mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting user input data from a vehicle dashboard configured to function as a wireless sink device to a wireless source device, the method comprising: obtaining user input data at a display device of the vehicle dashboard; generating a data packet header, wherein the data packet header comprises a field to identify an input category of the user input data; generating a data packet comprising the data packet header and payload data; transmitting the data packet to the wireless source device; receiving, by the vehicle dashboard, data packets comprising headers and payload data from the wireless source device, wherein the payload data comprises encoded video data; decoding, by a video decoder of the vehicle dashboard, the encoded video data; rendering a graphical user interface of at least one application resident on the wireless source device based on the decoded video data; and outputting, at the display device of the vehicle dashboard, the graphical user interface; wherein the user input data comprises data indicating user interaction at the display device of the vehicle dashboard with the graphical user interface of the at least one application resident on the wireless source device. obtaining user input data at a display device of the vehicle dashboard; generating a data packet header, wherein the data packet header comprises a field to identify an input category of the user input data; generating a data packet comprising the data packet header and payload data; transmitting the data packet to the wireless source device; receiving, by the vehicle dashboard, data packets comprising headers and payload data from the wireless source device, wherein the payload data comprises encoded video data; decoding, by a video decoder of the vehicle dashboard, the encoded video data; rendering a graphical user interface of at least one application resident on the wireless source device based on the decoded video data; and outputting, at the display device of the vehicle dashboard, the graphical user interface; wherein the user input data comprises data indicating user interaction at the display device of the vehicle dashboard with the graphical user interface of the at least one application resident on the wireless source device.
A cell for measuring (10a-10b) at least one physical, chemical, or mechanical property of a hardenable material, said cell (10a-10b) comprising: - an enclosure; - a flexible membrane disposed in said enclosure in such a way as to contain said hardenable material; and - means for stiffening (16, 17) said membrane configured to assume two alternative states: ∘ a stiffness state, in which said stiffening means (16, 17) resist the expansion of said hardenable material during solidification; and ∘ a flexible state, in which said stiffening means (16, 17) exert a stress that is less than that exerted in the stiffness state, allowing at least one physical, chemical, or mechanical property of said hardenable material to be measured and said hardenable material to be extracted from said enclosure; characterized in that said stiffening means are produced by a set of metal wires connected to a clasp configured to modify the stiffness exerted by said metal wires. - an enclosure; - a flexible membrane disposed in said enclosure in such a way as to contain said hardenable material; and - means for stiffening (16, 17) said membrane configured to assume two alternative states: ∘ a stiffness state, in which said stiffening means (16, 17) resist the expansion of said hardenable material during solidification; and ∘ a flexible state, in which said stiffening means (16, 17) exert a stress that is less than that exerted in the stiffness state, allowing at least one physical, chemical, or mechanical property of said hardenable material to be measured and said hardenable material to be extracted from said enclosure; ∘ a stiffness state, in which said stiffening means (16, 17) resist the expansion of said hardenable material during solidification; and ∘ a flexible state, in which said stiffening means (16, 17) exert a stress that is less than that exerted in the stiffness state, allowing at least one physical, chemical, or mechanical property of said hardenable material to be measured and said hardenable material to be extracted from said enclosure;
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising a fluid system with a pump chamber and a pressure chamber located adjacent to and below the pump chamber, the pump chamber and the pressure chamber being vertically aligned, both a portion of the pump chamber and a portion of the pressure chamber being formed from a single, common layer of polymer material, and the fluid system including a fluid path extending between the pump chamber and the pressure chamber, a one-directional valve being located in the fluid path to permit fluid flow from the pump chamber to the pressure chamber and substantially limit fluid flow from the pressure chamber to the pump chamber.
A sole (130, 300, 600, 1500) for an article of footwear, the sole comprising: a three-dimensional mesh (132, 320) comprising: a plurality of interconnected unit cells (134, 322), each interconnected unit cell comprising a plurality of struts defining a three-dimensional shape and a plurality of nodes at which one or more struts are connected, wherein each unit cell comprises a soft sub-cell and a stiff sub-cell, wherein the soft sub-cell comprises a sub-cell for a first lattice structure (800, 820, 840) and wherein the stiff sub-cell comprises a sub-cell for a second lattice (900, 920, 940) structure different from the first lattice structure, wherein the first lattice structure (800, 820, 840) comprises a first modeled compressive modulus and the second lattice structure (900, 920, 940) comprises a second modeled compressive modulus 15% or more greater than the first modeled compressive modulus, wherein the three-dimensional mesh comprises: a lattice shear modulus measured in a forward direction, and a lattice shear modulus measured in a rearward direction greater than the lattice shear modulus measured in the forward direction, wherein the lattice shear modulus measured in a rearward direction is greater than the lattice shear modulus measured in the forward direction by 10% or more. a plurality of interconnected unit cells (134, 322), each interconnected unit cell comprising a plurality of struts defining a three-dimensional shape and a plurality of nodes at which one or more struts are connected, wherein each unit cell comprises a soft sub-cell and a stiff sub-cell, wherein the soft sub-cell comprises a sub-cell for a first lattice structure (800, 820, 840) and wherein the stiff sub-cell comprises a sub-cell for a second lattice (900, 920, 940) structure different from the first lattice structure, wherein the first lattice structure (800, 820, 840) comprises a first modeled compressive modulus and the second lattice structure (900, 920, 940) comprises a second modeled compressive modulus 15% or more greater than the first modeled compressive modulus, wherein the three-dimensional mesh comprises: a lattice shear modulus measured in a forward direction, and a lattice shear modulus measured in a rearward direction greater than the lattice shear modulus measured in the forward direction, wherein the lattice shear modulus measured in a rearward direction is greater than the lattice shear modulus measured in the forward direction by 10% or more.
A modified ground tire rubber based additive for use in asphalt, comprising: 30 -99 weight percent of ground tire rubber; 0.9-69.9 weight percent of a mixture of waste water-based paint and a material selected from a group consisting of a gelling clay, a reactive agent, a plastomer, a handling and agglomerating agent and mixtures thereof; and 0.1-5 weight percent compatibilizer; wherein said additive has molecular entanglements and polar-polar interactions between said ground tire rubber and the waste water-based paint in the additive. 30 -99 weight percent of ground tire rubber; 0.9-69.9 weight percent of a mixture of waste water-based paint and a material selected from a group consisting of a gelling clay, a reactive agent, a plastomer, a handling and agglomerating agent and mixtures thereof; and 0.1-5 weight percent compatibilizer;
A refrigerated transportation cargo container comprising: a transportation cargo container; a refrigeration unit disposed at an end of the transportation cargo container to provide a flow of supply air for the transportation cargo container, the refrigeration unit including: a compressor; an engine operably connected to the compressor to drive the compressor; an engine air intake to intake engine air from outside the cargo container; and an air channel extending from the engine air intake past an evaporator of the refrigeration unit to the engine, wherein the air channel is located between an inner panel and a front wall of the cargo container, the inner panel being secured to the front wall of the cargo container; characterised in that the engine air intake is at a top wall of the cargo container, and in that the evaporator is located between the inner panel and the front wall of the cargo container. a transportation cargo container; a refrigeration unit disposed at an end of the transportation cargo container to provide a flow of supply air for the transportation cargo container, the refrigeration unit including: a compressor; an engine operably connected to the compressor to drive the compressor; an engine air intake to intake engine air from outside the cargo container; and an air channel extending from the engine air intake past an evaporator of the refrigeration unit to the engine, wherein the air channel is located between an inner panel and a front wall of the cargo container, the inner panel being secured to the front wall of the cargo container; characterised in that the engine air intake is at a top wall of the cargo container, and in that the evaporator is located between the inner panel and the front wall of the cargo container. a compressor; an engine operably connected to the compressor to drive the compressor; an engine air intake to intake engine air from outside the cargo container; and an air channel extending from the engine air intake past an evaporator of the refrigeration unit to the engine, wherein the air channel is located between an inner panel and a front wall of the cargo container, the inner panel being secured to the front wall of the cargo container; characterised in that the engine air intake is at a top wall of the cargo container, and in that the evaporator is located between the inner panel and the front wall of the cargo container.
A cooling device for beverages in beverage containers, comprising a preferably cylindrical chamber for receiving a beverage container and at least one cooling element, whereby the chamber is constructed as a basin for a cooling bath, wherein the filling level of the cooling liquid of the cooling bath rises to at least 1.5 times, preferably to at least 3 times, particularly preferably to at least 4 times when introducing a circular-cylindrical test body having a diameter of 49.9 mm or 79.9 mm or 109.9 mm or 139.9 mm or 169.9 mm or 199.9 mm into a cooling bath of any desired volume, characterized in that the at least one cooling element is arranged in the chamber or on the wall of the chamber and that the at least one cooling element is formed as Joule-Thomson cooler or mixed-Joule Thomson cooler.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: A 1 represents N or CR 2A, A 2 represents N or CR 2B and A 3 represents N or CR 2C, where no more than one of A 1, A 2 and A 3 represent N; R 1 represents C 4-6 cycloalkyl or a 4 to 6 membered heterocycloalkyl containing one heteroatom selected from O, S and N, wherein the C 4-6 cycloalkyl or 4 to 6 membered heterocycloalkyl is optionally substituted with one or more groups selected from fluoro, C 1-3 alkyl (optionally substituted with a group selected from hydroxyl and C 1-2 alkoxy), cyclopropyl, hydroxyl, NH 2, dioxo, C C 1-2 alkyl, azetidinyl and oxetanyl; R 2A, R 2B and R 2C each independently represent hydrogen, methyl or methoxy. A 1 represents N or CR 2A, A 2 represents N or CR 2B and A 3 represents N or CR 2C, where no more than one of A 1, A 2 and A 3 represent N; R 1 represents C 4-6 cycloalkyl or a 4 to 6 membered heterocycloalkyl containing one heteroatom selected from O, S and N, wherein the C 4-6 cycloalkyl or 4 to 6 membered heterocycloalkyl is optionally substituted with one or more groups selected from fluoro, C 1-3 alkyl (optionally substituted with a group selected from hydroxyl and C 1-2 alkoxy), cyclopropyl, hydroxyl, NH 2, dioxo, C C 1-2 alkyl, azetidinyl and oxetanyl; R 2A, R 2B and R 2C each independently represent hydrogen, methyl or methoxy.
Method for simultaneous localisation and mapping for the self-localisation of an automatically movable device, in particular an automatically movable floor-type dust collector, comprising preferably electric-motor-driven travel wheels, the device being provided with obstacle recognition that consists of optical transmitting units and receiving units, a plurality of possible particles, i.e. positions and orientations, also being calculated starting from an assumed first position of the device that has been calculated in advance and, in accordance with corresponding travel of the device in respect of the second position that is then occupied, said particles being assumed to be the new location of the device in accordance with a specified selection algorithm that takes into account the probability on the basis of the measurement results from the optical units of one of the previously generated particles, characterised in that the calculation of the particles is restricted in respect of a solid angle (α) and distance range (a) determined by the specified travel direction (r) and travel extent or travel speed of the device.
An expression system comprising a bacterial artificial chromosome construct, the BAC construct comprising a viral vector inserted with a set of DNA sequences that encode a UL128 complex, wherein the viral vector is a modified vaccinia Ankara vector and wherein the UL128 complex comprises a set of five CMV proteins, wherein the set of five CMV proteins are UL128, UL130, UL131A, gL, and gH.
An intraluminal imaging system, comprising: a processor circuit configured for communication with an intraluminal imaging catheter, wherein the processor circuit is configured to: receive a plurality of intraluminal images obtained by the intraluminal imaging catheter during movement of the intraluminal imaging catheter within a body lumen of a patient, the body lumen comprising a plurality of segments; generate a bookmark, or label information comprising text annotation, to be applied to an intraluminal image of the plurality of intraluminal images, wherein the marker is generated based on the movement of the intraluminal imaging catheter, and wherein the marker is representative of a segment of the plurality of segments; and output, to a display in communication with the processor circuit, a screen display comprising the marker and the plurality of intraluminal images; wherein the processor circuit is configured to: offer an instruction and at least one bookmark that are based on the system's knowledge of the procedure being performed, the current location and movement direction of the intraluminal imaging probe within the lumen. receive a plurality of intraluminal images obtained by the intraluminal imaging catheter during movement of the intraluminal imaging catheter within a body lumen of a patient, the body lumen comprising a plurality of segments; generate a bookmark, or label information comprising text annotation, to be applied to an intraluminal image of the plurality of intraluminal images, wherein the marker is generated based on the movement of the intraluminal imaging catheter, and wherein the marker is representative of a segment of the plurality of segments; and output, to a display in communication with the processor circuit, a screen display comprising the marker and the plurality of intraluminal images; wherein the processor circuit is configured to: offer an instruction and at least one bookmark that are based on the system's knowledge of the procedure being performed, the current location and movement direction of the intraluminal imaging probe within the lumen.
A waste disposal receptacle comprising a body and a lid; wherein the body is defined by a base, a side and an open top; and the lid is defined by a side, a top and an open base and includes an aperture in the side through which material can be deposited into the receptacle; the material when placed into the receptacle via the aperture falls through the open base of the lid and into the body; and wherein the body and lid are cylindrical; characterised in that: the interaction between the lid side and the body side forms a substantially airtight seal; wherein the side of the lid is adapted to be received within the body and is reversibly and telescopically movable between an open and closed position such that when the lid is in the closed position the aperture is covered by said body side and when the lid is in the open position, the aperture is exposed, wherein the lid is rotatable on the base to at least a limited extent; and, wherein the body includes a retention mechanism which prevents the lid from being readily removed from within the body. wherein the body is defined by a base, a side and an open top; and the lid is defined by a side, a top and an open base and includes an aperture in the side through which material can be deposited into the receptacle; the material when placed into the receptacle via the aperture falls through the open base of the lid and into the body; and wherein the body and lid are cylindrical; the interaction between the lid side and the body side forms a substantially airtight seal; wherein the side of the lid is adapted to be received within the body and is reversibly and telescopically movable between an open and closed position such that when the lid is in the closed position the aperture is covered by said body side and when the lid is in the open position, the aperture is exposed, wherein the lid is rotatable on the base to at least a limited extent; and, wherein the body includes a retention mechanism which prevents the lid from being readily removed from within the body.
A method of forming an inhalable powder composition comprising: combining a sugar alcohol with an alkaloid and a liquid carrier to form a liquid mixture, the sugar alcohol comprising erythritol, myo-inositol, adonitol, mannitol, and xylitol, or a combination thereof; freeze drying the liquid mixture to form a crystalline dry composition; and milling the crystalline dry composition to form crystalline dry powder particles having a mass median aerodynamic diameter (MMAD) of about 5 micrometers or less when measured with a cascade impactor. combining a sugar alcohol with an alkaloid and a liquid carrier to form a liquid mixture, the sugar alcohol comprising erythritol, myo-inositol, adonitol, mannitol, and xylitol, or a combination thereof; freeze drying the liquid mixture to form a crystalline dry composition; and milling the crystalline dry composition to form crystalline dry powder particles having a mass median aerodynamic diameter (MMAD) of about 5 micrometers or less when measured with a cascade impactor.
A method for producing material having a monocrystalline and multicrystalline structure, with the steps a) introduction of a particulate material mixture into an inlet of a container configured as a crucible, b) heating of the material mixture in a melting zone of the container by means of an induction coil, in order to provide a melt of the material mixture, the container being designed conically in order to ensure a subsequent flow of the melt of the material mixture toward an outlet of the container, and the induction coil being arranged outside the container and serving to surround the latter essentially in the form of a ring in the conical container portion, the material mixture in the melting zone of the container being supported statically via a pressure difference between the inlet and the outlet of the container, the pressure difference being proportional to the height of the melt, the static support taking place between two chambers (1, 2) which are separated by the container and between which the pressure difference prevails, with either each of the chambers being regulated separately in terms of pressure or these chambers being connected to one another by regulation of the pressure difference. a) introduction of a particulate material mixture into an inlet of a container configured as a crucible, b) heating of the material mixture in a melting zone of the container by means of an induction coil, in order to provide a melt of the material mixture,
Plug-in connector made from a strip of an aluminum alloy, comprising at least one bonding layer, wherein the bonding layer is an electrolytically applied copper/tin alloy and is applied directly onto the aluminum alloy, wherein the bonding layer has a thickness of at most 50 nm, and wherein a further metal layer or alloy layer (3, 3a, 3b) is applied onto the bonding layer. wherein the bonding layer is an electrolytically applied copper/tin alloy and is applied directly onto the aluminum alloy, wherein the bonding layer has a thickness of at most 50 nm, and wherein a further metal layer or alloy layer (3, 3a, 3b) is applied onto the bonding layer.
A wireless communication method in which transmission and/or reception by terminals (12, 200) occur in units of subframes, and a base station transmits a control signal in a current subframe, the control signal arranged in accordance with a predefined format having a predetermined size in bits and comprising more than one set of bits, each set containing one or more bits; wherein within the format, a first set of bits is intended for a first terminal (12, 200) and a second set of bits distinct from the first set of bits is intended for a second terminal (12, 200); and characterised in that a subframe of subsequent transmission and/or reception by the first terminal (12, 200) is determined by the first set of bits, and a subframe of subsequent transmission and/or reception by the second terminal (12, 200) is determined by the second set of bits.
Marking apparatus for marking an object with laser light, comprising - a plurality of lasers, in particular gas lasers, - a control unit for individually activating each of the lasers (10a - 10i) to emit a laser beam (90a - 90i) according to a sign to be marked, and - a set of deflection means for rearranging the laser beams (90a - 90i) into a two-dimensional array of laser beams (90a - 90i), wherein the set of deflection means comprises at least one deflection means (33a - 33i, 34a - 34i) per laser beam (90a - 90i), in particular at least one mapping mirror (33a - 33i, 34a - 34i) or one optical waveguide per laser beam (90a - 90i), characterized in that each deflection means (33a - 33i, 34a - 34i) is individually adjustable in its deflection direction and/or individually shiftable for setting any desired two-dimensional array of laser beams (90a - 90i), the deflection means (33a - 33i, 34a - 34i) are individually adjustable by the control unit which is adapted for shifting the deflection means (33a - 33i, 34a - 34i) and/or adjusting the deflection directions of the deflection means (33a - 33i, 34a - 34i), and the control unit is adapted to delay the activation of each laser individually such that, in the case of an object moving relative to the marking apparatus in an object movement direction, at least two laser beams (90a - 90i) impinge on the object at the same position in the object movement direction. - a plurality of lasers, in particular gas lasers, - a control unit for individually activating each of the lasers (10a - 10i) to emit a laser beam (90a - 90i) according to a sign to be marked, and - a set of deflection means for rearranging the laser beams (90a - 90i) into a two-dimensional array of laser beams (90a - 90i),