mhurhangee/ep-ind-claims huggingface dataset:
A server certificate issuing system comprising a registration server controlled by a registration authority to receive a server certificate request transmitted from a Web server, communication server or load balancer via a network and to transmit a certificate signing request file to a certificate issuing authority, a certificate issuing server controlled by the certificate issuing authority to receive the certificate signing request file transmitted from the registration server via a network, to generate a server certificate with a digital signature, and to transmit the generated server certificate to said registration server, and a test certificate issuing server controlled by a test certificate issuing authority which issues a test certificate used for testing to receive a test certificate issuing request transmitted from the registration server via a network and to issue the test certificate, wherein said Web server, communication server or load balancer comprises means for generating the server certificate request containing the self-address information of the server or the load balancer, means for transmitting the generated server certificate request to the registration server via the network, and means for installing the test certificate generated by the test certificate issuing server and transferred from the registration server for authentication, and said registration server comprises means for receiving the server certificate request transmitted from said Web server, communication server or load balancer, means for transmitting the test certificate issuance request to the test certificate issuing server followed by receiving the certificate request, means for receiving the test certificate generated by the test certificate issuing server and for transferring the received test certificate to the corresponding Web server, communication server or load balancer, means for accessing with SSL protocol to the Web server, communication server or load balancer identified by the address information contained in the server certificate request and for verifying the test certificate installed in said server or load balancer, and means for transmitting the certificate signing request file to the certificate issuing server via a network, and said test certificate issuing server comprises means for generating the test certificate having public key certificate format followed by receiving the test certificate request from the registration server, and means for transmitting the generated test certificate to the registration server, and wherein, said registration server decides that said server certificate request is valid when the session of the SSL protocol has been established and when the certificate information included in the transmitted test certificate is identical to the certificate information included in the installed test certificate, when the registration server accessed to the Web server, communication server or load balancer identified by the address contained in the server certificate request.
A composite material comprising: at least two layers of reinforcing fibers impregnated with a curable resin; an interlaminar region formed between adjacent layers of reinforcing fibers; and a combination of polymeric toughening particles and fire-retardant particles in the interlaminar region, wherein the polymeric toughening particles are particles of thermoplastic polymer(s) or crosslinked thermoplastic polymer(s), and wherein the fire retardant particles are thermally expandable in that the particles expand when exposed to fire or temperature above 200°C. at least two layers of reinforcing fibers impregnated with a curable resin; an interlaminar region formed between adjacent layers of reinforcing fibers; and a combination of polymeric toughening particles and fire-retardant particles in the interlaminar region, wherein the polymeric toughening particles are particles of thermoplastic polymer(s) or crosslinked thermoplastic polymer(s), and wherein the fire retardant particles are thermally expandable in that the particles expand when exposed to fire or temperature above 200°C.
A semiconductor wafer of monocrystalline silicon having a center, an edge and a radius R between the center and the edge, the semiconductor wafer comprising an oxygen concentration of not less than 4.9 x 10 17 atoms/cm 3 and not more than 5.85 x 10 17 atoms/cm 3; a nitrogen concentration of not less than 5 x 10 12 atoms/cm 3 and not more than 1.0 x 10 14 atoms/cm 3; a hydrogen concentration of not less than 3 x 10 13 atoms/cm 3 and not more than 8 x 10 13 atoms/cm 3; BMD nuclei whose density averaged over the radius of the wafer, as determined by IR tomography, is not less than 1 x 10 5 cm -3 and not more than 1 x 10 7 cm -3; Surface defects whose longest diagonal is greater than 5 μm and whose density averaged over the radius is not less than 1100 cm -2 as determined by optical microscopy after heat treatments of the semiconductor wafer at a temperature of 900 °C for a period of 8 h in an atmosphere of nitrogen and at a temperature of 1100 °C for a period of 2 h in an atmosphere of oxygen and hydrogen; and BMDs whose density is not less than a lower limit of 5 x 10 8 /cm 3, determined along the radius from a radial position r = R/3 to a radial position r = R/1.15 by IR tomography after heat treatment of the semiconductor wafer at a temperature of 780 °C for a period of 3 h and at a temperature of 1000 °C for a period of 16 h where the hydrogen concentration, the average density of the BMD nuclei, the average density of the surface defects and the density of the BMDs are determined by the measuring methods specified in the description.
A decryption method comprising: communicating instructions from a processor to a graphics processing unit GPU to configure the GPU for performing decryption of a series of alphanumerical characters and visualization; uploading to the GPU an ASCII texture and a linearizer texture; initiating execution of a first program on the GPU to provide decrypted data from ciphertext, including performing decryption transformations on a first set of bytes of ciphertext to generate decrypted data corresponding to a first character; and initiating execution of a second program on the GPU to generate from said decrypted data data in a readable format for display, including: writing said decrypted data to a data texture, wherein the alphanumerical characters of said decrypted data are packed into colour channels of said data texture; constructing a temporary texture, based upon the linearizer texture and said data texture; extracting a first data byte value from the temporary texture; and indexing to the first data byte value in the ASCII texture for display of the first ASCII character. communicating instructions from a processor to a graphics processing unit GPU to configure the GPU for performing decryption of a series of alphanumerical characters and visualization; uploading to the GPU an ASCII texture and a linearizer texture; initiating execution of a first program on the GPU to provide decrypted data from ciphertext, including performing decryption transformations on a first set of bytes of ciphertext to generate decrypted data corresponding to a first character; and initiating execution of a second program on the GPU to generate from said decrypted data data in a readable format for display, including: writing said decrypted data to a data texture, wherein the alphanumerical characters of said decrypted data are packed into colour channels of said data texture; constructing a temporary texture, based upon the linearizer texture and said data texture; extracting a first data byte value from the temporary texture; and indexing to the first data byte value in the ASCII texture for display of the first ASCII character. writing said decrypted data to a data texture, wherein the alphanumerical characters of said decrypted data are packed into colour channels of said data texture; constructing a temporary texture, based upon the linearizer texture and said data texture; extracting a first data byte value from the temporary texture; and indexing to the first data byte value in the ASCII texture for display of the first ASCII character.
Data cable with a transmission core, which has a single stranded conductor pair or four conductors stranded together to form a quad stranding and each conductor comprises a line which is sheathed by conductor insulation, wherein the transmission core is surrounded by a sheathing (14, 18, 26, 20) with a high proportion of air, characterized - in that the sheathing (14, 18, 20, 26) is formed with a high proportion of air by a foamed sheath (14, 26), wherein the foamed sheath (14, 26) is either arranged as an outer sheath with an intermediate sheath interposed or is provided directly around the transmission core and is surrounded by an additional outer sheath or - in that the sheathing (18, 20) is formed with a high proportion of air by at least one spacer element (18, 20), which defines an annular sheath space with air gaps around the transmission core and is formed as a tube-like element, which surrounds the transmission core. - in that the sheathing (14, 18, 20, 26) is formed with a high proportion of air by a foamed sheath (14, 26), wherein the foamed sheath (14, 26) is either arranged as an outer sheath with an intermediate sheath interposed or is provided directly around the transmission core and is surrounded by an additional outer sheath or - in that the sheathing (18, 20) is formed with a high proportion of air by at least one spacer element (18, 20), which defines an annular sheath space with air gaps around the transmission core and is formed as a tube-like element, which surrounds the transmission core.
A reaction medium for culturing, detecting and/or identifying bacteria of the Legionella genus, comprising at least one siliceous compound, characterized in that said siliceous compound is a nonpolar silica.
An oral pharmaceutical composition in uncoated dose unit form comprising a physiologically tolerable, flexible, gelled biphasic oil-in-water emulsion containing a drug of abuse which is selected from the group consisting of codeine, morphine, hydrocodone, oxycodone, diamorphine, pethidine, tramadol, buprenorphine, propoxyphene, dextropropoxyphene, hydromorphone, oxymorphone, pentazocine, levorphanol, butorphanol, ketobemidone, fentanyl, meperidine, diphenoxylate, venlafaxine, nefopam, carbamazepine, gabapentin, pregabalin, tricyclic antidepressants including amitriptyline, pentobarbital sodium, diazepam, alprazolam, flunitrazepam, amphetamine, I-lysine-d-amphetamine, methyl phenidate, methadone, mephedrone, tetrahydrocannabinol, ketamine, clonidine, mexiletine, and tapentadol, wherein said dose unit has a weight of 50 to 3000 mg.
Continuously variable transmission in a passenger car provided with a drive belt including a metal ring and a number of transverse elements mounted on the ring, which ring is made of a precipitation hardened maraging steel with a basic composition comprising 17-19 mass-% Nickel, 4-6 mass-% Molybdenum, and either - less than 10 mass-% Cobalt and between 0.4 to 0.6 mass-% Titanium, - less than 8 mass-% Cobalt and less than 0.4 mass-% Titanium, - between 4 to 7 mass-% Cobalt and between 0.2 to 0.3 mass-% Titanium, or - between 6 to 9.5 mass-% Cobalt and less than 0.1 mass-% Titanium, with balance Iron, and which ring is provided with a nitrided surface layer, characterised in that the hardness of the precipitation hardened core material of the ring has a value between 400 and 500 HV1.0. - less than 10 mass-% Cobalt and between 0.4 to 0.6 mass-% Titanium, - less than 8 mass-% Cobalt and less than 0.4 mass-% Titanium, - between 4 to 7 mass-% Cobalt and between 0.2 to 0.3 mass-% Titanium, or - between 6 to 9.5 mass-% Cobalt and less than 0.1 mass-% Titanium,
A lash adjuster including: a body which is cylindrical in shape; and a plunger reciprocably inserted into the body and having an interior in which a low-pressure chamber is defined, the plunger having a bottom wall defining a high-pressure chamber in conjunction with the body therebetween and a peripheral wall formed with a plunger oil hole (26, 26A) through which an operating oil is fed into the low-pressure chamber, the peripheral wall of the plunger having an outer periphery which is slidable on an inner periphery of a cylindrical wall of the body, the bottom wall being formed with a valve hole through which the operating oil stored in the low-pressure chamber is allowed to flow into the high-pressure chamber, characterized by a pocket (27, 27A) provided on the peripheral wall so as to be deformed toward the low-pressure chamber and so as to be inclined in an upward direction, thereby defining the plunger oil hole (26, 26A). a body which is cylindrical in shape; and a plunger reciprocably inserted into the body and having an interior in which a low-pressure chamber is defined, the plunger having a bottom wall defining a high-pressure chamber in conjunction with the body therebetween and a peripheral wall formed with a plunger oil hole (26, 26A) through which an operating oil is fed into the low-pressure chamber, the peripheral wall of the plunger having an outer periphery which is slidable on an inner periphery of a cylindrical wall of the body, the bottom wall being formed with a valve hole through which the operating oil stored in the low-pressure chamber is allowed to flow into the high-pressure chamber, characterized by a pocket (27, 27A) provided on the peripheral wall so as to be deformed toward the low-pressure chamber and so as to be inclined in an upward direction, thereby defining the plunger oil hole (26, 26A).
A system, comprising: a load; a voltage regulator configured to select a gate drive signal from among a plurality of input voltages (18, 19), and to use the selected gate drive signal to turn on a power transistor (Q1, Q2) to produce a regulated voltage for said load; characterised by: a basic input/output system (BIOS) that causes a BIOS signal to be generated to said voltage regulator, wherein the voltage regulator is configured to select the gate drive signal based on said BIOS signal during system initialization and, after initialization, to select the gate drive signal based on the current draw of said load. a load; a voltage regulator configured to select a gate drive signal from among a plurality of input voltages (18, 19), and to use the selected gate drive signal to turn on a power transistor (Q1, Q2) to produce a regulated voltage for said load; characterised by: a basic input/output system (BIOS) that causes a BIOS signal to be generated to said voltage regulator, wherein the voltage regulator is configured to select the gate drive signal based on said BIOS signal during system initialization and, after initialization, to select the gate drive signal based on the current draw of said load.
A dust collecting device comprising: a container body having a closed-end cylindrical shape; a suction tube that is connected to the container body and generates a swirling flow along an inner periphery of the container body; a discharge tube that is connected to the container body so as to be closer to one end of the container body than the suction tube; a partitioning wall that includes a first opening (37a, 48a) at substantially a center of the container body and is provided between the suction tube and the discharge tube; a separating wall that is located closer to the other end of the container body than a connection portion of the suction tube; forms a gap between an inner peripheral surface of the container body and the separating wall, and includes a second opening on an outer side of the center of the container body, characterized in that said dust collecting device further comprises a filtering portion that closes the second opening. a container body having a closed-end cylindrical shape; a suction tube that is connected to the container body and generates a swirling flow along an inner periphery of the container body; a discharge tube that is connected to the container body so as to be closer to one end of the container body than the suction tube; a partitioning wall that includes a first opening (37a, 48a) at substantially a center of the container body and is provided between the suction tube and the discharge tube; a separating wall that is located closer to the other end of the container body than a connection portion of the suction tube; forms a gap between an inner peripheral surface of the container body and the separating wall, and includes a second opening on an outer side of the center of the container body, characterized in that said dust collecting device further comprises a filtering portion that closes the second opening.
A delivery sheath for delivering stents or other endoluminal prostheses, the sheath having a distal end with a radially inner sheath layer and a radially outer sheath layer both extending to the distal end of the sheath, wherein the radially inner layer has at least one separation line extending longitudinally of the sheath to the distal end to define at least two leaf edges in the radially inner layer, characterised in that, the radially inner layer comprises a material having a low coefficient of friction and the radially outer layer comprises an elastic material and at least two leaf edges in the radially inner layer are configured to move circumferentially with respect to each other to accommodate elastic radial expansion of the overlying radially outer layer.
Aqueous electrolyte composition for the deposition of a metal layer on a substrate surface, wherein the composition comprises at least ions of the metal to be deposited and at least one surfactant, wherein the surfactant is comprised in a concentration effecting a dynamic surface tension of the composition of ≤35 mN/m, preferably of ≤33 mN/m, most preferred of ≤30 mN/m, characterized in that the surfactant is at least on surfactant of the general formula C N F M H Z SO 2 X, wherein N is an integer between ≥6 and ≤22, preferably between ≥7 and ≤20, 0 < M ≤ 2N, Z=2N+1-M, and X is one of F, Cl, or Br and wherein the surfactant is comprised in a concentration range between ≥0.0000001% by weight and ≤0.000002% by weight, preferably between ≥0.0000004% by weight and ≤0.0000015% by weight.
A device for directing an agent that is magnetic or magnetizable, comprising: a magnetic configuration having a plurality of magnets, wherein a first magnet (108, 208, 308, 404, 506) having a first magnetic north-south pole in the plurality of magnets produces a first magnetic field; a second magnet (108, 208, 308, 404, 506) having a second magnetic north-south pole in the plurality of magnets produces a second magnetic field; the first magnet has a first magnetization that is opposite to a second magnetization of the second magnet; the first magnetic field and the second magnetic field create a combined field and a pushing force from the first magnet and the second magnet, wherein the first magnetic north-south pole and the second magnetic north-south pole are opposite to each other, characterized in that the first magnet and the second magnet define a minimal convex set and the push node is outside the convex set and that the second magnet produces a magnetic field with a further spatial extent than the first magnet.
A ground engageable support product for a person, the product comprising a profiled resilient member which is generally U shaped in plan view, the member having a generally flat ground engageable surface, with a profiled upper surface including a plurality of peaks (22,26,30) and troughs (24,28,32) along the length of the profiled member wherein the overall height of the profiled member increases from the free end of each side limb of the U.
An air core reactor for use in an electric power transmission and distribution system or in an electric power system of an electrical plant, the air core reactor comprising: an electrically insulated support structure; a coil of windings configured to operate at a potential and isolated to ground or other potentials by the electrically insulated support structure; and an insulator mounting bracket that attaches directly to the coil, the insulator mounting bracket is configured as an interface between the coil and the electrically insulated support structure, wherein the insulator mounting bracket includes three subcomponents, wherein the three subcomponents include: a mounting flange; a body; and a plurality of attachments (20(1-n)), characterized in that attachment of the insulator mounting bracket to the coil itself is via fasteners or via composite bands embedded into the windings of the coil during a construction process. an electrically insulated support structure; a coil of windings configured to operate at a potential and isolated to ground or other potentials by the electrically insulated support structure; and an insulator mounting bracket that attaches directly to the coil, the insulator mounting bracket is configured as an interface between the coil and the electrically insulated support structure, wherein the insulator mounting bracket includes three subcomponents, wherein the three subcomponents include: a mounting flange; a body; and a plurality of attachments (20(1-n)), a mounting flange; a body; and a plurality of attachments (20(1-n)), characterized in that attachment of the insulator mounting bracket to the coil itself is via fasteners or via composite bands embedded into the windings of the coil during a construction process.
A flexible container for growing plants hydroponically, wherein the container comprises: (i) a detachable top part comprising one or more openings for receiving plants and/or seeds; (ii) one or more openings for receiving a nutrient and/or water and oxygen supply, which openings may be the same or different to the openings of (i); characterised in that the container further comprises (iii) an integrated aerator; and (iv) one or more porous layers or elements inside the container for dispersing nutrients and/or cleaning solution throughout the container. (i) a detachable top part comprising one or more openings for receiving plants and/or seeds; (ii) one or more openings for receiving a nutrient and/or water and oxygen supply, which openings may be the same or different to the openings of (i); characterised in that the container further comprises (iii) an integrated aerator; and (iv) one or more porous layers or elements inside the container for dispersing nutrients and/or cleaning solution throughout the container.