mhurhangee/ep-ind-claims huggingface dataset:
Folded garment, in particular folded shirt or folded blouse, having a folding aid for stabilizing the shape of the folded garment, • a reinforcement plate being provided as a folding aid, the underside of which reinforcement plate is placed on the outside of a back part of the garment, • the back part of the garment having a shoulder region provided with a collar and extending over a height of the back part from the collar to a hem of the garment, • the reinforcement plate extending, starting from a collar-side edge arranged in the shoulder region of the garment, with a longitudinal direction over part of the height of the back part to a collar-distal edge, • the extension of the reinforcement plate in the longitudinal direction of the reinforcement plate being smaller than an extension of a hem-side part of the garment between the collar-distal edge of the reinforcement plate and the hem of the garment, and • the hem-side part of the garment being folded over on an upper side of the reinforcement plate that is remote from the underside of the reinforcement plate, the collar-side edge of the reinforcement plate delimiting a collar-side opening of a receptacle formed between the underside of the reinforcement plate and the back part of the garment, characterized in that the hem of the garment is inserted into the receptacle through the collar-side opening of the receptacle. • a reinforcement plate being provided as a folding aid, the underside of which reinforcement plate is placed on the outside of a back part of the garment, • the back part of the garment having a shoulder region provided with a collar and extending over a height of the back part from the collar to a hem of the garment, • the reinforcement plate extending, starting from a collar-side edge arranged in the shoulder region of the garment, with a longitudinal direction over part of the height of the back part to a collar-distal edge, • the extension of the reinforcement plate in the longitudinal direction of the reinforcement plate being smaller than an extension of a hem-side part of the garment between the collar-distal edge of the reinforcement plate and the hem of the garment, and • the hem-side part of the garment being folded over on an upper side of the reinforcement plate that is remote from the underside of the reinforcement plate, the collar-side edge of the reinforcement plate delimiting a collar-side opening of a receptacle formed between the underside of the reinforcement plate and the back part of the garment, characterized in that the hem of the garment is inserted into the receptacle through the collar-side opening of the receptacle.
A measuring apparatus (100, 200, 300) comprising: a first irradiating device (11, 12) configured to apply light to a fluid; a first light receiving device configured to receive light scattered by the fluid, out of the light applied by said first irradiating device (11, 12), and configured to output a first output signal; an obtaining device configured to obtain fluid information, which indicates a flow volume or a flow velocity of the fluid, on the basis of the first output signal of said first light receiving device; and a controlling device (30, 30a) configured to control said first irradiating device (11,12), on the basis of the fluid information. a first irradiating device (11, 12) configured to apply light to a fluid; a first light receiving device configured to receive light scattered by the fluid, out of the light applied by said first irradiating device (11, 12), and configured to output a first output signal; an obtaining device configured to obtain fluid information, which indicates a flow volume or a flow velocity of the fluid, on the basis of the first output signal of said first light receiving device; and a controlling device (30, 30a) configured to control said first irradiating device (11,12), on the basis of the fluid information.
A radio frequency identification (RFID) tag comprising an antenna having first and second antenna portions and configured and arranged for transceiving data; an RFID chip laminated between the first and second antenna portions, the RFID chip including a semiconductor substrate, an active layer on the semiconductor substrate, and a radio frequency communication circuit, the semiconductor substrate being configured and arranged with a lower surface area that faces the first antenna portion and is adapted to communicate data, carried by radio frequency signals, between the first antenna portion and the radio frequency communication circuit; and a conductor that connects the radio frequency communication circuit to the second antenna portion, the conductor being configured and arranged with the semiconductor substrate to communicate the data carried by radio frequency signals between the second antenna portion and the radio frequency communication circuit, wherein the first antenna portion is connected to a surface of a first material and the second antenna portion is connected to a surface of a second material that faces the surface of the first material, the second material being laminated to the RFID chip and to the surface of the first material.
An apparatus comprising: a plurality of processor cores, a first processor core of the plurality of processor cores configured to execute in one of a plurality of modes, including: a first processor mode in which a first virtual machine monitor is to operate, wherein the first virtual machine monitor is to securely manage a plurality of secure virtual machines (155A, 155B), wherein an execution state of the secure virtual machines (155A, 155B) is accessible to the first virtual machine monitor; and a second processor mode in which a second virtual machine monitor is to operate, wherein the second virtual machine monitor is to assign resources to the secure virtual machines (155A, 155B), and wherein the execution state of the secure virtual machines (155A, 155B) is not accessible to the second virtual machine monitor; wherein the first processor core comprises circuitry to perform operations corresponding to an instruction issued based on a request from the first virtual machine monitor, the instruction being to modify permission of a memory page identified by a guest physical address, the operations including to: modify the permission of the memory page in a page table entry of a page table. a plurality of processor cores, a first processor core of the plurality of processor cores configured to execute in one of a plurality of modes, including: a first processor mode in which a first virtual machine monitor is to operate, wherein the first virtual machine monitor is to securely manage a plurality of secure virtual machines (155A, 155B), wherein an execution state of the secure virtual machines (155A, 155B) is accessible to the first virtual machine monitor; and a second processor mode in which a second virtual machine monitor is to operate, wherein the second virtual machine monitor is to assign resources to the secure virtual machines (155A, 155B), and wherein the execution state of the secure virtual machines (155A, 155B) is not accessible to the second virtual machine monitor; a first processor mode in which a first virtual machine monitor is to operate, wherein the first virtual machine monitor is to securely manage a plurality of secure virtual machines (155A, 155B), wherein an execution state of the secure virtual machines (155A, 155B) is accessible to the first virtual machine monitor; and a second processor mode in which a second virtual machine monitor is to operate, wherein the second virtual machine monitor is to assign resources to the secure virtual machines (155A, 155B), and wherein the execution state of the secure virtual machines (155A, 155B) is not accessible to the second virtual machine monitor; wherein the first processor core comprises circuitry to perform operations corresponding to an instruction issued based on a request from the first virtual machine monitor, the instruction being to modify permission of a memory page identified by a guest physical address, the operations including to: modify the permission of the memory page in a page table entry of a page table.
A three-dimensional polymeric article having first and second opposed major surfaces, a first dimension perpendicular to a second dimension, a thickness orthogonal to the first and second dimensions, and a plurality of alternating first and second polymeric regions along the first or second dimensions, wherein the first and second regions extend at least partially across the second dimension, wherein the first regions are in a common plane and wherein some of the second regions project outwardly from the plane in a first direction, and some of the second regions project outwardly from the plane in a second direction that is generally 180 degrees from the first direction, where the first regions have a first crosslink density, wherein the second regions have a second crosslink density, and wherein the second crosslink density of the second regions is less than the first crosslink density of the first regions.
Thermal storage device for the storage of a liquid at a temperature diferent from the environmental temperature level, comprising a chamber, a container arranged therein as well as a thermal insulation material, characterized in that the container does not exhibit any insulation directly on its outer surface, but instead the chamber is accessible and is covered at its inner surface with a plate-shaped thermal insulation (12,13), wherein the size of the chamber is designed large enough to be still walkable also when the container is installed, thus so that outside of the built-in container there is still enough room for at least one person, wherein the container comprises at least one inlet opening for pouring the liquid in, and at least one outlet opening for releasing the liquid, and wherein a tube is connectable to each of the inlet opening as well as the outlet opening, and wherein all inner sides of the walls of the chamber accommodating the container as well as the inner sides of its ceiling and/or its floor are insulated, i.e. are covered with heat insulating plates (12,13).
A method of treating image receiving sheets in a hot melt ink jet printer, in which the sheets are advanced to a print surface where hot, molten ink is applied onto the sheets, characterized in that the sheets, immediately before they reach the print surface, are heated to a first temperature that is higher than a second temperature which they will assume on the print surface.
A method for manufacturing plates, discs, and other bodies using pieces of birch bark, the outer layer of which is removed, which are cut to a surface measure, which are at least partially wetted with a binding agent, then stacked and cured under a defined pressure to form a laminate which is mechanically processed, characterized in that birch bark dust is mixed into the binding agent as a filler.
A planting assembly comprising: a support in the form of at least one sheet with a plurality of rows of apertures therein, the at least one sheet being formed into a wave shape such that the apertures are substantially aligned; and at least one planting receptacle, the at least one planting receptacle being mounted through at least two of the apertures of one row of the sheet, the planting receptacles being adapted to contain a growing medium; characterised in that the at least one sheet includes a cut away portion that is configured to receive and engage with a correspondingly-shaped portion of the planting receptacle, such that the at least one sheet is configured to engage or interlock with at least a portion of the planting receptacle. a support in the form of at least one sheet with a plurality of rows of apertures therein, the at least one sheet being formed into a wave shape such that the apertures are substantially aligned; and at least one planting receptacle, the at least one planting receptacle being mounted through at least two of the apertures of one row of the sheet, the planting receptacles being adapted to contain a growing medium; characterised in that the at least one sheet includes a cut away portion that is configured to receive and engage with a correspondingly-shaped portion of the planting receptacle, such that the at least one sheet is configured to engage or interlock with at least a portion of the planting receptacle.
Fluidized bed reactor for producing polycrystalline silicon granules, comprising a reactor head, a reactor tube and a reactor base, additionally comprising a heating device, at least one base gas nozzle for supplying fluidizing gas and also at least one secondary gas nozzle for supplying reaction gas, a seed feed appliance, in order to feed silicon seed particles, a product withdrawal line for polycrystalline silicon granules and also an appliance for removing off-gas, wherein base gas nozzle, the at least one secondary gas nozzle and also the product withdrawal line for polycrystalline silicon granules are sealed by means of seals/packings against the reactor base and the reactor tube is sealed against the reactor head and the reactor base by means of seals, wherein the seals/packings (7, 8) consist of graphite and contain less than 500 ppmw of phosphorus.
A pile cropping device comprising a body (11,41) locatable around and/or in the region of a pile to be cropped, the body having one or more pile cropping jaws (12,42) attached pivotally to the body, said jaws having one or more pile cropping teeth (13,43) attached pivotally to the jaw(s) and attached pivotally to the body such that, in use, said one or more teeth (13,43) engage with and disengage from cladding and/or reinforcement of said pile, wherein at the point of engagement between the cropping tooth or teeth (13,43) and the pile to be cropped, the planar orientation of the tooth or teeth relative to the axis of the pile remaining generally unaffected by the position of the jaw (12,42) in relation to the body (11,41) and therefore by variation in the thickness of said reinforcement and/or cladding to be cropped from the pile.
A combine unload drive control system comprising: a grain tank (150,220,320) for storing grain; at least one auger (264,332,364,802,804,900) for unloading grain from the grain tank (150,220,320); characterised in that it further comprises at least one movable auger cover (604,902) coupled to the grain tank (150,220,320) for controlling the amount of grain to flow into the at least one auger (332,802,804,900); at least one sensor (722,724,726) for sensing a force on the at least one auger (332,802,804,900); and a controller for: (i) receiving at least one force condition from the at least one sensor (722,724,726) representing the sensed force on the at least one auger (332,802,804,900); and (ii) causing the at least one movable auger cover (604,902) to move based on the received force condition. a grain tank (150,220,320) for storing grain; at least one auger (264,332,364,802,804,900) for unloading grain from the grain tank (150,220,320); characterised in that it further comprises at least one movable auger cover (604,902) coupled to the grain tank (150,220,320) for controlling the amount of grain to flow into the at least one auger (332,802,804,900); at least one sensor (722,724,726) for sensing a force on the at least one auger (332,802,804,900); and a controller for: (i) receiving at least one force condition from the at least one sensor (722,724,726) representing the sensed force on the at least one auger (332,802,804,900); and (ii) causing the at least one movable auger cover (604,902) to move based on the received force condition. (i) receiving at least one force condition from the at least one sensor (722,724,726) representing the sensed force on the at least one auger (332,802,804,900); and (ii) causing the at least one movable auger cover (604,902) to move based on the received force condition.
Method for locating a V2X-enabled second vehicle by a V2X-enabled first vehicle, wherein - a request is sent from the first vehicle to the second vehicle via a V2X communication link, - sensor data from at least one sensor of the second vehicle is received from the first vehicle via the V2X communication link and evaluated, - at least one action is carried out by the first vehicle, - the second vehicle is located relative to the first vehicle if the at least one action of the first vehicle is detected based on the received sensor data of the at least one sensor of the second vehicle. - a request is sent from the first vehicle to the second vehicle via a V2X communication link, - sensor data from at least one sensor of the second vehicle is received from the first vehicle via the V2X communication link and evaluated, - at least one action is carried out by the first vehicle, - the second vehicle is located relative to the first vehicle if the at least one action of the first vehicle is detected based on the received sensor data of the at least one sensor of the second vehicle.
A system for monitoring operation status of an electric machine, including: a portable unit, being adapted for free movement around the electric machine; an airborne acoustics sensor, being adapted for measuring acoustic data produced by the electric machine at a first position in a path of the free movement; a magnetic field sensor, being adapted for measuring magnetic field data produced by the electric machine at a second position in the path of the free movement; and a processing unit, being adapted for calculating the operation status of the electric machine based on the acoustic data from the airborne acoustics sensor and the magnetic field data from the magnetic field sensor; wherein: the airborne acoustics sensor and the magnetic field sensor are integrated with the portable unit. a portable unit, being adapted for free movement around the electric machine; an airborne acoustics sensor, being adapted for measuring acoustic data produced by the electric machine at a first position in a path of the free movement; a magnetic field sensor, being adapted for measuring magnetic field data produced by the electric machine at a second position in the path of the free movement; and a processing unit, being adapted for calculating the operation status of the electric machine based on the acoustic data from the airborne acoustics sensor and the magnetic field data from the magnetic field sensor; wherein: the airborne acoustics sensor and the magnetic field sensor are integrated with the portable unit.
A tracking device configured to be coupled to an interventional medical device to track a position of the interventional medical device during an interventional medical procedure using a magnetic resonance imaging system, the tracking device comprising: a first tracking member having a first magnetic susceptibility and configured to be coupled to an interventional medical device; a second tracking member having a second magnetic susceptibility different than the first magnetic susceptibility and configured to be coupled to the interventional medical device; wherein the first tracking member and the second tracking member are configured to adjust relative to each other to adjust the tracking device between a first arrangement and a second arrangement; and wherein the first magnetic susceptibility and the second magnetic susceptibility are selected such that when the tracking device is positioned within a magnetic field of an MRI system: when the tracking device is arranged in the first arrangement the tracking device produces a local magnetic field that is measurable by the MRI system; and when the tracking device is arranged in the second arrangement the tracking device produces a local magnetic field that is reduced with respect to the local magnetic field produced by the tracking device in the first arrangement. a first tracking member having a first magnetic susceptibility and configured to be coupled to an interventional medical device; a second tracking member having a second magnetic susceptibility different than the first magnetic susceptibility and configured to be coupled to the interventional medical device; wherein the first tracking member and the second tracking member are configured to adjust relative to each other to adjust the tracking device between a first arrangement and a second arrangement; and wherein the first magnetic susceptibility and the second magnetic susceptibility are selected such that when the tracking device is positioned within a magnetic field of an MRI system: when the tracking device is arranged in the first arrangement the tracking device produces a local magnetic field that is measurable by the MRI system; and when the tracking device is arranged in the second arrangement the tracking device produces a local magnetic field that is reduced with respect to the local magnetic field produced by the tracking device in the first arrangement. when the tracking device is arranged in the first arrangement the tracking device produces a local magnetic field that is measurable by the MRI system; and when the tracking device is arranged in the second arrangement the tracking device produces a local magnetic field that is reduced with respect to the local magnetic field produced by the tracking device in the first arrangement.
A method of reducing emissions from a diesel engine, comprising the steps of: providing a reagent injector to an exhaust outlet of the diesel engine, the injector having an orifice with a diameter not greater than about 0,1524 mm; supplying a reagent to the injector at an inlet pressure of about 5,516 bars or less; actuating the injector on and off at a frequency not greater than about 1.5 Hz; wherein said actuating injects the reagent via the orifice into the exhaust outlet at an injection rate of about 3.3 grams/minute or less; and wherein the injector has an on-time less than 10.5%. providing a reagent injector to an exhaust outlet of the diesel engine, the injector having an orifice with a diameter not greater than about 0,1524 mm; supplying a reagent to the injector at an inlet pressure of about 5,516 bars or less; actuating the injector on and off at a frequency not greater than about 1.5 Hz; wherein said actuating injects the reagent via the orifice into the exhaust outlet at an injection rate of about 3.3 grams/minute or less; and wherein the injector has an on-time less than 10.5%.
An ex vivo method of engineering a T cell suitable for an allogenic immunotherapy treatment of pre-malignant or malignant cancer condition characterized by CD123-expressing cells, said method comprising: (a) Providing a T cell, (b) Inactivating at least one gene expressing one or more components of TCR, in particular TCRalpha or TCRbeta genes, in said cell; (c) Introducing into said T cell at least one polynucleotide encoding a CD123 specific chimeric antigen receptor to be expressed at the surface of said cell; wherein said CD123 specific CAR has a polypeptide structure comprising an extra cellular ligand binding-domain comprising a heavy chain variable region and a light chain variable region from a monoclonal anti-CD123 antibody, a FcγRIIIa, CD8α or IgG1 hinge, a CD8α transmembrane domain and a cytoplasmic domain including a CD3 zeta signaling domain and a co-stimulatory domain from 4-1BB, wherein said VH comprises the CDR sequences of SEQ ID NO: 67, 68 and 69 and said VL comprises the CDR sequences of SEQ ID NO: 70, 71 and 72. (a) Providing a T cell, (b) Inactivating at least one gene expressing one or more components of TCR, in particular TCRalpha or TCRbeta genes, in said cell; (c) Introducing into said T cell at least one polynucleotide encoding a CD123 specific chimeric antigen receptor to be expressed at the surface of said cell;