mhurhangee/ep-ind-claims huggingface dataset:
A security device, comprising: an external device plug operative to physically interface with a device port of a host and to receive power from the host; an external device port operative to communicatively couple with an external device; a processor; and memory storing: an operating system, an external device driver operative to control communication with the external device, and to direct communications between the external device and the host through at least the external device plug and the external device port of the security device, and a security system including a security engine and a security policy, the security engine operative to enforce the security policy on a data transfer request between the external device and the host to evaluate the data transfer request and perform content analysis to detect malware. an external device plug operative to physically interface with a device port of a host and to receive power from the host; an external device port operative to communicatively couple with an external device; a processor; and memory storing: an operating system, an external device driver operative to control communication with the external device, and to direct communications between the external device and the host through at least the external device plug and the external device port of the security device, and a security system including a security engine and a security policy, the security engine operative to enforce the security policy on a data transfer request between the external device and the host to evaluate the data transfer request and perform content analysis to detect malware. an operating system, an external device driver operative to control communication with the external device, and to direct communications between the external device and the host through at least the external device plug and the external device port of the security device, and a security system including a security engine and a security policy, the security engine operative to enforce the security policy on a data transfer request between the external device and the host to evaluate the data transfer request and perform content analysis to detect malware.
A vacuum control system for a continuous loop media support belt, the vacuum control system comprising: multiple rows of multiple enclosures, each enclosure defining a vacuum chamber to underlay an upper run of the belt; a linear slot along a top of each enclosure to align with holes in the belt; a tubular duct; circumferential slots in the duct arranged to include at least one group of multiple slots and at least one single slot; and multiple conduits each extending between the duct and one of the enclosures; and where the duct is: rotatable to connect some or all of the aligned conduits to a circumferential slot according to the rotational position of the duct, characterised in that the duct is translatable to align some or all of the conduits to a circumferential slot according to the translational position of the duct. multiple rows of multiple enclosures, each enclosure defining a vacuum chamber to underlay an upper run of the belt; a linear slot along a top of each enclosure to align with holes in the belt; a tubular duct; circumferential slots in the duct arranged to include at least one group of multiple slots and at least one single slot; and multiple conduits each extending between the duct and one of the enclosures; and where the duct is: rotatable to connect some or all of the aligned conduits to a circumferential slot according to the rotational position of the duct, characterised in that the duct is translatable to align some or all of the conduits to a circumferential slot according to the translational position of the duct. rotatable to connect some or all of the aligned conduits to a circumferential slot according to the rotational position of the duct, characterised in that the duct is translatable to align some or all of the conduits to a circumferential slot according to the translational position of the duct.
A compound comprising a triphenylene core of Formula I: wherein each of R 1, R 2, and R 3 is independently a hydrogen, a non-fused aryl group, or a non-fused heteroaryl group having one or more meta-substituents, wherein each meta-substituent is a non-fused aryl or heteroaryl group optionally substituted with further substituents selected from the group consisting of non-fused aryl groups, non-fused heteroaryl groups, and alkyl groups; and wherein at least one of R 1, R 2, and R 3 is a non-fused aryl group having at least one meta-substituent that is a non-fused aryl group further substituted with one or more non-fused aryl or heteroaryl groups.
A method of performing multiple-factor authentication of a user within an account network, the method comprising: receiving user credentials of the user and device credentials generated by a device employed by the user to access the account network; associating a user identifier of the user credentials with a device identifier of the device credentials to represent a trust relationship between the user and the device; evaluating the user credentials and the device credentials to generate verification results; prompting the device for an additional credential as an alternative to the device credentials upon unsuccessful verification of the device credentials; providing evidence of identity of the user based on the verification results of both the user credentials and the device credentials; granting a first level of privilege if the evidence of identity indicates successful verification of both the user credentials of the user and the device credentials of the device by the authentication provider; and granting a second level of privilege if the evidence of identity indicates unsuccessful verification of either the user credentials of the user or the device credentials of the device by the authentication provider. receiving user credentials of the user and device credentials generated by a device employed by the user to access the account network; associating a user identifier of the user credentials with a device identifier of the device credentials to represent a trust relationship between the user and the device; evaluating the user credentials and the device credentials to generate verification results; prompting the device for an additional credential as an alternative to the device credentials upon unsuccessful verification of the device credentials; providing evidence of identity of the user based on the verification results of both the user credentials and the device credentials; granting a first level of privilege if the evidence of identity indicates successful verification of both the user credentials of the user and the device credentials of the device by the authentication provider; and granting a second level of privilege if the evidence of identity indicates unsuccessful verification of either the user credentials of the user or the device credentials of the device by the authentication provider.
A compressor for a heating or cooling system that compresses and pressurizes a refrigerant circulating therein, the compressor comprising a light-weight, high-strength insulating compressor component (650, 700, 800, 850, 900, 950, 980, 1000) comprising: a body portion (652, 710, 802, 872, 930, 952, 986) characterized by comprising at least one sealed interior region (658, 740, 804, 874, 932, 962, 988, 1022) that comprises a lattice structure (660, 660A, 660B, 740, 742, 742A, 742B, 742C, 742D, 742E, 742F, 810, 810A, 880, 880A, 940, 940A, 960, 960A, 990, 990A, 1030, 1030A) comprising a plurality of cells and a surface (662, 744, 812, 812A, 882, 882A, 942, 942A, 964, 964A, 992, 992A, 1034, 1034A) disposed over the lattice structure, wherein the at least one sealed interior region comprising the lattice structure is configured to reduce transmission of at least one of sound or vibrational energy by greater than or equal to 30% as compared to transmission of the sound or the vibrational energy through a comparative compressor component with the same design but having a solid body portion, and/or has a thermal conductivity of less than or equal to 300 mW/m K at standard temperature and pressure conditions. a body portion (652, 710, 802, 872, 930, 952, 986) characterized by comprising at least one sealed interior region (658, 740, 804, 874, 932, 962, 988, 1022) that comprises a lattice structure (660, 660A, 660B, 740, 742, 742A, 742B, 742C, 742D, 742E, 742F, 810, 810A, 880, 880A, 940, 940A, 960, 960A, 990, 990A, 1030, 1030A) comprising a plurality of cells and a surface (662, 744, 812, 812A, 882, 882A, 942, 942A, 964, 964A, 992, 992A, 1034, 1034A) disposed over the lattice structure, wherein the at least one sealed interior region comprising the lattice structure is configured to reduce transmission of at least one of sound or vibrational energy by greater than or equal to 30% as compared to transmission of the sound or the vibrational energy through a comparative compressor component with the same design but having a solid body portion, and/or has a thermal conductivity of less than or equal to 300 mW/m K at standard temperature and pressure conditions. is configured to reduce transmission of at least one of sound or vibrational energy by greater than or equal to 30% as compared to transmission of the sound or the vibrational energy through a comparative compressor component with the same design but having a solid body portion, and/or has a thermal conductivity of less than or equal to 300 mW/m K at standard temperature and pressure conditions.
Device for laying a strip on the receiving surface of the base of a tread of longitudinal axis X-X', comprising - a tread support framework extending in a direction parallel to the axis X-X'; - a strip distribution module collaborating with a laying head provided with at least one application roller (73, 74) for applying the strip to the said receiving surface, the laying head being borne by a carriage capable of moving in translation in a direction parallel to the plane of the receiving surface, - the laying head comprising means (80, 78) for cutting a length of strip, characterized in that the laying head comprises a barrel comprising two strip application rollers (73, 74) each one positioned at one of the ends of the said barrel, the said barrel being able to pivot about a central axis parallel to the strip receiving surface, so that the said rollers can be made to switch places so that either the one or the other of the said rollers (73, 74) can be brought into contact with the receiving surface, the said barrel having two opposite faces (75a, 75b) each comprising strip-holding means comprising a vacuum bar which is situated between the rollers (73, 74) so that the strip-holding means can hold the strip continuously, before and after the cutting of a length of said strip, and so that it is thus possible, at the end of a strip-laying cycle, to make the rollers (73, 74) switch places by pivoting the barrel without letting go of the strip, so as to be able to recommence a further laying cycle. - a tread support framework extending in a direction parallel to the axis X-X'; - a strip distribution module collaborating with a laying head provided with at least one application roller (73, 74) for applying the strip to the said receiving surface, the laying head being borne by a carriage capable of moving in translation in a direction parallel to the plane of the receiving surface, - the laying head comprising means (80, 78) for cutting a length of strip,
An implant device for humans or mammals comprises: a body structure having an exposed surface; one or more selected portions of the exposed surface having a bone formation enhancing 3-dimensional pattern of a substantially continuous network having voids, characterised in that said voids of the 3-dimensional pattern have a medium width of 30-300 microns and a depth into the selected surface of 150 microns or less, and wherein at least 10 percent of said voids have a fractal dimension of at least 3 microns, and said voids have a medium width of 500-800 microns in the open marrow regions of the implant device when formed as a trabecular bone structure, whereby the bone formation 3-dimensional pattern has a void to solid ratio mimicking a pre-natal cancellous bone in a human or mimicking a marine or sea mammal bone structure. a body structure having an exposed surface; one or more selected portions of the exposed surface having a bone formation enhancing 3-dimensional pattern of a substantially continuous network having voids, characterised in that said voids of the 3-dimensional pattern have a medium width of 30-300 microns and a depth into the selected surface of 150 microns or less, and wherein at least 10 percent of said voids have a fractal dimension of at least 3 microns, and said voids have a medium width of 500-800 microns in the open marrow regions of the implant device when formed as a trabecular bone structure, whereby the bone formation 3-dimensional pattern has a void to solid ratio mimicking a pre-natal cancellous bone in a human or mimicking a marine or sea mammal bone structure.
Facility for parking and recharging electrical vehicles of the type comprising platforms where electrical vehicles or batteries are parked and/or kept connected to an electricity supply, means for keeping said platforms horizontal in all the positions in the facility and an access for vehicles or batteries to the inside of facility characterised in that it comprises: - at least two rings per platform (5, 7) that are arranged opposite and parallel to one another, with the next immediate ring to a given one, belonging to another platform, or being partially in front of or partially behind said ring, - at least two groups of two guiding tracks, a first and a second, where given ring is positioned on first track and next immediate ring is positioned on second track, - driving means for said rings (5, 6, 7) that allow said facility to move said rings (5, 6, 7), - electrical connection and recharging means for rechargeable batteries on at least one platform or with them all connected together via conductor relays, - electrical energy accumulator means that store and supply energy to the electrical recharging means, so that while vehicles or batteries are parked inside the facility, the rechargeable batteries are being charged by smart electrical recharging means. - at least two rings per platform (5, 7) that are arranged opposite and parallel to one another, with the next immediate ring to a given one, belonging to another platform, or being partially in front of or partially behind said ring, - at least two groups of two guiding tracks, a first and a second, where given ring is positioned on first track and next immediate ring is positioned on second track, - driving means for said rings (5, 6, 7) that allow said facility to move said rings (5, 6, 7), - electrical connection and recharging means for rechargeable batteries on at least one platform or with them all connected together via conductor relays, - electrical energy accumulator means that store and supply energy to the electrical recharging means,
A catheter system, comprising: an outer catheter member having a proximal end, a distal end, and a passageway extending between the proximal end and the distal end, the outer catheter member comprising a first tubular segment telescopingly received within a second tubular segment, the first tubular segment including a first connector at a first proximal end, and the second tubular segment including a second connector at a second distal end, wherein the first connector is mateable with the second connector to maintain the first and second tubular segments (18, 20) in an extended position; wherein the first and second tubular segments (18, 20) include indicators for indicating positional coupling and alignment of the first and second tubular segments (18, 20) when in an extended position; an inner catheter member slidably received within the outer catheter member and passable through the distal and proximal ends (14, 12), the inner catheter member being configured for delivering a prosthetic valve; and a handle coupled to the proximal end of the outer catheter member, the inner catheter member slidably received within the handle. an outer catheter member having a proximal end, a distal end, and a passageway extending between the proximal end and the distal end, the outer catheter member comprising a first tubular segment telescopingly received within a second tubular segment, the first tubular segment including a first connector at a first proximal end, and the second tubular segment including a second connector at a second distal end, wherein the first connector is mateable with the second connector to maintain the first and second tubular segments (18, 20) in an extended position; wherein the first and second tubular segments (18, 20) include indicators for indicating positional coupling and alignment of the first and second tubular segments (18, 20) when in an extended position; an inner catheter member slidably received within the outer catheter member and passable through the distal and proximal ends (14, 12), the inner catheter member being configured for delivering a prosthetic valve; and a handle coupled to the proximal end of the outer catheter member, the inner catheter member slidably received within the handle.
A machine press, in particular a bend press, having: a machine structure; a lower die carrier, which is arranged in a fixed spatial relationship to the machine structure; an upper die carrier, which can be moved up and down linearly by an operating stroke relative to the lower die carrier; and a closed hydraulic drive system, which acts on the upper die carrier, effects the downward directed movement of the upper die carrier and has at least one hydraulic drive unit, which in turn comprises at least one hydraulic cylinder-piston unit and at least one hydraulic assembly, which applies a load to said cylinder-piston unit and is supplied from a storage container, a basic pressure above ambient pressure prevailing constantly in the storage container, characterised in that the storage container is in the form of a cylindrical reservoir having a hydraulic chamber, which is delimited by a cylinder and a piston unit guided displaceably therein, wherein load is applied to the piston unit on the side thereof that is functionally opposite the hydraulic chamber from a pressurised fluid chamber, which for its part is connected to a high-pressure gas reservoir (26, 31, 36) and the effective area of which on the piston unit is small compared with the effective area of the hydraulic chamber on the piston unit.
Apparatus for treating a patent foramen ovale in a heart, the apparatus comprising: a catheter device (310, 410) having a proximal end and a distal end; and at least one tissue apposition member (312, 412) adjacent the distal end of the catheter device for at least partially bringing together tissues; at least one energy transmission member (314, 414) adjacent the tissue apposition member for applying energy to or removing energy from tissues of the patent foramen ovale to substantially close the patent foramen ovale; and a guide member for advancing through the patent foramen ovale, wherein the catheter device (310, 410) is slidably disposed over the guide member, and wherein the guide member comprises an expandable member (322, 422) at a distal portion thereof, wherein the guide member comprises a guidewire (320, 420) divided along a portion of its length, the divided portion comprising the expandable member (322, 422). a catheter device (310, 410) having a proximal end and a distal end; and at least one tissue apposition member (312, 412) adjacent the distal end of the catheter device for at least partially bringing together tissues; at least one energy transmission member (314, 414) adjacent the tissue apposition member for applying energy to or removing energy from tissues of the patent foramen ovale to substantially close the patent foramen ovale; and a guide member for advancing through the patent foramen ovale, wherein the catheter device (310, 410) is slidably disposed over the guide member, and wherein the guide member comprises an expandable member (322, 422) at a distal portion thereof, wherein the guide member comprises a guidewire (320, 420) divided along a portion of its length, the divided portion comprising the expandable member (322, 422).
Data interruption device between a plurality of control units communicating through at least one communication protocol, characterized in that it is designed to produce an electromagnetic interference inhibiting a data communication between said plurality of control units, said device being equipped with at least one transformer designed to transfer at least one signal on at least one transmission means of said communication protocol, inducing said electromagnetic interference.
A method of making a single layer, free-standing, porous polytetrafluorethylene (PTFE) membrane having a macro-textured surface i.e. a surface comprising optically observable macroscopic nodal aggregates having the appearance of extended macroscopic strands on the surface(s) of the porous PTFE membrane, said method comprising: a) providing i) a first layer comprising a first PTFE membrane having a matrix tensile strength of less than 800 pounds force per square inch (psi) (5.52 MPa) in both the machine direction and the transverse direction; and ii) a second layer comprising a second PTFE membrane having a matrix tensile strength greater than 800 psi (5.52 MPa) in both the machine direction and the transverse direction; b) stacking the first PTFE membrane on top of the second PTFE membrane; c) applying a suitable amount of pressure, heat or combination thereof to non-permanently bond said first PTFE membrane to said second PTFE membrane to form a layered product; d) expanding the layered product at least once in the machine direction and at least once in the transverse direction; e) separating the second layer from said first layer; wherein the first layer is a single layer porous PTFE membrane; and f) subjecting the single layer porous PTFE membrane to at least one heat treatment under suitable conditions to at least partially sinter said single layer porous PTFE membrane. a) providing i) a first layer comprising a first PTFE membrane having a matrix tensile strength of less than 800 pounds force per square inch (psi) (5.52 MPa) in both the machine direction and the transverse direction; and ii) a second layer comprising a second PTFE membrane having a matrix tensile strength greater than 800 psi (5.52 MPa) in both the machine direction and the transverse direction; i) a first layer comprising a first PTFE membrane having a matrix tensile strength of less than 800 pounds force per square inch (psi) (5.52 MPa) in both the machine direction and the transverse direction; and ii) a second layer comprising a second PTFE membrane having a matrix tensile strength greater than 800 psi (5.52 MPa) in both the machine direction and the transverse direction; b) stacking the first PTFE membrane on top of the second PTFE membrane; c) applying a suitable amount of pressure, heat or combination thereof to non-permanently bond said first PTFE membrane to said second PTFE membrane to form a layered product; d) expanding the layered product at least once in the machine direction and at least once in the transverse direction; e) separating the second layer from said first layer; wherein the first layer is a single layer porous PTFE membrane; and f) subjecting the single layer porous PTFE membrane to at least one heat treatment under suitable conditions to at least partially sinter said single layer porous PTFE membrane.