mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery comprising: an electrode that includes a strip-shaped metal foil (32c; 45) having both surfaces, mixture layers on both the surfaces, a metal foil exposed portion, and insulating layers, the metal foil exposed portion where the metal foil (32c; 45) is exposed being formed in an end portion on one side in a width direction of the metal foil (32c; 45), the insulating layers being disposed on the mixture layers and on the metal foil exposed portion, wherein the insulating layer includes a window portion at a position corresponding to a boundary part between the mixture layer and the metal foil exposed portion, an end portion of the mixture layer being visually recognizable from the window portion, and wherein the window portion has an opening or a transparent thin film portion, the end portion of the mixture layer being exposed from the opening, the thin film portion having a thickness, t2, thinner than a part laminated on the mixture layer, the end portion of the mixture layer being visually recognizable through the thin film portion. an electrode that includes a strip-shaped metal foil (32c; 45) having both surfaces, mixture layers on both the surfaces, a metal foil exposed portion, and insulating layers, the metal foil exposed portion where the metal foil (32c; 45) is exposed being formed in an end portion on one side in a width direction of the metal foil (32c; 45), the insulating layers being disposed on the mixture layers and on the metal foil exposed portion, wherein the insulating layer includes a window portion at a position corresponding to a boundary part between the mixture layer and the metal foil exposed portion, an end portion of the mixture layer being visually recognizable from the window portion, and wherein the window portion has an opening or a transparent thin film portion, the end portion of the mixture layer being exposed from the opening, the thin film portion having a thickness, t2, thinner than a part laminated on the mixture layer, the end portion of the mixture layer being visually recognizable through the thin film portion.
A cassette for the preparation of an imaging agent comprising the formula: comprising: (i) a vessel containing an imaging agent precursor comprising the formula: (ii) a conduit for adding a source of 18 F; and (iii) a vessel containing a bicarbonate salt. (i) a vessel containing an imaging agent precursor comprising the formula: (ii) a conduit for adding a source of 18 F; and (iii) a vessel containing a bicarbonate salt.
A method, implemented in circuitry, to provide a channelized Optical channel Data Unit flexible (ODUflex), the method comprising: receiving one or more signals; mapping the one or more signals into an associated Tributary Slot, TS, of the channelized ODUflex, wherein the channelized ODUflex comprises a Payload Type, PT, indicating a multiplexing structure therein with a variable number of TSs and a variable size based on the one or more signals which are either i) one or more Virtual Lanes associated with Flexible Ethernet and/or Multi Link Gearbox, MLG, or ii) low rate signals, wherein for the one or more Virtual Lanes, the variable number is set based on a number of the Virtual Lanes and the variable size is set based on a corresponding rate of each Virtual Lane, and wherein, for the low rate signal, the variable number is set to N and the variable rate is set to 100/N Gb/s with the variable rate based on a rate of the low rate signal; and transmitting the channelized ODUflex with the variable number of TSs. receiving one or more signals; mapping the one or more signals into an associated Tributary Slot, TS, of the channelized ODUflex, wherein the channelized ODUflex comprises a Payload Type, PT, indicating a multiplexing structure therein with a variable number of TSs and a variable size based on the one or more signals which are either i) one or more Virtual Lanes associated with Flexible Ethernet and/or Multi Link Gearbox, MLG, or ii) low rate signals, wherein for the one or more Virtual Lanes, the variable number is set based on a number of the Virtual Lanes and the variable size is set based on a corresponding rate of each Virtual Lane, and wherein, for the low rate signal, the variable number is set to N and the variable rate is set to 100/N Gb/s with the variable rate based on a rate of the low rate signal; and transmitting the channelized ODUflex with the variable number of TSs.
A gun barrel comprising a frame tube that encloses a barrel tube that is used to induce rotation to a projectile, wherein, the gun barrel as a whole constitutes an electric motor, characterized in that - the barrel tube is a permanent magnet and acts as the rotor of said motor, and - the gun barrel further comprises stator coils surrounding the barrel tube, said stator coils being configured to induce rotation to the rotor. - the barrel tube is a permanent magnet and acts as the rotor of said motor, and - the gun barrel further comprises stator coils surrounding the barrel tube, said stator coils being configured to induce rotation to the rotor.
A drive system for an industrial tool, the drive system comprising: a cylinder including a first end, a second end, and a longitudinal axis extending therebetween; a first piston disposed within the cylinder and movable along the longitudinal axis; a first rod coupled to the first piston and extending toward the first end of the cylinder; a second piston disposed within the cylinder and movable along the longitudinal axis; and a second rod coupled to the second piston and extending toward the first end of the cylinder; the drive system characterized by: the cylinder including a chamber having a first portion and a second portion, and fluid being transferred between the first portion and the second portion as one of the first piston and the second piston moves in an opposite direction relative to the other of the first piston and the second piston. a cylinder including a first end, a second end, and a longitudinal axis extending therebetween; a first piston disposed within the cylinder and movable along the longitudinal axis; a first rod coupled to the first piston and extending toward the first end of the cylinder; a second piston disposed within the cylinder and movable along the longitudinal axis; and a second rod coupled to the second piston and extending toward the first end of the cylinder; the drive system characterized by: the cylinder including a chamber having a first portion and a second portion, and fluid being transferred between the first portion and the second portion as one of the first piston and the second piston moves in an opposite direction relative to the other of the first piston and the second piston.
A method of compressing a breast for an imaging procedure, the method comprising: advancing a compression paddle towards the breast positioned on a support platform, wherein the compression paddle comprises a plurality of markers disposed thereon; contacting at least a portion of the breast with the compression paddle; detecting, based on the contacting, an initial position of the compression paddle relative to the support platform; identifying an initial marker of the plurality of markers, wherein the initial marker is associated with a feature of the breast when the compression paddle is in the initial position; and determining a compression target marker of the plurality of markers based at least in part on the initial position and the initial marker. advancing a compression paddle towards the breast positioned on a support platform, wherein the compression paddle comprises a plurality of markers disposed thereon; contacting at least a portion of the breast with the compression paddle; detecting, based on the contacting, an initial position of the compression paddle relative to the support platform; identifying an initial marker of the plurality of markers, wherein the initial marker is associated with a feature of the breast when the compression paddle is in the initial position; and determining a compression target marker of the plurality of markers based at least in part on the initial position and the initial marker.
Packaging for preserving a sterile pharmaceutical composition, comprising at least one inner layer of polypropylene having a thickness of between 200 and 800 μm and one outer layer of polyethylene, said outer layer being in contact with the environment and having a thickness of between 300 and 1000 μm.
A measuring receiver for detecting partial discharges of live components in high-voltage systems, wherein the measuring receiver has a parabolic mirror, which serves for the focussing of ultrasonic radiation, caused inter alia by electrical partial discharges, onto an ultrasonic transducer arranged on a tapered arm of a holding unit, and wherein the holding unit has a handle for a user, wherein the holding unit is able to be mechanically coupled to the parabolic mirror intermittently and centrically, characterized in that a rear-side adapter of the parabolic mirror is able to be coupled to a connection element of the holding unit by a bayonet connection and/or by a magnetic connection (100, 124).
Deformation element for protecting a device in a vehicle by converting energy into deformation energy under the action of a blast, having an upper fastening region for fastening to the device and a lower fastening region for fastening to the vehicle, the two fastening regions (2, 3) being connected to each other via an upper leg and a lower leg, the two legs (4, 5) being arranged substantially in a V shape relative to each other, characterized in that the deformation element is produced from spring steel.
Covering device for an agricultural machine, the covering device comprising a support structure intended to be fastened to the said agricultural machine and a carrier structure extending substantially transversely to the direction of advance at work, the said carrier structure being connected to the said support structure by at least two articulated arms (8, 9), covering tools being directly or indirectly connected to the carrier structure, the said carrier structure has at least two parts (21, 22), the adjacent ends of which are connected to a common bearing point, characterized in that the said bearing point is supported by an intermediate arm.
A medicament dispenser comprising a base unit (10,20), the base unit being adapted for receiving a replaceable refill container and for sensing one or more conditions of the medicament dispenser, said base unit comprising display means for displaying indicia representing a state of the medicament dispenser, wherein: said display means are configured to display first indicia (200;300;400;500a,b;600;700) providing a graphical representation of the base unit; and said display means are configured to display second indicia providing a graphical representation of a refill container (202,210,302,310;402,406;502; 602,610;702,710), wherein the dispenser is adapted such that the display of at least one of said first and said second indicia is selectively controllable independently of the display of the other of said first and said second indicia in order to indicate said one or more sensed conditions of the medicament dispenser. said display means are configured to display first indicia (200;300;400;500a,b;600;700) providing a graphical representation of the base unit; and said display means are configured to display second indicia providing a graphical representation of a refill container (202,210,302,310;402,406;502; 602,610;702,710), wherein the dispenser is adapted such that the display of at least one of said first and said second indicia is selectively controllable independently of the display of the other of said first and said second indicia in order to indicate said one or more sensed conditions of the medicament dispenser.
A crank (1, 1', 1") having - a drive shaft that is provided for connection to two pedals, - two rolling bearings (5, 6) supporting the drive shaft, wherein the rolling bearings are each arranged in a housing part (3, 4) comprising a thread (3a, 4a), - a measuring sleeve arranged axially between the rolling bearings (5, 6) and surrounding the drive shaft, - an output sleeve arranged in axial extension of the measuring sleeve, nonrotatably connected thereto and provided for connection to a chain ring carrier, wherein the measuring sleeve and the output sleeve are integrally formed, - an incremental encoder arranged on the front side of the measuring sleeve, on the side thereof facing away from the output sleeve, which incremental encoder is provided for measuring the speed and direction of rotation of the drive shaft, - an evaluation unit that coaxially surrounds the measuring sleeve and that cooperates with the measuring sleeve and with the incremental encoder, wherein - the two rolling bearings (5, 6) have equally dimensioned outer rings (5a, 6a) and roll bodies (5b, 6b), and - having a printed circuit board which is arranged in a rotationally fixed manner relative to the evaluation unit and on which at least one sensor cooperating with the incremental encoder is arranged. - a drive shaft that is provided for connection to two pedals, - two rolling bearings (5, 6) supporting the drive shaft, wherein the rolling bearings are each arranged in a housing part (3, 4) comprising a thread (3a, 4a), - a measuring sleeve arranged axially between the rolling bearings (5, 6) and surrounding the drive shaft, - an output sleeve arranged in axial extension of the measuring sleeve, nonrotatably connected thereto and provided for connection to a chain ring carrier, wherein the measuring sleeve and the output sleeve are integrally formed, - an incremental encoder arranged on the front side of the measuring sleeve, on the side thereof facing away from the output sleeve, which incremental encoder is provided for measuring the speed and direction of rotation of the drive shaft, - an evaluation unit that coaxially surrounds the measuring sleeve and that cooperates with the measuring sleeve and with the incremental encoder, wherein - the two rolling bearings (5, 6) have equally dimensioned outer rings (5a, 6a) and roll bodies (5b, 6b), and - having a printed circuit board which is arranged in a rotationally fixed manner relative to the evaluation unit and on which at least one sensor cooperating with the incremental encoder is arranged.
A composition comprising (i) a hydrofluorothermoplastic polymer, wherein the hydrofluorothermoplastic polymer is derived from: (a) 50-85 mol% tetrafluoroethene; (b) 2-15 mol% hexafluoropropene; (c) 10-35 mol% vinylidene fluoride; and (d) 0.1 to 5 mol% of a bromine-containing monomer; and (ii) a perhalogenated thermoplastic polymer having a melting point of 150 to 315 °C with the ratio of the hydrofluorothermoplastic polymer to the perhalogenated thermoplastic polymer on a mass to mass basis of 10:90 and 90:10. (i) a hydrofluorothermoplastic polymer, wherein the hydrofluorothermoplastic polymer is derived from: (a) 50-85 mol% tetrafluoroethene; (b) 2-15 mol% hexafluoropropene; (c) 10-35 mol% vinylidene fluoride; and (d) 0.1 to 5 mol% of a bromine-containing monomer; and (a) 50-85 mol% tetrafluoroethene; (b) 2-15 mol% hexafluoropropene; (c) 10-35 mol% vinylidene fluoride; and (d) 0.1 to 5 mol% of a bromine-containing monomer; and (ii) a perhalogenated thermoplastic polymer having a melting point of 150 to 315 °C with the ratio of the hydrofluorothermoplastic polymer to the perhalogenated thermoplastic polymer on a mass to mass basis of 10:90 and 90:10.
Amplification circuit for amplifying a signal representing a variation in resistance of a variable resistor sensitive to a physical quantity to be measured, comprising at least one first load (49, 50) connected to the output electrode of a first transistor, the input electrode of the first transistor being connected directly to a reference resistor, and a second transistor, the input electrode thereof being connected directly to the variable resistor and the ooutput electrode thereof being connected to a second load (51, 52), so as to allow the recovery of the amplified signal at the terminals of the first load (49, 50), characterised in that the command electrode of the first transistor is connected both directly to the command electrode and directly to the output electrode of the second transistor, and in that the first load (49, 50; 49, 54) comprises a third transistor, the output electrode thereof being connected to the output electrode of the first transistor, and the second load (51; 52; 51, 56) comprises a fourth transistor, the output electrode thereof being connected to the output electrode of the second transistor, the command electrode of the third transistor being connected, both, directly to the command electrode and directly to the output electrode of the fourth transistor, the input electrode, respectively the output electrode, corresponding either to the source, respectively the drain, of the associated transistor for a field effect transistor, or to the emitter, respectively the collector, of the associated transistor for a bipolar transistor.
A screen assembly, comprising: a housing defining a material flow chamber and having an inlet end and an outlet end; a stucco discharge opening being located in said chamber between said inlet end and said outlet end; an auger shaft located in said housing for axial rotation and having at least one first helical flight arranged in a flight pattern oriented so that a first material engaging said first helical flight is conveyed from said inlet end to said outlet end; a screen surrounding said at least one first helical flight for common rotation and extending the entire length from said inlet end to said outlet end; at least one second helical flight disposed on an exterior surface of said screen and arranged in a flight pattern oriented so that a second material, distinct from said first material, passing through said screen and engaging said second helical flight is conveyed in a direction to said stucco discharge opening; characterized in having a power unit and a power transmission system (68, 70) connected to said power unit for rotating in common said shaft, said at least one first flight, said screen and said at least one second flight; at least one air knife constructed and arranged for directing jets of compressed air to said screen for dislodging material caught on an interior surface of said screen, a plurality of said at least one air knife disposed so that an entire length of said screen is exposed to said air jets; and wherein said plurality of air knives includes a first plurality of knives at a first radial distance from, and in operational relationship to an exterior surface of said screen, a second plurality of knives at a second radial distance from said exterior surface of said screen, and in operational relationship to an outer edge of said at least one second flight. a housing defining a material flow chamber and having an inlet end and an outlet end; a stucco discharge opening being located in said chamber between said inlet end and said outlet end; an auger shaft located in said housing for axial rotation and having at least one first helical flight arranged in a flight pattern oriented so that a first material engaging said first helical flight is conveyed from said inlet end to said outlet end; a screen surrounding said at least one first helical flight for common rotation and extending the entire length from said inlet end to said outlet end; at least one second helical flight disposed on an exterior surface of said screen and arranged in a flight pattern oriented so that a second material, distinct from said first material, passing through said screen and engaging said second helical flight is conveyed in a direction to said stucco discharge opening; characterized in having a power unit and a power transmission system (68, 70) connected to said power unit for rotating in common said shaft, said at least one first flight, said screen and said at least one second flight;
Use of at least one polymethacrylmethylimide copolymer (PMMI copolymer) for reducing the decrease in molecular weight of aromatic polycarbonate in talc-containing polycarbonate compositions on compounding.
Optical transmitter apparatus comprising: a reflective optical amplifier arranged to receive an optical seed signal; a driver arranged to generate a drive signal arranged to cause the reflective optical amplifier to amplify the optical seed signal to form an optical signal; an optical splitter arranged to receive the optical signal and to split off a part of the optical signal to form a further optical signal; polarisation compensation apparatus arranged to receive the further optical signal and being further arranged to rotate a polarisation of the further optical signal by a pre-determined amount, to form a further optical seed signal; and an optical router arranged to receive the further optical seed signal and to direct the further optical seed signal to the reflective optical amplifier for amplification thereby; and an optical fibre arranged to couple the optical router and the optical splitter; wherein the polarization compensation apparatus is arranged to direct the further optical seed signal to the optical router through the optical splitter and the optical fibre. a reflective optical amplifier arranged to receive an optical seed signal; a driver arranged to generate a drive signal arranged to cause the reflective optical amplifier to amplify the optical seed signal to form an optical signal; an optical splitter arranged to receive the optical signal and to split off a part of the optical signal to form a further optical signal; polarisation compensation apparatus arranged to receive the further optical signal and being further arranged to rotate a polarisation of the further optical signal by a pre-determined amount, to form a further optical seed signal; and an optical router arranged to receive the further optical seed signal and to direct the further optical seed signal to the reflective optical amplifier for amplification thereby; and an optical fibre arranged to couple the optical router and the optical splitter; wherein the polarization compensation apparatus is arranged to direct the further optical seed signal to the optical router through the optical splitter and the optical fibre.