mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an off-card entity (200; 300) for generating an installation package, comprising a header part and a payload part, for providing a software image to a secure element, the method comprising: - combining the software image with a manifest and a manifest signature, to obtain the payload part of the installation package; and - providing a package binding function within the header part to link the installation package to the secure element; wherein the manifest signature is a first signature generated using a block cipher algorithm; wherein the manifest signature is generated using a Message Authentication Code, MAC, algorithm based on a symmetric key block cipher; wherein the method further comprises generating a second signature for protecting the payload part and inserting the second signature in the manifest; wherein the package binding function comprises an initializes secure channel function for opening a communication session with the secure element and a pair of image protection keys for software image encryption; further comprising generating a third signature as a package binding signature to protect the initialize secure channel function and the pair of image protection keys, and inserting the third signature into the header of the installation package; wherein the manifest signature protects the entire manifest. - combining the software image with a manifest and a manifest signature, to obtain the payload part of the installation package; and - providing a package binding function within the header part to link the installation package to the secure element; wherein the manifest signature is a first signature generated using a block cipher algorithm; wherein the manifest signature is generated using a Message Authentication Code, MAC, algorithm based on a symmetric key block cipher; wherein the method further comprises generating a second signature for protecting the payload part and inserting the second signature in the manifest; wherein the package binding function comprises an initializes secure channel function for opening a communication session with the secure element and a pair of image protection keys for software image encryption; further comprising generating a third signature as a package binding signature to protect the initialize secure channel function and the pair of image protection keys, and inserting the third signature into the header of the installation package; wherein the manifest signature protects the entire manifest.
A method of forming a powdered hemostatic composition, comprising the steps of: a) forming a suspension of a mixture comprising particles of fibrinogen, thrombin, ORC fibers in a non-aqueous low boiling solvent, wherein said suspension further comprises Lysine or Tris; b) agitating and shearing said suspension in a high shear mixing reactor c) adding water to allow particles to agglomerate; d) allowing the non-aqueous solvent to evaporate; e) drying and sieving the composition; and thus forming the powdered hemostatic composition. a) forming a suspension of a mixture comprising particles of fibrinogen, thrombin, ORC fibers in a non-aqueous low boiling solvent, wherein said suspension further comprises Lysine or Tris; b) agitating and shearing said suspension in a high shear mixing reactor c) adding water to allow particles to agglomerate; d) allowing the non-aqueous solvent to evaporate; e) drying and sieving the composition; and
A method, comprising: accepting (702, 704) at a generic access network controller a registration request from a mobile station via an Internet protocol security tunnel connecting the generic access network controller to the mobile station via an Internet protocol network, the generic access network controller arranged to communicatively couple the mobile station to a public land mobile network via the Internet protocol network; determining (504, 706-708), by the network controller, based on the received registration request, a first offset from a first time by looking up an outer Internet protocol address of the Internet protocol security tunnel in a database, the first offset corresponding to a location of the mobile station; encoding (506, 710), by the network controller, in a generic access network information element, the first offset; and transmitting (508, 510), by the network controller, the generic access network information element to the mobile station; the method further comprising: providing (512, 714) to the mobile station a mobility manager information element generated by a public land mobile network, the mobility manager information element including a second offset from the first time. accepting (702, 704) at a generic access network controller a registration request from a mobile station via an Internet protocol security tunnel connecting the generic access network controller to the mobile station via an Internet protocol network, the generic access network controller arranged to communicatively couple the mobile station to a public land mobile network via the Internet protocol network; determining (504, 706-708), by the network controller, based on the received registration request, a first offset from a first time by looking up an outer Internet protocol address of the Internet protocol security tunnel in a database, the first offset corresponding to a location of the mobile station; encoding (506, 710), by the network controller, in a generic access network information element, the first offset; and transmitting (508, 510), by the network controller, the generic access network information element to the mobile station; the method further comprising: providing (512, 714) to the mobile station a mobility manager information element generated by a public land mobile network, the mobility manager information element including a second offset from the first time.
An integrated circuit protection device, comprising: groups of radiation detection elements distributed in a matrix array; logic gates (44, 46) combining outputs of the detection elements in rows and in columns, each output of a detection element being connected to a gate combining a row and to a gate combining a column; and a circuit for interpreting signals supplied by said logic gates and comprising an event counter of events detected by one of said detection elements, and a delay element, said circuit comprising a logic state machine having inputs individually connected to the outputs of said gates (44, 46), the device being such that, in the presence of an event detected by a detection element, said state machine activates the delay element and increments said counter if the interval between the location of the current event and of a previous event is shorter than a given distance. groups of radiation detection elements distributed in a matrix array; logic gates (44, 46) combining outputs of the detection elements in rows and in columns, each output of a detection element being connected to a gate combining a row and to a gate combining a column; and a circuit for interpreting signals supplied by said logic gates and comprising an event counter of events detected by one of said detection elements, and a delay element, said circuit comprising a logic state machine having inputs individually connected to the outputs of said gates (44, 46), the device being such that, in the presence of an event detected by a detection element, said state machine activates the delay element and increments said counter if the interval between the location of the current event and of a previous event is shorter than a given distance.
Reversible semi-mounted plow with carriage or monowheel, moved during use in a direction of advance and comprising a front part of main frame and a rear part (3") of main frame, each carrying plowbodies, these two main frame parts (3' and 3") being respectively rigidly fastened to front and rear (5") parts of a connecting frame connected together by an articulated connection connecting the two main frame parts (3' and 3") to one another via these parts, the said plow also comprising a carrier frame with a fixed front part, rigidly fastened to the carriage or to the wheel, and a rocking rear part (7"), connected to the fixed front part by a swivel assembly bearing with an axis perpendicular to the direction of advance, the front part of the connecting frame being connected to the fixed front part of the carrier frame by a front swivel joint bearing with axis parallel to the direction of advance, and the rear part (5") of the connecting frame being connected to the rocking rear part (7") of the carrier frame by a rear swivel joint bearing with axis located in a plane containing the direction of advance, the front and rear swivel joint bearings (9 and 10) forming guide bearings for respectively reversing the front and rear parts (3' and 3") of the main frame, plow characterized in that the axis of the front swivel joint bearing intersects the axis of the swivel assembly bearing at the level of the said swivel assembly bearing.
A secondary battery comprising: a positive electrode; a negative electrode; and a porous separator made of a polymer and interposed between the positive electrode and the negative electrode, wherein the separator has a porous electroconductive layer in which electroconductive material particles are dispersed, and electroconductive material-free porous layers laminated on two sides of the porous electroconductive layer, the melting point of the polymer constituting the porous electroconductive layer is lower than the melting point of the polymer constituting the electroconductive material-free porous layers, the percentage content of the electroconductive material particles is greater than 3 mass% and less than 50 mass% when the porous electroconductive layer is made 100 mass%, characterized in that the average particle diameter of the electroconductive material particles is not larger than the average pore diameter of the electroconductive material-free porous layer, and the average pore diameter of the porous electroconductive layer is larger than the average pore diameter of the electroconductive material-free porous layers.
A process executed by a first wireless-enabled access point, for restoration of access between one or more data terminals (1, 9) and a data network by way of the first wireless-enabled access point in communication with the data terminals through a wireless interface after a primary connection between the first wireless-enabled access point and the data network is lost, comprising the steps of a) detecting loss of the primary connection to the data network b) conducting a scan for a further wireless-enabled access point c) establishing a wireless connection between the first wireless-enabled access point and the further wireless-enabled access point d) attempting connection between the first wireless-enabled access point and the data network by way of the further wireless-enabled access point, e) in the event of successful connection to the data network by the first wireless-enabled access point, establishing connection between the one or more data terminals (1, 9) and the data network by way of the first and further wireless-enabled access points (3, 6), f) wherein the wireless connection between the first wireless-enabled access point and the further wireless-enabled access point is made through the wireless interface through which the first wireless-enabled access point communicates with the data terminals (1, 9), g) characterised in that the first wireless-enabled access point continues to monitor for availability of the primary connection to identify when connection by way of the primary connection becomes available, and restores its settings to effect a reconnection and h) wherein such reconnection is deferred until any data session in progress has been completed a) detecting loss of the primary connection to the data network b) conducting a scan for a further wireless-enabled access point c) establishing a wireless connection between the first wireless-enabled access point and the further wireless-enabled access point d) attempting connection between the first wireless-enabled access point and the data network by way of the further wireless-enabled access point, e) in the event of successful connection to the data network by the first wireless-enabled access point, establishing connection between the one or more data terminals (1, 9) and the data network by way of the first and further wireless-enabled access points (3, 6), f) wherein the wireless connection between the first wireless-enabled access point and the further wireless-enabled access point is made through the wireless interface through which the first wireless-enabled access point communicates with the data terminals (1, 9), g) characterised in that the first wireless-enabled access point continues to monitor for availability of the primary connection to identify when connection by way of the primary connection becomes available, and restores its settings to effect a reconnection and h) wherein such reconnection is deferred until any data session in progress has been completed
A non-openable window comprising an emergency release mechanism, wherein the non-openable window is arranged to be mounted to a frame, the release mechanism comprising a handle having a first end releasably attachable to a lower end of the window, wherein the handle is arranged to be attached to the frame and to be rotated about an axis of rotation which is substantially parallel to a bottom edge of the window, wherein the point of attachment between the handle and the window is offset from the axis of rotation of the handle such that an upwards rotation of the handle causes a substantially concomitant downward and outward movement of the window in relation to the frame, characterized in that an upper end of the window comprises frangible fasteners and that the upper end of the window is arranged to be mounted to the frame along an upper edge by means of the frangible fasteners arranged to be broken by downwards movement of the window. wherein the non-openable window is arranged to be mounted to a frame, the release mechanism comprising a handle having a first end releasably attachable to a lower end of the window, wherein the handle is arranged to be attached to the frame and to be rotated about an axis of rotation which is substantially parallel to a bottom edge of the window, wherein the point of attachment between the handle and the window is offset from the axis of rotation of the handle such that an upwards rotation of the handle causes a substantially concomitant downward and outward movement of the window in relation to the frame, characterized in that an upper end of the window comprises frangible fasteners and that the upper end of the window is arranged to be mounted to the frame along an upper edge by means of the frangible fasteners arranged to be broken by downwards movement of the window.
Crate in the form of a flap-adhered box consisting of cardboard, comprising a base and a casing which projects from the base and forms upper longitudinal edge portions which are reinforced by means of edge flaps folded inwards between casing corners and have corner portions which protrude upwards, correspond to base recesses and between which a bearing portion of the edge flaps is bent back towards the casing about two crease lines set back with respect to folding lines of the corner portions, thus forming a bearing web parallel to the base, and forms in cross-section a support triangle by means of a supporting web which descends from the bearing web towards a casing wall, characterised in that the edge flaps bent back towards the casing are provided, on a side facing the casing, with a folding tab which is bent back about a folding line towards the bearing web and is adhered to the casing.
A fusible plug having an operating temperature of 70 - 75°C comprising a metal blank sealed with an alloy, characterized in that the alloy consists of 0.1 - 2.0 mass percent of Sn, 31 - 37 mass percent of Bi, optionally a total of at most 2.0 mass percent of at least one element selected from the strengthening elements consisting of 0.1 - 1.0 mass percent of Cu, 0.2 - 2.0 mass percent of Sb, 0.1 - 1.0 mass percent of Ge, 0.1 - 0.7 mass percent of Ag, 0.1 - 0.6 mass percent of Au, 0.2 - 0.6 mass percent of Zn, 0.02 - 0.1 mass percent of Ni, and 0.01 - 0.1 mass percent of a lanthanoid, and a remainder of In.
An air conditioner comprising: a cross flow fan; and a stabilizer and a rear guider which are provided on respective sides of an outer periphery of the cross flow fan to form an air passage, at least one of the stabilizer and the rear guider having, at a leading end portion, level-difference portions (28a-28c) which are lined up in an axial direction of the fan and include first level-difference portions (28a-28c) each of which decreases in height toward a central part in the axial direction of the fan; a bulging portion being formed in the vicinity of at least one of the first level-difference portions (28a, 28b) on a surface of the at least one of the stabilizer and the rear guider which surface is opposite to the cross flow fan, characterized in that: the bulging portion bulges in shape as compared to its surrounding and bulges away from the fan. a cross flow fan; and a stabilizer and a rear guider which are provided on respective sides of an outer periphery of the cross flow fan to form an air passage, the bulging portion bulges in shape as compared to its surrounding and bulges away from the fan.
A composition comprising (a) 5-aminolevulinic acid (5-ALA) or an acid addition salt thereof; (b) vitamin D3; and (c) a UVA and/or UVB protective agent, wherein said 5-ALA or acid addition salt thereof is present in an amount of 0.1 to 2.0 wt% of the composition, and wherein said vitamin D3 is present in an amount of 0.0001 to 0.005 wt% of the composition. (a) 5-aminolevulinic acid (5-ALA) or an acid addition salt thereof; (b) vitamin D3; and (c) a UVA and/or UVB protective agent,
A process for dimerizing and oligomerizing a hydrocarbon feed comprising mixed olefins to produce mixed branched higher olefins, said process comprising the steps of: introducing the hydrocarbon feed into a reactor vessel under oligomerization conditions; contacting the mixed hydrocarbon feed with a catalyst within the reactor to convert the mixed olefins into the mixed branched higher olefins, wherein the catalyst comprises an unsupported metal substituted heteropolyacid catalyst represented by the following formula: Cs x H y PMo 12 O 40 wherein 3>x>2 and 0<y<1; and producing a product stream comprising the mixed higher olefins from the reactor vessel; wherein the hydrocarbon feed comprises at least two butenes and the mixed higher olefins comprises olefins having more than 4 carbons. introducing the hydrocarbon feed into a reactor vessel under oligomerization conditions; contacting the mixed hydrocarbon feed with a catalyst within the reactor to convert the mixed olefins into the mixed branched higher olefins, wherein the catalyst comprises an unsupported metal substituted heteropolyacid catalyst represented by the following formula: Cs x H y PMo 12 O 40 wherein 3>x>2 and 0<y<1; and producing a product stream comprising the mixed higher olefins from the reactor vessel; wherein the hydrocarbon feed comprises at least two butenes and the mixed higher olefins comprises olefins having more than 4 carbons.
A data transfer hinge comprising: a first leaf (202, 602) and a second leaf (204, 604), each having at least one knuckle, at least one channel (207, 211, 607, 611) running from an edge coincident with the at least one knuckle, and a passageway (110, 112) in a face thereof opening into the at least one channel, the at least one knuckle of the first leaf and the at least one knuckle of the second leaf being arranged to be relatively rotatable around a common axis; and a twisted pair (106, 108) of data wires having between 1.3 and 1.9 twists per inch (between 0.51 and 0.75 twists per cm), the twisted pair of data wires running through the passageway (110, 112) in the face of each leaf and through the at least one channel (207, 211) in both the first leaf (202, 602) and the second leaf (204, 604), wherein each wire of the twisted pair of data wires is of a gauge and has insulation of a specified thickness and permittivity so as to cooperate with the channel to maintain an even distribution of capacitance and an appropriate impedance for connection within a local area network. a first leaf (202, 602) and a second leaf (204, 604), each having at least one knuckle, at least one channel (207, 211, 607, 611) running from an edge coincident with the at least one knuckle, and a passageway (110, 112) in a face thereof opening into the at least one channel, the at least one knuckle of the first leaf and the at least one knuckle of the second leaf being arranged to be relatively rotatable around a common axis; and a twisted pair (106, 108) of data wires having between 1.3 and 1.9 twists per inch (between 0.51 and 0.75 twists per cm), the twisted pair of data wires running through the passageway (110, 112) in the face of each leaf and through the at least one channel (207, 211) in both the first leaf (202, 602) and the second leaf (204, 604), wherein each wire of the twisted pair of data wires is of a gauge and has insulation of a specified thickness and permittivity so as to cooperate with the channel to maintain an even distribution of capacitance and an appropriate impedance for connection within a local area network.
An illuminated ophthalmic microsurgical instrument comprising: a microsurgical instrument (48,50,51) having a distal tip; and an optical fiber for delivering a beam of light to a surgical site in an eye, the optical fiber including a proximal end for receiving a light beam from a light source, and a distal end proximate to the distal tip of the microsurgical instrument for emitting the light beam, and the distal end includes a beveled end face oriented toward the distal tip of the microsurgical instrument, at an oblique angle with respect to an optical axis of the optical fiber, characterized in that the index of refraction of the optical fiber is greater than an index of refraction of a vitreous region of the eye such that a propagation angle of the light beam relative to the beveled end face is greater within the vitreous region than within the optical fiber causing an angular distribution of the emitted light beam away from the optical axis of the optical fiber and away from the microsurgical instrument, when used to perform an ophthalmic surgical procedure. a microsurgical instrument (48,50,51) having a distal tip; and an optical fiber for delivering a beam of light to a surgical site in an eye, the optical fiber including a proximal end for receiving a light beam from a light source, and a distal end proximate to the distal tip of the microsurgical instrument for emitting the light beam, and the distal end includes a beveled end face oriented toward the distal tip of the microsurgical instrument, at an oblique angle with respect to an optical axis of the optical fiber, characterized in that the index of refraction of the optical fiber is greater than an index of refraction of a vitreous region of the eye such that a propagation angle of the light beam relative to the beveled end face is greater within the vitreous region than within the optical fiber causing an angular distribution of the emitted light beam away from the optical axis of the optical fiber and away from the microsurgical instrument, when used to perform an ophthalmic surgical procedure.