mhurhangee/ep-ind-claims huggingface dataset:
An authorization device for authorizing operations of a remote server requested from user computers via a data communications network, the device comprising a computer interface for connecting the device to a local user computer for communication with the remote server via a data communications network, a user interface for presenting information to a user, and control logic adapted to: use security data accessible to the control logic in use to establish between the device and server, via the local user computer, a mutually-authenticated, TLS/SSL connection for encrypted end-to-end communications between the device and server, by launching a proxy application on the local user computer, so as for the proxy application to blindly relay network packets between the device and server, in operation; collect from the server via said connection information indicative of any operation requested via a different connection to the server and requiring authorization by a user of the device; and present said information to a user via said user interface to prompt for authorization of said operation. use security data accessible to the control logic in use to establish between the device and server, via the local user computer, a mutually-authenticated, TLS/SSL connection for encrypted end-to-end communications between the device and server, by launching a proxy application on the local user computer, so as for the proxy application to blindly relay network packets between the device and server, in operation; collect from the server via said connection information indicative of any operation requested via a different connection to the server and requiring authorization by a user of the device; and present said information to a user via said user interface to prompt for authorization of said operation.
A valve gated molding material distributor for an injection molding machine for passing melt into a mold cavity, the molding material distributor comprising: a nozzle having a valve stem; an actuator configured to move the valve stem between a first position and a second position, the actuator having a moveable member (138, 134, 194) coupleable to the valve stem; and a retaining pin for coupling the valve stem directly to the moveable member (138, 134, 194); characterized in that the retaining pin comprises an actuating end and an engaging end which engaging end comprises a member engagement portion with one or more grips configured to engage the moveable member (138, 134, 194) and an inner engagement portion configured to engage at least the valve stem. a nozzle having a valve stem; an actuator configured to move the valve stem between a first position and a second position, the actuator having a moveable member (138, 134, 194) coupleable to the valve stem; and a retaining pin for coupling the valve stem directly to the moveable member (138, 134, 194); characterized in that the retaining pin comprises an actuating end and an engaging end which engaging end comprises a member engagement portion with one or more grips configured to engage the moveable member (138, 134, 194) and an inner engagement portion configured to engage at least the valve stem.
Sheetlike wound covering, comprising an pressure-sensitive adhesive layer comprising a polymer which is obtainable by polymerizing - isophorone diisocyanate or a modified isophorone diisocyanate with - polyether polyols having 2, 3, 4, 5 or 6 hydroxyl groups, OH numbers of 20 to 112 and an ethylene oxide content of ≥ 10% by weight; wherein the ratio of NCO groups of the isophorone diisocyanate or modified isophorone diisocyanate to the NCO-reactive functional groups of the diol/polyol component is in the range from 0.10 to 0.90; and wherein a layer of the pressure-sensitive adhesive has - for a basis weight of 100 g/m 2 a water vapour transmission rate according to DIN EN 13726-2:2000 of ≥ 2000 g/m 2 /24 h; and/or - a water absorption according to DIN EN 13726-1:2000 of < 5% by weight for a layer thickness of 0.15 mm. - isophorone diisocyanate or a modified isophorone diisocyanate with - polyether polyols having 2, 3, 4, 5 or 6 hydroxyl groups, OH numbers of 20 to 112 and an ethylene oxide content of ≥ 10% by weight; wherein the ratio of NCO groups of the isophorone diisocyanate or modified isophorone diisocyanate to the NCO-reactive functional groups of the diol/polyol component is in the range from 0.10 to 0.90; and - for a basis weight of 100 g/m 2 a water vapour transmission rate according to DIN EN 13726-2:2000 of ≥ 2000 g/m 2 /24 h; and/or - a water absorption according to DIN EN 13726-1:2000 of < 5% by weight for a layer thickness of 0.15 mm.
Method for controlling gear ratio shifts of a power unit for a motor vehicle equipped with an automatic gearbox, comprising, in assisted manual control mode: - a step of comparing the engine speed of the power unit with a maximum circuit breaker speed authorized for said unit, - a step of checking the activation by the driver of a sport driving mode, - a time delay step during which it is checked if the value of the engine speed is less than the maximum circuit breaker speed value minus a predetermined constant, and if an upshift is requested by the driver, and - a step of correcting the gear ratio engaged so that the upshift is automatically imposed, characterized in that: - the time delay is triggered if the sport driving mode has been activated and if the value of the engine speed becomes greater than the value of the maximum circuit breaker speed, - the time delay is stopped and reset to zero when the engine speed of the power unit becomes less than a predetermined reset threshold which is less than the authorized maximum circuit breaker speed, - the time delay is stopped and reset to zero on reception of an upshift instruction given by the driver, and - if the time delay has elapsed, the gear ratio engaged is corrected so that an upshift is automatically imposed after the time delay, when the sport driving mode is activated and when the engine speed of the power unit is greater than the maximum circuit breaker speed. - a step of comparing the engine speed of the power unit with a maximum circuit breaker speed authorized for said unit, - a step of checking the activation by the driver of a sport driving mode, - a time delay step during which it is checked if the value of the engine speed is less than the maximum circuit breaker speed value minus a predetermined constant, and if an upshift is requested by the driver, and - a step of correcting the gear ratio engaged so that the upshift is automatically imposed, - the time delay is triggered if the sport driving mode has been activated and if the value of the engine speed becomes greater than the value of the maximum circuit breaker speed, - the time delay is stopped and reset to zero when the engine speed of the power unit becomes less than a predetermined reset threshold which is less than the authorized maximum circuit breaker speed, - the time delay is stopped and reset to zero on reception of an upshift instruction given by the driver, and - if the time delay has elapsed, the gear ratio engaged is corrected so that an upshift is automatically imposed after the time delay, when the sport driving mode is activated and when the engine speed of the power unit is greater than the maximum circuit breaker speed.
An orally disintegrating tablet comprising microencapsulated simethicone particles, the microencapsulated simethicone particles comprising: simethicone and a water soluble coating, wherein the simethicone is at least about 50% by weight of the particle, and the water soluble coating is gelatin, whey protein isolate, or mixtures thereof. the simethicone is at least about 50% by weight of the particle, and the water soluble coating is gelatin, whey protein isolate, or mixtures thereof.
Glass sheet having a coating comprising enamel provided on at least part of its surface characterised in that the enamel comprising a powder made of a glass frit, pigments and a medium comprising acrylic resins, the enamel precursor being curable under infrared rays, the coating being dried at temperature between 100 and 300°C, and the contact angle between a demineralized water droplet and the dried coating at a portion of the glass sheet carrying the coating is greater than 80°.
A waterfall system for use with an inflatable spa, the waterfall system comprising: a housing, the housing comprising: two retention legs (108, 110) configured to retain the housing to a side of the inflatable spa, wherein each of the two retention legs (108, 110) curves about a side surface of the inflatable spa; and two mounting arms (112; 114); a water sprayer held above an elevation of the side of the inflatable spa by the two mounting arms (112, 114); a water collection attachment; and a pump configured to pump water from the inflatable spa, through the water collection attachment, and to the water sprayer, wherein the water collection attachment collects pressurized water from the spa and provides the water under pressure to the water sprayer; and wherein the water sprayer sprays the water into the spa. two retention legs (108, 110) configured to retain the housing to a side of the inflatable spa, wherein each of the two retention legs (108, 110) curves about a side surface of the inflatable spa; and two mounting arms (112; 114); a water sprayer held above an elevation of the side of the inflatable spa by the two mounting arms (112, 114); a water collection attachment; and a pump configured to pump water from the inflatable spa, through the water collection attachment, and to the water sprayer, wherein the water collection attachment collects pressurized water from the spa and provides the water under pressure to the water sprayer; and wherein the water sprayer sprays the water into the spa.
An image data processing apparatus (1, 100), in which a job receiving section (31, 131) receives a job and a job processing section (6, 116) executes the job received by the job receiving section. said image data processing apparatus being characterized by comprising: a display input section (4, 114) for displaying information in a screen (4c, 114c) and for allowing the screen to be operated so as to input an instruction; and a job information display control section (30, 130) for causing the screen (4c, 114c) of the display input section (4, 114) to display an icon (101, 102, 103, 104, 1101, 1103, 1104) for displaying information of a job received, said display input section (4, 114) displaying, within the screen (4c, 114c), a key for giving the instruction to display an information window (201, 1201); the job information display control section (30, 130), upon receiving the job, displaying the icon (104, 1104) in an emphasized manner different from the display manner indicative for a standby job, and, upon receiving an instruction to display the information window (201, 1201) disclosing information concerning the job received, displaying the information window (201, 1201) while displaying the emphasized icon (104, 1104), and the information window (201, 1201) being a single window displayed for each job received. a display input section (4, 114) for displaying information in a screen (4c, 114c) and for allowing the screen to be operated so as to input an instruction; and a job information display control section (30, 130) for causing the screen (4c, 114c) of the display input section (4, 114) to display an icon (101, 102, 103, 104, 1101, 1103, 1104) for displaying information of a job received, said display input section (4, 114) displaying, within the screen (4c, 114c), a key for giving the instruction to display an information window (201, 1201); the job information display control section (30, 130), upon receiving the job, displaying the icon (104, 1104) in an emphasized manner different from the display manner indicative for a standby job, and, upon receiving an instruction to display the information window (201, 1201) disclosing information concerning the job received, displaying the information window (201, 1201) while displaying the emphasized icon (104, 1104), and the information window (201, 1201) being a single window displayed for each job received.
A multi-filament high temperature superconducting cable, comprising: a plurality of stacked exfoliated filaments, each of said filaments including a superconducting layer and a stabilizing metal layer in the absence of a substrate layer and a buffer layer, and wherein the adjacent stacked filaments are soldered to one another with a low temperature solder and maintained in uniform mechanical contact with each other to allow the uninterrupted flow of current from the superconducting layer of one filament to the superconducting layer of an adjacent layer, and wherein said uniform mechanical contact provides a level of contact resistance between adjacent stacked filaments of less than about 10 μΩcm 2.
An all-weather, remote camera system comprising: a camera housing comprising a lens cover; a pan/tilt base for moving a camera to a pre-defined location, wherein the camera housing is engaged to the pan/tilt base, a camera comprising a camera body and a lens, the camera being enclosed by the camera housing, wherein the camera is configured to capture an image, the lens having a mechanically controlled zoom capability; a camera mount sled on which the camera body is mounted; a zoom control assembly for moving the camera body of the camera during a zoom operation, the zoom control assembly comprising a track rail guide assembly (242a, 242b) configured to allow the camera body to move within the camera housing during a zoom operation while the lens of the camera remains fixed in close proximity to the lens cover on the camera housing, wherein the camera mount sled is connected to the track rail guide assembly (242a, 242b) by a linear carriage; a storage device to store the image; a device server configured to instruct the camera to capture the image and to issue an instruction to zoom; and network connectors configured to send and receive signals from and to a network. a camera housing comprising a lens cover; a pan/tilt base for moving a camera to a pre-defined location, wherein the camera housing is engaged to the pan/tilt base, a camera comprising a camera body and a lens, the camera being enclosed by the camera housing, wherein the camera is configured to capture an image, the lens having a mechanically controlled zoom capability; a camera mount sled on which the camera body is mounted; a zoom control assembly for moving the camera body of the camera during a zoom operation, the zoom control assembly comprising a track rail guide assembly (242a, 242b) configured to allow the camera body to move within the camera housing during a zoom operation while the lens of the camera remains fixed in close proximity to the lens cover on the camera housing, wherein the camera mount sled is connected to the track rail guide assembly (242a, 242b) by a linear carriage; a storage device to store the image; a device server configured to instruct the camera to capture the image and to issue an instruction to zoom; and network connectors configured to send and receive signals from and to a network.
A multi-pump control system for controlling pumps installed in parallel, comprising - a control module, - a processing module, - a communication interface, and - a storage module, wherein the control module is configured to a) ramp up, following at least one pre-determined model curve, the speed of k pumps in addition to a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < N and 1 ≤ i < N, wherein the control module is configured to simultaneously ramp down, following at least one pre-determined model curve, the i pumps of the subset j from the speed ω j to a lower speed ω m, wherein the speed ω m is the speed required for a subset m of i+k pumps to provide the same total head Δp, and/or b) ramp down, following at least one pre-determined model curve, the speed of k pumps of a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < i and 1 < i ≤ N, wherein the control module is configured to simultaneously ramp up, following at least one pre-determined model curve, the i-k pumps of a residual subset r from the speed ω j to a higher speed ω r, wherein the speed ω r is the speed required for a residual subset r of i-k pumps to provide the same total head Δp, characterised in that, in each one of the options (a) and (b), the model curves are such that the total head and the total flow are automatically held constant during ramping up/down, such that no feedback-loop for controlling based on monitored measured values is needed. - a control module, - a processing module, - a communication interface, and - a storage module, a) ramp up, following at least one pre-determined model curve, the speed of k pumps in addition to a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < N and 1 ≤ i < N, wherein the control module is configured to simultaneously ramp down, following at least one pre-determined model curve, the i pumps of the subset j from the speed ω j to a lower speed ω m, wherein the speed ω m is the speed required for a subset m of i+k pumps to provide the same total head Δp, and/or b) ramp down, following at least one pre-determined model curve, the speed of k pumps of a subset j of i pumps of a multi-pump system comprising N pumps and running at a speed ω j providing a total head Δp, wherein N ≥ 2, 1 ≤ k < i and 1 < i ≤ N, wherein the control module is configured to simultaneously ramp up, following at least one pre-determined model curve, the i-k pumps of a residual subset r from the speed ω j to a higher speed ω r, wherein the speed ω r is the speed required for a residual subset r of i-k pumps to provide the same total head Δp,
Sanitary system, comprising: - a first device with a collection basin, - a second, sanitary device with a flush cistern and a connection point for a discharge line, - an inflow line for supplying liquid collected in the collection basin to the flush cistern, and - a discharge device, wherein the discharge device has no movable element, wherein a liquid level is defined by means of the discharge device, and wherein the discharge device is set up to discharging liquid present in the sanitary system via a second connection point different from the connection point as soon as a liquid height in the flush cistern reaches the liquid level, wherein the sanitary system has an outlet on the inflow line, and the discharge device comprises a line element which connects the outlet to the second connection point, the line element being arranged on the inflow line via the outlet in such a way that liquid flows out via this line element and the second connection point as soon as the liquid level is reached in the flush cistern. - a first device with a collection basin, - a second, sanitary device with a flush cistern and a connection point for a discharge line, - an inflow line for supplying liquid collected in the collection basin to the flush cistern, and - a discharge device, wherein the discharge device has no movable element, wherein a liquid level is defined by means of the discharge device, and wherein the discharge device is set up to discharging liquid present in the sanitary system via a second connection point different from the connection point as soon as a liquid height in the flush cistern reaches the liquid level,
An optical detection instrument, comprising a triggering device and a laser, the triggering device comprising: a triggering switch configured to start the laser to emit a detecting light when the triggering switch is triggered, a hollow shaft for accommodating an optical path, the hollow shaft being configured to allow the detecting light to pass through its cavity to reach an object to be detected, the hollow shaft and the triggering switch having a fixed relative position, and a sliding trigger configured to move towards or away from the triggering switch with respect to the hollow shaft to trigger or reset the triggering switch, characterized in that the optical detection instrument further comprises a focus lens provided in the optical path in the cavity of the hollow shaft for focusing the detecting light onto a measuring point, wherein the sliding trigger comprises a slidable sleeve which is seated on an outer wall of the hollow shaft and is capable of sliding towards or away from the triggering switch with respect to the hollow shaft and a travel length by which the slidable sleeve moves to trigger the triggering switch is determined by a focus position of the detecting light, such that the object to be detected can meet the requirement for focusing position while the slideable sleeve triggers the triggering switch. a triggering switch configured to start the laser to emit a detecting light when the triggering switch is triggered, a hollow shaft for accommodating an optical path, the hollow shaft being configured to allow the detecting light to pass through its cavity to reach an object to be detected, the hollow shaft and the triggering switch having a fixed relative position, and a sliding trigger configured to move towards or away from the triggering switch with respect to the hollow shaft to trigger or reset the triggering switch, characterized in that the optical detection instrument further comprises a focus lens provided in the optical path in the cavity of the hollow shaft for focusing the detecting light onto a measuring point, wherein the sliding trigger comprises a slidable sleeve which is seated on an outer wall of the hollow shaft and is capable of sliding towards or away from the triggering switch with respect to the hollow shaft and a travel length by which the slidable sleeve moves to trigger the triggering switch is determined by a focus position of the detecting light, such that the object to be detected can meet the requirement for focusing position while the slideable sleeve triggers the triggering switch.
A cosmetic composition comprising a composite extract which includes an aloe extract, an upland rice extract, an Opuntia humifusa extract, an Echinacea purpurea extract, and a glutinous foxtail millet extract as an active ingredient, and wherein the aloe extract, upland rice extract, Opuntia humifusa extract, Echinacea purpurea extract and glutinous foxtail millet extract are extracted by using 30 to 70% ethanol as a solvent.
A monoclonal antibody against p17 of the human immunodeficiency virus HIV-1, or a functional fragment thereof, capable of neutralizing the binding between the p17 protein and the p17 receptor, comprising at least a heavy chain variable region and a light chain variable region, the heavy chain variable region comprising the amino acid sequence obtainable by the nucleic acid sequence SEQ ID NO: 10 and the light chain variable region comprising the amino acid sequence obtainable by the nucleic acid sequence SEQ ID NO: 11.