mhurhangee/ep-ind-claims huggingface dataset:
A method for network node encryption, characterized by comprising: receiving a node encryption request, and acquiring node data information of a network node according to the node encryption request, the node data information including a preset link; transmitting an application to a trusted third party for an encryption certificate using the node data information; receiving a certificate verification request from the trusted third party, the certificate verification request including a verification file to be used to verify authority of the preset link, and the certificate verification request being generated by the trusted third party in response to the application for the encryption certificate; correlating the preset link of the network node to the verification file corresponding to the certificate verification request in response to the certificate verification request, so as to transmit a correlation result to the trusted third party; and receiving the encryption certificate, and deploying the encryption certificate on the network node, wherein the encryption certificate is generated by the trusted third party based on the correlation result. receiving a node encryption request, and acquiring node data information of a network node according to the node encryption request, the node data information including a preset link; transmitting an application to a trusted third party for an encryption certificate using the node data information; receiving a certificate verification request from the trusted third party, the certificate verification request including a verification file to be used to verify authority of the preset link, and the certificate verification request being generated by the trusted third party in response to the application for the encryption certificate; correlating the preset link of the network node to the verification file corresponding to the certificate verification request in response to the certificate verification request, so as to transmit a correlation result to the trusted third party; and receiving the encryption certificate, and deploying the encryption certificate on the network node, wherein the encryption certificate is generated by the trusted third party based on the correlation result.
A system for igniting a mixture in an internal combustion engine, the system comprising: an elongate plug body generally residing around a center longitudinal axis (A-A) and adapted to couple to the internal combustion engine; a first ignition body residing about an end of the plug body; a second ignition body adjacent the first ignition body to define a flame kernel initiation gap between the second ignition body and the first ignition body; and an enclosure defining a first chamber enclosing the first and second ignition bodies and defining a second chamber adjacent the first chamber and connected to the first chamber via a first passage, the first chamber comprising a first inner chamber and a first outer chamber connected by a second passage, the first inner chamber enclosing the first and second ignition bodies and the first outer chamber connected to the second chamber via the first passage, and the enclosure comprising a plurality of jet apertures between the interior of the first outer chamber and the exterior of the enclosure; where the first chamber is a passively fueled chamber having no fuel supply directly into the first chamber. an elongate plug body generally residing around a center longitudinal axis (A-A) and adapted to couple to the internal combustion engine; a first ignition body residing about an end of the plug body; a second ignition body adjacent the first ignition body to define a flame kernel initiation gap between the second ignition body and the first ignition body; and an enclosure defining a first chamber enclosing the first and second ignition bodies and defining a second chamber adjacent the first chamber and connected to the first chamber via a first passage, the first chamber comprising a first inner chamber and a first outer chamber connected by a second passage, the first inner chamber enclosing the first and second ignition bodies and the first outer chamber connected to the second chamber via the first passage, and the enclosure comprising a plurality of jet apertures between the interior of the first outer chamber and the exterior of the enclosure;
Arrangement composed of a first machine part which has a first contact surface and of a second machine part which has a second contact surface, where - the first machine part and/or the second machine part are/is configured as a bearing component, - the first contact surface or the second contact surface is coated with a friction-increasing varnish whose ingredients include a binder and hard-material particles, the hard-material particles comprising a titanium-boron compound or consisting of a titanium-boron compound, and - the first contact surface and the second contact surface are preloaded against one another, and - at least some of the hard-material particles contained in the varnish are impressed into the first contact surface and into the second contact surface. - the first machine part and/or the second machine part are/is configured as a bearing component, - the first contact surface or the second contact surface is coated with a friction-increasing varnish whose ingredients include a binder and hard-material particles, the hard-material particles comprising a titanium-boron compound or consisting of a titanium-boron compound, and - the first contact surface and the second contact surface are preloaded against one another, and - at least some of the hard-material particles contained in the varnish are impressed into the first contact surface and into the second contact surface.
A compound preparation in the form of a soft capsule having a capsule content and a capsule coating, the preparation comprising at least one selected from the group consisting of ω3 polyunsaturated fatty acids and pharmaceutically acceptable salts, alkyl esters or mono-, di- or triglyceride esters thereof contained in the capsule content and at least one selected from the group consisting of water-soluble statin compounds contained in the capsule content or the capsule coating, wherein the capsule coating comprises a) a gelatin and b) at least one selected from the group consisting of a carbonate, a metasilicate aluminate and a phosphate, wherein the capsule coating has a pH adjusted to 7.0 to 9.5, the pH being measured when the capsule coating is dissolved in water at a weight ratio of 0.5 to 10.
A liquid composition comprising a plurality of microemulsions forming aqueous compartments, wherein the liquid composition comprises two or more different polynucleotide templates, and wherein at least a portion of said aqueous compartments comprise: a magnetic bead; a polynucleotide template; oligonucleotide primers for amplifying said template; a DNA polymerase; and deoxyribonucleotides wherein for each aqueous compartment that comprises a magnetic bead and oligonucleotide primers, at least a portion of oligonucleotide primers are bound to the magnetic bead, and wherein at least 1 % of said portion of said aqueous compartments comprise a single polynucleotide template. a magnetic bead; a polynucleotide template; oligonucleotide primers for amplifying said template; a DNA polymerase; and deoxyribonucleotides
Impact damper, in particular for a rail vehicle, comprising at least one deformation tube which is connected to an impact plate and, in the case of an impact event, is moved along a matrix having a conical forming surface, wherein the deformation tube has a cone region which is in overlap with the forming surface of the matrix, characterized in that the forming surface of the matrix and the cone region enclose a different angle (α; β) with respect to a movement axis of the deformation tube.
Method for sharing of data present on a first customer premises equipment, CPE, (CPE 1) with a second customer premises equipment (CPE 2) by means of at least a signalling and a data flow, characterized in that an automatic configuration server, ACS,, adapted for automatically configuring customer premises equipments, CPEs, is within said signalling flow.
A cartridge comprising: a first surface and a second surface opposing each other; a third surface and a fourth surface which intersect with the first surface and the second surface and opposing each other; a fifth surface and a sixth surface which intersect with each surface of the first surface to the fourth surface and opposing each other; a printing material containing section containing the printing material; a plurality of printing material supply ports projecting from the first surface in a -Z axial direction and supplying a printing material from the printing material containing section; and characterized by a groove section provided to be concave more in a +Z axial direction opposite to the -Z axial direction than the first surface, and provided between two of the printing material supply ports adjacent to each other. a first surface and a second surface opposing each other; a third surface and a fourth surface which intersect with the first surface and the second surface and opposing each other; a fifth surface and a sixth surface which intersect with each surface of the first surface to the fourth surface and opposing each other; a printing material containing section containing the printing material; a plurality of printing material supply ports projecting from the first surface in a -Z axial direction and supplying a printing material from the printing material containing section; and characterized by a groove section provided to be concave more in a +Z axial direction opposite to the -Z axial direction than the first surface, and provided between two of the printing material supply ports adjacent to each other.
A system for prevention of adhesion of organisms in water to a substrate in contact with the water, wherein the system is configured to electrically couple to the substrate, which together with the water flowing around the substrate, form a treated region, the system comprising: a generator configured to generate an AC electromagnetic wave having a time varying frequency in the range of 100 Hz to 1 MHz; an avalanche current suppressor; and an electric AC power source connected to the generator, wherein the electric AC power source is configured to trigger the generator to produce the time varying AC frequency electromagnetic wave capable of inducing an avalanche current (i) in the water, or (ii) on a surface of the substrate, or (iii) in the water and on the surface of the substrate to shock or kill the organisms, wherein said generator has at least two output terminals (122, 124), one of which is adapted to be in electrical connection with a first excitation site of the treated region, and said avalanche current suppressor has one terminal in electrical connection with the other of the output terminals of the generator and another terminal adapted to be connected with a second excitation site of the treated region. a generator configured to generate an AC electromagnetic wave having a time varying frequency in the range of 100 Hz to 1 MHz; an avalanche current suppressor; and an electric AC power source connected to the generator, wherein the electric AC power source is configured to trigger the generator to produce the time varying AC frequency electromagnetic wave capable of inducing an avalanche current (i) in the water, or (ii) on a surface of the substrate, or (iii) in the water and on the surface of the substrate to shock or kill the organisms, (i) in the water, or (ii) on a surface of the substrate, or (iii) in the water and on the surface of the substrate to shock or kill the organisms, said generator has at least two output terminals (122, 124), one of which is adapted to be in electrical connection with a first excitation site of the treated region, and said avalanche current suppressor has one terminal in electrical connection with the other of the output terminals of the generator and another terminal adapted to be connected with a second excitation site of the treated region.
System for characterising a NOR-type flash memory cell provided with a floating gate transistor, the floating gate transistor comprising a gate electrode and a drain electrode, the characterisation system comprising: - a voltage generator having an output connected to the gate electrode and configured to generate as output an erase signal of the memory cell; and - a dynamic measurement apparatus comprising a first channel connected to the gate electrode and a second channel connected to the drain electrode, the dynamic measurement apparatus being configured to generate on the first and second channels (ch1, ch2) write signals of the memory cell and to measure a current (I D) flowing in the drain electrode during the writing of the memory cell; system characterised in that only the gate electrode of the floating gate transistor is connected to the voltage generator and to the dynamic measurement apparatus by the intermediary of a switch, the switch being of the CMOS type and able to switch between a first position, in which the output of the voltage generator is electrically coupled to the gate electrode, and a second position, in which the first channel of the dynamic measurement apparatus is electrically coupled to the gate electrode, and in that the dynamic measurement apparatus is further configured to generate a synchronisation signal (trig) transmitted to the voltage generator and to the switch in order to simultaneously control the generation of the erase signal and the switching of the switch to the first position. - a voltage generator having an output connected to the gate electrode and configured to generate as output an erase signal of the memory cell; and - a dynamic measurement apparatus comprising a first channel connected to the gate electrode and a second channel connected to the drain electrode, the dynamic measurement apparatus being configured to generate on the first and second channels (ch1, ch2) write signals of the memory cell and to measure a current (I D) flowing in the drain electrode during the writing of the memory cell;
Clip for capturing bottle necks, particularly of PET bottles, for use in bottle-filling systems, comprising two clip arms (1a, 1b) which in turn comprise grip regions on one side, wherein the clip arms (1a, 1b) can pivot in the horizontal plane, characterised in that the clip arms (1a,1b) are mounted such as to be able to pivot jointly horizontally about a pivot axis, wherein an attachment having at least one magnet is provided on the side of the pivot axis opposite the clip arms (1 a, 1 b) in relation to the pivot axis, and wherein a clip holding block fixed to a star or the like has at least one magnet on the side thereof facing the clip, wherein the magnets (11, 12) of the attachment and the clip holding block, substantially opposite one another, exhibit a distance spacing from one another horizontally, which ensures the horizontal pivot movements of the clips, and wherein the orientations of the poles of the respective magnets (11, 12) are selected in such a way that the clips are held in a radial target position or returned to it respectively.
A coating station comprising: a coating vessel including: a receiving chamber defined by a wall and configured for receiving a substrate; a fluid inlet positioned below the receiving chamber; and a vessel valve positioned below the receiving chamber; a vessel cover configured for a fluid-tight engagement with the coating vessel; a fill sensor; a supply pump configured to deliver a coating solution to the fluid inlet; a return pump configured to receive the coating solution from the vessel valve; and an optional vacuum pump; wherein the following conditions are met: the receiving chamber is configured so that the coating solution passes through the substrate with substantially none of the coating solution passing between the substrate and the wall of the receiving chamber; the fluid inlet is positioned above the vessel valve; and the fill sensor is positioned in the vessel cover. a receiving chamber defined by a wall and configured for receiving a substrate; a fluid inlet positioned below the receiving chamber; and a vessel valve positioned below the receiving chamber; a vessel cover configured for a fluid-tight engagement with the coating vessel; a fill sensor; a supply pump configured to deliver a coating solution to the fluid inlet; a return pump configured to receive the coating solution from the vessel valve; and an optional vacuum pump; the receiving chamber is configured so that the coating solution passes through the substrate with substantially none of the coating solution passing between the substrate and the wall of the receiving chamber; the fluid inlet is positioned above the vessel valve; and the fill sensor is positioned in the vessel cover.
A personal alert safety system for manually starting an emergency alarm comprising: a housing adapted to be worn by a user; an accelerometer in the housing; an alarm device operatively associated with the housing; and a control in the housing operatively connected to the accelerometer and the alarm device, characterized by the control being configured to operate the alarm device to start the emergency alarm responsive to select acceleration movement resulting from a tap of the housing and sensed by the accelerometer. a housing adapted to be worn by a user; an accelerometer in the housing; an alarm device operatively associated with the housing; and a control in the housing operatively connected to the accelerometer and the alarm device, characterized by the control being configured to operate the alarm device to start the emergency alarm responsive to select acceleration movement resulting from a tap of the housing and sensed by the accelerometer.
A method of supporting mobility of a mobile node using a mobile Internet protocol, the method comprising: performing an active scan to thereby obtain an identifier of an access point that is determined to have high received electric field intensity, and comparing the obtained results with the previous identifier of the access point to thereby recognize that the mobile node moves into another sub-network from a first sub-network; and when it is recognized that the mobile node has moved into another sub-network, allocating by said first sub-network a new Internet protocol address to the mobile node, the Internet protocol address having a network prefix identical to that for the sub-network into which the mobile node has moved; and directly routing a data packet to the sub-network after movement using an IP address allocated in the previous step, wherein a home network notifies the access point where the moving mobile node was previously positioned of an Internet Protocol address change of mobile node. performing an active scan to thereby obtain an identifier of an access point that is determined to have high received electric field intensity, and comparing the obtained results with the previous identifier of the access point to thereby recognize that the mobile node moves into another sub-network from a first sub-network; and when it is recognized that the mobile node has moved into another sub-network, allocating by said first sub-network a new Internet protocol address to the mobile node, the Internet protocol address having a network prefix identical to that for the sub-network into which the mobile node has moved; and directly routing a data packet to the sub-network after movement using an IP address allocated in the previous step, wherein a home network notifies the access point where the moving mobile node was previously positioned of an Internet Protocol address change of mobile node.
Mobile coupling member for synchronisation of a plurality of timepiece resonators (21; 22) having the same frequency and each including an interface pin (71; 72) arranged to transmit a torque to its respective resonator (21; 22), and each said interface pin (71; 72) periodically following a plane, closed trajectory, wherein said mobile coupling member includes, integral with a structure that pivots about a pivot axis and includes means for receiving a torque, means for holding said pins (71; 72) at an equal distance from said axis, characterized in that said holding means of said mobile coupling member include, integral with said structure, a plurality of grooves (81; 82), each substantially radial with respect to said axis, in a plane perpendicular to said axis, for receiving each said pin (71; 72), said grooves (81; 82) being disposed symmetrically in pairs with respect to a main, straight groove passing through said axis, in a plane perpendicular to said axis, and inside said main groove, a main slide-block slides freely and cooperates with a plurality of bars (91; 92) each arranged to be hinged on one side to one of said pins (71; 72), and hinged on the other side to said main slide-block.
A heading and attitude correction method, which is applicable to a heading and attitude correction system, comprising: obtaining a plurality of attitude data in any one of axial directions in a period of time from an axial sensor; and performing a linear regression analysis on the attitude data and a plurality of time points in the time period to obtain a regression line and a standard characterized by comprising: obtaining a deviation value between the attitude data and the regression line at each of the time points; excluding the attitude data for which the deviation value is greater than or equal to at least twice the standard deviation; grouping the attitude data according to a grouping value to form a plurality of clusters, wherein the grouping value is a minimum accuracy of the axial sensor of the heading and attitude correction system; comparing a total quantity of the attitude data in each of the clusters, and defining one of the clusters with a largest total quantity as an ideal cluster; and calculating an average of the attitude data in the ideal cluster as a reasonable attitude data after correction. obtaining a plurality of attitude data in any one of axial directions in a period of time from an axial sensor; and performing a linear regression analysis on the attitude data and a plurality of time points in the time period to obtain a regression line and a standard characterized by comprising: obtaining a deviation value between the attitude data and the regression line at each of the time points; excluding the attitude data for which the deviation value is greater than or equal to at least twice the standard deviation; grouping the attitude data according to a grouping value to form a plurality of clusters, wherein the grouping value is a minimum accuracy of the axial sensor of the heading and attitude correction system; comparing a total quantity of the attitude data in each of the clusters, and defining one of the clusters with a largest total quantity as an ideal cluster; and calculating an average of the attitude data in the ideal cluster as a reasonable attitude data after correction. obtaining a deviation value between the attitude data and the regression line at each of the time points; excluding the attitude data for which the deviation value is greater than or equal to at least twice the standard deviation; grouping the attitude data according to a grouping value to form a plurality of clusters, wherein the grouping value is a minimum accuracy of the axial sensor of the heading and attitude correction system; comparing a total quantity of the attitude data in each of the clusters, and defining one of the clusters with a largest total quantity as an ideal cluster; and calculating an average of the attitude data in the ideal cluster as a reasonable attitude data after correction.