a tire inner circumferential surface and being perpendicular to the tire inner cirumferential surface, and a rubber gauge G1 of the run-flat reinforcing layer on the perpendicular line L, and a rubber gauge G2 of a region from the turned back portion the turned back portion of the carcass layer to a tire outer surface having a relationship 0 < G1/G2 ≤ 0.65, wherein the rubber gauge G2 of the region on the perpendicular line L has a relationship 0.95 ≤ G2/Gr ≤ 1.15 with respect to a maximum rubber gauge Gr of the run-flat reinforcing layer .
A method, comprising: receiving at a receiver (101, 102, ..., 10N) an input signal (RX) arranged in frames, the frames including at least one field (CRCF) including a certain number of bits (BE) comprised between two subsequent homologous bit edges in said input signal (RX), producing at said receiver (101, 102, ..., 10N) a timing signal (BT) including waveforms each having a duration adjustable (SC, 410) at one of a first duration value and a second duration value , performing a check as to the occurrence, over the duration of said number of bits (BE) comprised between two subsequent homologous bit edges in said input signal (RX) in said bit frames in said received input signal (RX), of a number of waveforms of said timing signal (BT) having said duration adjusted to one of said first duration value and said second duration value by checking whether said number of waveforms corresponds to said number of bits (BE) comprised between two subsequent homologous bit edges in said input signal (RX), producing a check signal (CRC) having a first value (Y) or a second value (N) as a function of whether said check is passed or failed, and as a result of said check signal (CRC) having said first value (Y), maintaining the duration of the waveforms in said timing signal (BT) adjusted to said one of said first duration value and said second duration value , as a result of said check signal (CRC) having said second value (N), re-adjusting the duration of the waveforms in said timing signal (BT) to the other of said first duration value and said second duration value . receiving at a receiver (101, 102, ..., 10N) an input signal (RX) arranged in frames, the frames including at least one field (CRCF) including a certain number of bits (BE) comprised between two subsequent homologous bit edges in said input signal (RX), producing at said receiver (101, 102, ..., 10N) a timing signal (BT) including waveforms each having a duration adjustable (SC, 410) at one of a first duration value and a second duration value , performing a check as to the occurrence, over the duration of said number of bits (BE) comprised between two subsequent homologous bit edges in said input signal (RX) in said bit frames in said received input signal (RX), of a number of waveforms of said timing signal (BT) having said duration adjusted to one of said first duration value and said second duration value by checking whether said number of waveforms corresponds to said number of bits (BE) comprised between two subsequent homologous bit edges in said input signal (RX), producing a check signal (CRC) having a first value (Y) or a second value (N) as a function of whether said check is passed or failed, and as a result of said check signal (CRC) having said first value (Y), maintaining the duration of the waveforms in said timing signal (BT) adjusted to said one of said first duration value and said second duration value , as a result of said check signal (CRC) having said second value (N), re-adjusting the duration of the waveforms in said timing signal (BT) to the other of said first duration value and said second duration value .
Fluid processing apparatus comprising a flow network or flow path pattern of tubular flow conduits of flexible tubing , for conducting process fluid between processing elements of the apparatus, one or more flow control mechanisms such as valves for controllably modifying the flow of fluid in the flow path pattern, and a tubing support body of generally rigid material comprising opposed support body parts defining between them a pattern of support channels receiving the flexible tubing, the flexible tubing lying in the support channels so that in use the support channel limits or prevents expansion of the flexible tubing, and in which the opposed support body parts can be separated to open the channels for insertion or removal of the flexible tubing, and closed together to enclose the flexible tubing closely in the channels, and in which the flexible tubing has terminations emerging from the support body which are encased in termination covers of plastic or metal to prevent their expansion under internal pressure, the termination covers engaging mechanically in the support body to prevent the termination covers from turning in and/or escaping from the support body .
A freezing spiral net chain structure, comprising a plurality of chain links successively arranged in a travelling direction of a rail, wherein transmission teeth are arranged at inner ends of the chain links, and engagement teeth are arranged at two sides of the chain links, wherein the engagement teeth of the adjacent chain links are engaged with each other, axial holes are disposed between the mutually engaged engagement teeth, and rotary shafts are inserted into the axial holes, wherein a metal piece is connected between outer ends of every two adjacent rotary shafts; characterized in that : limiting portions configured to limit ends of the rotary shafts are integrally provided at outer ends of all of the chain links, each of the limiting portions is a square block, the square block is provided with a square hole , a limiting stop is provided in the square hole, and the metal piece is connected to the rotary shafts at an inner side of the limiting stop.
A method for a seeker, in a missile in flight, to locate a moving target, the method comprising: (a) measuring, at a plurality of moments during the flight of the missile, the location of the missile and the range to the target; (b) calculating the location of the target from the measured ranges and the measured missile locations; and (c) measuring Doppler information to determine a closing velocity of the missile relative to the target and using the Doppler information, in synthetic aperture radar processing, to separate the target from other targets and clutter in the calculation of the location of the target and in calculation of a velocity of the target. (a) measuring, at a plurality of moments during the flight of the missile, the location of the missile and the range to the target; (b) calculating the location of the target from the measured ranges and the measured missile locations; and (c) measuring Doppler information to determine a closing velocity of the missile relative to the target and using the Doppler information, in synthetic aperture radar processing, to separate the target from other targets and clutter in the calculation of the location of the target and in calculation of a velocity of the target.
A dust collecting station connectable to a dust collecting chamber of a vacuum cleaner , and configured to remove foreign substances collected in the dust collecting chamber and charge a battery of the vacuum cleaner therein, the dust collecting station comprising: a station body having a long axis extending in a vertical direction; a seating portion comprising an opening configured to communicate with an inside of the dust collecting chamber and on which the dust collecting chamber is configured to be seated; a suction device configured to generate a suction airflow such that the foreign substances in the dust collecting chamber are discharged through the opening of the seating portion ; a collecting portion arranged between the opening of the seating portion and the suction device and configured to collect the foreign substances discharged through the opening of the seating portion from the inside of the dust collecting chamber ; a flow path formed to extend from the opening of the seating portion to the suction device and allow the suction airflow to flow therein; a flow path control device configured to variously change the internal air flow of the dust collecting chamber by selectively blocking at least a part of the flow path while the suction device is operated; and a charging portion on which at least a part of the vacuum cleaner is configured to be seated for the battery of the vacuum cleaner to be charged, wherein the charging portion , the seating portion , the collecting portion , and the suction device , are sequentially arranged on the station body in a downward direction along the long axis of the station body . a station body having a long axis extending in a vertical direction; a seating portion comprising an opening configured to communicate with an inside of the dust collecting chamber and on which the dust collecting chamber is configured to be seated; a suction device configured to generate a suction airflow such that the foreign substances in the dust collecting chamber are discharged through the opening of the seating portion ; a collecting portion arranged between the opening of the seating portion and the suction device and configured to collect the foreign substances discharged through the opening of the seating portion from the inside of the dust collecting chamber ; a flow path formed to extend from the opening of the seating portion to the suction device and allow the suction airflow to flow therein; a flow path control device configured to variously change the internal air flow of the dust collecting chamber by selectively blocking at least a part of the flow path while the suction device is operated; and a charging portion on which at least a part of the vacuum cleaner is configured to be seated for the battery of the vacuum cleaner to be charged, wherein the charging portion , the seating portion , the collecting portion , and the suction device , are sequentially arranged on the station body in a downward direction along the long axis of the station body .