mhurhangee/ep-ind-claims huggingface dataset:
A curing lamp apparatus for mounting to a work surface comprising: a suction cup defining a first longitudinal axis perpendicular to a suction cup surface engageable with the work surface; a base mounted to the suction cup; and a lamp head connected to the base, the lamp head including a lamp element, wherein the lamp element includes a first UV light source for emitting UV light at a first wavelength, said curing lamp apparatus being characterized in that the lamp element further includes a second UV light source for emitting UV light at a second wavelength different from the first wavelength. a suction cup defining a first longitudinal axis perpendicular to a suction cup surface engageable with the work surface; a base mounted to the suction cup; and a lamp head connected to the base, the lamp head including a lamp element, wherein the lamp element includes a first UV light source for emitting UV light at a first wavelength, said curing lamp apparatus being characterized in that the lamp element further includes a second UV light source for emitting UV light at a second wavelength different from the first wavelength.
A system to facilitate charging for messages routed across a network, the system comprising: a gateway (155, 175) for receiving a message from a sending application according to a communication protocol, the sending application running on a first computing device (135, 140, 165), the communication protocol being a session initiation protocol, SIP, or a short message peer-to-peer protocol, SMPP, and for converting the received message to a message formatted according to a mobile phone messaging standard and to be routed to a receiving application; a screening module for receiving the formatted message and applying one or more screening checks to the formatted message in order to determine whether the formatted message should be routed to the receiving application running on a second computing device (210, 235, 240, 260), wherein the screening checks comprise querying a configuration entity for assessing the ability of the receiving application to receive messages; a routing module for determining a routing of the formatted message to the receiving application if the screening module determines that the received message should be routed to the receiving application, the routing module capable of routing the received message via a wired or wireless network; and a charging record generation module for generating a charging record for the routing of the formatted message to the receiving application, the charging record enabling charges to be levied against the sending application, the receiving application, or both the sending application and the receiving application. a gateway (155, 175) for receiving a message from a sending application according to a communication protocol, the sending application running on a first computing device (135, 140, 165), the communication protocol being a session initiation protocol, SIP, or a short message peer-to-peer protocol, SMPP, and for converting the received message to a message formatted according to a mobile phone messaging standard and to be routed to a receiving application; a screening module for receiving the formatted message and applying one or more screening checks to the formatted message in order to determine whether the formatted message should be routed to the receiving application running on a second computing device (210, 235, 240, 260), wherein the screening checks comprise querying a configuration entity for assessing the ability of the receiving application to receive messages; a routing module for determining a routing of the formatted message to the receiving application if the screening module determines that the received message should be routed to the receiving application, the routing module capable of routing the received message via a wired or wireless network; and a charging record generation module for generating a charging record for the routing of the formatted message to the receiving application, the charging record enabling charges to be levied against the sending application, the receiving application, or both the sending application and the receiving application.
A counter comprising: a first ring member having first indicia and a second ring member (202, 1510) having second indicia, each of said first and second ring members being rotatable in increments about a common axis, one or both of said first and second indicia indicating a count; a drive mechanism for rotating said first ring member; and a coupling mechanism for releasably coupling said first ring member to said second ring member, to allow said first and second ring members to rotate cooperatively when coupled and to allow independent rotating of said first ring member when not coupled; wherein said coupling mechanism comprises first and second engagement means (704, 705, 1516) and a deflector (1002, 1504) to deflect said first engagement means radially outwardly, wherein said first engagement means comprise an arm, said second engagement means comprise a plurality of protrusions (705, 1516) and said first engagement means are movable radially outwardly and radially inwardly relative to said axis, characterised in that said arm has a body comprising a slot, and a contact end comprising an upwardly extending component that contacts said deflector (1002, 1504), said deflector (1002, 1504) extends downwardly only to such an extent that said body of said arm is allowed to pass underneath unimpeded, and when said arm is moved radially outwardly said slot of said arm engages with one of said protrusions (705, 1516). a first ring member having first indicia and a second ring member (202, 1510) having second indicia, each of said first and second ring members being rotatable in increments about a common axis, one or both of said first and second indicia indicating a count; a drive mechanism for rotating said first ring member; and a coupling mechanism for releasably coupling said first ring member to said second ring member, to allow said first and second ring members to rotate cooperatively when coupled and to allow independent rotating of said first ring member when not coupled; wherein said coupling mechanism comprises first and second engagement means (704, 705, 1516) and a deflector (1002, 1504) to deflect said first engagement means radially outwardly, wherein said first engagement means comprise an arm, said second engagement means comprise a plurality of protrusions (705, 1516) and said first engagement means are movable radially outwardly and radially inwardly relative to said axis, characterised in that said arm has a body comprising a slot, and a contact end comprising an upwardly extending component that contacts said deflector (1002, 1504), said deflector (1002, 1504) extends downwardly only to such an extent that said body of said arm is allowed to pass underneath unimpeded, and when said arm is moved radially outwardly said slot of said arm engages with one of said protrusions (705, 1516).
A planar antenna for wireless information transfer, the planar antenna comprising: a planar loading portion electrically coupled to a driven node of a wireless communication circuit, the planar loading portion including an edge distal to the driven node of the wireless communication circuit; and a folded conductive strip portion coupled to the planar loading portion, the folded conductive strip portion comprising at least two segments (460A - 460D) laterally offset from each other and at least partially laterally overlapping with each other; characterized in that the folded conductive strip portion is configured to establish a first specified operating frequency range at or near resonance using a mode corresponding to a total physical path length along the folded conductive strip portion, and configured to establish a second, higher, specified operating frequency range at or near resonance using a mode corresponding to about half of the total physical path length; and wherein the planar loading portion is configured to establish a specified bandwidth of the second or another, higher, specified operating frequency range, leaving the first specified operating frequency range substantially unchanged. a planar loading portion electrically coupled to a driven node of a wireless communication circuit, the planar loading portion including an edge distal to the driven node of the wireless communication circuit; and a folded conductive strip portion coupled to the planar loading portion, the folded conductive strip portion comprising at least two segments (460A - 460D) laterally offset from each other and at least partially laterally overlapping with each other; characterized in that the folded conductive strip portion is configured to establish a first specified operating frequency range at or near resonance using a mode corresponding to a total physical path length along the folded conductive strip portion, and configured to establish a second, higher, specified operating frequency range at or near resonance using a mode corresponding to about half of the total physical path length; and wherein the planar loading portion is configured to establish a specified bandwidth of the second or another, higher, specified operating frequency range, leaving the first specified operating frequency range substantially unchanged.
A computer-implemented method for inspecting tab appearance of cell assembly, comprising: obtaining an image for inspection that comprises a background region and a cell assembly image region, wherein the cell assembly image region comprises a body zone and a plurality of tab stacking regions, each tab stacking region adjoining a top edge or a bottom edge of the body zone; determining each root corner of the plurality of tab stacking regions in the image for inspection; determining two side edges of the body zone in the image for inspection; determining at least one reference edge line in the image for inspection based on any of the two side edges of the body zone in the image for inspection; and determining result information of the tab appearance inspection based on relative distances between each root corner of the plurality of tab stacking regions in the image for inspection and the at least one reference edge line, wherein the determining the at least one reference edge line in the image for inspection based on any of the two side edges of the body zone in the image for inspection comprises: separately performing linear fitting on the two side edges of the body zone to obtain two fitted side edges that extend linearly; and determining the at least one reference edge line based on any of the two fitted side edges. obtaining an image for inspection that comprises a background region and a cell assembly image region, wherein the cell assembly image region comprises a body zone and a plurality of tab stacking regions, each tab stacking region adjoining a top edge or a bottom edge of the body zone; determining each root corner of the plurality of tab stacking regions in the image for inspection; determining two side edges of the body zone in the image for inspection; determining at least one reference edge line in the image for inspection based on any of the two side edges of the body zone in the image for inspection; and determining result information of the tab appearance inspection based on relative distances between each root corner of the plurality of tab stacking regions in the image for inspection and the at least one reference edge line, wherein the determining the at least one reference edge line in the image for inspection based on any of the two side edges of the body zone in the image for inspection comprises: separately performing linear fitting on the two side edges of the body zone to obtain two fitted side edges that extend linearly; and determining the at least one reference edge line based on any of the two fitted side edges.
External rotor for an electric machine, wherein the external rotor comprises a yoke component and multiple magnets which are arranged on an inner circumference of the yoke component, wherein the external rotor comprises a carrier component, on the inner circumference of which the yoke component is arranged, wherein an electrical conductivity (κ 20) of the yoke component is lower than an electrical conductivity (κ 10) of the carrier component, the yoke component comprises a soft magnetic powder compound substance and the multiple magnets are distributed over the entire inner circumference of the yoke component, characterised in that - the carrier component is manufactured from a fibre composite material, - the yoke component has webs, in the interspace of which the multiple magnets are arranged, - the multiple magnets are embodied as segmented magnets with a segmentation performed in the circumferential direction, - wherein the magnet segmentation is intended to reduce the eddy current losses and the warming inside the magnet body. - the carrier component is manufactured from a fibre composite material, - the yoke component has webs, in the interspace of which the multiple magnets are arranged, - the multiple magnets are embodied as segmented magnets with a segmentation performed in the circumferential direction, - wherein the magnet segmentation is intended to reduce the eddy current losses and the warming inside the magnet body.
A compound selected from the group consisting of -((hex-3-en-1-yloxy)methyl)cyclopropane, -((hex-3-en-1-yloxy)methyl)cyclopropane and ((hexyloxy)methyl)cyclopropane.
Device for reducing the propagation of sound, vibrations and pressure shocks in a liquid, in particular sound occurring when an object is inserted into a substrate and/or in particular into water, comprising a plurality of damping bodies that can be filled with a gas, and a support on which the damping bodies can be arranged with respect to one another in suitable relative positions, the support comprising a frame having horizontal linkage elements, characterised in that the damping bodies are arranged on the horizontal linkage elements such that individual damping bodies can be decoupled from the linkage elements and reattached to the linkage elements.
A method of enrolling signature data identifying a user or organization, the method being implemented at a server and comprising: transmitting a user's public key and a time stamp to a client device; receiving an encrypted time stamp and encrypted signature data associated with the user, wherein the signature data is encrypted using the user's public key; decrypting the encrypted time stamp using the user's private key; validating the received encrypted signature data based on the decrypted time stamp; and if the received encrypted signature data is determined to be valid: digitally signing the encrypted signature data with the user's private key; digitally certifying the encrypted signature data with an administrator's private key; and completing the enrollment by storing the encrypted signature. transmitting a user's public key and a time stamp to a client device; receiving an encrypted time stamp and encrypted signature data associated with the user, wherein the signature data is encrypted using the user's public key; decrypting the encrypted time stamp using the user's private key; validating the received encrypted signature data based on the decrypted time stamp; and if the received encrypted signature data is determined to be valid: digitally signing the encrypted signature data with the user's private key; digitally certifying the encrypted signature data with an administrator's private key; and completing the enrollment by storing the encrypted signature. digitally signing the encrypted signature data with the user's private key; digitally certifying the encrypted signature data with an administrator's private key; and completing the enrollment by storing the encrypted signature.
A wrapped heating assembly that may be wrapped around a tubular member for heating the tubular member, the wrapped heating assembly comprising: an outer insulation sleeve having a first end and a second end opposite from the first end; a heating system that is fixed to an inner surface of the outer insulation sleeve; and one or more heater strips, wherein heat is generated by the heater strips when electrical current flows through the heater strips; characterised in that: the heating system is a pocketed heating system that is fixed to the inner surface of the outer insulation sleeve in a manner that forms one or more longitudinal pockets (18, 18a, 18b, 18c) that extend between the first end of the outer insulation sleeve and the second end of the outer insulation sleeve; and each one of the heater strips is respectively inserted longitudinally into a corresponding one of the pockets. an outer insulation sleeve having a first end and a second end opposite from the first end; a heating system that is fixed to an inner surface of the outer insulation sleeve; and one or more heater strips, wherein heat is generated by the heater strips when electrical current flows through the heater strips; characterised in that: the heating system is a pocketed heating system that is fixed to the inner surface of the outer insulation sleeve in a manner that forms one or more longitudinal pockets (18, 18a, 18b, 18c) that extend between the first end of the outer insulation sleeve and the second end of the outer insulation sleeve; and each one of the heater strips is respectively inserted longitudinally into a corresponding one of the pockets. the heating system is a pocketed heating system that is fixed to the inner surface of the outer insulation sleeve in a manner that forms one or more longitudinal pockets (18, 18a, 18b, 18c) that extend between the first end of the outer insulation sleeve and the second end of the outer insulation sleeve; and each one of the heater strips is respectively inserted longitudinally into a corresponding one of the pockets.
A guide device deployable through a vessel comprising: an expandable member (210, 615) including bendable elements, each of which is movable between a collapsed position and an outwardly extending, expanded position; a guide tube (240, 340, 440) operatively coupled to the expandable member (210, 615) and having a distal tip, wherein the guide tube (240, 340, 440) extends in an askew direction in response to expansion of the expandable member (210, 615); wherein one of the bendable elements includes an aperture that permits an endovascular tool to pass from the guide tube (240, 340, 440) through the aperture; a first elongate member (220, 612) comprising a first lumen; and a second elongate member (230, 330, 614) comprising a second lumen and a side opening, wherein the guide tube (240, 340, 440) is disposed along the second lumen and the second elongate member (230, 330, 614) is disposed along the first lumen, wherein the expandable member (210, 615) extends between a first end connected to the first elongate member (220, 612) and an opposite second end connected to the second elongate member, such that the expandable member (210, 615) bends outwardly in response to longitudinal displacement of the second elongate member (230, 330, 614) relative to the first elongate member (220, 612). an expandable member (210, 615) including bendable elements, each of which is movable between a collapsed position and an outwardly extending, expanded position; a guide tube (240, 340, 440) operatively coupled to the expandable member (210, 615) and having a distal tip, wherein the guide tube (240, 340, 440) extends in an askew direction in response to expansion of the expandable member (210, 615); wherein one of the bendable elements includes an aperture that permits an endovascular tool to pass from the guide tube (240, 340, 440) through the aperture; a first elongate member (220, 612) comprising a first lumen; and a second elongate member (230, 330, 614) comprising a second lumen and a side opening, wherein the guide tube (240, 340, 440) is disposed along the second lumen and the second elongate member (230, 330, 614) is disposed along the first lumen, wherein the expandable member (210, 615) extends between a first end connected to the first elongate member (220, 612) and an opposite second end connected to the second elongate member, such that the expandable member (210, 615) bends outwardly in response to longitudinal displacement of the second elongate member (230, 330, 614) relative to the first elongate member (220, 612).
A heat ray-shielding material comprising: an optically transparent substrate, a metal particle-containing layer containing at least one kind of metal particle, wherein the metal particle contains substantially hexagonal or substantially discoidal metallic flat particles in an amount of 60% by number or more, and the main planes of the metallic flat particles are oriented at an angle ranging from 0° to ± 30° relative to one surface of the metal particle-containing layer, wherein the metallic flat particles have an average particle diameter of 70 nm to 500 nm and an aspect ratio of the average particle diameter to an average particle thickness of 2 to 80 and wherein the heat-ray shielding material has a visible light transmittance of 60% or higher. an optically transparent substrate, a metal particle-containing layer containing at least one kind of metal particle, wherein the metal particle contains substantially hexagonal or substantially discoidal metallic flat particles in an amount of 60% by number or more, and the main planes of the metallic flat particles are oriented at an angle ranging from 0° to ± 30° relative to one surface of the metal particle-containing layer, wherein the metallic flat particles have an average particle diameter of 70 nm to 500 nm and an aspect ratio of the average particle diameter to an average particle thickness of 2 to 80 and wherein the heat-ray shielding material has a visible light transmittance of 60% or higher.
An axle support for a motor vehicle, comprising a first longitudinal member, a second longitudinal member, at least one cross member (4, 5) connecting the two longitudinal members, and also a shear field which is connected to the first and second longitudinal members (2, 3) and comprises fibre-reinforced plastics, wherein at least one reinforcing rib is positioned on the shear field, and wherein a cavity is formed between the reinforcing rib and the shear field, characterised in that the reinforcing rib comprises fibre-reinforced plastics and is adhesively bonded onto the shear field with a flange which runs around the cavity and forms a surface parallel to the shear field.
A sanitary tissue product exhibiting a basis weight of from 40 g/m 2 to 500 g/m 2 as measured according to the Basis Weight Test Method, a density of from 0.02 g/cm 3 to 0.10 g/cm 3 measured at 95 g/in 2 and comprising between 5% and 30% by weight of thermoplastic filaments relative to the total weight of the sanitary tissue product and comprising: a. a first paper web exhibiting a basis weight of at least 10 g/m 2 as measured according to the Basis Weight Test Method; and b. a second paper web exhibiting a basis weight of at least 10 g/m 2 as measured according to the Basis Weight Test Method; wherein at least one of the first and second paper webs comprises a wet-laid fibrous structure comprising hardwood pulp fibers and/or softwood pulp fibers wherein at least one of the first and second paper webs comprises at least one meltblown fibrous structure forming an exterior surface of the sanitary tissue product and comprising a plurality of polypropylene filaments and wherein the second paper web is associated with the first paper web. a. a first paper web exhibiting a basis weight of at least 10 g/m 2 as measured according to the Basis Weight Test Method; and b. a second paper web exhibiting a basis weight of at least 10 g/m 2 as measured according to the Basis Weight Test Method;