mhurhangee/ep-ind-claims huggingface dataset:
A method for delivering content to a client device, comprising: transmitting a multimedia presentation in a packet stream to the client device, the packet stream including scene packets, the multimedia presentation being specified using a markup language and including at least one scene description and at least one scene update, characterized in that each scene packet in the packet stream contains a time stamp and information derived from either one of the at least one scene description or one of the at least one scene update, and at least one scene packet in the packet stream contains a list of graphics elements that are currently active in the multimedia presentation at that particular time stamp, wherein one scene followed by one or more scene updates constitutes a group and the list of graphics elements that are currently active is transmitted once for a particular group. transmitting a multimedia presentation in a packet stream to the client device, the packet stream including scene packets, the multimedia presentation being specified using a markup language and including at least one scene description and at least one scene update, characterized in that each scene packet in the packet stream contains a time stamp and information derived from either one of the at least one scene description or one of the at least one scene update, and at least one scene packet in the packet stream contains a list of graphics elements that are currently active in the multimedia presentation at that particular time stamp, wherein one scene followed by one or more scene updates constitutes a group and the list of graphics elements that are currently active is transmitted once for a particular group.
A solar cell module comprising: a solar cell panel including a photoelectric conversion unit; a holding member disposed at a periphery of the solar cell panel to hold the solar cell panel; a heat release plate spaced from the solar cell panel and disposed on the holding member; and a bypass diode attached to the heat release plate so as to be spaced from the solar cell panel and electrically connected to the photoelectric conversion unit, characterized in that an attachment surface of the bypass diode to the heat release plate is disposed to face the holding member. a solar cell panel including a photoelectric conversion unit; a holding member disposed at a periphery of the solar cell panel to hold the solar cell panel; a heat release plate spaced from the solar cell panel and disposed on the holding member; and a bypass diode attached to the heat release plate so as to be spaced from the solar cell panel and electrically connected to the photoelectric conversion unit, characterized in that an attachment surface of the bypass diode to the heat release plate is disposed to face the holding member.
A system for detecting instrument interaction with a surface, comprising: a shape sensing enabled instrument configured to pass along the surface and which includes an optical shape sensing system configured to provide an optical shape sensing signal as the shape sensing feedback; and an interaction evaluation module configured to monitor shape sensing feedback from the instrument to determine modes of the shape sensing feedback in order to identify whether contact is made with the surface and to determine the position of the contact, characterized in that the modes of shape sensing feedback include one or more of: vibrations identified by one or more of discontinuity information or frequency response information in the optical shape sensing signal; a shape configuration determined from the optical shape sensing signal indicating contact between the instrument and the surface; and a motion profile determined from the optical shape sensing signal indicating contact between the instrument and the surface. a shape sensing enabled instrument configured to pass along the surface and which includes an optical shape sensing system configured to provide an optical shape sensing signal as the shape sensing feedback; and an interaction evaluation module configured to monitor shape sensing feedback from the instrument to determine modes of the shape sensing feedback in order to identify whether contact is made with the surface and to determine the position of the contact, characterized in that the modes of shape sensing feedback include one or more of: vibrations identified by one or more of discontinuity information or frequency response information in the optical shape sensing signal; a shape configuration determined from the optical shape sensing signal indicating contact between the instrument and the surface; and a motion profile determined from the optical shape sensing signal indicating contact between the instrument and the surface. vibrations identified by one or more of discontinuity information or frequency response information in the optical shape sensing signal; a shape configuration determined from the optical shape sensing signal indicating contact between the instrument and the surface; and a motion profile determined from the optical shape sensing signal indicating contact between the instrument and the surface.
A wound pad for use in a self-adhesive member such as a wound dressing, the wound pad comprising fibers and being provided with at least a first and a second discrete group (15, 115, 215, 315, 415, 515, 615) of incisions (15a-c, 515a-d, 615a-e, 815a-c), wherein each one of said discrete groups of incisions comprises at least a first and a second incision, wherein said first and said second incision extend from a common starting point to a respective end point (17a, 17b, 17c), wherein the end point of said first incision is spaced from the end point of said second incision, wherein the common starting point of said first group of incisions is provided on a first side of an imaginary line extending in the machine direction of said fibrous wound pad, and the common starting point of said second group of incisions is provided on a second side of said imaginary line, and wherein a first incision (15a, 515a, 615a-b, 615d, 815a) of said first group of incisions and a second incision (15b-c, 515d, 615c, 615e, 815b-c) of said second group (115, 215, 315, 415) of incisions each cross said imaginary line, characterised by fibers present in a fiber-based layer of the wound pad, in an area where groups of incisions are provided, are cut at least once along their extension, wherein each one of said discrete groups (15, 515, 615) of incisions also comprises at least a third incision extending from said common starting point, wherein the angle (α, β, γ) between one of the incisions within a group of incisions and another incision within the same group of incisions is between 60° and 150°.
Switching device for switching an energy supply for an electronic control unit of a household appliance, with a first terminal for connecting to a DC voltage source, with a second terminal for connecting to an energy supply terminal of the control unit and with a switching transistor, which provides a switching path between the first and the second terminal (22, 26), - wherein the switching path is able to be switched via a third terminal of the switching transistor, - wherein the switching device has an electronic switching element which acts on the third terminal of the switching transistor to switch on the switching path, - and the switching device switches off the switching transistor by means of a switch-off signal of the control unit acting on the third terminal of the switching transistor, characterised by - a status unit, which provides a status signal, which represents a switching status of the switching path as a function of an activation of the electronic switching element and the switch-off signal, - as well as an integrator unit for extending a switching edge of the status signal, - wherein the status unit is connected to the third terminal via the integrator unit, in order to control the switching path of the switching transistor as a function of the status signal. - wherein the switching path is able to be switched via a third terminal of the switching transistor, - wherein the switching device has an electronic switching element which acts on the third terminal of the switching transistor to switch on the switching path, - and the switching device switches off the switching transistor by means of a switch-off signal of the control unit acting on the third terminal of the switching transistor, - a status unit, which provides a status signal, which represents a switching status of the switching path as a function of an activation of the electronic switching element and the switch-off signal, - as well as an integrator unit for extending a switching edge of the status signal, - wherein the status unit is connected to the third terminal via the integrator unit, in order to control the switching path of the switching transistor as a function of the status signal.
An isolated cell comprising a genetically engineered disruption in a beta-2 microglobulin (B2M) gene, wherein the cell is a primate cell, wherein the cell further comprises one or more recombinant immunomodulatory genes, each capable of expressing an immunomodulatory polypeptide in the cell, wherein the one or more immunomodulatory genes comprise a polynucleotide capable of encoding a single chain fusion human leukocyte antigen class I protein comprising at least a portion of the B2M protein covalently linked, either directly or via a linker sequence, to at least a portion of an HLA-I α chain, wherein the single chain fusion human HLA class I protein is capable of normal HLA class I function with respect to forming proper secondary structure of single chain fusion heterodimers on the cell surface, presenting peptides in the HLA I peptide binding cleft, and engaging the inhibitory receptors on the surface of NK cells.
A building facade consisting of a building wall, an insulating layer comprising insulating elements, having a surface and disposed on the building wall, a facade cladding which is connected to the building wall by means of fastening elements and which is disposed at a distance from the building wall and from the insulating layer to form a rear ventilation gap between insulating layer and facade cladding and a lock element provided for fire protection, which is disposed between neighbouring insulating elements of the insulating layer, wherein, the lock element is formed in one piece from fibre material, and wherein the lock element extends over the surface of the insulating layer in the direction of the facade cladding, characterised in that the lock element exhibits a compressibility and/or flexibility aligned at least predominantly between building wall and facade cladding, in that the lock element is adjusted to a required distance between building wall and facade cladding in such a manner that an air gap is provided between the surface of the lock element and the inner surface of the facade cladding and in that at least one spacer element made of plastic is Located between the surface of the lock element and the facade cladding, which spacer element consisting at least in partial areas of a material which burns or melts in case of fire, so that the lock element located under pre-stress by means of the spacer element expands as far as the facade cladding.
A gas turbine engine component (50;150;250;350;450) comprising a body portion (52;152;252;352;452) that includes a first wall (58;158;258;358;458) spaced apart from a second wall (60;160;260;360;460) and disposed about a centerline axis of the cross section of the component, wherein the first wall is a pressure side wall and the second wall is a suction side wall; at least one rib (74;174;274;374;474) that extends between said first wall (58;158;258;358;458) and said second wall (60;160;260;360;460), wherein said at least one rib (74;174;274;374;474) extends along a rib axis that is transversely angled relative to said centerline axis; and at least one impingement hole (78;178;278;378;478) that extends through said at least one rib (74;174;274;374;474) in a direction that is generally perpendicular to said rib axis, and wherein said at least one impingement hole (78;178;278;378;478) is oriented toward said first wall (58;158;258;358;458), or is oriented toward said second wall (60;160;260;360;460); wherein the at least one impingement hole is configured to communicate a cooling airflow to impinge upon an interior surface of the second wall; and characterized in that said at least one rib (74;174;274;374;474) includes a first impingement hole (78;178;278;378;478) that is oriented toward said first wall (58;158;258;358;458) and a second impingement hole (78;178;278;378;478) that is oriented toward said second wall (60;160;260;360;460); wherein the second impingement hole is located at a different radial location of the rib than the first impingement hole. a body portion (52;152;252;352;452) that includes a first wall (58;158;258;358;458) spaced apart from a second wall (60;160;260;360;460) and disposed about a centerline axis of the cross section of the component, wherein the first wall is a pressure side wall and the second wall is a suction side wall; at least one rib (74;174;274;374;474) that extends between said first wall (58;158;258;358;458) and said second wall (60;160;260;360;460), wherein said at least one rib (74;174;274;374;474) extends along a rib axis that is transversely angled relative to said centerline axis; and at least one impingement hole (78;178;278;378;478) that extends through said at least one rib (74;174;274;374;474) in a direction that is generally perpendicular to said rib axis, and wherein said at least one impingement hole (78;178;278;378;478) is oriented toward said first wall (58;158;258;358;458), or is oriented toward said second wall (60;160;260;360;460); wherein the at least one impingement hole is configured to communicate a cooling airflow to impinge upon an interior surface of the second wall; and characterized in that said at least one rib (74;174;274;374;474) includes a first impingement hole (78;178;278;378;478) that is oriented toward said first wall (58;158;258;358;458) and a second impingement hole (78;178;278;378;478) that is oriented toward said second wall (60;160;260;360;460); wherein the second impingement hole is located at a different radial location of the rib than the first impingement hole.
An injection site formulation comprising an inhibited nutrient composition at an oil well site, wherein the inhibited nutrient composition comprises at least one nutrient, said at least one nutrient comprising growth stimulating components including the following substances, alone or in combination: - growth substrates added at greater than 0.01 % w/v; - an electron acceptor for microbial growth, added at greater than 0.01 % w/v; - a source of nitrogen for microbial growth, added at greater than 0.001 % w/v; - a source of phosphorous for microbial growth, added at greater than 0.001 % w/v; - a source of trace nutrients added at greater than 0.0001 % w/v; wherein the inhibited nutrient composition comprises at least one nutrient present in excess of 10% weight/volume to inhibit microbial growth. - growth substrates added at greater than 0.01 % w/v; - an electron acceptor for microbial growth, added at greater than 0.01 % w/v; - a source of nitrogen for microbial growth, added at greater than 0.001 % w/v; - a source of phosphorous for microbial growth, added at greater than 0.001 % w/v; - a source of trace nutrients added at greater than 0.0001 % w/v;
A method for logging usage activity on a media device, the media device configured to communicate with a network, the method comprising: accessing media content with a media device that has access to a network; performing a usage activity on the media content with the media device; logging the usage activity at the media device, wherein the media device is configured to log the usage activity automatically and without user intervention; detecting a network connection to the network; and transmitting the usage activity via the network connection to a ratings service, wherein the ratings service receives usage activity from a plurality of media devices and uses the usage activity to rate media content accessed by the media devices; characterized in that the usage activity logged at the media device comprises the bandwidth provided by a network interface of the media device and networks (154, 156, 157); transmitting the usage activity from the ratings service to a media content provider; and using the usage activity comprising said bandwidth by the media content provider to adjust the media content. accessing media content with a media device that has access to a network; performing a usage activity on the media content with the media device; logging the usage activity at the media device, wherein the media device is configured to log the usage activity automatically and without user intervention; detecting a network connection to the network; and transmitting the usage activity via the network connection to a ratings service, wherein the ratings service receives usage activity from a plurality of media devices and uses the usage activity to rate media content accessed by the media devices; the usage activity logged at the media device comprises the bandwidth provided by a network interface of the media device and networks (154, 156, 157); transmitting the usage activity from the ratings service to a media content provider; and using the usage activity comprising said bandwidth by the media content provider to adjust the media content.
A method to form a surface on a metal work piece comprising a first machining step of - providing a turning insert comprising a first cutting edge, a second cutting edge and a convex nose cutting edge connecting the first and second cutting edges, - providing a turning tool comprising the turning insert and a tool body, the tool body having a front end and a rear end, a main extension along a longitudinal axis extending from the front end to the rear end, and an insert seat formed in the front end in which the turning insert is mounted, - selecting a nose angle (α) formed between the first and second cutting edges to be less than or equal to 85°, wherein the method comprises the further steps of - adapting the orientation of the second cutting edge such that it forms a back clearance angle (ψ) of more than 90° in a feed direction, - positioning all parts of the turning insert ahead of the nose cutting edge in the feed direction, - setting the longitudinal axis of the tool body at an angle greater than zero but less than or equal to 90 ° relative to a rotational axis of the metal work piece, - rotating the metal work piece around the rotational axis in a first direction, - moving the turning insert in a direction parallel to or at an angle less than 45° relative to the rotational axis such that the first cutting edge is active and ahead of the nose cutting edge in the feed direction and such that the surface at least partly is formed by the nose cutting edge, characterised in that, the method further comprises the step of - setting the back clearance angle (ψ) constant in relation to the feed direction during the formation of the surface. - providing a turning insert comprising a first cutting edge, a second cutting edge and a convex nose cutting edge connecting the first and second cutting edges, - providing a turning tool comprising the turning insert and a tool body, the tool body having a front end and a rear end, a main extension along a longitudinal axis extending from the front end to the rear end, and an insert seat formed in the front end in which the turning insert is mounted, - selecting a nose angle (α) formed between the first and second cutting edges to be less than or equal to 85°, - adapting the orientation of the second cutting edge such that it forms a back clearance angle (ψ) of more than 90° in a feed direction, - positioning all parts of the turning insert ahead of the nose cutting edge in the feed direction, - setting the longitudinal axis of the tool body at an angle greater than zero but less than or equal to 90 ° relative to a rotational axis of the metal work piece, - rotating the metal work piece around the rotational axis in a first direction, - moving the turning insert in a direction parallel to or at an angle less than 45° relative to the rotational axis such that the first cutting edge is active and ahead of the nose cutting edge in the feed direction and such that the surface at least partly is formed by the nose cutting edge, characterised in that, - setting the back clearance angle (ψ) constant in relation to the feed direction during the formation of the surface.
A secured communication device, including: - a plurality of application circuits which are each related to at least one application service securely contained within the device, each application circuit comprising at least an environmental detector and being excitable by an external signal characterizing the environment wherein the device is situated, the communication device comprising a radiofrequency signal transceiver for communicating with the outside, - a control unit making it possible to identify the excited application circuit and the related application service, and to activate said service in response to an activation authorization, and - a biometric circuit for authenticating the user so as to generate said activation authorisation; the related application service using said radiofrequency signal transceiver for communicating with the outside. - a plurality of application circuits which are each related to at least one application service securely contained within the device, each application circuit comprising at least an environmental detector and being excitable by an external signal characterizing the environment wherein the device is situated, the communication device comprising a radiofrequency signal transceiver for communicating with the outside, - a control unit making it possible to identify the excited application circuit and the related application service, and to activate said service in response to an activation authorization, and - a biometric circuit for authenticating the user so as to generate said activation authorisation; the related application service using said radiofrequency signal transceiver for communicating with the outside.
A motion control system (300, 500) for controlling one or more torque generating devices (320, 340) on a heavy-duty vehicle, the system (300, 500) comprising a primary sensor system with a primary sensor control unit (220, 385) configured to interpret an output signal of the primary sensor system, one or more tyre sensor devices mounted on, in, or in connection to, one or more tyres (120, 140, 160, 180) of the heavy-duty vehicle, and a tyre sensor control unit configured to interpret an output signal of the one or more tyre sensor devices, wherein the motion control system (300, 500) is arranged to base motion control of the heavy-duty vehicle on output data of the tyre sensor control unit in case of malfunction in the primary sensor system and/or in the primary sensor control unit (220, 385), and on output data of the primary sensor control unit (220, 385) otherwise, characterized in that the one or more tyre sensor devices comprises a satellite positioning system receiver, wherein the output data of the tyre sensor control unit comprises a vehicle speed over ground. one or more tyre sensor devices mounted on, in, or in connection to, one or more tyres (120, 140, 160, 180) of the heavy-duty vehicle, and a tyre sensor control unit configured to interpret an output signal of the one or more tyre sensor devices, wherein the motion control system (300, 500) is arranged to base motion control of the heavy-duty vehicle on output data of the tyre sensor control unit in case of malfunction in the primary sensor system and/or in the primary sensor control unit (220, 385), and on output data of the primary sensor control unit (220, 385) otherwise, characterized in that the one or more tyre sensor devices comprises a satellite positioning system receiver, wherein the output data of the tyre sensor control unit comprises a vehicle speed over ground.