mhurhangee/ep-ind-claims huggingface dataset:
Method of spray-drying a high-viscosity fluid using a spraying device, the method comprising: - providing a nozzle plate wherein at least one nozzle is provided, said nozzle plate having an inner main surface and an outer main surface, the at least one nozzle extending through the nozzle plate from the inner main surface to the outer main surface; - providing the high-viscosity fluid in a reservoir that is in fluidum connection with the at least one nozzle; - pressurizing the high-viscosity fluid in the reservoir, wherein the fluid flows, as a result of said pressurizing, towards the nozzle plate, thus creating a pressure difference over the at least one nozzle so that the fluid flows out of the at least one nozzle, thereby passing the outer main surface after passing the inner main surface; wherein the fluid flowing out of the nozzle forms a jet that breaks up into droplets; and - at least partially drying the droplets in a drying medium, such as air, to become particles; - wherein a cross-sectional area (A 1) of the at least one nozzle in the inner main surface exceeds a cross-sectional area (A 2) of the at least one nozzle in the outer main surface thereby decreasing a pressure difference over the at least one nozzle needed for spraying the high-viscosity fluid. - providing a nozzle plate wherein at least one nozzle is provided, said nozzle plate having an inner main surface and an outer main surface, the at least one nozzle extending through the nozzle plate from the inner main surface to the outer main surface; - providing the high-viscosity fluid in a reservoir that is in fluidum connection with the at least one nozzle; - pressurizing the high-viscosity fluid in the reservoir, wherein the fluid flows, as a result of said pressurizing, towards the nozzle plate, thus creating a pressure difference over the at least one nozzle so that the fluid flows out of the at least one nozzle, thereby passing the outer main surface after passing the inner main surface; wherein the fluid flowing out of the nozzle forms a jet that breaks up into droplets; and - at least partially drying the droplets in a drying medium, such as air, to become particles; - wherein a cross-sectional area (A 1) of the at least one nozzle in the inner main surface exceeds a cross-sectional area (A 2) of the at least one nozzle in the outer main surface thereby decreasing a pressure difference over the at least one nozzle needed for spraying the high-viscosity fluid.
A cart control system comprising: a cart with one or more swivel casters; a floor supporting the cart, wherein the floor 50 includes a guide surface; and a wall coupled to the floor; characterized in that the guide surface that is proximate the wall, includes a progressive direction substantially parallel to the wall, and includes an elongated caster deflector; wherein the guide surface is configured to swivel at least one of the swivel casters to be directed toward the wall when the swivel caster traverses the guide surface in the progressive direction; and wherein the caster deflector has an elongated direction that is oriented transverse to the progressive direction, wherein an acute angle between the elongated direction and the progressive direction is 60°-80°. a cart with one or more swivel casters; a floor supporting the cart, wherein the floor 50 includes a guide surface; and a wall coupled to the floor; characterized in that the guide surface that is proximate the wall, includes a progressive direction substantially parallel to the wall, and includes an elongated caster deflector; wherein the guide surface is configured to swivel at least one of the swivel casters to be directed toward the wall when the swivel caster traverses the guide surface in the progressive direction; and wherein the caster deflector has an elongated direction that is oriented transverse to the progressive direction, wherein an acute angle between the elongated direction and the progressive direction is 60°-80°.
A method for enhancing information security, wherein the method is applied to a terminal, and the method comprises: receiving, by the terminal, an open instruction of a sensitive application; automatically starting a security policy of the sensitive application when the terminal receives the open instruction of the sensitive application, wherein the security policy includes that, when a notification message related to the sensitive application is received, only prompt information of the received notification message is displayed, and content of the notification message is not displayed; receiving a notification message, wherein the notification message is a system notification, an SMS message, or an email; determining whether the notification message relates to the sensitive application, wherein the determining whether the notification message relates to the sensitive application comprises determining whether the notification message contains information such as a name or a name keyword of the sensitive application, when the received notification message relates to the sensitive application, displaying, by the terminal, prompt information that the notification message arrives, without displaying the content of the notification message, wherein the content of the notification message includes a verification code or a password; and when the terminal receives an instruction, from a user of the terminal, for opening the notification message, displaying a prompt for entering a password. receiving, by the terminal, an open instruction of a sensitive application; automatically starting a security policy of the sensitive application when the terminal receives the open instruction of the sensitive application, wherein the security policy includes that, when a notification message related to the sensitive application is received, only prompt information of the received notification message is displayed, and content of the notification message is not displayed; receiving a notification message, wherein the notification message is a system notification, an SMS message, or an email; determining whether the notification message relates to the sensitive application, wherein the determining whether the notification message relates to the sensitive application comprises determining whether the notification message contains information such as a name or a name keyword of the sensitive application, when the received notification message relates to the sensitive application, displaying, by the terminal, prompt information that the notification message arrives, without displaying the content of the notification message, wherein the content of the notification message includes a verification code or a password; and when the terminal receives an instruction, from a user of the terminal, for opening the notification message, displaying a prompt for entering a password.
A hydraulic tool for driving a pulling and/or pressing device, comprising a drive shaft that can be mounted to a screwdriver, wherein the drive shaft is operable to drive a hydraulic pump that pumps hydraulic fluid into an operating chamber of a hydraulic power piston, characterized in that the hydraulic tool comprises a torque support which is adapted so as to be supported on the housing of the screwdriver.
Arrangement for locking an automatic reeling mechanism of a charging cable for an electric vehicle, - comprising an automatic reeling mechanism, which is designed for automatically reeling a charging cable for an electric vehicle, wherein the charging cable can be drawn out of the automatic reeling mechanism by overcoming a retraction force which acts on a plug of the charging cable via the charging cable, - characterized by a control unit, which is designed - to detect whether the plug is inserted or is no longer being touched by an operator, and - to reduce the retraction force or to decouple the retraction force from the plug as soon as the plug of the charging cable is inserted or is no longer being touched by the operator. - comprising an automatic reeling mechanism, which is designed for automatically reeling a charging cable for an electric vehicle, wherein the charging cable can be drawn out of the automatic reeling mechanism by overcoming a retraction force which acts on a plug of the charging cable via the charging cable, - characterized by a control unit, which is designed - to detect whether the plug is inserted or is no longer being touched by an operator, and - to reduce the retraction force or to decouple the retraction force from the plug as soon as the plug of the charging cable is inserted or is no longer being touched by the operator. - to detect whether the plug is inserted or is no longer being touched by an operator, and - to reduce the retraction force or to decouple the retraction force from the plug as soon as the plug of the charging cable is inserted or is no longer being touched by the operator.
A composition comprising - at least a compound A belonging to the class of the polyalkylsuccinimides; - at least a compound B belonging to the class of the alkylbenzensulfonic acids and - at least a compound C belonging to the class of imidazolines from fatty acids wherein said at least a compound C is selected from the class formed by condensation products among natural, vegetable or animal fatty acids coming from sebum, talloil, coconut, various oils and polyamines, in ratios variable from 0.5: 2 to 2: 0.5. - at least a compound A belonging to the class of the polyalkylsuccinimides; - at least a compound B belonging to the class of the alkylbenzensulfonic acids and - at least a compound C belonging to the class of imidazolines from fatty acids wherein said at least a compound C is selected from the class formed by condensation products among natural, vegetable or animal fatty acids coming from sebum, talloil, coconut, various oils and polyamines, in ratios variable from 0.5: 2 to 2: 0.5.
Compressed air system for a rail-borne vehicle, having a compressed air reservoir, a compressed air line system and a drive system that is connected on the inlet side to the compressed air reservoir by way of the compressed air line system, said drive system having a drive embodied as a current collector drive to raise and/or lower a current collector of the rail-borne vehicle in dependence upon an inlet pressure, said inlet pressure being controlled by a drive controller, wherein the compressed air line system comprises a bypass between the compressed air reservoir and the drive that is provided so as to bridge the drive controller when in the state in which the drive controller is pneumatically separated from the drive, characterized in that the drive system has a pneumatically controlled shuttle valve which is provided for pneumatically separating the drive controller from the drive, wherein the drive controller and the bypass are connected on the outlet side in each case to an inlet of the shuttle valve, and an outlet of the shuttle valve is connected to the drive, and wherein the drive controller and the bypass are connected on the inlet side in each case to an outlet of a directional control valve, the inlet of which is connected to the compressed air reservoir.
An image sensor comprising a matrix of pixel rows and columns, each pixel having a photodiode and a node for storing charges in order to collect, at the end of a charge integration period, the charges accumulated in the photodiode, the photodiodes being produced in an active semiconductor layer of a first type of conductivity and comprising a diffusion of a second type of conductivity covered by a surface layer of the first type connected to a reference potential of the active layer and the matrix being organized in groups of at least two adjacent pixels, with means for grouping in one pixel the charges generated in the two pixels, comprising at least one charge storage gate arranged between the photodiode of the first pixel and the photodiode of the second pixel, the temporary storage gate being disposed above an active layer portion of the first type and dissymmetrically set up between an upstream and a downstream side, being: - on the upstream side, adjacent to the photodiode of the first pixel by the end of at least one narrow finger extending towards this photodiode, - on the downstream side, adjacent to the photodiode of the second pixel by a dimension wider than the narrow finger, - and, with the exception of the end of the narrow finger, separated from the photodiode of the first pixel by a doped insulation region of the first type of conductivity, which is more doped than the surface regions of the photodiodes, and is brought, as item, to the potential of the active layer and means being provided for applying to the temporary storage gate a succession of potentials that are: - a low potential prohibiting the passage of charges between the photodiode of the first pixel and the photodiode of the second pixel during the charge integration period, - then a high potential temporary storage control signal permitting the discharge of the charges accumulated in the photodiode of the first pixel and the photodiode of the second pixel under the temporary storage gate, then a low potential allowing the discharge of the charges on the intermediate storage gate toward the photodiode of the second pixel only. - on the upstream side, adjacent to the photodiode of the first pixel by the end of at least one narrow finger extending towards this photodiode, - on the downstream side, adjacent to the photodiode of the second pixel by a dimension wider than the narrow finger, - and, with the exception of the end of the narrow finger, separated from the photodiode of the first pixel by a doped insulation region of the first type of conductivity, which is more doped than the surface regions of the photodiodes, and is brought, as item, to the potential of the active layer - a low potential prohibiting the passage of charges between the photodiode of the first pixel and the photodiode of the second pixel during the charge integration period, - then a high potential temporary storage control signal permitting the discharge of the charges accumulated in the photodiode of the first pixel and the photodiode of the second pixel under the temporary storage gate,
A triple swirl gas turbine combustor comprising: a case to which an igniter is attached; a combustor liner where ignition is performed by the igniter and having a compressed air inlet, formed at a side of the case, through which compressed air is introduced from a gas turbine compressor and a plurality of cooling air inlets; and a burner having a plurality of air feeding swirlers with fuel jetting swirl vanes which are concentrically disposed inside a burner head positioned at the upper side of the combustor liner to generate a vortex in the compressed air, wherein the swirlers comprise: a first swirler disposed at the bottom from a central shaft of the swirlers; a third swirler disposed at the top; and a second swirler disposed between the first swirler and the third swirler, characterized in that the first swirler includes lift-off air holes through which lift-off air is introduced to prevent a flame from staying at the center. a case to which an igniter is attached; a combustor liner where ignition is performed by the igniter and having a compressed air inlet, formed at a side of the case, through which compressed air is introduced from a gas turbine compressor and a plurality of cooling air inlets; and a burner having a plurality of air feeding swirlers with fuel jetting swirl vanes which are concentrically disposed inside a burner head positioned at the upper side of the combustor liner to generate a vortex in the compressed air, wherein the swirlers comprise: a first swirler disposed at the bottom from a central shaft of the swirlers; a third swirler disposed at the top; and a second swirler disposed between the first swirler and the third swirler, characterized in that the first swirler includes lift-off air holes through which lift-off air is introduced to prevent a flame from staying at the center. a first swirler disposed at the bottom from a central shaft of the swirlers; a third swirler disposed at the top; and a second swirler disposed between the first swirler and the third swirler, characterized in that the first swirler includes lift-off air holes through which lift-off air is introduced to prevent a flame from staying at the center.
An injector (11, 111, 211) for injecting a gas in a processing chamber, comprising: an inlet (21, 112) for receiving a gas wave or a gas flow, a flow-shaping section (20, 113, 114) for expanding the gas in a direction (YY') perpendicular to a propagation axis (XX', X1X1') of the gas, an outlet (22, 115) for expelling the gas, the flow-shaping section having first and second sidewalls (23, 116, 117) which diverge according to a divergence angle relative to the propagation axis of the gas, characterized in that the flow-shaping section comprises means for slowing down the velocity of the gas near the center of the flow-shaping section, relative to the velocity of the gas near at least one sidewall, said means comprising a constriction region (24, 118) having a first height near the center of the flow-shaping section and a second height near at least one sidewall (23, 23a, 23b, 23c, 23d, 116, 117) of the flow-shaping section, the first height being less than the second height to slow down the velocity of the gas near the center of the flow-shaping section relative to the velocity of the gas near said at least one sidewall. an inlet (21, 112) for receiving a gas wave or a gas flow, a flow-shaping section (20, 113, 114) for expanding the gas in a direction (YY') perpendicular to a propagation axis (XX', X1X1') of the gas, an outlet (22, 115) for expelling the gas, the flow-shaping section having first and second sidewalls (23, 116, 117) which diverge according to a divergence angle relative to the propagation axis of the gas,
A pharmaceutical composition comprising a bicyclic pyridinol derivative expressed by the following Chemical Formula 3 for use in the prevention or treatment of diseases caused by angiogenesis, wherein the diseases caused by angiogenesis is at least one selected from the group consisting of rheumatic arthritis, osteoarthritis, septic arthritis, psoriasis, corneal ulcer, senile macular degeneration, diabetic retinopathy, proliferative vitreous body retinopathy, premature retinopathy, ocular inflammation, conical cornea, Sjogren's syndrome, myopia eye tumor, cornea graft rejection, abnormal wound healing, bone disease, proteinuria, abdominal aortic aneurysm, regressive cartilage loss due to traumatic joint injury, demyelinating disease of nervous system, hepatic cirrhosis, glomerular disease, premature rupture of embryonic membrane, inflammatory bowel disease, periodontitis, atherosclerosis, restenosis, inflammatory disease of central nervous system, Alzheimer's disease and infiltration metastasis of cancer:
A system of increasing a temperature of a battery for a vehicle, the system comprising: an on-board charger including a capacitor and a bidirectional direct current converter having first input/output terminals (371p, 371n) connected to the capacitor and second input/output terminals (372p, 372n) connected to a battery and configured to perform a bidirectional power transfer between the first input/output terminals (371p, 371n) and the second input/output terminals (372p, 372n); characterized in a controller configured to: drive, when temperature rising of the battery is required, the bidirectional DC converter such that a direction of a power transfer is alternated, and supply an alternating current current having a predetermined frequency to the battery, and in that the predetermined frequency is determined based on a current frequency in an area in which impedance exhibits a relatively low level compared to a current frequency-impedance characteristic of the battery. an on-board charger including a capacitor and a bidirectional direct current converter having first input/output terminals (371p, 371n) connected to the capacitor and second input/output terminals (372p, 372n) connected to a battery and configured to perform a bidirectional power transfer between the first input/output terminals (371p, 371n) and the second input/output terminals (372p, 372n); characterized in a controller configured to: drive, when temperature rising of the battery is required, the bidirectional DC converter such that a direction of a power transfer is alternated, and supply an alternating current current having a predetermined frequency to the battery, and drive, when temperature rising of the battery is required, the bidirectional DC converter such that a direction of a power transfer is alternated, and supply an alternating current current having a predetermined frequency to the battery, and in that the predetermined frequency is determined based on a current frequency in an area in which impedance exhibits a relatively low level compared to a current frequency-impedance characteristic of the battery.
A pneumatic tube sleeve having a sleeve tube, with two sleeve heads (12, 13) which are rigidly connected to the sleeve tube at both ends of the same, and with an insert which carries at least one object to be transported, e.g. a check rod made of steel, wherein the center of gravity of the insert together with the at least one object to be transported is situated outside of the longitudinal axis, wherein the insert in the pneumatic tube sleeve is rotatable about the longitudinal axis of the sleeve tube, characterized in that the insert includes two ball bearing rings (22, 23), the outer shells of which are connected to the sleeve tube such that the insert in the pneumatic tube sleeve is freely rotatable about the longitudinal axis of sleeve tube against the sleeve tube.
Bridge comprising a bridge deck and a device for damping vibrations of said bridge, the device comprising at least one damping wing (16, 16', 16", 18, 18', 18", 18''') arranged along at least one side of the bridge deck, said at least one damping wing (16, 16', 16", 18, 18', 18", 18''') dampens vibrations of the bridge, wherein the longitudinal direction of the at least one damping wing (16, 16', 16", 18, 18', 18", 18''') is arranged parallel to the longitudinal direction of the bridge deck, wherein the at least one damping wing (16, 16', 16", 18, 18', 18", 18''') is arranged on at least one support structure, wherein said at least one support structure is laterally attached to the bridge deck such that the at least one damping wing (16, 16', 16", 18, 18', 18", 18''') is arranged with a lateral offset from the outer edge of the bridge deck facing the at least one damping wing (16, 16', 16", 18, 18', 18", 18'''), characterized in that the distance between the center of the at least one damping wing (16, 16', 16", 18, 18', 18", 18''') and the center of the bridge deck is at least 1.2 times larger than half the width of the bridge deck, and in that the at least one damping wing (16, 16', 16", 18, 18', 18", 18''') is permanently stationary or stationary upon wind acting on the bridge in a given direction.