mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station for data communication in a 3GPP Long Term Evolution, LTE, communication system, the method comprising: transmitting, to a relay station, a downlink, DL, scheduling in a first number of orthogonal frequency-division multiplexing, OFDM, symbols in a first slot of a first subframe, wherein the first slot includes first consecutive 7 OFDM symbols in the first subframe; transmitting, to the relay station, DL data corresponding to the DL scheduling; and transmitting, to the relay station, an uplink, UL, scheduling in a second slot of the first subframe, wherein the second slot includes last 7 consecutive OFDM symbols in the first subframe, wherein the UL scheduling corresponds to transmission of UL data. transmitting, to a relay station, a downlink, DL, scheduling in a first number of orthogonal frequency-division multiplexing, OFDM, symbols in a first slot of a first subframe, wherein the first slot includes first consecutive 7 OFDM symbols in the first subframe; transmitting, to the relay station, DL data corresponding to the DL scheduling; and transmitting, to the relay station, an uplink, UL, scheduling in a second slot of the first subframe, wherein the second slot includes last 7 consecutive OFDM symbols in the first subframe, wherein the UL scheduling corresponds to transmission of UL data.
Electrical connector system comprising an electrical connector (100; 100'; 100") adapted to be mated with a corresponding socket, the electrical connector (100; 100'; 100") comprising a connector housing (101; 101'; 101") with a connection tube (103; 103'; 103") which is provided with at least one reversed locking arm (105; 105'; 105") adapted to lock the electrical connector (100; 100'; 100") to the socket, the reversed locking arm (105; 105'; 105") extends from a flexible deformable element (106; 106'; 106") provided at an insertion sided end (102; 102'; 102") of the connection tube (103; 103'; 103") in a direction essentially opposing the insertion direction of the electrical connector (100; 100'; 100") into the socket, whereby the flexible deformable element (106; 106'; 106") is adapted to deform and thereby enable a deflection of the reversed locking arm (105; 105'; 105") upon insertion of the electrical connector (100; 100'; 100") into the socket, characterized in that said deflection of the reversed locking arm (105; 105'; 105") causes the flexible deformable element (106; 106'; 106") to deform inwardly towards a center of the connection tube (103; 103'; 103"), wherein the flexible deformable element (106; 106'; 106") is formed as an integral part of a base ring (104; 104') at the insertion sided end (102; 102'; 102") of the connection tube (103; 103'; 103"), whereby upon said deflection of the reversed locking arm (105; 105'; 105") the flexible deformable element (106; 106'; 106") is adapted to perform a torsion movement essentially around a circumferential line of the base ring (104; 104').
A closure device for product packaging, comprising: a backing (250; 350); and a closure strip (200; 300) removably disposed on the backing; wherein the closure strip includes a first end (202; 302), a second end (210; 310) opposite the first end, a first portion (204; 304) adjacent the first end, a second portion (208; 308) opposite the first portion and adjacent the second end, and a central portion (206; 306) disposed between the first portion and the second portion; wherein the closure strip includes a permanent adhesive on a back face thereof adapted to affix the closure strip to a package; wherein a breakout portion (252; 352) of the backing is configured to separate from a remaining portion (256; 356) of the backing and remain adhered to the closure strip when the closure strip is removed from the backing; wherein the closure strip includes a pair of starter perforations (224; 324) disposed along opposing outside edges of the breakout portion relative to a longitudinal centerline of the closure strip; wherein while affixed to the package, the first portion is configured to tear at the pair of starter perforations and along the opposing outside edges of the breakout portion when pulled in a direction generally away from the package to define a tear tab (220; 320); wherein the second portion is configured to remain affixed to the package when the tear tab is pulled away; and wherein the tear tab remains attached to the second portion after the tear tab is pulled away from the package. a backing (250; 350); and a closure strip (200; 300) removably disposed on the backing; wherein the closure strip includes a first end (202; 302), a second end (210; 310) opposite the first end, a first portion (204; 304) adjacent the first end, a second portion (208; 308) opposite the first portion and adjacent the second end, and a central portion (206; 306) disposed between the first portion and the second portion; wherein the closure strip includes a permanent adhesive on a back face thereof adapted to affix the closure strip to a package; wherein a breakout portion (252; 352) of the backing is configured to separate from a remaining portion (256; 356) of the backing and remain adhered to the closure strip when the closure strip is removed from the backing; wherein the closure strip includes a pair of starter perforations (224; 324) disposed along opposing outside edges of the breakout portion relative to a longitudinal centerline of the closure strip; wherein while affixed to the package, the first portion is configured to tear at the pair of starter perforations and along the opposing outside edges of the breakout portion when pulled in a direction generally away from the package to define a tear tab (220; 320); wherein the second portion is configured to remain affixed to the package when the tear tab is pulled away; and wherein the tear tab remains attached to the second portion after the tear tab is pulled away from the package.
Plastic bin comprising a bottom and several walls which extend from the bottom to a top edge of the plastic bin, where the plastic bin is substantially cupular in shape i.e. the height of the walls is greater than the width and the depth of the bottom, the bottom and the walls form one single component which is injection-moulded in one piece, an injection point is provided on the bottom only and at least two injection points are provided on the bottom, characterised in that the injection points are provided at the edge of the bottom close to a wall adjoining the bottom, and to each of the walls is assigned an injection point of its own.
Method for determining the tyre inflation pressure of a vehicle, in which inclination information with regard to a transverse inclination and/or change in transverse inclination of the vehicle system along a section of the route ahead is ascertained by a control unit, characterized in that wheel loads occurring with respect to the wheels individually are calculated by the control unit in accordance with the ascertained inclination information in order to deduce a tyre inflation pressure required in each case for maintaining a preselected tyre contact area.
A thermal energy storage apparatus, including: a block of a heat-absorbing material, the block defining at least one receptacle comprising side walls and a base and being a contiguous block of compressed sintered graphite; and a phase change material stored in the or each receptacle, the phase change material being one that expands as it cools, characterised in that the block is configured that separation of the side walls of the or each receptacle progressively increases as they extend upwardly from the base, whereby as the phase change material solidifies and expands it is urged upwardly to reduce pressure applied to the heat-absorbing material. a block of a heat-absorbing material, the block defining at least one receptacle comprising side walls and a base and being a contiguous block of compressed sintered graphite; and a phase change material stored in the or each receptacle, the phase change material being one that expands as it cools, characterised in that the block is configured that separation of the side walls of the or each receptacle progressively increases as they extend upwardly from the base, whereby as the phase change material solidifies and expands it is urged upwardly to reduce pressure applied to the heat-absorbing material.
A method of making a fiber-resin composition, the method comprising: (i) providing a reactive resin composition to an extruder, wherein the reactive resin composition comprises (i) monomers and (ii) oligomers capable of polymerizing into a thermoplastic resin matrix; (ii) combining the reactive resin composition with a plurality of reactive fibers that are also supplied to the extruder, wherein the plurality of reactive fibers are sized with at least one of a polymerization agent and a coupling agent; and (iii) extruding the fiber-resin composition from the extruder, wherein the monomers and oligomers polymerize to form a thermoplastic resin in contact with the plurality of fibers in the extruded fiber-resin composition, wherein the reactive resin composition comprises caprolactam monomers and cyclic butylene terephthalate oligomers, and the thermoplastic resin matrix comprises polyamide-6 and polybutylene terephthalate. (i) providing a reactive resin composition to an extruder, wherein the reactive resin composition comprises (i) monomers and (ii) oligomers capable of polymerizing into a thermoplastic resin matrix; (ii) combining the reactive resin composition with a plurality of reactive fibers that are also supplied to the extruder, wherein the plurality of reactive fibers are sized with at least one of a polymerization agent and a coupling agent; and (iii) extruding the fiber-resin composition from the extruder, wherein the monomers and oligomers polymerize to form a thermoplastic resin in contact with the plurality of fibers in the extruded fiber-resin composition,
A weather-resistant textile fabric having a weave which is partially or completely constructed from smooth filament yarns, wherein the weave is formed by warp threads and weft threads and wherein the warp threads and the weft threads respectively consist of a polymer, wherein the warp threads and the weft threads are spinneret-dyed and have different colours which provide a colour which varies as a function of the angle of observation.
A process for producing isosorbide from sorbitol, comprising contacting the starting material with from 0.005 mol percent to 0.1 mol percent of a homogeneous Lewis acid catalyst selected from the group consisting of bismuth triflate, gallium triflate, scandium triflate, aluminum triflate, indium triflate, tin triflate and combinations of two or more of these, at a temperature of from 140 degrees to 160 degrees Celsius and over a period of from 1 hour to 3 hours under reduced pressure with continuous removal of water from the product mixture in the course of the dehydration.
A method for detecting sensor performance degradation in a fluid flow angular measurement device, the method comprising the steps of: monitoring dither characteristics of a fluid flow measurement device wherein said dither is caused by vortex shedding of a portion of the fluid flow measurement device exposed to the flow; and determining if the fluid flow measurement device is physically damaged based upon reference sensor dither characteristics for said fluid flow measurement device and the monitored dither characteristics of said fluid flow measurement device. monitoring dither characteristics of a fluid flow measurement device wherein said dither is caused by vortex shedding of a portion of the fluid flow measurement device exposed to the flow; and determining if the fluid flow measurement device is physically damaged based upon reference sensor dither characteristics for said fluid flow measurement device and the monitored dither characteristics of said fluid flow measurement device.
Filtering device for filtering the combustion air to be supplied to an internal combustion engine, having a filter housing and having a filter element accommodated by the filter housing, the filter element having an annular filter medium body and having a closed end disc on a front face of the filter medium body, wherein a plurality of guide vanes, which extend radially beyond the outer contour of the closed end disc and project into a flow path located upstream of the inflow side of the filter medium body, are disposed on the filter element adjacent to the closed end disc, wherein the guide vanes are held on the closed end disc, characterized in that the guide vanes lie axially at least approximately at the same height as the closed end disc, and a flow-tight separating element, which extends on the inflow side across a partial surface of the filter medium body, is disposed on or adjacent to the filter medium body of the filter element, wherein both a separating element in the shape of a housing-sided calming wall and a further separating element in the shape of a filter element-sided separating foil extending in the axial direction from the closed end disc are provided, and these two separating elements (27, 27a) being located on axially opposite sides of the filter medium body of the filter element.
Method for operating a furnace, said method involving metering an overall fuel mass flow to the furnace, metering a first part mass flow of the fuel mass flow to a first group of fuel outlet orifices (241, 243), metering a second part mass flow of the fuel mass flow to a second group of fuel outlet opening (242, 244), measuring pressure oscillations in the furnace, determining at least one pressure oscillation characteristic (p'BK) from the measured pressure oscillations, reducing the first part mass flow when a limit value of the pressure oscillation characteristic is overshot and keeping the overall fuel mass flow constant during the variation in the first part mass flow, and thereby acting on the apportionment of the overall fuel mass flow, characterized in that, after a defined time, the first part mass flow is increased again and the overall fuel mass flow is kept constant during the variation in the first part mass flow.
An activation device (280, 280a) for a printing blanket, comprising: a storage tank having a box shape; an absorber (50, 250) mounted on the storage tank; and a liquid stored in the storage tank, the absorber (50, 250) including layers of absorbing members and absorbing the liquid from an absorber lower part (53, 253) included in the absorber, the absorber (50, 250) includes an uppermost layer that is peelable from the absorber (50, 250), wherein the uppermost layer being one of the absorbing members is fed from a feed roll and taken up to a take-up roll. a storage tank having a box shape; an absorber (50, 250) mounted on the storage tank; and a liquid stored in the storage tank, the absorber (50, 250) including layers of absorbing members and absorbing the liquid from an absorber lower part (53, 253) included in the absorber, the absorber (50, 250) includes an uppermost layer that is peelable from the absorber (50, 250), wherein the uppermost layer being one of the absorbing members is fed from a feed roll and taken up to a take-up roll.
A physiological monitoring apparatus comprising: a notification unit configured to notify an alarm; an alarm determination section configured to determine whether or not to generate the alarm by comparing measured physiological parameter pertinent to a patient with a predetermined threshold value; an alarm control section configured to let the notification unit generate the alarm when the alarm determination section has determined to generate the alarm; and characterized by a foot switch configured to, when being trodden, output to the alarm control section an alarm inactivate signal for inactivating the alarm, wherein the alarm control section is configured to inactivate the alarm being notified by the notification unit in accordance with the alarm inactivate signal output from the foot switch, and is configured to let the notification unit notify by voice a content of the physiological parameter from which generating the alarm has been determined. a notification unit configured to notify an alarm; an alarm determination section configured to determine whether or not to generate the alarm by comparing measured physiological parameter pertinent to a patient with a predetermined threshold value; an alarm control section configured to let the notification unit generate the alarm when the alarm determination section has determined to generate the alarm; and characterized by a foot switch configured to, when being trodden, output to the alarm control section an alarm inactivate signal for inactivating the alarm, wherein the alarm control section is configured to inactivate the alarm being notified by the notification unit in accordance with the alarm inactivate signal output from the foot switch, and is configured to let the notification unit notify by voice a content of the physiological parameter from which generating the alarm has been determined.
Method for producing a stitch-bonded non-woven loop fabric composite structure, in which method - a fibrous pile and/or fibrous fleece and a first substrate web are fed to the operating point of a warp-knitting machine; - the fibres of the fibrous pile or fibrous fleece by means of loop-forming elements (12, 13, 14) are pulled through the first substrate web, on one side of the first substrate web are shaped so as to form fibrous loops of a first fibrous loop layer, and on the other side of the first substrate web are shaped so as to form closed pile fibre loops from pile fibre strands (3"), characterized in that - a first fibrous pile stitch-bonded non-woven fabric thus produced is fed to the operating point of a warp-knitting machine; and - the fibres of the closed pile fibre loops by means of loop-forming elements (12, 13, 14) are shaped so as to form fibrous loops of a second fibrous loop layer. - a fibrous pile and/or fibrous fleece and a first substrate web are fed to the operating point of a warp-knitting machine; - the fibres of the fibrous pile or fibrous fleece by means of loop-forming elements (12, 13, 14) are pulled through the first substrate web, on one side of the first substrate web are shaped so as to form fibrous loops of a first fibrous loop layer, and on the other side of the first substrate web are shaped so as to form closed pile fibre loops from pile fibre strands (3"), characterized in that - a first fibrous pile stitch-bonded non-woven fabric thus produced is fed to the operating point of a warp-knitting machine; and - the fibres of the closed pile fibre loops by means of loop-forming elements (12, 13, 14) are shaped so as to form fibrous loops of a second fibrous loop layer.
A temperature control system including a by-pass line with a by-pass control valve branching off a live steam circuit to a first steam turbine in a sequence of at least two steam turbines, with a steam exit line of the first turbine merging with the by-pass line into the inlet of a reheater heated by a steam generator and connected to a second steam turbine of the sequence of at least two steam turbines, and having a steam mixing chamber at or after the point of merging and before the inlet into the reheater, characterized in that the by-pass line is connected to an intermediate point in a superheater section of the steam generator, which is located after a steam/water separator.
Method for operating a cooking appliance, which has a cooking compartment, in which a food support can be positioned in at least two different shelf levels (I, II, III), characterised in that a specific food support type, which is stored in the cooking appliance as previously defined information, is predetermined for a preparation program, and a detection and control device (6, 7) is used to detect whether the predetermined food support type is used as a function of the selected preparation program, and the preparation program is changed as a function of the food support type used, if the food support type used differs from the provided food support type by at least one parameter value of the preparation program being changed.
A method for exhaust purification of an internal combustion engine in which an SO x trap catalyst having an SO x storing material is arranged in an engine exhaust passage and SO x contained in an exhaust gas is stored in the SO x storing material, wherein the SO x trap catalyst is comprised of an upstream side catalyst and a downstream side catalyst into which the exhaust gas flowing out from the upstream side catalyst flows, the SO x storing material of the upstream side catalyst is mainly comprised of an alkali earth metal, the SO x storing material of the downstream side catalyst is mainly comprised of an alkali metal, wherein a temperature of the downstream side catalyst is maintained at less than a melting point of nitrates of the alkali metal which is contained in the SO x storing material of the downstream side catalyst.
Method for embossing and cutting into workpieces, said method comprising the following method steps: - providing a planar workpiece; - inserting the planar workpiece between a ram and a cutting die, wherein the ram has a notch which lies opposite a blade; - compressing the workpiece between the ram and the cutting die, wherein cutting into the workpiece by the blade and drawing of the material of which the workpiece is made are performed, characterized in that the material of the workpiece, when being cut into and drawn, is decelerated at least in regions and the material flow of said material is directed. - providing a planar workpiece; - inserting the planar workpiece between a ram and a cutting die, wherein the ram has a notch which lies opposite a blade; - compressing the workpiece between the ram and the cutting die, wherein cutting into the workpiece by the blade and drawing of the material of which the workpiece is made are performed,
A composition comprising a CR2-FH molecule for use in treating an eye disease that involves a local inflammatory process, retinitis pigmentosa, diabetic retinopathy, wet or dry form of acute macular degeneration, a drusen-associated disease, or systemic lupus erythematosus, delaying onset of acute vascular rejection, or improving transplant survival, wherein said CR2-FH molecule comprises: (a) a complement receptor 2 portion comprising a CR2 or a fragment thereof, the fragment thereof comprising at least the first two N-terminal SCR domains of CR2, and (b) a factor H portion comprising a FH or a fragment thereof, the fragment thereof comprising at least the first four N-terminal SCR domains of FH, wherein the CR2 portion of the CR2-FH molecule is capable of binding to a CR2 ligand. (a) a complement receptor 2 portion comprising a CR2 or a fragment thereof, the fragment thereof comprising at least the first two N-terminal SCR domains of CR2, and (b) a factor H portion comprising a FH or a fragment thereof, the fragment thereof comprising at least the first four N-terminal SCR domains of FH, wherein the CR2 portion of the CR2-FH molecule is capable of binding to a CR2 ligand.