mhurhangee/ep-ind-claims huggingface dataset:
A receiving apparatus comprising: a deinterleaving device configured to receive an LDPC-coded data signal (Sa) in sets of N data items, where N can vary from frame to frame, said LDPC representing Low Density Parity Check, and the deinterleaving device further configured to perform a deinterleaving process on the data signal (Sa) having undergone an interleaving process, by use of a memory which has a number of columns "a" equal to a maximum number of data items in each set; and a control device configured such that when N is an integer smaller than "a": - said control device controls said deinterleaving device to write the data items of said data signal to a sequence of addresses of said memory, while reading previously written data items from said sequence of addresses, in a write period, and - said control device further controls said deinterleaving device to stop writing data items of said data signal to said sequence of addresses of said memory, while reading said previously written data items from said sequence of addresses unless there is no data written at the addresses, in a write inhibit period, said control device being configured to control the deinterleaving device such that when N is equal to "a", the period in which to write "a" data items is a write-ready period. a deinterleaving device configured to receive an LDPC-coded data signal (Sa) in sets of N data items, where N can vary from frame to frame, said LDPC representing Low Density Parity Check, and the deinterleaving device further configured to perform a deinterleaving process on the data signal (Sa) having undergone an interleaving process, by use of a memory which has a number of columns "a" equal to a maximum number of data items in each set; and a control device configured such that when N is an integer smaller than "a": - said control device controls said deinterleaving device to write the data items of said data signal to a sequence of addresses of said memory, while reading previously written data items from said sequence of addresses, in a write period, and - said control device further controls said deinterleaving device to stop writing data items of said data signal to said sequence of addresses of said memory, while reading said previously written data items from said sequence of addresses unless there is no data written at the addresses, in a write inhibit period, - said control device controls said deinterleaving device to write the data items of said data signal to a sequence of addresses of said memory, while reading previously written data items from said sequence of addresses, in a write period, and - said control device further controls said deinterleaving device to stop writing data items of said data signal to said sequence of addresses of said memory, while reading said previously written data items from said sequence of addresses unless there is no data written at the addresses, in a write inhibit period, said control device being configured to control the deinterleaving device such that when N is equal to "a", the period in which to write "a" data items is a write-ready period.
Sealing assembly (10, 76) comprised of a sealing element and a blocking head, wherein the sealing element is incorporated on the blocking head, for blocking or constricting a flow cross-section of a pipeline or a conduit, wherein the sealing element on the blocking head delimits at least one pressurized hollow volume (22, 92), wherein [the element] comprises a section of a shell surface implemented with a thicker wall thickness, characterized in that this section of the shell surface is in the manner of an articulation, deflectable radially about a securement site (80, 82) of the pressurizable sealing element and an inner wall of the pipeline or the conduit is sealable with the shell surface (16, 40, 46, 48) upon pressurization p i of the hollow volume (22, 92).
A device for transmitting utility meter data from an underground meter pit including a utility meter, the device comprising: an antenna housing comprising a top cap and a base having an upper support portion; a radiating antenna mounted within the antenna housing, the radiating antenna including a ground plate and a radiator plate spaced from the ground plate; a transmitter housing, the transmitter housing including an extending transmitter post configured to be at least partially received within the antenna housing; a transmitter circuit enclosed within the transmitter housing, the transmitter circuit including an antenna trace printed on a circuit board positioned within the transmitter post, wherein the antenna trace is positioned in an upper end of the transmitter post; and a metallic isolation sleeve mounted on the transmitter post and circumferentially surrounding the antenna trace, wherein the antenna housing is configured to be connected to the transmitter housing and the metallic isolation sleeve is configured to be mechanically and conductively connected to the ground plate, and wherein the upper end of the transmitter post and an end of the metallic isolation sleeve are configured to extend through an opening of the ground plate for transferring the RF signal from the transmitter circuit to the radiator plate. an antenna housing comprising a top cap and a base having an upper support portion; a radiating antenna mounted within the antenna housing, the radiating antenna including a ground plate and a radiator plate spaced from the ground plate; a transmitter housing, the transmitter housing including an extending transmitter post configured to be at least partially received within the antenna housing; a transmitter circuit enclosed within the transmitter housing, the transmitter circuit including an antenna trace printed on a circuit board positioned within the transmitter post, wherein the antenna trace is positioned in an upper end of the transmitter post; and a metallic isolation sleeve mounted on the transmitter post and circumferentially surrounding the antenna trace, wherein the antenna housing is configured to be connected to the transmitter housing and the metallic isolation sleeve is configured to be mechanically and conductively connected to the ground plate, and wherein the upper end of the transmitter post and an end of the metallic isolation sleeve are configured to extend through an opening of the ground plate for transferring the RF signal from the transmitter circuit to the radiator plate.
A process for obtaining a glass-ceramic plate of lithium aluminosilicate type free of arsenic and of antimony, comprising a step of melting and of refining a mother glass, then a ceramization step of said mother glass according to a ceramization cycle comprising the following steps: a) raising the temperature to the nucleation range, generally located close to the conversion range, especially at 50-80°C per minute; b) passing through the nucleation range in around twenty minutes; c) raising the temperature to the temperature T of the ceramization plateau between 900 and 1000°C in 15 to 30 minutes; d) maintaining the temperature T of the ceramization plateau for a time t of 10 to 25 minutes; and e) rapid cooling down to ambient temperature; said glass-ceramic plate having a chemical composition comprising the following constituents within the limits defined below, which are expressed as percentages by weight: SiO 2 52 - 75% Al 2 O 3 18 - 27% Li 2 O 2.5 - 5.5% K 2 O 0 - 3% Na 2 O 0 - 3% ZnO 0 - 3.5% MgO 0 - 3% CaO 0 - 2.5% BaO 0 - 3.5% SrO 0 - 2% TiO 2 1.2 - 5.5% ZrO 2 0 - 3% P 2 O 5 0 - 8%; and said chemical composition comprising vanadium oxide in a weight content between 0.01 and 0.03%, and the optical transmission of which, for a thickness of 4 mm, is between 0.4 and 1.5% for at least one wavelength between 400 and 500 nm. a) raising the temperature to the nucleation range, generally located close to the conversion range, especially at 50-80°C per minute; b) passing through the nucleation range in around twenty minutes; c) raising the temperature to the temperature T of the ceramization plateau between 900 and 1000°C in 15 to 30 minutes; d) maintaining the temperature T of the ceramization plateau for a time t of 10 to 25 minutes; and e) rapid cooling down to ambient temperature;
Shaped abrasive particles comprising alpha alumina and having a first side, a second side, a maximum length along a longitudinal axis and a maximum width transverse to the longitudinal axis; the first side comprising a quadrilateral having four edges and four vertices with the quadrilateral selected from the group consisting of a rhombus, a rhomboid, a kite, and a superellipse; wherein an aspect ratio of the maximum length divided by the maximum width is 1.3 or greater, and wherein the longitudinal axis extends between a pair of opposing vertices of the first side.
Laundry treatment machine, which has a rotatable drum located in an outer tub suspended in an oscillatory manner and can be loaded with laundry through a door which is located in a substantially vertically aligned front side and can be closed in a tight manner, wherein the door is sealed against the front side and the outer tub by means of a collar consisting of an elastically deformable material and which has a delivery facility and a nozzle for introducing a jet of liquid into the drum, wherein the nozzle is arranged on the collar, the nozzle is formed from an elastically deformable material and has an exit face, which extends along a longitudinal axis and is repeatedly concave, and wherein with which the exit face is symmetrical with respect to the longitudinal axis and has a number of indentations on both sides of the longitudinal axis, characterised in that with which the exit face has a peripheral line which is formed from arcs of a circle.
An apparatus, comprising: a housing comprising: a first compartment and a second compartment, and a third compartment between the first and second compartments, the third compartment including a line of weakness; a battery disposed in the second compartment; electronic components (108, 110, 112, 114) disposed in the first compartment, the electronic components coupled to the battery through the third compartment, the housing configured to be separable along or adjacent to the line of weakness to enable at least one of the battery or the electronic components to enter an electronic end-of-life management network; wherein each of the first and second compartments comprises a resin-potted block, to substantially prevent the battery and the electronic components from being exposed to moisture. a first compartment and a second compartment, and a third compartment between the first and second compartments, the third compartment including a line of weakness;
An aqueous cheese coating composition comprising an emulsion polymer of a vinylic ester and optionally further comonomer(s), in an amount of 10-60 wt.%, based on the total weight of the aqueous cheese coating composition optionally natamycin in an amount of 100 ppm or less, and 250-10000 ppm of a sugar fatty acid ester, with respect to the weight of the aqueous composition.
A rotor head for a rotary wing flying machine, the rotary wing flying machine comprising: - a fuselage, - a rotor mast or a rotor shaft extending above said fuselage, - a plurality of rotor blades (23 - 26) extending radial from said rotor mast or rotor shaft, the rotor head comprising: - means for attaching said blades (23 - 26) to said rotor mast or rotor shaft permitting blade movements and deformations of said blades (23 - 26) and - a fairing/ aerodynamically shaped hub-cap suitable for partly enclosing said rotor mast or rotor shaft and said blade attaching means, said fairing/hub-cap forming a chamber for a part of said rotor mast or rotor shaft and having a peripheral cut-out for each blade (23 - 26) through which said blade can extend radial from said rotor mast or rotor shaft, said cut-outs being sized to accommodate the movements and deformations of said blades (23 - 26) with said blade attaching means encountered in operation, - each of said cut-outs being provided with at least one skirt (8 - 11) mounted to a circumference of each of said cut-outs, said at least one skirt (8 - 11) being suitable for pointing towards the blade (23 - 26) extending through said cut-out with said at least one skirt (8 -11), - one blade collar for each blade suitable for surrounding said blade, - characterized in that each blade collar, when mounted, provides for a contact free labyrinth sealing with said at least one skirt (8 - 11). - a fuselage, - a rotor mast or a rotor shaft extending above said fuselage, - a plurality of rotor blades (23 - 26) extending radial from said rotor mast or rotor shaft, the rotor head comprising: - means for attaching said blades (23 - 26) to said rotor mast or rotor shaft permitting blade movements and deformations of said blades (23 - 26) and - a fairing/ aerodynamically shaped hub-cap suitable for partly enclosing said rotor mast or rotor shaft and said blade attaching means, said fairing/hub-cap forming a chamber for a part of said rotor mast or rotor shaft and having a peripheral cut-out for each blade (23 - 26) through which said blade can extend radial from said rotor mast or rotor shaft, said cut-outs being sized to accommodate the movements and deformations of said blades (23 - 26) with said blade attaching means encountered in operation, - each of said cut-outs being provided with at least one skirt (8 - 11) mounted to a circumference of each of said cut-outs, said at least one skirt (8 - 11) being suitable for pointing towards the blade (23 - 26) extending through said cut-out with said at least one skirt (8 -11), - one blade collar for each blade suitable for surrounding said blade, - characterized in that each blade collar, when mounted, provides for a contact free labyrinth sealing with said at least one skirt (8 - 11).
A method, comprising: determining, by a first network node, whether a user equipment is reachable or not; determining whether a network should buffer downlink data, wherein the determining whether the network should buffer the downlink data is based on stored context information or by querying an evolved Node B; requesting a second network node to buffer the downlink data for a duration; informing a third network node delivering the downlink data if the user equipment is determined to be unreachable; and informing the third node if the downlink data has been buffered. determining, by a first network node, whether a user equipment is reachable or not; determining whether a network should buffer downlink data, wherein the determining whether the network should buffer the downlink data is based on stored context information or by querying an evolved Node B; requesting a second network node to buffer the downlink data for a duration; informing a third network node delivering the downlink data if the user equipment is determined to be unreachable; and informing the third node if the downlink data has been buffered.
Pipe or measuring tube with at least one layer, which is at least partially insulating, and with a tubular element, which has an otherwise closed structure and at least one area with an open-pore cellular structure, wherein the material of the insulating layer has entered into the pores of the open-pore cellular structure of the tubular element and the insulating layer has a closed homogeneous structure on the side to be insulated, wherein the homogeneous closed structure coaxially surrounds the open-pore cellular structure and serves as an outer jacket of the measuring tube providing shape and giving the shape stability, characterized in that the tubular element is implemented as a single piece using an original mould process, the transition from the homogeneous closed structure to the open-pore cellular structure is seamless, and in that the material of the insulating layer is obtained by a subsequent original mould process.
A radio communication apparatus (2, 4) comprising: a transmission section that transmits, using a near field radio communication protocol, a calling signal to a locator (3, 5) attached to an item, the calling signal being used for calling the locator (3, 5); and a control section that regularly stands by for reception of a response signal from the locator (3, 5) during consecutive transmission of the calling signal and stops the consecutive transmission of the calling signal by being triggered upon reception of the response signal, characterized in that the control section performs control of transmitting a calling signal corresponding to one slot with a certain period after stopping the consecutive transmission of the calling signal and performs control of receiving a response signal corresponding to one slot with the certain period by shifting timing of the reception from timing of the transmission. a transmission section that transmits, using a near field radio communication protocol, a calling signal to a locator (3, 5) attached to an item, the calling signal being used for calling the locator (3, 5); and a control section that regularly stands by for reception of a response signal from the locator (3, 5) during consecutive transmission of the calling signal and stops the consecutive transmission of the calling signal by being triggered upon reception of the response signal, characterized in that the control section performs control of transmitting a calling signal corresponding to one slot with a certain period after stopping the consecutive transmission of the calling signal and performs control of receiving a response signal corresponding to one slot with the certain period by shifting timing of the reception from timing of the transmission.
Method for the production of a photographic picture comprising a photograph bonded with its face to a transparent carrier, the method comprising the following steps: a) providing a transparent carrier made of anti-reflective glass, b) applying an appropriate amount of a silicone adhesive to the carrier of step (a), c) forming a sandwich by applying to the carrier of step (a) a photograph with its face towards the face of the carrier to which the adhesive had been applied, d) applying pressure to the sandwich of carrier, adhesive and photograph, and, where appropriate, e) bonding the back of the photograph to a protective layer, wherein, alternatively, the silicone adhesive of step (b) may also be applied to the face of the photograph instead of being applied to the carrier. a) providing a transparent carrier made of anti-reflective glass, b) applying an appropriate amount of a silicone adhesive to the carrier of step (a), c) forming a sandwich by applying to the carrier of step (a) a photograph with its face towards the face of the carrier to which the adhesive had been applied, d) applying pressure to the sandwich of carrier, adhesive and photograph, and, where appropriate, e) bonding the back of the photograph to a protective layer,
A linear double-stranded oligonucleotide containing up to 100 base pairs, wherein each of the single-stranded oligonucleotides composing said double-stranded oligonucleotide contains up to 20 cytosine-guanine sequences (CpG) mediated by phosphodiester, and 90% or more of the bonds between the nucleotides of the single-stranded oligonucleotides are phosphodiester bonds, wherein the single-stranded oligonucleotide has either of the following base sequence or wherein one to three bases other than CpG are deleted from, substituted, or added to either of the following base sequence: 5'-TCGTCGTTTTGTCGTTTTGTCGTTTCGTCGTTTTGTCGTTTTGTCGTT-3' (SEQ ID NO. 2)
Plasma cleaning system for small parts, comprising a) a cleaning chamber, b) plasma generating means for generating a plasma and c) a receiving unit, which is arranged in the cleaning chamber and has a receiving opening, for receiving the small parts, wherein d) in a cleaning position serving for exposure to the plasma the receiving opening faces the plasma generating means, characterised in that e) the plasma cleaning system is designed to pivot the receiving unit within the cleaning chamber by at least 30° from a loading/removal position serving for loading and removing the small parts into the cleaning position and from the cleaning position back into the loading/removal position. a) a cleaning chamber, b) plasma generating means for generating a plasma and c) a receiving unit, which is arranged in the cleaning chamber and has a receiving opening, for receiving the small parts, wherein d) in a cleaning position serving for exposure to the plasma the receiving opening faces the plasma generating means, characterised in that e) the plasma cleaning system is designed to pivot the receiving unit within the cleaning chamber by at least 30° from a loading/removal position serving for loading and removing the small parts into the cleaning position and from the cleaning position back into the loading/removal position.
A method of producing an outer joint member, comprising thermally treating three track grooves provided on an inner circumference of an outer joint member for a constant velocity universal joint by using a high-frequency heat treatment coil, the constant velocity universal joint being a tripod type constant velocity universal joint, the track grooves extending in an axial line direction, the track grooves each comprising guide surfaces opposed to each other, and a large inner diameter section formed between the guide surfaces, the high-frequency heat treatment coil comprising a body section, the body section comprising three heating sections (71a, 71b, 71c) including a pair of vertical frames, three upper frames connecting upper portions of the vertical frames, and three lower frames connecting lower portions of the vertical frames, each upper frame comprising an upper opening opposed to the large inner diameter section, and the body section further comprising a lower opening opened in an axial direction, the body section being machined in an integrated manner, the upper openings being covered by cover members (78a, 78b, 78c), the lower opening being covered by a cover member (79a, 79b, 79c, 79d), the guide surfaces and the large inner diameter section in the vicinity of the guide surfaces being thermally treated by the vertical frames of the three heating sections (71a, 71b, 71c).