mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically determining a drop delay in an operatorless fashion for a particle processing system having a detection region, the method comprising: driving a fluid stream at an input oscillation frequency, amplitude, and phase to form a droplet stream; generating at least one image of the droplet stream between the detection region and a droplet break-off point; determining a real-time undulation length of the droplet stream from the at least one image by determining pixel counts associated with a distance between adjacent local minimums or adjacent local maximums of an undulating droplet stream; calculating a real-time speed of the droplet stream based on the real-time undulation length and the input oscillation frequency; calculating a drop delay time for the droplet stream to travel from the detection region to the droplet break-off point based on the real-time speed of the droplet stream and a distance between the detection region and the break-off point; and providing the calculated drop delay time to a controller of a charging device in order to apply a charge to a last attached droplet before the droplet breaks away from the droplet stream. driving a fluid stream at an input oscillation frequency, amplitude, and phase to form a droplet stream; generating at least one image of the droplet stream between the detection region and a droplet break-off point; determining a real-time undulation length of the droplet stream from the at least one image by determining pixel counts associated with a distance between adjacent local minimums or adjacent local maximums of an undulating droplet stream; calculating a real-time speed of the droplet stream based on the real-time undulation length and the input oscillation frequency; calculating a drop delay time for the droplet stream to travel from the detection region to the droplet break-off point based on the real-time speed of the droplet stream and a distance between the detection region and the break-off point; and providing the calculated drop delay time to a controller of a charging device in order to apply a charge to a last attached droplet before the droplet breaks away from the droplet stream.
A method comprising: determining an intensity gradient between first and second optical image data of an optical image produced by an optical scanning device, wherein the first optical image data is a first optical image pixel and the second optical image data is a second optical image pixel; determining an intensity gradient image comprising a plurality of intensity gradient image pixels, each intensity gradient image pixel representing the magnitude of the intensity gradient; running a modulo-n averaging filter (54, 56) on each row of intensity gradient image pixels to produce an averaged intensity gradient image comprising a plurality of averaged intensity gradient image pixels, wherein n is an integer corresponding to the pixel spacing between striping anomalies; and identifying one or more anomalies in the optical image in dependence on the magnitude of the averaged intensity gradient pixels being greater than or equal to a threshold value. determining an intensity gradient between first and second optical image data of an optical image produced by an optical scanning device, wherein the first optical image data is a first optical image pixel and the second optical image data is a second optical image pixel; determining an intensity gradient image comprising a plurality of intensity gradient image pixels, each intensity gradient image pixel representing the magnitude of the intensity gradient; running a modulo-n averaging filter (54, 56) on each row of intensity gradient image pixels to produce an averaged intensity gradient image comprising a plurality of averaged intensity gradient image pixels, wherein n is an integer corresponding to the pixel spacing between striping anomalies; and identifying one or more anomalies in the optical image in dependence on the magnitude of the averaged intensity gradient pixels being greater than or equal to a threshold value.
Adjusting device comprising a basic body and an adjustment plate mounted on the basic body so as to be rotatable about a central axis, wherein the adjustment plate has at least two guide slots, arranged in a manner distributed around the circumference, for adjustment objects mounted on the basic body so as to be pivotable about tangential pivot axes, and wherein centrelines of the guide slots each extend about the central axis along a spiral path, characterized in that in order to take a varying inclined position of the adjustment objects with regard to the central axis into account, - a width of the guide slots varies over a course along the spiral path and/or - walls of the guide slots have an inclination angle that varies continuously with the inclined position over a course along the spiral path. - a width of the guide slots varies over a course along the spiral path and/or - walls of the guide slots have an inclination angle that varies continuously with the inclined position over a course along the spiral path.
A lithographic printing plate precursor comprising: a support; and an image recording layer that contains image forming particles, a non-water-soluble binder, an infrared absorber, a polymerization initiator and a polymerizable compound, wherein the non-water-soluble binder interacts with the surface of the image forming particles such that the interaction between non-water-soluble binder and the surface of the image forming particles is by hydrogen bonding, mutual action by electrostatic affinity, mutual action by Van Der Waals power, ionic mutual action or chelate mutual action. a support; and an image recording layer that contains image forming particles, a non-water-soluble binder, an infrared absorber, a polymerization initiator and a polymerizable compound, wherein the non-water-soluble binder interacts with the surface of the image forming particles such that the interaction between non-water-soluble binder and the surface of the image forming particles is by hydrogen bonding, mutual action by electrostatic affinity, mutual action by Van Der Waals power, ionic mutual action or chelate mutual action.
Frame for a drawer (4, 5), which has an outer shell and an inner shell, wherein the outer shell is displaceably guided relative to the inner shell, wherein - the outer shell and the inner shell are guided displaceably relative to one another by at least two sliding guides (S1, S2, S3), and - at least one of the at least two sliding guides (S1, S2, S3) has one or more guide element(s) (24, 24', 24", 25a, 25b) arranged between the outer shell and the inner shell (11, 10), - wherein the one of the sliding guides is formed as an upper sliding guide and the at least one other of the sliding guides is formed as at least one lower sliding guide (S2, S3) between the inner shell and the outer shell, characterized in that - it has two different lower sliding guides (S2, S3) and that both of the lower sliding guides (S2, S3) each have one or more guide elements (24, 24', 24", 25a, 25b) arranged between the outer shell and the inner shell (11, 10). - the outer shell and the inner shell are guided displaceably relative to one another by at least two sliding guides (S1, S2, S3), and - at least one of the at least two sliding guides (S1, S2, S3) has one or more guide element(s) (24, 24', 24", 25a, 25b) arranged between the outer shell and the inner shell (11, 10), - wherein the one of the sliding guides is formed as an upper sliding guide and the at least one other of the sliding guides is formed as at least one lower sliding guide (S2, S3) between the inner shell and the outer shell, characterized in that - it has two different lower sliding guides (S2, S3) and that both of the lower sliding guides (S2, S3) each have one or more guide elements (24, 24', 24", 25a, 25b) arranged between the outer shell and the inner shell (11, 10).
Secure terminal for air transport of passengers, the technical and operational infrastructure of which makes it possible to ensure the physical security of the building, aircraft, goods, passengers and the flying, technical and administrative personnel and confidentiality of the passengers and of their goods, said secure terminal including at least one building having a roughly V-shaped horizontal section and including two wings extending from a middle zone, constituting parking hangars for aircraft and determining between them a non-covered central zone, referred to as a "ramp", arranged to allow the handling and parking of aircraft, the ramp being physically isolated from the external environment of the secure terminal by a barrier, called "shield", joining the free ends of the wings and then transforming the assembly consisting of building and ramp into a secure enclosure, the shield also helping to preserve the confidentiality of the boarding and disembarking movements and of the loading and unloading of the aircraft parked on the ramp.
A biomedical implant comprising an implant substrate and a multilayer protein film on at least a portion of the implant substrate surface, produced by a method comprising: contacting the substrate with a protein solution and, heating the protein solution to a temperature from 40 °C to 60 °C and at least in a volume corresponding to desired protein film thickness to initiate an aggregation process at the substrate surface and form a multilayer protein film on the substrate having a mass greater than 0.5 μg/cm 2 on the substrate, wherein the substrate is formed of a material comprising titanium, titanium alloy, stainless steel, Co-Cr alloys, tantalum or ceramics, wherein the protein solution is buffered to a pH of 4-7 and has a NaCl concentration of from 0.1-10% w/v, and wherein the multilayer protein film consists essentially of protein comprising fibrinogen, and the film is formed without and is free of non-therapeutic compounds or materials which are foreign to the human body and used to bind monolayers of proteins to substrates, and the protein film is loaded with a pharmaceutically active agent. contacting the substrate with a protein solution and, heating the protein solution to a temperature from 40 °C to 60 °C and at least in a volume corresponding to desired protein film thickness to initiate an aggregation process at the substrate surface and form a multilayer protein film on the substrate having a mass greater than 0.5 μg/cm 2 on the substrate, wherein the substrate is formed of a material comprising titanium, titanium alloy, stainless steel, Co-Cr alloys, tantalum or ceramics, wherein the protein solution is buffered to a pH of 4-7 and has a NaCl concentration of from 0.1-10% w/v, and wherein the multilayer protein film consists essentially of protein comprising fibrinogen, and the film is formed without and is free of non-therapeutic compounds or materials which are foreign to the human body and used to bind monolayers of proteins to substrates, and the protein film is loaded with a pharmaceutically active agent.
A method for transmitting uplink control information using a physical uplink shared channel, PUSCH, the method being performed by a terminal configured with more than 5 downlink cells in a wireless communication system, and comprising: receiving downlink control information, DCI, for scheduling a physical downlink shared channel, PDSCH, the DCI including a downlink, DL, downlink assignment index, DAI, indicating an accumulated number of PDSCH transmissions within a cell group, including a plurality of downlink cells, up to a corresponding transmission timing of the PDSCH; coding the uplink control information for the cell group based on the accumulated number of PDSCH transmissions, wherein the uplink control information includes a hybrid automatic repeat request, HARQ, acknowledgement, ACK; and transmitting the coded uplink control information using the PUSCH. receiving downlink control information, DCI, for scheduling a physical downlink shared channel, PDSCH, the DCI including a downlink, DL, downlink assignment index, DAI, indicating an accumulated number of PDSCH transmissions within a cell group, including a plurality of downlink cells, up to a corresponding transmission timing of the PDSCH; coding the uplink control information for the cell group based on the accumulated number of PDSCH transmissions, wherein the uplink control information includes a hybrid automatic repeat request, HARQ, acknowledgement, ACK; and transmitting the coded uplink control information using the PUSCH.
Electrical coupling for connecting a wind turbine to a power grid, the coupling comprising - a first carrier having at least one first electrical plug connector, and - a second carrier having at least one second electrical plug connector that is complementary to the first electrical plug connector, wherein - the first carrier and the second carrier being rotatable with respect to one another, - at least one of the plug connectors is arranged to be movable relative to the other plug connector to form and disconnect an electrical plug connection, and - the connectors (30, 50) are sealed against the ingress of moisture both when they are interconnected and when they are separated, characterized by a rotary drive rotating the carriers (20, 40) relative to each other and a sensor detecting the relative rotational position of the carriers (20, 40) to each other. - a first carrier having at least one first electrical plug connector, and - a second carrier having at least one second electrical plug connector that is complementary to the first electrical plug connector, - the first carrier and the second carrier being rotatable with respect to one another, - at least one of the plug connectors is arranged to be movable relative to the other plug connector to form and disconnect an electrical plug connection, and - the connectors (30, 50) are sealed against the ingress of moisture both when they are interconnected and when they are separated,
A vehicle headlamp comprising at least one light source and at least one reflector reflecting the light of the said at least one light source, said headlamp being provided at least as a reflector of a dipped beam and a daytime lamp, wherein a primary reflector and a secondary reflector are arranged on at least one support member, wherein said primary reflector comprises, arranged in an immediate vicinity and interconnected, a first optical surface and a second optical surface, separated by a shade, whereas the secondary reflector comprises an optical surface, and arranged on said support member are a first and a second light source (10, 11), wherein said first light source directly cooperates with said first optical surface of the primary reflector and where the second light source directly cooperates with said second optical surface of the primary reflector, and wherein both light sources (10, 11) indirectly cooperate with the optical surface of the secondary reflector, wherein said shade is formed as a convexity on the first optical surface of the primary reflector and represents a connecting portion of the optical surfaces (6, 7) of the primary reflector.
An item of clothing (10, 90) for the treatment of skin and subcutaneous tissue disorders and sports recovery, comprising a tubular body with a relatively inelastic part, said inelastic part having an inner layer defining an inner face of the inelastic part, said inner layer including a plurality of protruding elements spaced apart from one another, characterized in that the tubular body also comprises a relatively elastic part extending from a first axial end to an opposite axial end of the tubular body and connecting a first edge of the inelastic part to a second edge of the inelastic part, and in that the item of clothing further comprises: - a relatively inelastic flap having an inner layer defining an inner face of the flap, said inner layer including a plurality of protruding elements spaced apart from one another, the flap being secured to at least part of the first edge of the inelastic part, and - a device for reversibly attaching the flap to at least part of the second edge of the inelastic part, designed such that the flap overlaps the elastic part when it is attached. - a relatively inelastic flap having an inner layer defining an inner face of the flap, said inner layer including a plurality of protruding elements spaced apart from one another, the flap being secured to at least part of the first edge of the inelastic part, and - a device for reversibly attaching the flap to at least part of the second edge of the inelastic part, designed such that the flap overlaps the elastic part when it is attached.
An aerosol-generating article (10; 100) comprising: a tobacco plug; a mouthpiece positioned downstream of the tobacco plug; and a resistive heating element (22; 122) positioned within the tobacco plug, the resistive heating element (22; 122) comprising an upstream portion protruding from an upstream end of the tobacco plug, wherein the upstream portion of the resistive heating element (22; 122) comprises at least two heater electrical contacts (30; 130) for receiving a supply of electrical energy from at least two device electrical contacts (56, 58) when the aerosol-generating article (10; 100) comprising the resistive heating element (22; 122) is inserted into an aerosol-generating device. a tobacco plug; a mouthpiece positioned downstream of the tobacco plug; and a resistive heating element (22; 122) positioned within the tobacco plug, the resistive heating element (22; 122) comprising an upstream portion protruding from an upstream end of the tobacco plug, wherein the upstream portion of the resistive heating element (22; 122) comprises at least two heater electrical contacts (30; 130) for receiving a supply of electrical energy from at least two device electrical contacts (56, 58) when the aerosol-generating article (10; 100) comprising the resistive heating element (22; 122) is inserted into an aerosol-generating device.
A method for parameter configuration of a mobile terminal, comprising: finding, by a mobile terminal, a new registered network through search, determining whether the new registered network is consistent with a network value stored by the mobile terminal; when the new registered network is not consistent with the network value stored by the mobile terminal, sending, by the mobile terminal, a trigger message for requesting configuration to a unified configuration server, wherein the trigger message at least comprises information of an operator in an environment where the mobile terminal currently is; parsing, by the unified configuration server, the trigger message, to obtain the information of the operator in the environment where the mobile terminal currently is, and sending the information of the operator to an operator database server; configuring, by the operator database server, configuration information currently required by the mobile terminal according to the information of the operator, and sending the configuration information to the mobile terminal; receiving and parsing, by the mobile terminal, the configuration information, and performing corresponding configuration on the mobile terminal according to the configuration information. finding, by a mobile terminal, a new registered network through search, determining whether the new registered network is consistent with a network value stored by the mobile terminal; when the new registered network is not consistent with the network value stored by the mobile terminal, sending, by the mobile terminal, a trigger message for requesting configuration to a unified configuration server, wherein the trigger message at least comprises information of an operator in an environment where the mobile terminal currently is; parsing, by the unified configuration server, the trigger message, to obtain the information of the operator in the environment where the mobile terminal currently is, and sending the information of the operator to an operator database server; configuring, by the operator database server, configuration information currently required by the mobile terminal according to the information of the operator, and sending the configuration information to the mobile terminal; receiving and parsing, by the mobile terminal, the configuration information, and performing corresponding configuration on the mobile terminal according to the configuration information.
Method for producing metal sheets from strand-shaped profiles having a low thickness made of magnesia or magnesia alloys, an open or closed extruded profile being is produced in a preceding method step, the closed extruded profile optionally being servered along the peripheral surface line thereof, characterised in that - In a first step the extruded profile is severed or notched corresponding to the length of the metal sheet to be produced, - in a second step the open or closed extruded profile is bent open to obtain a U-shaped profile, wherein the closed profile is previously severed along the peripheral surface line thereof, - in a third step, the U-shaped profile is transferred into an rolling up unit and is gripped by way of gripping elements on the longitudinal sides of the U-shaped profile, - in a fourth step the U-shaped sections profile is shaped by way of the outwardly moving gripping elements to obtained a metal sheet; and - in a fifth step the metal sheets are subjected to a defined shaping by way of stretch-forming. - In a first step the extruded profile is severed or notched corresponding to the length of the metal sheet to be produced, - in a second step the open or closed extruded profile is bent open to obtain a U-shaped profile, wherein the closed profile is previously severed along the peripheral surface line thereof, - in a third step, the U-shaped profile is transferred into an rolling up unit and is gripped by way of gripping elements on the longitudinal sides of the U-shaped profile, - in a fourth step the U-shaped sections profile is shaped by way of the outwardly moving gripping elements to obtained a metal sheet; and - in a fifth step the metal sheets are subjected to a defined shaping by way of stretch-forming.