mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating a 3D movie with an audio object and a visual object, comprising: an authoring tool configured to received audio information related to the spatial position of said audio object within a plurality of 3D frames, said authoring tool being configured to generate an audio spatial parameter identifying said spatial position; an encoder configured to receive 3D content including audio and visual tracks, and said audio spatial parameter and being configured to generate an encoded 3D content including said audio object, the spatial position of said audio object being identified by audio positioning cues, based on said audio spatial parameter; and an audio processor configured to receive an audio track and a position signal identifying the spatial position of said audio track and wherein said audio processor is adapted to generate an audio object parameter for said authoring tool, wherein said authoring tool is configured to generate said audio spatial parameter based on said audio object parameter, wherein said audio processor is configured to receive visual information related to the spatial position of said visual object and is configured to generated said audio object parameter based on said visual information; and wherein said audio processor includes a determinator configured to determinate if the positions of one audio object and one visual object coincide. an authoring tool configured to received audio information related to the spatial position of said audio object within a plurality of 3D frames, said authoring tool being configured to generate an audio spatial parameter identifying said spatial position; an encoder configured to receive 3D content including audio and visual tracks, and said audio spatial parameter and being configured to generate an encoded 3D content including said audio object, the spatial position of said audio object being identified by audio positioning cues, based on said audio spatial parameter; and an audio processor configured to receive an audio track and a position signal identifying the spatial position of said audio track and wherein said audio processor is adapted to generate an audio object parameter for said authoring tool, wherein said authoring tool is configured to generate said audio spatial parameter based on said audio object parameter, wherein said audio processor is configured to receive visual information related to the spatial position of said visual object and is configured to generated said audio object parameter based on said visual information; and wherein said audio processor includes a determinator configured to determinate if the positions of one audio object and one visual object coincide.
A sliding component comprising a pair of sliding members (10, 20), at least one of the sliding members (10, 20, 201, 203, 204) being provided with: a group of recessed portions including a plurality of recessed portions (22, 22', 222, 222', 223, 224) formed in a sliding surface (11, 21) of the one of the sliding members, each of the recessed portions having a flat surface; and a plurality of hollow portions (24a, 24b, 24c, 24d, 24a', 24b', 24c', 24d', 242, 243a, 243b, 243c, 243d, 244a, 244b, 244c, 244d, 244a', 244b', 244c', 244d') formed inside the one of sliding members so as to be out of alignment with the recessed portions in a thickness direction of the one of the sliding members, the hollow portions being disposed at a position deeper than the recessed portions, the hollow portions having flat surfaces and communicating with the recessed portions, wherein the hollow portions are disposed so as to generate at least part of a new group of recessed portions until the one of the sliding members is worn by a thickness of deepest one of the recessed portions, wherein the hollow portions are equal to each other in shape, throttle passages (26a, 26b, 26c, 26d, 261a, 261b, 261c, 261d) extending in the thickness direction allow the recessed portions and the hollow portions to communicate with each other, and a base material (20A, 20B) of the one of the sliding members between adjoining two of the recessed portions continuously extends in the thickness direction from the sliding surface to a surface on a side opposite to the sliding surface. a group of recessed portions including a plurality of recessed portions (22, 22', 222, 222', 223, 224) formed in a sliding surface (11, 21) of the one of the sliding members, each of the recessed portions having a flat surface; and a plurality of hollow portions (24a, 24b, 24c, 24d, 24a', 24b', 24c', 24d', 242, 243a, 243b, 243c, 243d, 244a, 244b, 244c, 244d, 244a', 244b', 244c', 244d') formed inside the one of sliding members so as to be out of alignment with the recessed portions in a thickness direction of the one of the sliding members, the hollow portions being disposed at a position deeper than the recessed portions, the hollow portions having flat surfaces and communicating with the recessed portions, wherein the hollow portions are disposed so as to generate at least part of a new group of recessed portions until the one of the sliding members is worn by a thickness of deepest one of the recessed portions, wherein the hollow portions are equal to each other in shape, throttle passages (26a, 26b, 26c, 26d, 261a, 261b, 261c, 261d) extending in the thickness direction allow the recessed portions and the hollow portions to communicate with each other, and a base material (20A, 20B) of the one of the sliding members between adjoining two of the recessed portions continuously extends in the thickness direction from the sliding surface to a surface on a side opposite to the sliding surface.
A system for evaluating a vessel of a patient, comprising a processor configured to: receive a first set of angiographic images of the vessel having a lesion from a first view plane, the lesion having a lesion length extending from a proximal lesion end to a distal lesion end; collect a first set of anatomic vessel measurements from the angiographic images, the first set of anatomic vessel measurements including at least one first lesion diameter, one first proximal vessel diameter proximal to the lesion and one first distal vessel diameter distal to the lesion; determine a first flow value utilizing the at least one first lesion diameter; create a hypothetical vessel which represents the vessel without the lesion extending from a first point of the vessel having the first proximal vessel diameter to a second point of the vessel having the first distal vessel diameter; determine a second flow value for the hypothetical vessel of the vessel; calculate a first anatomical fractional flow reserve for the vessel by dividing the first flow value by the second flow value. receive a first set of angiographic images of the vessel having a lesion from a first view plane, the lesion having a lesion length extending from a proximal lesion end to a distal lesion end; collect a first set of anatomic vessel measurements from the angiographic images, the first set of anatomic vessel measurements including at least one first lesion diameter, one first proximal vessel diameter proximal to the lesion and one first distal vessel diameter distal to the lesion; determine a first flow value utilizing the at least one first lesion diameter; create a hypothetical vessel which represents the vessel without the lesion extending from a first point of the vessel having the first proximal vessel diameter to a second point of the vessel having the first distal vessel diameter; determine a second flow value for the hypothetical vessel of the vessel; calculate a first anatomical fractional flow reserve for the vessel by dividing the first flow value by the second flow value.
Fuel injector, in particular common rail injector, having an injector housing, in which a high pressure space is configured which can be supplied with pressurized fuel via a supply bore which is configured in the injector housing, having at least one injection opening which is configured in the injector housing and is connected at least indirectly to the high pressure space for injecting fuel into the combustion chamber of an internal combustion engine, having an injection member which opens or closes the at least one injection opening, and having a sensor device (60; 60a; 60b; 60c) which has a piezoelectric element for the at least indirect detection of a fuel pressure in the injector housing, the sensor device (60; 60a; 60b; 60c) having a clamping element (67; 67a; 67b; 67c) for radially receiving, at least in regions, the piezoelectric element of circular or disc-shaped configuration, the clamping element (67; 67a; 67b; 67c) loading the piezoelectric element with the force of a compressive stress in a direction which runs at least substantially parallel to the piezoelectric element, in a manner which is dependent on the fuel pressure in the injector housing, the sensor device (60; 60a; 60b; 60c) being received by way of a radially running circumferential wall in the region of a blind bore-shaped recess in the injector housing, under radial prestress in the form of a compressive stress, the size of the recess in the plane of the clamping element (67; 67a; 67b; 67c) changing in a manner which is dependent on the fuel pressure, the piezoelectric element being received in the clamping element (67; 67a; 67b; 67c) under radial prestress, and the clamping element (67; 67a; 67b; 67c) being of annular configuration or being configured in the form of a clamping ring.
A pipe comprising a device for optimizing the transmission of heat therein for conveying exhaust gases in a heat exchange apparatus, the device being inserted in the pipe and comprising a plurality of longitudinal fins (3; 5a, 5b, 5c, 5d, 5e, 6a, 6b, 6c, 6d, 6e) which extend in a substantially radial direction from a central core (4; 5a, 6a) and come into contact with the inner surface of the pipe, characterized by the presence of a turbulator (10; 11), which is adapted to disrupt the boundary layer of the stream of exhaust gases in contact with the inner surface of the pipe, and which is inserted in a seat provided at the outer end of the fins.
A device for printing, severing, and applying self-adhesive flat structures, in particular labels, wherein the device operates with a label material without a carrier strip, which has a printable layer, a carrier layer, and a heat-sealable adhesive layer and the device has an applicator (16, 16a), by which the label is applied onto an object to be identified, wherein the applicator (16, 16a) can be moved by a handling device to the object to be identified and the handling device is constructed according to the principle of an open kinematic chain and has at least one translational kinematic axis and/or at least one rotational kinematic axis, wherein the applicator (16, 16a) is heatable by a heating device, which operates according to an electrical operating principle, characterized in that the applicator (16, 16a) is formed by a first plate-shaped stamp and a second plate-shaped stamp.
A sub-system, comprising: an interface circuit capable of communication with a plurality of memory circuits and a system, wherein the memory circuits include physical memory circuits, and the interface circuit is operable to simulate at least one virtual memory circuit and wherein the at least one virtual memory circuit has a larger row size than the physical memory circuits, the interface circuit operable to translate an address associated with a command communicated between the system and the memory circuits, wherein the command includes at least a column-access command, characterized in that: the column-access command is issued early by a memory controller before a row-activation command is to be issued, and wherein the translation includes the interface circuit taking a portion of a column address combining it with a row address to form a sub-row address, and wherein the sub-row address is used for sub-row activation. an interface circuit capable of communication with a plurality of memory circuits and a system, wherein the memory circuits include physical memory circuits, and the interface circuit is operable to simulate at least one virtual memory circuit and wherein the at least one virtual memory circuit has a larger row size than the physical memory circuits, the interface circuit operable to translate an address associated with a command communicated between the system and the memory circuits, wherein the command includes at least a column-access command, characterized in that: the column-access command is issued early by a memory controller before a row-activation command is to be issued, and wherein the translation includes the interface circuit taking a portion of a column address combining it with a row address to form a sub-row address, and wherein the sub-row address is used for sub-row activation.
A method comprising: receiving, by a computing device comprising a processor, a request for at least one service associated with an elevator system from a mobile device over a cellular network; validating the request based on a determined location of the mobile device; and causing at least one resource associated with the at least one service to be scheduled based on the validating indicating that the request is approved; characterised in that the request for service is entered in a passive manner, and in that the validation of the request comprises a determination that a probability that the at least one resource will be used at a particular moment in time is greater than a threshold by accessing a profile for a user or the mobile device containing a log of the user's history or activities. validating the request based on a determined location of the mobile device; and causing at least one resource associated with the at least one service to be scheduled based on the validating indicating that the request is approved;
A tool for mounting rotor blades on a rotor hub of a wind generator, the tool comprising a first part and a second part, wherein the first part is configured to be mounted on a base plane of a mounting device and the second part is configured to receive a shaft flange of the rotor hub, wherein the shaft flange of the rotor hub is configured to be mounted on a shaft of the drive train of the wind generator, and wherein the second part is rotatable with respect to the first part wherein the tool is characterized by a third part, which is arranged between the first part and the second part, wherein the third part is configured for tilting a plane of rotation of the second part with respect to the first part.
A method (100, 200) for simulating an injection molding process, comprising: generating a mesh model of a mold structure; generating a mesh model of an injection unit of an injection molding machine, including at least a screw tip of the injection unit and a barrel size and diameter; providing the ability to specify a material to be injected into the mold structure; configuring parameters in different zones of at least the injection unit; combining the mesh models of the mold structure and the injection unit; providing the ability to apply at least one of a velocity and a pressure profile of the screw tip; and running a simulated operation of the combined mesh models of the injection unit and the mold structure. generating a mesh model of a mold structure; generating a mesh model of an injection unit of an injection molding machine, including at least a screw tip of the injection unit and a barrel size and diameter; providing the ability to specify a material to be injected into the mold structure; configuring parameters in different zones of at least the injection unit; combining the mesh models of the mold structure and the injection unit; providing the ability to apply at least one of a velocity and a pressure profile of the screw tip; and running a simulated operation of the combined mesh models of the injection unit and the mold structure.
Positive electrode active material/graphene composite particles formed by formation of positive electrode active material particles/matrix containing graphene composite, wherein the mass ratio of carbon in the composite particle is not less than 2% and not more than 20%, wherein the positive electrode active material particle is an olivine-based active material particle or a layered oxide active material particle, wherein the layered oxide active material is selected from the group consisting of LiCoO 2, LiNiO 2, Li(Ni x Co y)O 2 wherein x + y = 1, Li(Ni x Co y Al z)O 2 wherein x + y + z = 1, Li(Ni x Mn y Co z)O 2 wherein x + y + z = 1, Li(Ni x Mn y)O 2 wherein x + y = 1, and Li 2 MnO 3 -Li(Ni x Mn y Co z)O 2 wherein x + y + z = 1, characterized by a ratio of functionalization being not less than 0.15 and not more than 0.80, the ratio of functionalization being determined, based on measurements by X-ray photoelectron spectroscopic measurement, from the following equation: Ratio of functionalization = peak area based on C-O single bond + peak area based on C=O double bond + peak area based on COO bond / peak area based on C-C, C=C and C-H bonds and by an uneven distribution of the graphene at the material surface being 1.5 or more and 7 or less, wherein the uneven distribution of the graphene at the material surface can be quantified by a value obtained by dividing a ratio of a carbon element at the material surface by a mass ratio of graphene in the whole material, as measured by X-ray photoelectron spectroscopy, where excited X-ray is monochromatic Al K α1 and K α2 lines at 1486.6 eV, the diameter of X-ray is 200 μm, and a photoelectron escape angle is 45°.
Polymer powder for use in a powder bed fusion method, characterized in that the polymer powder has been coated with a hydrophobic substance selected from the group consisting of saturated or unsaturated fatty alcohols, saturated and unsaturated fats, waxes, lactams, alkenes, alkanes and mixtures thereof.
A catheter assembly comprising a urinary catheter allowing for non-contaminated insertion of a catheter into a urinary canal, said assembly comprising: - a catheter defining a conduit between a proximal end adapted for insertion into a body opening of an individual and an opposite distal end, - a package having a hose with a cavity for accommodation of the catheter and, in a proximal end of the package, an opening for dispensing the proximal end of the catheter from the package, and the catheter is provided with a hydrophilic surface and a liquid swelling medium is provided in the package, characterized in that the assembly comprises - an applicator comprising: a tubular compartment with a first open end, the compartment being adapted to receive at least a part of a catheter and being formed with a wall having an inner surface facing the catheter and an outer surface, the wall being provided with a flexible zone so as to allow the inner surface of the compartment wall to be brought into engagement with the catheter, and clamping means. - a catheter defining a conduit between a proximal end adapted for insertion into a body opening of an individual and an opposite distal end, - a package having a hose with a cavity for accommodation of the catheter and, in a proximal end of the package, an opening for dispensing the proximal end of the catheter from the package, and the catheter is provided with a hydrophilic surface and a liquid swelling medium is provided in the package, characterized in that the assembly comprises - an applicator comprising: a tubular compartment with a first open end, the compartment being adapted to receive at least a part of a catheter and being formed with a wall having an inner surface facing the catheter and an outer surface, the wall being provided with a flexible zone so as to allow the inner surface of the compartment wall to be brought into engagement with the catheter, and clamping means. a tubular compartment with a first open end, the compartment being adapted to receive at least a part of a catheter and being formed with a wall having an inner surface facing the catheter and an outer surface, the wall being provided with a flexible zone so as to allow the inner surface of the compartment wall to be brought into engagement with the catheter, and clamping means.
A system comprising: a client server; a development environment to: generate a plurality of variants of a first portion of a code package, wherein each variant of the plurality of variants comprises a functionally equivalent code element comprising a different binary code element than the other variants of the plurality of variants; a digital signing environment to: for each variant of the plurality of variants of the first portion of the code package with a same second portion of the code package, create a distinct digital signature; and a central server to: transmit to the client server a complete code package comprising a variant of the plurality of variants of the first portion of the code package along with the second portion of the code package and a corresponding digital signature; and transmit to the client server an incomplete code package comprising a remainder of the plurality of variants of the first portion of the code package, without the second portion of the code package, and digital signatures of each of the remainder of the plurality of variants. a client server; a development environment to: generate a plurality of variants of a first portion of a code package, wherein each variant of the plurality of variants comprises a functionally equivalent code element comprising a different binary code element than the other variants of the plurality of variants; a digital signing environment to: for each variant of the plurality of variants of the first portion of the code package with a same second portion of the code package, create a distinct digital signature; and a central server to: transmit to the client server a complete code package comprising a variant of the plurality of variants of the first portion of the code package along with the second portion of the code package and a corresponding digital signature; and transmit to the client server an incomplete code package comprising a remainder of the plurality of variants of the first portion of the code package, without the second portion of the code package, and digital signatures of each of the remainder of the plurality of variants. transmit to the client server a complete code package comprising a variant of the plurality of variants of the first portion of the code package along with the second portion of the code package and a corresponding digital signature; and transmit to the client server an incomplete code package comprising a remainder of the plurality of variants of the first portion of the code package, without the second portion of the code package, and digital signatures of each of the remainder of the plurality of variants.