mhurhangee/ep-ind-claims huggingface dataset:
An optimistic protocol for a two-party transaction, the optimistic protocol comprising: a setup sub-protocol that comprises an authorized Diffie-Hellman key agreement; an exchange sub-protocol that comprises sending a certificate from a sending party to a receiving party and sending a receipt from the receiving party to the sending party; and a dispute sub-protocol that comprises a dispute resolution mechanism for resolving disputes between the sending party and the receiving party using an off-line trusted third party due to sending of an invalid certificate, due to sending an invalid receipt, or due to abortion of the exchange sub-protocol; wherein transmission of a message from the sending party to the receiving party occurs as a two-party transaction and only if an issue arises does the third party become involved by deciding if a decrypted message matches a description provided by the receiving party. a setup sub-protocol that comprises an authorized Diffie-Hellman key agreement; an exchange sub-protocol that comprises sending a certificate from a sending party to a receiving party and sending a receipt from the receiving party to the sending party; and a dispute sub-protocol that comprises a dispute resolution mechanism for resolving disputes between the sending party and the receiving party using an off-line trusted third party due to sending of an invalid certificate, due to sending an invalid receipt, or due to abortion of the exchange sub-protocol;
A rotary-induction heat generator with direct current excitation for heating of solid or liquid or gaseous substances, the alternating magnetic field being required for purposes of induction, that is to say, for the generation of inductive heat, is generated with a DC coil; a static magnetic field is generated, and this static magnetic field is converted by way of a rotating mechanical component into an alternating magnetic field, wherein a DC coil is incorporated in a magnetic ring and is preferably fixedly connected to the latter, wherein the magnetic ring is statically connected to the housing of the rotary-induction heat generator, and wherein the static magnetic field generated by the DC coil is converted by way of a rotating mechanical part, specifically a pole wheel, into an alternating magnetic field, characterized in that the pole wheel consists of an inner pole ring, an outer pole ring and a pole ring carrier (21, 24), by which the static magnetic field is converted into an alternating field in an induction ring axially adjacent to the pole wheel, wherein the inner and the outer pole ring have a plurality of radially oriented pole extensions (46, 47), preferably more than ten, which either: a) mesh with one another, that is to say, are arranged partly radially next to one another, or overlap with one another, or b) do not overlap with one another; instead the pole extensions of the inner pole ring are radially spaced apart from the pole extensions of the outer pole ring, wherein the pole extensions of the inner and outer pole ring have a predetermined distance from one another and preferably the number of pole extensions of the inner pole ring corresponds approximately to, or is the same as, the number of pole extensions of the outer pole ring. a) mesh with one another, that is to say, are arranged partly radially next to one another, or overlap with one another, or b) do not overlap with one another; instead the pole extensions of the inner pole ring are radially spaced apart from the pole extensions of the outer pole ring, wherein the pole extensions of the inner and outer pole ring have a predetermined distance from one another and preferably the number of pole extensions of the inner pole ring corresponds approximately to, or is the same as, the number of pole extensions of the outer pole ring.
A method operational on an electronic device, comprising: applying a current source to a data line (302, 304) of a Universal Serial Bus, USB, plug coupled to a USB port; determining whether the data line (302, 304) is at a LOW state or at a HIGH state after a predetermined period of time while the current source is applied; identifying the USB port as a downstream port when the data line (302, 304) is at the LOW state; and identifying the USB port as a dedicated charging port when the data line (302, 304) is at the HIGH state. applying a current source to a data line (302, 304) of a Universal Serial Bus, USB, plug coupled to a USB port; determining whether the data line (302, 304) is at a LOW state or at a HIGH state after a predetermined period of time while the current source is applied; identifying the USB port as a downstream port when the data line (302, 304) is at the LOW state; and identifying the USB port as a dedicated charging port when the data line (302, 304) is at the HIGH state.
A graphic drawing device comprising: a curved line dividing means for carrying out matrix transformation of apex coordinates and control point coordinates of a curved line represented by vector data, and for dividing the matrix-transformed curved line into minute line segments; a distance information generating means (3,4,6) for rasterizing the minute line segments into which the matrix-transformed curved line is divided by said curved line dividing means through a combination of straight line cells and corner cells to generate distance information corresponding to a pixel of a display; an edge rasterizing means (7,9) for rasterizing edge information about the minute line segments into which the matrix-transformed curved line is divided by said curved line dividing means; and a mapping means for determining whether said pixel is located inside or outside by using the edge information rasterized by said edge rasterizing means (7,9), and for mapping the distance information generated by said distance information generating means (3,4,6) onto antialiasing intensity of a component included in said pixel according to a result of said inside or outside determination. a curved line dividing means for carrying out matrix transformation of apex coordinates and control point coordinates of a curved line represented by vector data, and for dividing the matrix-transformed curved line into minute line segments; a distance information generating means (3,4,6) for rasterizing the minute line segments into which the matrix-transformed curved line is divided by said curved line dividing means through a combination of straight line cells and corner cells to generate distance information corresponding to a pixel of a display; an edge rasterizing means (7,9) for rasterizing edge information about the minute line segments into which the matrix-transformed curved line is divided by said curved line dividing means; and a mapping means for determining whether said pixel is located inside or outside by using the edge information rasterized by said edge rasterizing means (7,9), and for mapping the distance information generated by said distance information generating means (3,4,6) onto antialiasing intensity of a component included in said pixel according to a result of said inside or outside determination.
A conjugate, or a pharmaceutically acceptable salt thereof, comprising: a. An APJ agonist peptide having the following formula: Q-R-P-R-L-C*-H-K-G-P-(Nle)-C*-F, or an amide or ester thereof; wherein the two cysteine amino acids labeled with "*" form a disulfide bond between the thiol functionalities of their side chain; and b. a fatty acid selected from: wherein said fatty acid is covalently linked to the N-terminus of the peptide via one of its carboxylic acid functionality, optionally via a polyethylene glycol linker. a. An APJ agonist peptide having the following formula: Q-R-P-R-L-C*-H-K-G-P-(Nle)-C*-F, or an amide or ester thereof; wherein the two cysteine amino acids labeled with "*" form a disulfide bond between the thiol functionalities of their side chain; and b. a fatty acid selected from: wherein said fatty acid is covalently linked to the N-terminus of the peptide via one of its carboxylic acid functionality, optionally via a polyethylene glycol linker.
A cavity filter comprising: an RF signal connector configured to be spaced apart at a predetermined distance from an external member having an electrode pad on one surface thereof; a terminal section configured to electrically connect the electrode pad of the external member to the RF signal connector and to absorb an assembly tolerance existing at the predetermined distance while preventing an interruption of electrical flow between the electrode pad and the RF signal connector, a filter body having the RF signal connector therein; a terminal insertion port formed in the filter body; a dielectric body inserted into the terminal insertion port to surround the terminal section, wherein the terminal section is inserted into the terminal insertion port through the dielectric body; and and an elastic member (80A, 80B) in the form of a disk having an edge (84a, 85b) whose portion is supported by the dielectric body, the elastic member (80A, 80B) being configured to elastically support the terminal section by means of an operation in which a hollow portion (81a, 81b) of the elastic member (80A, 80B) is vertically deformed relative to the portion of the edge (84a, 85b) when an assembly force is applied to the terminal section supported to pass through the hollow portion, wherein the terminal section comprises: one terminal configured to come into contact with the electrode pad; and another terminal connected to the RF signal connector. an RF signal connector configured to be spaced apart at a predetermined distance from an external member having an electrode pad on one surface thereof; a terminal section configured to electrically connect the electrode pad of the external member to the RF signal connector and to absorb an assembly tolerance existing at the predetermined distance while preventing an interruption of electrical flow between the electrode pad and the RF signal connector, a filter body having the RF signal connector therein; a terminal insertion port formed in the filter body; a dielectric body inserted into the terminal insertion port to surround the terminal section, wherein the terminal section is inserted into the terminal insertion port through the dielectric body; and and an elastic member (80A, 80B) in the form of a disk having an edge (84a, 85b) whose portion is supported by the dielectric body, the elastic member (80A, 80B) being configured to elastically support the terminal section by means of an operation in which a hollow portion (81a, 81b) of the elastic member (80A, 80B) is vertically deformed relative to the portion of the edge (84a, 85b) when an assembly force is applied to the terminal section supported to pass through the hollow portion, wherein the terminal section comprises: one terminal configured to come into contact with the electrode pad; and another terminal connected to the RF signal connector. one terminal configured to come into contact with the electrode pad; and another terminal connected to the RF signal connector.
A certification system for a sensing camera (16, 104, 106, 302) for at least partially navigating an autonomous mobile robot, comprising: a robot body; at least one light source (12, 108, 110, 306) resident on the robot body proximate to the sensing camera (16, 104, 106, 302) such that the at least one light source (12, 108, 110, 306) is capable of at least partially irradiating a field of view FoV of the sensing camera (16, 104, 106, 302), wherein the at least one light source (12, 108, 110, 306) has characteristics mated to the sensing camera (16, 104, 106, 302); at least one processing system for providing the at least partial navigation, wherein the at least one processing system comprises a processor for executing non-transitory computing code stored in at least one computing memory (425, 430), and wherein execution of the computing code by the processor comprises the steps of: actuating the at least one light source (12, 108, 110, 306) at a predetermined time and for a predetermined duration; monitoring data (34, 802, 902, 1002) from the sensing camera (16, 104, 106, 302) for confirmation of the actuating; calculating at least one of the latency, throughput, and reactivity of the sensing camera (16, 104, 106, 302) based on the monitoring; at least partially navigating based on the calculating. a robot body; at least one light source (12, 108, 110, 306) resident on the robot body proximate to the sensing camera (16, 104, 106, 302) such that the at least one light source (12, 108, 110, 306) is capable of at least partially irradiating a field of view FoV of the sensing camera (16, 104, 106, 302), wherein the at least one light source (12, 108, 110, 306) has characteristics mated to the sensing camera (16, 104, 106, 302); at least one processing system for providing the at least partial navigation, wherein the at least one processing system comprises a processor for executing non-transitory computing code stored in at least one computing memory (425, 430), and wherein execution of the computing code by the processor comprises the steps of: actuating the at least one light source (12, 108, 110, 306) at a predetermined time and for a predetermined duration; monitoring data (34, 802, 902, 1002) from the sensing camera (16, 104, 106, 302) for confirmation of the actuating; calculating at least one of the latency, throughput, and reactivity of the sensing camera (16, 104, 106, 302) based on the monitoring; at least partially navigating based on the calculating. actuating the at least one light source (12, 108, 110, 306) at a predetermined time and for a predetermined duration; monitoring data (34, 802, 902, 1002) from the sensing camera (16, 104, 106, 302) for confirmation of the actuating; calculating at least one of the latency, throughput, and reactivity of the sensing camera (16, 104, 106, 302) based on the monitoring; at least partially navigating based on the calculating.
A method of wireless communication at a first user equipment (115, 115-a, 115-b), UE, operating in an unlicensed frequency band comprising: segmenting an uplink duration in each frame into multiple transmission units (1000; 1106; 1108; 1110) for each frequency, wherein a frame comprises an integer number of the transmission units (1000; 1106; 1108; 1110); and transmitting uplink communication based on the multiple transmission units (1000; 1106; 1108; 1110) without performing a listen-before-talk, LBT, procedure, wherein each transmission unit (1000; 1106; 1108; 1110) comprises at least one on period and at least one off period corresponding to each of a plurality of frequencies, wherein during an on period the first UE (115, 115-a, 115-b) transmits uplink communication on the corresponding frequency and during an off period the first UE (115, 115-a, 115-b) refrains from transmitting uplink communication on the corresponding frequency. segmenting an uplink duration in each frame into multiple transmission units (1000; 1106; 1108; 1110) for each frequency, wherein a frame comprises an integer number of the transmission units (1000; 1106; 1108; 1110); and transmitting uplink communication based on the multiple transmission units (1000; 1106; 1108; 1110) without performing a listen-before-talk, LBT, procedure, wherein each transmission unit (1000; 1106; 1108; 1110) comprises at least one on period and at least one off period corresponding to each of a plurality of frequencies, wherein during an on period the first UE (115, 115-a, 115-b) transmits uplink communication on the corresponding frequency and during an off period the first UE (115, 115-a, 115-b) refrains from transmitting uplink communication on the corresponding frequency.
Calebin A for use in inhibiting local and systemic inflammation caused by pro-inflammatory cytokines Tumor Necrosis Factor-α (TNF-α), Interleukin-6 (IL-6) and Interleukin-1β (IL-1β).
An herbicidal compound comprising the reaction product of an herbicidal carboxylic acid and a (tetraalkyl)ammonium hydroxide or an (arylalkyl) trialkylammonium hydroxide, in which the herbicidal carboxylic acid is 2,4-D, triclopyr, aminopyralid, clopyralid, fluroxypyr, picloram, cyhalofop, fluazifop, haloxyfop, clodinafop, fenoxaprop, dicamba or glufosinate, and wherein the term "alkyl" designates a straight chain, branched chain or cyclic moiety which may be unsubstituted or substituted with one or more substituents selected from the group consisting of halogen, hydroxy, alkoxy and alkylthio, and wherein arylalkyl designates a C 1 -C 4 alkyl group substituted with an aryl group, wherein the term "aryl" designates a phenyl, indanyl or naphthyl group which may in each case be unsubstituted or substituted with one or more substituents selected from the group consisting of halogen, hydroxy, C 1 -C 6 alkyl and C 1 -C 6 alkoxy.
Ink-jet printed fiber cement product, which ink-jet printed fiber cement product at least comprises on at least part of its outer surface: - one or more cured layers of a first coating composition, at least comprising a binder and an alkali-resistant pigment being resistant to a pH of 8 or higher, wherein said first coating composition is characterized by an effective pigment volume concentration of between 60% and 80%, wherein the effective pigment volume concentration can be calculated via the following mathematical formula: " effective pigment volume concentration " expressed in % = " effective PVC " expressed in % = volume of prime pigments / volume of prime pigments + volume of solid binder s * 100 expressed in %; and - a dried ink print applied on top of said one or more cured layers of a first coating composition. - one or more cured layers of a first coating composition, at least comprising a binder and an alkali-resistant pigment being resistant to a pH of 8 or higher, wherein said first coating composition is characterized by an effective pigment volume concentration of between 60% and 80%, wherein the effective pigment volume concentration can be calculated via the following mathematical formula: " effective pigment volume concentration " expressed in % = " effective PVC " expressed in % = volume of prime pigments / volume of prime pigments + volume of solid binder s * 100 expressed in %; and - a dried ink print applied on top of said one or more cured layers of a first coating composition.
An emulsion composition having different emulsion particle sizes, the emulsion composition comprising macroemulsion particles having a size of 1 μm-100 μm and nanoemulsion particles having a size of 100 nm-900 nm, wherein the macroemulsion particles include amphiphilic anisotropic powder; the amphiphilic anisotropic powder includes a first hydrophilic polymer spheroid and a second hydrophobic polymer spheroid; the first and second polymer spheroids are bound to each other with a structure in which one polymer spheroid at least partially infiltrates the other polymer spheroid; and the first polymer spheroid has a core-shell structure, and the shell has a functional group, wherein the second polymer spheroid and the core of the first polymer spheroid comprise a vinyl polymer, and the shell of the first polymer spheroid comprises a copolymer of a vinyl monomer with a functional group which is siloxane, and wherein the vinyl polymer comprises polystyrene.
A Francis-type wheel for a turbine or hydraulic turbine pump, this wheel comprising several paddles arranged on a ceiling and a member forming a peak returned on a central zone of the ceiling or hub of the wheel, radially inside the paddles, the ceiling defining a wetted surface for guiding a flow passing between the paddles and the peak-forming member being provided with at least one opening configured so as to deviate a part (E 1) of the flow towards the inner volume (V 10) of the member, whereas the peak-forming member comprises a truncated annular sleeve, which surrounds the inner volume of the member towards which is deviated the part of the flow (E 1), the wheel comprising at least one blade arranged in the inner volume (V 10) of the member, characterised in that the blade extends until the free edge of the sleeve which is opposite the ceiling and which delimits an outlet opening of the member for the flow (E 1) part deviated towards the inner volume (V 10) and in that the blade is configured so as to modify the trajectory of the flow (E 1) part entering into this inner volume by the flow deviation openings.
Method for signalling correct positioning of a workpiece in a machine tool such as a sheet metal bending press or folding press, wherein the machine tool is equipped with a controller and a limit stop device particularly comprising a rear and/or a side limit stop device, and wherein the limit stop device has a plurality of limit stop fingers (13, 14, 15), each of which has at least one assigned sensor (16, 17, 18) for reporting a contact of the respective limit stop finger (13, 14, 15) with a section of a workpiece to be positioned, characterized in that before the start of the bending operation the controller of the machine tool transmits a distinctive acoustic signal output to an operator of the machine tool via a operator information unit comprising at least one acoustic signal output means upon each activation, and optionally also upon each deactivation of a sensor (16, 17, 18), wherein a different or individual acoustic signal is output via the operator information unit as the distinctive acoustic signal for each status of a certain number of activated sensors (16, 17, 18) of the limit stop device, and that when the last sensor (16, 17, 18) required for completion is activated a distinctive acoustic signal is output, signalling the correct positioning of the workpiece in the machine tool.
A bending apparatus for a plate-shaped metal workpiece, comprising: a plurality of expansion and contraction devices (20A-20G); an apparatus base on which the proximal end of each of the plurality of expansion and contraction devices (20A-20G) is mounted, characterized in that the bending apparatus further comprises a vacuum suction or magnetic attraction device configured to suck a surface of a plate-shaped metal workpiece in a removable manner; the plurality of expansion and contraction devices (20A-20G) each comprising the vacuum suction or magnetic attraction device mounted on a distal end thereof, each of the plurality of expansion and contraction devices (20A-20G) being capable of expanding and contracting a length ranging from a proximal end thereof to the vacuum suction or magnetic attraction device; and the bending apparatus being configured to form the plate-shaped metal workpiece under bending deformation by expanding and contracting the plurality of expansion and contraction devices (20A-20G) under a state in which the vacuum suction or magnetic attraction device sucks or attracts the surface of the plate-shaped metal workpiece. a plurality of expansion and contraction devices (20A-20G); an apparatus base on which the proximal end of each of the plurality of expansion and contraction devices (20A-20G) is mounted, characterized in that the bending apparatus further comprises a vacuum suction or magnetic attraction device configured to suck a surface of a plate-shaped metal workpiece in a removable manner; the plurality of expansion and contraction devices (20A-20G) each comprising the vacuum suction or magnetic attraction device mounted on a distal end thereof, each of the plurality of expansion and contraction devices (20A-20G) being capable of expanding and contracting a length ranging from a proximal end thereof to the vacuum suction or magnetic attraction device; and the bending apparatus being configured to form the plate-shaped metal workpiece under bending deformation by expanding and contracting the plurality of expansion and contraction devices (20A-20G) under a state in which the vacuum suction or magnetic attraction device sucks or attracts the surface of the plate-shaped metal workpiece.