mhurhangee/ep-ind-claims huggingface dataset:
A system for testing a specimen, the system comprising: an endcap having a first surface and a second surface opposite to the first surface; a plurality of bars, wherein each bar is disposed in contact with the second surface of the endcap and extends along a longitudinal axis; a plurality of strain gauges, wherein each strain gauge is disposed on a surface of a corresponding bar from the plurality of bars, wherein at least one strain gauge is disposed on the surface of each bar; characterized in that the first surface is curved and by comprising a gas gun configured to fire a specimen towards the first surface of the endcap such that the specimen impacts the first surface at an oblique angle relative to the longitudinal axis. an endcap having a first surface and a second surface opposite to the first surface; a plurality of bars, wherein each bar is disposed in contact with the second surface of the endcap and extends along a longitudinal axis; a plurality of strain gauges, wherein each strain gauge is disposed on a surface of a corresponding bar from the plurality of bars, wherein at least one strain gauge is disposed on the surface of each bar; characterized in that the first surface is curved and by comprising a gas gun configured to fire a specimen towards the first surface of the endcap such that the specimen impacts the first surface at an oblique angle relative to the longitudinal axis.
Drive, in particular of an industrial plant, having an electric motor, and having a driven component which has a drive shaft which is coupled to a motor shaft of a rotor of the electric motor, the motor shaft and the drive shaft being secured against a movement in the axial direction relative to one another by means of a first connecting element, and a second connecting element for transmitting a rotational movement of the motor shaft about a rotational axis to the drive shaft being arranged between the motor shaft and the drive shaft, the motor shaft being latched to the drive shaft by means of the first connecting element, the first connecting element having a latching cam with a first latching face and a latching hook with a hook head which comprises a second latching face, against which the latching cam bears, the motor shaft having a first step on the free end side in the axial direction for the configuration of the latching hook, the drive shaft having a second step on the free end side in the axial direction, to which second step the latching cam is attached, the latching cam being integrally formed on the second step.
A method, comprising: performing a first listen-before-talk, in the following also referred to as LBT, channel access procedure by a wireless device (101, 201) to contend for a wireless channel and to initiate a transmission sequence starting with a first subframe; receiving scheduling information from a base station for uplink transmission of a second subsequent subframe; characterized by performing a second LBT channel access procedure for the second subframe if the second subframe belongs to the same transmission sequence, wherein the second LBT time is no longer than the first LBT time; and performing the first LBT channel access procedure for the second subframe if the second subframe does not belong to the same transmission sequence and if a fast channel access condition is not satisfied: wherein the fast channel access condition means that the wireless channel is held by the base station (102, 104, 202) at the time of uplink transmission of the second subframe. performing a first listen-before-talk, in the following also referred to as LBT, channel access procedure by a wireless device (101, 201) to contend for a wireless channel and to initiate a transmission sequence starting with a first subframe; receiving scheduling information from a base station for uplink transmission of a second subsequent subframe; characterized by performing a second LBT channel access procedure for the second subframe if the second subframe belongs to the same transmission sequence, wherein the second LBT time is no longer than the first LBT time; and performing the first LBT channel access procedure for the second subframe if the second subframe does not belong to the same transmission sequence and if a fast channel access condition is not satisfied: wherein the fast channel access condition means that the wireless channel is held by the base station (102, 104, 202) at the time of uplink transmission of the second subframe.
An apparatus for the wireless transmission of phase-critical signals, comprising a device for measuring the changing length of a transmission path to a platform, a device for transmitting complex measurement and/or reference signals, wherein at least components of the device for transmitting complex measurement and/or reference signals is arranged adjacent to at least components of the device for measuring the changing length of the transmission path to a platform such that the changes in the length of the transmission path is always the same for both devices, and wherein at least components of the device for measuring the changing length of the transmission path and at least components of the device for transmitting complex measurement and/or reference signals are mounted on a common axis of motion.
A thermosensitive carrier comprising a lipid bilayer shell, wherein the lipid bilayer comprises a phospholipid having two terminal alkyl chains, one being a short chain having a chain length of at most seven carbon atoms, the other being a long chain having a chain length of at least fifteen carbon atoms.
A process for producing a fluoroolefin/vinyl alcohol copolymer, which comprises a polymerization step of copolymerizing a fluoroolefin represented by the following formula and a vinyl ether represented by the following formula, and a deprotection step of substituting R 1 in polymerized units based on the vinyl ether in the copolymer obtained in the polymerization step, with a hydrogen atom to form a hydroxy group: CF 2 =CFX CH 2 =CHOR 1 wherein X is a fluorine atom, a chlorine atom, a trifluoromethyl group or -OC a F 2a+1 (wherein a is an integer of from 1 to 3), and R 1 in the formula is -CR 2 R 3 R 4 (wherein each of R 2, R 3 and R 4 which are independent of one another, is a C 1-3 alkyl group), a C 1-6 alkoxymethyl group, a tetrahydrofuryl group, a tetrahydropyranyl group or a trialkylsilyl group (-Si(R 5) 3 wherein R 5 is a C 1-6 alkyl group or an aryl group).
A method for measuring the applied load on a towing hook and/or a tow bar accessory of a towing hook arrangement for a vehicle, said towing hook arrangement comprising a towing hook and/or a tow bar accessory arranged on a tow bar, said towing hook arrangement comprising a sensor arrangement having at least one actuator (21, 21') and at least one sensor (22, 22'), said method comprising the steps of; a) imparting a vibration to said tow bar using said at least one actuator (21, 21'), whereby said at least one actuator (21, 21') is positioned on said tow bar; b) detecting the imparted vibration using said at least one sensor (22, 22') arranged on said tow bar; and c) using said detected imparted vibration to determine the applied load on said towing hook and/or said tow bar accessory. a) imparting a vibration to said tow bar using said at least one actuator (21, 21'), whereby said at least one actuator (21, 21') is positioned on said tow bar; b) detecting the imparted vibration using said at least one sensor (22, 22') arranged on said tow bar; and c) using said detected imparted vibration to determine the applied load on said towing hook and/or said tow bar accessory.
Guide carriage for use with a guide rail which extends in a longitudinal direction, the guide carriage comprising a supporting body, on which at least one raceway which extends in the longitudinal direction is provided, the raceway being assigned a row of rolling bodies which can roll between the guide rail and the raceway, the supporting body having two end faces which lie opposite one another, point in the longitudinal direction, and on which in each case one deflection module is arranged, the raceway being assigned in each case one curved deflection channel (54; 91; 92; 97) in the two deflection modules, which deflection channels (54; 91; 92; 97) are connected via a return channel in such a way that the rolling bodies can circulate endlessly, at least one curved deflection channel (54; 91; 92; 97) being delimited in sections by a front side of a first deflection part, that rear side of the first deflection part which lies opposite bearing against the end face of the supporting body, a first lubricating channel which is of U-shaped cross section and runs transversely with respect to the longitudinal direction being arranged on the rear side of the first deflection part, the said lubricating channel being covered by the supporting body, at least one valve flap being provided which can be bent over elastically and is configured in one piece with the first deflection part, at least one second lubricating channel which is of U-shaped cross section and runs transversely with respect to the longitudinal direction being arranged on the front side of the first deflection part, the second lubricating channel being covered by at least one further separate component, the first and the second lubricating channel (60; 70) running at a small spacing from one another in an intersecting region, characterized in that the valve flap defines a valve gap which is delimited exclusively by the first deflection part, the valve flap being oriented substantially perpendicularly with respect to the longitudinal direction in the rest position, the valve flap being defined by a U-shaped slot which connects the first and the second lubricating channel (60; 70) to one another in the intersecting region.
A switch-fuse module comprising: a housing having therein a switch enclosure comprising an insulating gas and a cable compartment that is different and separate from the switch enclosure; at least one switch disconnector arranged within the switch enclosure; and at least one fuse canister; wherein the fuse canister is adapted to receive a fuse, characterized in that the fuse canister has a vertically oriented longitudinal axis, and is arranged within the cable compartment, and the insulating gas has a global warming potential less than a global warming potential of SF6. a housing having therein a switch enclosure comprising an insulating gas and a cable compartment that is different and separate from the switch enclosure; at least one switch disconnector arranged within the switch enclosure; and at least one fuse canister; wherein the fuse canister is adapted to receive a fuse, characterized in that the fuse canister has a vertically oriented longitudinal axis, and is arranged within the cable compartment, and the insulating gas has a global warming potential less than a global warming potential of SF6.
A method performed by a first terminal belonging to a group in a wireless communication system, the method comprising: receiving, from a second terminal, an alert message based on monitoring a group communication channel to receive the alert message, wherein the alert message includes a group identifier, ID, for a target group and information indicating a group message transmission time; identifying whether the first terminal is a member of the target group indicated by the group ID in the alert message; and in case that the first terminal is the member of the target group, receiving, from the second terminal, a group message on the group communication channel receiving, from a second terminal, an alert message based on monitoring a group communication channel to receive the alert message, wherein the alert message includes a group identifier, ID, for a target group and information indicating a group message transmission time; identifying whether the first terminal is a member of the target group indicated by the group ID in the alert message; and in case that the first terminal is the member of the target group, receiving, from the second terminal, a group message on the group communication channel
An uplink timing adjustment method, comprising: when a Time Alignment Timer TAT corresponding to a first Timing Advance adjustment Group TAG fails, requesting, by a terminal, a serving cell corresponding to a second TAG to coordinate uplink timing of a serving cell corresponding to the first TAG; receiving, by the terminal, a Timing Advance Command TAC corresponding to the first TAG; and adjusting, by the terminal, the uplink timing of the serving cell corresponding to the failed first TAG according to an uplink timing adjustment amount in the TAC corresponding to the first TAG, characterised by the uplink timing adjustment amount being an uplink timing adjustment amount of the serving cell corresponding to the first TAG. when a Time Alignment Timer TAT corresponding to a first Timing Advance adjustment Group TAG fails, requesting, by a terminal, a serving cell corresponding to a second TAG to coordinate uplink timing of a serving cell corresponding to the first TAG; receiving, by the terminal, a Timing Advance Command TAC corresponding to the first TAG; and adjusting, by the terminal, the uplink timing of the serving cell corresponding to the failed first TAG according to an uplink timing adjustment amount in the TAC corresponding to the first TAG,
An articulation joint for a medical device, the articulation joint including: proximal links, distal links (50c, 29), and intermediate links connecting the proximal and distal links (50a, 50c, 29), wherein the articulation joint has a straight configuration along a straight longitudinal axis, a first bent configuration when the articulation joint bends toward a first side of the longitudinal axis, and a second bent configuration when the articulation joint bends toward a second side of the longitudinal axis, opposite to the first side, wherein, when the articulation joint is in the straight configuration: a first gap is defined at the first side between adjacent proximal links, and the adjacent proximal links contact each other at the second side, a second gap is defined at each of the first side and the second side between adjacent distal links (50c, 29), and a third gap is defined at the first side between adjacent intermediate links, and adjacent intermediate links contact each other at the second side. proximal links, distal links (50c, 29), and intermediate links connecting the proximal and distal links (50a, 50c, 29), wherein the articulation joint has a straight configuration along a straight longitudinal axis, a first bent configuration when the articulation joint bends toward a first side of the longitudinal axis, and a second bent configuration when the articulation joint bends toward a second side of the longitudinal axis, opposite to the first side, wherein, when the articulation joint is in the straight configuration: a first gap is defined at the first side between adjacent proximal links, and the adjacent proximal links contact each other at the second side, a second gap is defined at each of the first side and the second side between adjacent distal links (50c, 29), and a third gap is defined at the first side between adjacent intermediate links, and adjacent intermediate links contact each other at the second side. a first gap is defined at the first side between adjacent proximal links, and the adjacent proximal links contact each other at the second side, a second gap is defined at each of the first side and the second side between adjacent distal links (50c, 29), and a third gap is defined at the first side between adjacent intermediate links, and adjacent intermediate links contact each other at the second side.
Cap for a portable medical delivery device comprising a needle for dispensing a pharmaceutical formulation therethrough in a distal direction, a front part and a needle mounting portion for mounting the needle, the cap having an axial direction defining a distal end and a proximal end and comprising: - an opening at the distal end of the cap for receiving the front part of the medical delivery device, - a socket for receiving the needle mounting portion of the medical delivery device, characterized in that - in the interior of the cap at least one first receptacle is formed which is designed for storing at least one spare needle in the interior of the cap, the first receptacle having a bottom lying at the distal end of the cap and an opening lying at a distance extending from the bottom towards the proximal end of the cap. - an opening at the distal end of the cap for receiving the front part of the medical delivery device, - a socket for receiving the needle mounting portion of the medical delivery device, - in the interior of the cap at least one first receptacle is formed which is designed for storing at least one spare needle in the interior of the cap, the first receptacle having a bottom lying at the distal end of the cap and an opening lying at a distance extending from the bottom towards the proximal end of the cap.
A method of applying a film to a body, said method comprising the steps: applying and positioning a film to and at a transfer mold; introducing the body to be film coated into the transfer mold at which the film to be attached is applied or introducing the transfer mold to which the film to be attached is applied into the body to be film coated so that the film is located between the body and the transfer mold; and application of a vacuum in a region between the body and the film and/or application of an excess pressure in a region between the transfer mold and the film so that the film moves from the transfer mold to the body, characterized in that the transfer mold has at a surface of the body to be film coated that has a recess a recess contrary thereto; and in that the body is oriented with respect to the transfer mold before a transfer of the film to the body such that respective corresponding pairs of a recess of the body and of a recess of the transfer mold are aligned with one another. applying and positioning a film to and at a transfer mold; introducing the body to be film coated into the transfer mold at which the film to be attached is applied or introducing the transfer mold to which the film to be attached is applied into the body to be film coated so that the film is located between the body and the transfer mold; and application of a vacuum in a region between the body and the film and/or application of an excess pressure in a region between the transfer mold and the film so that the film moves from the transfer mold to the body,
A combination medicament for use in the treatment of upper respiratory mucosal congestion in tablet, capsule, powder or liquid form, characterised in that the medicament has phenylephrine hydrochloride and paracetamol in proportions suitable for, and the medicament is for, providing an adult with a) 4 mg - 7.5 mg phenylephrine hydrochloride in combination with 950 mg - 1000 mg paracetamol, or b) 5 mg - 7.5 mg phenylephrine hydrochloride in combination with 600 mg - 700 mg paracetamol. a) 4 mg - 7.5 mg phenylephrine hydrochloride in combination with 950 mg - 1000 mg paracetamol, or b) 5 mg - 7.5 mg phenylephrine hydrochloride in combination with 600 mg - 700 mg paracetamol.
A multi-stage encoding device comprising a first encoder and a second encoder, wherein an input end of the first encoder is connected to a data input end, an output end of the first encoder is connected to a constellation mapper via an output selection switch, and the output end of the first encoder is connected to a first input end of an input selection switch, wherein a second input end of the input selection switch is connected to the data input end, and an output end of the input selection switch is connected to an input end of the second encoder; an output end of the second encoder is connected to the constellation mapper, and wherein an on/off state of the output selection switch enables the input selection switch to switch on different input ends, wherein when the output selection switch is in the on state, the input selection switch switches the second input end on, and the first encoder and the second encoder are connected in parallel, and a part of the data entering the constellation mapper is encoded by the first encoder and a remaining part of the data entering the constellation mapper is encoded separately by the second encoder; and when the output selection switch is in the off state, the input selection switch switches the first input end on, and the first encoder and the second encoder are connected in series, and the data entering the constellation mapper is the data after being encoded serially by the first encoder and the second encoder.
A ball in which a ball main body is covered with a skin body, the skin body including a skin part corresponding to the ball main body and a circumferential wall part protruding from a peripheral edge part of the skin part to a ball main body side, and this skin body being integrally formed of a soft material made of resin or rubber, and wherein step parts (123, 128, 129) are provided on the front surface of the skin part of the skin body, characterized in that the ball has a plurality of skin bodies, a front surface of one of adjacent ones of the skin bodies and a front surface of another thereof configure a step part in a radial direction of the ball.
Pourable and/or pumpable fluid construction mixture comprising a sludge, which sludge is a dispersion comprising a particulate inorganic mineral material or tailing material (such as a dredged material), a binder selected from the group consisting of fly ashes, cements and lime-based binders (such as calcium oxide, magnesium oxide silica, ferric oxide, aluminium oxide), a binder retarding agent, and an organic fibrous material selected from the group consisting of wood fibres, wool, reed, straw, dried grass (hay) and flax, wherein water is present providing a water to binder weight ratio of more than 1.
A membrane for cultivating cells, comprising a first polymer selected from the group consisting of polysulfone, polyethersulfone and polyarylethersulfone, a second polymer which is polyvinylpyrrolidone, and a third polymer which is a polyurethane, characterized in that the polymer solution used for preparing the membrane comprises from 11 to 19 wt.-% of the first polymer, from 0.5 to 13 wt.-% of the second polymer, and from 0.1 to 6 wt.-% of the third polymer.