mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating information to a plurality of respondent endpoints, comprising: detecting a trigger event for an incident, the trigger event being related to an incident category for the incident; identifying a rule in accordance with the incident category, the rule specifying one or more processes for responding to the incident; establishing a collaboration session with a first respondent endpoint and a second respondent endpoint in accordance with the rule, the first respondent endpoint being associated with a first respondent system, the second respondent endpoint being associated with a second respondent system; and communicating multimedia information to the first respondent endpoint and the second respondent endpoint according to the rule, wherein communicating multimedia information to the first respondent endpoint and the second respondent endpoint further comprises: launching one or more applications operable to access data corresponding to the multimedia information, from one or more data sources; accessing the data from the one or more data sources using the one or more applications; mixing the accessed data to generate the multimedia information; and sending the multimedia information to the first respondent endpoint and the second respondent endpoint. detecting a trigger event for an incident, the trigger event being related to an incident category for the incident; identifying a rule in accordance with the incident category, the rule specifying one or more processes for responding to the incident; establishing a collaboration session with a first respondent endpoint and a second respondent endpoint in accordance with the rule, the first respondent endpoint being associated with a first respondent system, the second respondent endpoint being associated with a second respondent system; and communicating multimedia information to the first respondent endpoint and the second respondent endpoint according to the rule, wherein communicating multimedia information to the first respondent endpoint and the second respondent endpoint further comprises: launching one or more applications operable to access data corresponding to the multimedia information, from one or more data sources; accessing the data from the one or more data sources using the one or more applications; mixing the accessed data to generate the multimedia information; and sending the multimedia information to the first respondent endpoint and the second respondent endpoint. launching one or more applications operable to access data corresponding to the multimedia information, from one or more data sources; accessing the data from the one or more data sources using the one or more applications; mixing the accessed data to generate the multimedia information; and sending the multimedia information to the first respondent endpoint and the second respondent endpoint.
A feed tank for use in a high-pressure system, wherein the feed tank comprises a cavity for accommodating food items, a wall and a temperature-control apparatus, wherein the wall is formed in a multi-walled manner with a wall spacing in between, wherein a temperature-controlling medium is disposed in the wall spacing, characterized in that the feed tank comprises at least one electrical contact for the power supply of the temperature-control apparatus, wherein the electrical contact is arranged in such a way that current flows completely through the raw materials, semifinished goods or finished goods disposed in the cavity.
A system, comprising: a source configured to rotate about an examination region and to emit radiation that traverses the examination region; a radiation sensitive detector array configured to detect radiation traversing the examination region and to generate projection data indicative of the detected radiation; an evaluator configured to determine whether a projection is de-noised based on a number of detected photons for the projection; and a projection data de-noiser configured to de-noise the projection databased on the number of detected photons for the projection, wherein the projection data de-noiser further comprises a de-noiser configured to de-noise projections based on minimizing a cost function, including at least two terms, a first total variation term and a second general statistically weighted least-square term that gives a preference to the original projection when the noise is small and a preference to projections with small total variation when the noise is large. a source configured to rotate about an examination region and to emit radiation that traverses the examination region; a radiation sensitive detector array configured to detect radiation traversing the examination region and to generate projection data indicative of the detected radiation; an evaluator configured to determine whether a projection is de-noised based on a number of detected photons for the projection; and a projection data de-noiser configured to de-noise the projection databased on the number of detected photons for the projection, wherein the projection data de-noiser further comprises a de-noiser configured to de-noise projections based on minimizing a cost function, including at least two terms, a first total variation term and a second general statistically weighted least-square term that gives a preference to the original projection when the noise is small and a preference to projections with small total variation when the noise is large.
An osteoinductive composition comprising: (a) demineralized bone matrix having a particle size in the range of 53 to 125 μm, and (b) a calcium phosphate powder, wherein said calcium phosphate powder comprises an amorphous calcium phosphate and a second calcium phosphate, wherein the second calcium phosphate is an acidic or a neutral calcium phosphate, wherein said osteoinductive composition forms a formable, self-hardening, poorly crystalline apatitic calcium phosphate paste when admixed with a physiologically acceptable liquid, wherein said paste is capable of hardening to form a PCA calcium phosphate having a compressive strength of greater than at least 1 MPa. (a) demineralized bone matrix having a particle size in the range of 53 to 125 μm, and (b) a calcium phosphate powder, wherein said calcium phosphate powder comprises an amorphous calcium phosphate and a second calcium phosphate, wherein the second calcium phosphate is an acidic or a neutral calcium phosphate,
Thermoplastic resin composition comprising: at least one styrene-acrylonitrile copolymer component A1, at least one acrylonitrile styrene acrylate graft copolymer A2 as impact modifier, optionally at least one thermoplastic polymer A3 other than components A1 and A2, (b) at least one pigment B, (c) at least one hindered amine UV light stabilizer C1 and at least one UV absorber C2 different from C1, and (d) optionally further polymer additives D, other than components B, C1, C2, and E, (e) at least one metal scavenger component E. at least one styrene-acrylonitrile copolymer component A1, at least one acrylonitrile styrene acrylate graft copolymer A2 as impact modifier, optionally at least one thermoplastic polymer A3 other than components A1 and A2, (b) at least one pigment B, (c) at least one hindered amine UV light stabilizer C1 and at least one UV absorber C2 different from C1, and (d) optionally further polymer additives D, other than components B, C1, C2, and E, (e) at least one metal scavenger component E.
A non-destructive inspection and testing system configured for inspecting or measuring a test object according to a predetermined inspection plan during an inspection operation conducted by an operator, the system comprising, a probe configured to emit inspection energy to the test object and receive corresponding response signals from the test object, a data acquisition unit configured to receive response signals from the probe, a data processor, which further comprises an inspection guide control module configured to receive the predetermined inspection plan, a position encoding unit configured to sense and provide probe's sensed position during the inspection operation to the control module, a visual feedback viewing unit configured to display information including the predetermined inspection plan to the operator, and to allow the operator to visualize and hence to position the probe according to the predetermined inspection plan, characterized in that the inspection plan includes a trajectory and a plot of orientations according to which the probe should be positioned, and the position encoding unit is configured to sense and provide real time information to the control module regarding the probe's sensed positions in respect to the test object and regarding the probe's sensed orientations, wherein the control module is configured to validate the probe's sensed position and the probe's sensed orientation in respect of the predetermined inspection plan. a probe configured to emit inspection energy to the test object and receive corresponding response signals from the test object, a data acquisition unit configured to receive response signals from the probe, a data processor, which further comprises an inspection guide control module configured to receive the predetermined inspection plan, a position encoding unit configured to sense and provide probe's sensed position during the inspection operation to the control module, a visual feedback viewing unit configured to display information including the predetermined inspection plan to the operator, and to allow the operator to visualize and hence to position the probe according to the predetermined inspection plan, characterized in that the inspection plan includes a trajectory and a plot of orientations according to which the probe should be positioned, and the position encoding unit is configured to sense and provide real time information to the control module regarding the probe's sensed positions in respect to the test object and regarding the probe's sensed orientations, wherein the control module is configured to validate the probe's sensed position and the probe's sensed orientation in respect of the predetermined inspection plan.
A system for determining tread wear of a tire, comprising: a first wireless communication chip (34, 40) located at an inner surface of said tire, said first wireless communication chip (34, 40) being configured to transmit a first signal; characterized by a second wireless communication chip located at an outer surface of said tire, said second wireless communication chip being configured to transmit a second signal in response to receipt of said first signal; and a processor element associated with said first wireless communication chip (34, 40), wherein said processor element is configured to compute a time delay between transmission of said first signal from said first wireless communication chip (34, 40) and receipt of said second signal at said first wireless communication chip (34, 40), said time delay being indicative of said tread wear. a first wireless communication chip (34, 40) located at an inner surface of said tire, said first wireless communication chip (34, 40) being configured to transmit a first signal; characterized by a second wireless communication chip located at an outer surface of said tire, said second wireless communication chip being configured to transmit a second signal in response to receipt of said first signal; and a processor element associated with said first wireless communication chip (34, 40), wherein said processor element is configured to compute a time delay between transmission of said first signal from said first wireless communication chip (34, 40) and receipt of said second signal at said first wireless communication chip (34, 40), said time delay being indicative of said tread wear.
A method for producing a bag-shaped package made of a film having an anti-adhesion layer, wherein the anti-adhesion layer is formed from a plastic based on polydiorganosiloxane which is weldable, wherein in a first step the film with anti-adhesion layer is produced and in a second step the film is processed by welding or sealing on the side having the anti-adhesion layer to form the bag-shaped package, wherein the plastic based on polydiorganosiloxane is a block copolymer with one or more blocks formed from polydiorganosiloxane and one or more blocks formed from a hard polymer selected from a thermoplastic, characterized in that the hard block is selected from polyamide, polyester, polycarbonate, polyurethane, polycaprolactone, polyurea, polycarbonate, polystyrene, polysulfone, novolak and copolymers thereof. wherein in a first step the film with anti-adhesion layer is produced and in a second step the film is processed by welding or sealing on the side having the anti-adhesion layer to form the bag-shaped package, wherein the plastic based on polydiorganosiloxane is a block copolymer with one or more blocks formed from polydiorganosiloxane and one or more blocks formed from a hard polymer selected from a thermoplastic, characterized in that the hard block is selected from polyamide, polyester, polycarbonate, polyurethane, polycaprolactone, polyurea, polycarbonate, polystyrene, polysulfone, novolak and copolymers thereof.
A solvent-borne coating composition comprising: (a) a first component comprising: (i) an epoxy functional resin; and (ii) a corrosion resisting particle; and (b) a second component comprising a crosslinker having a first functionality that crosslinks with the epoxy functionality of the first component and a second functionality that self-crosslinks, wherein the crosslinker comprises silane and the crosslinker is present in an amount of 10 to 70 wt.-%, wherein the weight percent is based on the total solid weight of the blended coating composition. (a) a first component comprising: (i) an epoxy functional resin; and (ii) a corrosion resisting particle; and (i) an epoxy functional resin; and (ii) a corrosion resisting particle; and (b) a second component comprising a crosslinker having a first functionality that crosslinks with the epoxy functionality of the first component and a second functionality that self-crosslinks, wherein the crosslinker comprises silane and the crosslinker is present in an amount of 10 to 70 wt.-%, wherein the weight percent is based on the total solid weight of the blended coating composition.
An attenuated bovine coronavirus (BCoV) that encodes one or more of the following: - a spike protein that comprises the amino acid sequence of SEQ ID NO: 2, - a hemagglutinin-esterase glycoprotein that comprises the amino acid sequence of SEQ ID NO: 4, - an integral membrane protein that comprises the amino acid sequence of SEQ ID NO: 6, or - a nucleocapsid protein that comprises the amino acid sequence of SEQ ID NO: 10. - a spike protein that comprises the amino acid sequence of SEQ ID NO: 2, - a hemagglutinin-esterase glycoprotein that comprises the amino acid sequence of SEQ ID NO: 4, - an integral membrane protein that comprises the amino acid sequence of SEQ ID NO: 6, or - a nucleocapsid protein that comprises the amino acid sequence of SEQ ID NO: 10.
An electrical power distribution system including a first busway section, a second busway section and a third busway section, comprising: at least one first busbar; a busway housing including a first opening, said at least one first busbar positioned at least partially within an interior defined by said busway housing; a ground busbar including a second opening; and a fastener sealing system comprising a fastener, a spacing device, and at least one seal, said fastener comprising a restraining portion and a fastener body configured to extend through said first opening and said second opening, said spacing device positioned between said restraining portion and said at least one seal, characterized in that said fastener configured to couple said ground busbar to said busway housing, said ground busbar being a busway housing coupling plate contacting said busway housing and forming a ground connection therebetween, said spacing device comprising a spring washer and a compression spacer configured to compress said at least one seal and maintain the ground connection between said ground busbar and said busway housing, said at least one seal comprising a gasketed washer positioned within the second opening, at the busway housing, and around the fastener, such that a force applied to the fastener during assembly of the busway system is transmitted to the ground busbar and to the gasketed washer through the compression spacer, said spacing device and said at least one seal positioned exterior to the interior of the first busway section of said busway housing. at least one first busbar; a busway housing including a first opening, said at least one first busbar positioned at least partially within an interior defined by said busway housing; a ground busbar including a second opening; and a fastener sealing system comprising a fastener, a spacing device, and at least one seal, said fastener comprising a restraining portion and a fastener body configured to extend through said first opening and said second opening, said spacing device positioned between said restraining portion and said at least one seal, characterized in that said fastener configured to couple said ground busbar to said busway housing, said ground busbar being a busway housing coupling plate contacting said busway housing and forming a ground connection therebetween, said spacing device comprising a spring washer and a compression spacer configured to compress said at least one seal and maintain the ground connection between said ground busbar and said busway housing, said at least one seal comprising a gasketed washer positioned within the second opening, at the busway housing, and around the fastener, such that a force applied to the fastener during assembly of the busway system is transmitted to the ground busbar and to the gasketed washer through the compression spacer, said spacing device and said at least one seal positioned exterior to the interior of the first busway section of said busway housing.
Light module comprising: - a support comprising at least a first so-called separation surface, - at least one organic light-emitting diode comprising a first light-emitting part (200, 200a), means for attaching the diode to the support and means for electrically connecting the diode, the means for attaching the diode and the means for electrically connecting the diode are carried by a part of this diode, called the connecting part, and the separation surface of the support delimits a light diffusion zone in which the first light-emitting part (200, 200a) of the diode extends, and separates this light scattering area from a masked area, into which the connecting portion of the diode extends, so that said connecting portion is masked by the separation surface of the support, - the support comprises a wall supporting the separation surface, said wall comprising at least one notch passing right through it, so that the connecting part of the light-emitting diode passes through said wall and opens out on a technical surface of the support opposite said separation surface - the support comprises, on the side of its technical surface, fixing means capable of being connected directly to the support and to the connecting part of the said organic light-emitting diode, the said fixing means comprising a releasable blocking element, bearing on an upper bearing edge of the connecting part of the organic light-emitting diode, characterised in that the blocking element comprises a joint connected to the technical surface of the wall of the support, or connected to a centering edge comprising an inner surface placed on the periphery of the notch, arranged on the technical surface of the support. - a support comprising at least a first so-called separation surface, - at least one organic light-emitting diode comprising a first light-emitting part (200, 200a), means for attaching the diode to the support and means for electrically connecting the diode, - the support comprises a wall supporting the separation surface, said wall comprising at least one notch passing right through it, so that the connecting part of the light-emitting diode passes through said wall and opens out on a technical surface of the support opposite said separation surface - the support comprises, on the side of its technical surface, fixing means capable of being connected directly to the support and to the connecting part of the said organic light-emitting diode, the said fixing means comprising a releasable blocking element, bearing on an upper bearing edge of the connecting part of the organic light-emitting diode,
Bicycle stand comprising: - a wheel catch fork with two spaced upward protruding legs between which a wheel of a bicycle can be placed, - a wheel threshold which in horizontal direction is at a distance from the upper ends of the legs, and - wheel axle carriers provided at the upper ends of the legs of the wheel catching fork, which carriers are provided with wheel axle contact surfaces which, in case of a stalled bicycle, are in contact with ends of the wheel axle of the bicycle, and in a direction away from the wheel threshold the wheel axle contact surfaces extend upwards, characterized in that each wheel axle carrier comprises one of the wheel axle contact surfaces and the wheel axle contact surfaces of both wheel axle carriers face each other and diverge in upward direction. - a wheel catch fork with two spaced upward protruding legs between which a wheel of a bicycle can be placed, - a wheel threshold which in horizontal direction is at a distance from the upper ends of the legs, and - wheel axle carriers provided at the upper ends of the legs of the wheel catching fork, which carriers are provided with wheel axle contact surfaces which, in case of a stalled bicycle, are in contact with ends of the wheel axle of the bicycle, and in a direction away from the wheel threshold the wheel axle contact surfaces extend upwards,