mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a circular knit, elastic, single jersey fabric by the steps of: a. providing an elastomeric material; b. providing at least one hard yarn selected from the group consisting of spun yarns, continuous filament yarns and combinations thereof; c. plating the elastomeric material with the at least one hard yarn; d. circular knitting (42, 61) the plated elastomeric material and at least one hard yarn in every knit course to form a circular knit, elastic, single jersey fabric; characterized in that it further comprises the step of: e. contacting the circular knit, elastic, single jersey fabric with a continuous phase aqueous solution at a temperature in the range from 105 to 145°C for a residence time ranging from 15 to 90 minutes at a pressure sufficient to substantially set the elastomeric material a. providing an elastomeric material; b. providing at least one hard yarn selected from the group consisting of spun yarns, continuous filament yarns and combinations thereof; c. plating the elastomeric material with the at least one hard yarn; d. circular knitting (42, 61) the plated elastomeric material and at least one hard yarn in every knit course to form a circular knit, elastic, single jersey fabric; characterized in that it further comprises the step of: e. contacting the circular knit, elastic, single jersey fabric with a continuous phase aqueous solution at a temperature in the range from 105 to 145°C for a residence time ranging from 15 to 90 minutes at a pressure sufficient to substantially set the elastomeric material
A method performed by a base station in a wireless communication system for generating and transmitting an orthogonal frequency division multiple access, OFDMA, signal, the base station comprising a synchronization channel signal generator and transmitter circuitry and the method comprising the steps of: generating, by the synchronization channel signal generator, a synchronization channel signal comprising information for providing cell identification information associated with the base station, wherein the synchronization channel signal is a sequence divided into a plurality of synchronization channel signal sequence elements, wherein the sequence is a general chirp like, GCL, type of sequence or a maximal-length binary type of sequence modified to fit within resources available for the synchronization channel signal sequence, wherein for a GCL type of sequence, an index of the GCL sequence is defined in response to the cell identification information and for a maximal-length binary type of sequence, a cyclic shift of the maximal-length binary sequence is defined in response to the cell identification information; and transmitting, by the transmitter circuitry, the OFDMA signal including the synchronization channel signal. generating, by the synchronization channel signal generator, a synchronization channel signal comprising information for providing cell identification information associated with the base station, wherein the synchronization channel signal is a sequence divided into a plurality of synchronization channel signal sequence elements, wherein the sequence is a general chirp like, GCL, type of sequence or a maximal-length binary type of sequence modified to fit within resources available for the synchronization channel signal sequence, wherein for a GCL type of sequence, an index of the GCL sequence is defined in response to the cell identification information and for a maximal-length binary type of sequence, a cyclic shift of the maximal-length binary sequence is defined in response to the cell identification information; and transmitting, by the transmitter circuitry, the OFDMA signal including the synchronization channel signal.
An information processing method, comprising: receiving, by a terminal device, two synchronization signal blocks, SSBs, sent by a network device in one slot, and detecting physical downlink control channels, PDCCHs, of remaining minimum system information, RMSI, on control resource sets, CORESETs, of the RMSI in one-to-one association with the two SSBs, characterized in that: wherein candidate position information of the two SSBs in the one slot comprises: a first SSB of the two SSBs is located on a fourth symbol to a seventh symbol in the one slot; and a second SSB of the two SSBs is located on an eleventh symbol to a fourteenth symbol in the one slot, wherein a time domain length of the CORESET of the RMSI comprises: at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI. receiving, by a terminal device, two synchronization signal blocks, SSBs, sent by a network device in one slot, and detecting physical downlink control channels, PDCCHs, of remaining minimum system information, RMSI, on control resource sets, CORESETs, of the RMSI in one-to-one association with the two SSBs, characterized in that: wherein candidate position information of the two SSBs in the one slot comprises: a first SSB of the two SSBs is located on a fourth symbol to a seventh symbol in the one slot; and a second SSB of the two SSBs is located on an eleventh symbol to a fourteenth symbol in the one slot, wherein a time domain length of the CORESET of the RMSI comprises: at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI. wherein candidate position information of the two SSBs in the one slot comprises: a first SSB of the two SSBs is located on a fourth symbol to a seventh symbol in the one slot; and a second SSB of the two SSBs is located on an eleventh symbol to a fourteenth symbol in the one slot, wherein a time domain length of the CORESET of the RMSI comprises: at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI. at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI.
A rocking chair comprising: a base portion having at least one retaining member; a rockable seat portion mounted upon said base portion, said rockable seat portion being arranged for forward and rearward rocking movement relative to said base portion; an axle mounted on said seat portion, said axle being arranged for pivotal movement about an axis, said axis spanning the width of said seat portion, said axis being generally parallel to said base portion; at least one toothed rack mounted upon said axle, said toothed rack being arranged for pivotal movement, together with said axle, about said axis between a locked closed position and a locked open position, said pivotal movement being in a first plane which is perpendicular to said axis, said toothed rack having a multiplicity of forward facing grooves arranged for selectable retaining engagement with said at least one retaining member, said selectable retaining engagement being operative to selectably limit forward and rearward extents of said rocking movement; and at least one adjustable forward limiting member, said at least one adjustable forward limiting member being operative, when said toothed rack is not in retaining engagement with said at least one retaining member, to limit the extent of forward pivotal movement of said at least one toothed rack in said first plane to be rearward of a second plane which intersects said at least one retaining member and which is generally perpendicular to said base portion and to said first plane. a base portion having at least one retaining member; a rockable seat portion mounted upon said base portion, said rockable seat portion being arranged for forward and rearward rocking movement relative to said base portion; an axle mounted on said seat portion, said axle being arranged for pivotal movement about an axis, said axis spanning the width of said seat portion, said axis being generally parallel to said base portion; at least one toothed rack mounted upon said axle, said toothed rack being arranged for pivotal movement, together with said axle, about said axis between a locked closed position and a locked open position, said pivotal movement being in a first plane which is perpendicular to said axis, said toothed rack having a multiplicity of forward facing grooves arranged for selectable retaining engagement with said at least one retaining member, said selectable retaining engagement being operative to selectably limit forward and rearward extents of said rocking movement; and at least one adjustable forward limiting member, said at least one adjustable forward limiting member being operative, when said toothed rack is not in retaining engagement with said at least one retaining member, to limit the extent of forward pivotal movement of said at least one toothed rack in said first plane to be rearward of a second plane which intersects said at least one retaining member and which is generally perpendicular to said base portion and to said first plane.
Apparatus for non-invasive subsoil inspection, for verifying the presence of any underground facilities, comprising: a mobile support structure which can be moved in at least one horizontal direction, and which supports a plurality of antennas for transmitting an electromagnetic signal towards the soil and for receiving the response echoes, and an electronic processing unit for analyzing the data acquired by said antennas and for reconstructing an image of the subsoil portion scanned by the machine, characterized in that it comprises a first group of antennas including at least one row of antennas with vertical polarization, for detecting any underground facilities arranged transversally to the direction of forward motion of the apparatus, a second group of antennas including at least two rows of antennas (L21, L22), wherein the antennas in each row have horizontal polarization, for detecting any underground facilities arranged longitudinally with respect to the direction of forward motion of the apparatus. a mobile support structure which can be moved in at least one horizontal direction, and which supports a plurality of antennas for transmitting an electromagnetic signal towards the soil and for receiving the response echoes, and an electronic processing unit for analyzing the data acquired by said antennas and for reconstructing an image of the subsoil portion scanned by the machine, characterized in that it comprises a first group of antennas including at least one row of antennas with vertical polarization, for detecting any underground facilities arranged transversally to the direction of forward motion of the apparatus, a second group of antennas including at least two rows of antennas (L21, L22), wherein the antennas in each row have horizontal polarization, for detecting any underground facilities arranged longitudinally with respect to the direction of forward motion of the apparatus.
Postal sorting equipment for sorting flat mailpieces, which equipment comprises a postal sorting machine having a feed inlet in which the mailpieces are placed on-edge in stacks, and a sorting conveyor in which the mailpieces are moved on-edge in series towards sorting outlets; said postal sorting equipment being characterized in that it further comprises: • a storage-tray conveyor for automatically conveying open-topped storage trays that are filled with mailpieces stacked flat; • a shuttle-tray conveyor for conveying open-fronted shuttle trays that are substantially L-shaped, and in which the mailpieces are placed on-edge in stacks; and • a tray interchanger through which the storage-tray conveyor and the shuttle-tray conveyor pass and that is suitable for automatically transferring the mailpieces stored flat in an open-topped storage tray to an open-fronted shuttle tray; and in that said shuttle-tray conveyor is connected between the interchanger and the feed inlet of the sorting machine, in that, in the interchanger, the shuttle tray to be loaded is placed under the storage tray to be unloaded, and the transfer is achieved by turning the storage tray over relative to the shuttle tray, and in that said interchanger is arranged to cause the shuttle tray being transferred to be held on a slant relative to the horizontal and vertical directions in order to obtain jogging by gravity of the transferred stack of mailpieces against the far inside surface of said shuttle tray. • a storage-tray conveyor for automatically conveying open-topped storage trays that are filled with mailpieces stacked flat; • a shuttle-tray conveyor for conveying open-fronted shuttle trays that are substantially L-shaped, and in which the mailpieces are placed on-edge in stacks; and • a tray interchanger through which the storage-tray conveyor and the shuttle-tray conveyor pass and that is suitable for automatically transferring the mailpieces stored flat in an open-topped storage tray to an open-fronted shuttle tray;
Compressed air supply installation (DLVA, 10, 10') for operating a pneumatic system, particularly a vehicle air suspension system, comprising: - an air supply and an air compressor for supplying a compressed air supply with compressed air, - a pneumatic connection, particularly a venting line, with a vent valve arrangement, particularly in the form of a controllable solenoid valve arrangement (40, 40', 400, 400', 40. 1, 40.2) and a vent port for venting air, and - a pneumatic connection, particularly a compressed air supply line, with an air drier and a compressed air connection for supplying the pneumatic system with compressed air, wherein the air drier exhibits a drying container containing a drying agent through which compressed air can flow, characterized in that the drying container exhibits a wall forming a recess free from drying agent and the vent valve arrangement is arranged at least partly in the recess. - an air supply and an air compressor for supplying a compressed air supply with compressed air, - a pneumatic connection, particularly a venting line, with a vent valve arrangement, particularly in the form of a controllable solenoid valve arrangement (40, 40', 400, 400', 40. 1, 40.2) and a vent port for venting air, and - a pneumatic connection, particularly a compressed air supply line, with an air drier and a compressed air connection for supplying the pneumatic system with compressed air, wherein the air drier exhibits a drying container containing a drying agent through which compressed air can flow,
Electromagnetic lifter for moving hot materials, comprising a ferromagnetic yoke characterised in that it is formed by at least one horizontal core and at least two vertical polarities (2, 2'), lifting coils wound around said core and enclosed in a container, as well as a non-magnetic baffle arranged between said vertical polarities (2, 2') and below said container so as to protect the latter from the heat radiated by the hot material to be moved, wherein it further includes side spacers and top spacers that keep the container spaced from the polarities (2, 2') and the core respectively.
A polycarbonate polymer comprising: an isosorbide unit, a polysiloxane unit, an aliphatic unit different from isosorbide unit, wherein the isosorbide unit, polysiloxane unit, and aliphatic unit are each carbonate, or a combination of carbonate and ester units, the aliphatic unit different from the isosorbide unit is derived from an aliphatic oligomeric polyester polyol having a weight average molecular weight of 900 to 4000 g/mol, and the calculated bio-content is greater than or equal to 40 weight percent, based on the total weight of the polycarbonate polymer as determined in accordance with ASTM D6866-06a, wherein the polycarbonate has a glass transition temperature of 140 to 170°C as determined using differential scanning calorimetry with a heating rate of 10°C / minute.
A GSM method to share signals on a single channel; comprising: setting up a new connection between a base station (110, 111, 114) and a remote station; selecting a used time slot on a channel frequency for said new connection to share with an existing connection; selecting a new training sequence for said new connection, wherein the new training sequence selected is different from the existing connection's training sequence in the same time slot on the same channel frequency; using both said training sequences (404, 405) by the same base station in the same time slot on the same channel frequency; and phase shifting symbols of said new connection with respect to said existing connection. setting up a new connection between a base station (110, 111, 114) and a remote station; selecting a used time slot on a channel frequency for said new connection to share with an existing connection; selecting a new training sequence for said new connection, wherein the new training sequence selected is different from the existing connection's training sequence in the same time slot on the same channel frequency; using both said training sequences (404, 405) by the same base station in the same time slot on the same channel frequency; and phase shifting symbols of said new connection with respect to said existing connection.
A ski binding with ski brake, particularly a touring and telemark binding, comprising: a front retaining element and a rear retaining element and also a tensioning device designed to connect the front and rear retaining elements such that they can be locked to a ski boot, the front retaining element, rear retaining element and the tensioning device being designed to rotate upward and forward about an axis of rotation with an opening angle (α) relative to a ski, wherein the ski brake is disposed between an upper surface of the ski and the assembly consisting of front retaining element, rear retaining mechanism and the tensioning devices, wherein the assembly consisting of front retaining element, rear retaining element and tensioning device comprises a plate or a piece that is designed to receive a front section of the ski brake, the ski brake being inactive when the front section is received in the plate or the piece and where the ski brake is activated when the front section is not received in the plate or the piece, wherein the plate or piece is designed to bear against the underside of and rotate together with the ski boot sole, characterised in that the front section is provided with engaging means arranged to engage with corresponding engaging means in the plate or piece when the opening angle (α) exceeds a predetermined angle. a front retaining element and a rear retaining element and also a tensioning device designed to connect the front and rear retaining elements such that they can be locked to a ski boot, the front retaining element, rear retaining element and the tensioning device being designed to rotate upward and forward about an axis of rotation with an opening angle (α) relative to a ski, wherein the ski brake is disposed between an upper surface of the ski and the assembly consisting of front retaining element, rear retaining mechanism and the tensioning devices, wherein the assembly consisting of front retaining element, rear retaining element and tensioning device comprises a plate or a piece that is designed to receive a front section of the ski brake, the ski brake being inactive when the front section is received in the plate or the piece and where the ski brake is activated when the front section is not received in the plate or the piece, wherein the plate or piece is designed to bear against the underside of and rotate together with the ski boot sole, characterised in that the front section is provided with engaging means arranged to engage with corresponding engaging means in the plate or piece when the opening angle (α) exceeds a predetermined angle.
An aerosol generating device, comprising: a chamber configured to at least partially receive an aerosol generating substrate; an air flow path extending through the chamber; a convection heater positioned upstream of the chamber in a flow direction through the flow path and comprising a heating element comprising a porous structure, configured such that air that is to flow through the flow path is caused to pass the heating element to reach the chamber, wherein the heating element consists of or comprises a sintered metallic material. a chamber configured to at least partially receive an aerosol generating substrate; an air flow path extending through the chamber; a convection heater positioned upstream of the chamber in a flow direction through the flow path and comprising a heating element comprising a porous structure, configured such that air that is to flow through the flow path is caused to pass the heating element to reach the chamber, wherein the heating element consists of or comprises a sintered metallic material.
An apparatus for separating gemstones, the apparatus comprising: a transportation device for transporting a plurality of gemstones to a measurement location; wherein the transportation device comprises a movable horizontal surface for supporting and transporting the gemstones thereon; a separation device for separating the gemstones from one another as they are transported to the measurement location; and a deceleration and release device (30a,30b) configured to decelerate each gemstone and then release it so that each gemstone accelerates away from a following gemstone as it leaves the deceleration and release device so as to increase the separation between the gemstones; wherein the deceleration and release device (30a,30b) comprises a pair of vertical rollers (30a,30b) counter-rotating about substantially vertical axes and having roller surfaces in close proximity to or substantially touching each other and configured such that gemstones on the horizontal surface pass between the rollers where the roller surfaces touch each other. a transportation device for transporting a plurality of gemstones to a measurement location; wherein the transportation device comprises a movable horizontal surface for supporting and transporting the gemstones thereon; a separation device for separating the gemstones from one another as they are transported to the measurement location; and a deceleration and release device (30a,30b) configured to decelerate each gemstone and then release it so that each gemstone accelerates away from a following gemstone as it leaves the deceleration and release device so as to increase the separation between the gemstones; wherein the deceleration and release device (30a,30b) comprises a pair of vertical rollers (30a,30b) counter-rotating about substantially vertical axes and having roller surfaces in close proximity to or substantially touching each other and configured such that gemstones on the horizontal surface pass between the rollers where the roller surfaces touch each other.