mhurhangee/ep-ind-claims huggingface dataset:
Ship, comprising the following features or components: 1.1 a ship's hull, comprising a bow and a stern; 1.2 a rotor which is arranged in the stern region; 1.3 a stator which is assigned to the rotor, comprising a number of guide blades (6.1); 1.4 a single-piece nozzle body; 1.5 the nozzle body encloses the rotor and the stator; 1.6 a propulsion machine which is arranged in the bow region; 1.7 a shaft for the transmission of torque from the propulsion machine to the rotor; 1.8 the shaft is mounted in a bearing bush (6.5) which is arranged in a stator hub (6.2), and, furthermore, in the thrust bearing which is arranged in the region of the propulsion machine; characterized by the following features: 1.9 the stator, the stator hub (6.2) and the nozzle body form a single structural unit which can be pre-assembled; 1.10 the structural unit can be mounted and dismantled indirectly or directly on the stern; 1.11 the shaft can be displaced in the direction of the longitudinal axis of the shaft relative to the structural unit; 1.12 the nozzle body is connected fixedly to a bracket (6.3) or comprises a bracket of this type which can be mounted and dismantled on the stern of the ship's hull. 1.1 a ship's hull, comprising a bow and a stern; 1.2 a rotor which is arranged in the stern region; 1.3 a stator which is assigned to the rotor, comprising a number of guide blades (6.1); 1.4 a single-piece nozzle body; 1.5 the nozzle body encloses the rotor and the stator; 1.6 a propulsion machine which is arranged in the bow region; 1.7 a shaft for the transmission of torque from the propulsion machine to the rotor; 1.8 the shaft is mounted in a bearing bush (6.5) which is arranged in a stator hub (6.2), and, furthermore, in the thrust bearing which is arranged in the region of the propulsion machine; 1.9 the stator, the stator hub (6.2) and the nozzle body form a single structural unit which can be pre-assembled; 1.10 the structural unit can be mounted and dismantled indirectly or directly on the stern; 1.11 the shaft can be displaced in the direction of the longitudinal axis of the shaft relative to the structural unit; 1.12 the nozzle body is connected fixedly to a bracket (6.3) or comprises a bracket of this type which can be mounted and dismantled on the stern of the ship's hull.
A lift system, comprising: a controller; an actuator, responsive to said controller, including a drum pulley with a cable affixed thereto and wound thereon in a single layer to support a load on a free end of said cable; and a load interface, operatively connected to the end of said cable, said load interface including user controls and generating signals to be transmitted to said controller, wherein in response to the signals, said controller causes the operation of a motor to raise and lower the load suspended from said actuator, the drum pulley being driven by the motor and an associated transmission, characterised by said transmission having stacked, building block gear reducer assemblies wherein the motor is suitable for use with a plurality of alternative gear reducer assemblies, such that a combination of the motor and the stacked, building block gear reducer assemblies determines the load-lifting capacity of the actuator. a controller; an actuator, responsive to said controller, including a drum pulley with a cable affixed thereto and wound thereon in a single layer to support a load on a free end of said cable; and a load interface, operatively connected to the end of said cable, said load interface including user controls and generating signals to be transmitted to said controller, wherein in response to the signals, said controller causes the operation of a motor to raise and lower the load suspended from said actuator, the drum pulley being driven by the motor and an associated transmission, characterised by said transmission having stacked, building block gear reducer assemblies wherein the motor is suitable for use with a plurality of alternative gear reducer assemblies, such that a combination of the motor and the stacked, building block gear reducer assemblies determines the load-lifting capacity of the actuator.
A method for manufacturing a pad for herbal medicine allowing for persistent supply of herbal medical ingredients through skin or respiratory organs, wherein the ingredients are present in different amounts and released persistently until release of all the medical ingredients is completed, in which pad the release of the medicinal ingredients can be controlled, which comprises: separating two or more medicinal ingredients prescribed or prepared according to pharmacological effects on the basis of the release duration of the medicinal ingredients to be delivered via skin or respiratory organs; grinding the separated medicinal ingredients to fine particles with different sizes from 10 μm up to 400 μm on the basis of the release duration of the medicinal ingredients and their relative weights, so that a medical ingredient of smaller amount has a larger size and a medical ingredient with a larger amount has a smaller size; preparing herbal medicine by mixing the ground medicinal ingredients with a binding agent comprising maltodextrin or natural polymer; and adhering the herbal medicine in a medicinal ingredient layer to a base sheet.
Fuel filler flap module of a motor vehicle, comprising a support, a fuel filler flap which is pivotably mounted on the support and is designed to be movable tween a closed position and an open position, and a moving mechanism designed for moving the fuel filler flap out of the closed position into the open position and back into the closed position, wherein the moving mechanism has a mechanical deployment element which is arranged on the support and is designed to exert a deployment force on the fuel filler flap when the flap is in the open position, wherein characterized in that the moving mechanism has a motor-driven deployment means which is designed to push the fuel filler flap with an auxiliary force out of the closed position to an initial deployment position between the closed position and the open position, the auxiliary force being greater than the deployment force. wherein the moving mechanism has a mechanical deployment element which is arranged on the support and is designed to exert a deployment force on the fuel filler flap when the flap is in the open position, wherein characterized in that the moving mechanism has a motor-driven deployment means which is designed to push the fuel filler flap with an auxiliary force out of the closed position to an initial deployment position between the closed position and the open position, the auxiliary force being greater than the deployment force.
Plastics material sheet, which is capable of deep-drawing, with at least one layer, particularly for use for dishes in the field of foodstuffs, wherein at least one layer of the plastics material sheet consists of PET, A-PET or PP, polystyrol and mixtures thereof, wherein the plastics material sheet is unstretched or non-biaxially stretched, characterised in that a barrier layer is provided, wherein the barrier layer is arranged at the surface of the plastics material sheet and that polyvinylalcohol (PVOH) is provided as barrier layer and that the barrier layer was at least partly cross-linked before or after application.
Method of controlling a reheat furnace for reheating iron and steel products, for example slabs, blooms, ingots or billets, making it possible for the product to be reheated to be brought to the desired temperature for rolling, - the furnace being equipped mostly with regenerative-type burners (2a, 2b) which include regenerators (3a, 3b) and operate in on/off mode, - the burners operating in time modulation mode, - a portion of the combustion gases passing through the regenerators of the regenerative burners so as to preheat one of the fluids (either the fuel or the oxidizer) participating in the combustion, characterized in that: - the furnace is equipped with a heat recuperator placed outside the furnace in a flue, and - the remainder of the combustion gases passes through the heat recuperator in order to preheat the fluid (either the oxidizer or the fuel) other than that preheated in the regenerators. - the furnace being equipped mostly with regenerative-type burners (2a, 2b) which include regenerators (3a, 3b) and operate in on/off mode, - the burners operating in time modulation mode, - a portion of the combustion gases passing through the regenerators of the regenerative burners so as to preheat one of the fluids (either the fuel or the oxidizer) participating in the combustion, characterized in that: - the furnace is equipped with a heat recuperator placed outside the furnace in a flue, and - the remainder of the combustion gases passes through the heat recuperator in order to preheat the fluid (either the oxidizer or the fuel) other than that preheated in the regenerators.
A method for refining magnetic domains of a grain-oriented electrical steel sheet, comprising: a step of preparing a grain-oriented electrical steel sheet; and a step of forming a groove by irradiating a quasi-continuous laser beam of which a duty is from 98.0 to 99.9 % on a surface of the grain-oriented electrical steel sheet, wherein the duty is a ratio T b /T a of a time of irradiation with an output of 10 % or more of a maximum output Pmax: Tb to an output modulation cycle time: Ta in a time diagram for an output of a laser beam, wherein a ratio P/W of an average output P of a laser beam for a quasi-continuous laser beam width W is from 30 W/μm to 300 W/μm, wherein a depth D of the groove is formed from 3 % to 8 % of the thickness of the steel sheet. a step of preparing a grain-oriented electrical steel sheet; and a step of forming a groove by irradiating a quasi-continuous laser beam of which a duty is from 98.0 to 99.9 % on a surface of the grain-oriented electrical steel sheet, wherein the duty is a ratio T b /T a of a time of irradiation with an output of 10 % or more of a maximum output Pmax: Tb to an output modulation cycle time: Ta in a time diagram for an output of a laser beam, wherein a ratio P/W of an average output P of a laser beam for a quasi-continuous laser beam width W is from 30 W/μm to 300 W/μm, wherein a depth D of the groove is formed from 3 % to 8 % of the thickness of the steel sheet. Ta in a time diagram for an output of a laser beam, wherein a ratio P/W of an average output P of a laser beam for a quasi-continuous laser beam width W is from 30 W/μm to 300 W/μm, wherein a depth D of the groove is formed from 3 % to 8 % of the thickness of the steel sheet.
A two-component composition comprising: A) a first component A, comprising: - an aqueous dispersion of at least one polymer P1; B) a second component B, comprising: - at least one hydraulic binder H, - at least one functional compound P2; wherein both components A and B are liquid or pasty and both are prepared and stored separately and mixed directly before application; and with the proviso that the functional compound P2 comprises functional groups that chemically react with said aqueous dispersion of said first polymer P1 to form cross-linked and/or chain-extended polymers, wherein said polymer P1 comprises a polymer having epoxy groups and said functional compound P2 comprises a compound having amino groups, and wherein the amount of said functional compound P2 having amino groups is between 5 wt.-% and 20 wt.-%, based on component B. A) a first component A, comprising: - an aqueous dispersion of at least one polymer P1; - an aqueous dispersion of at least one polymer P1; B) a second component B, comprising: - at least one hydraulic binder H, - at least one functional compound P2; - at least one hydraulic binder H, - at least one functional compound P2; wherein both components A and B are liquid or pasty and both are prepared and stored separately and mixed directly before application; and with the proviso that the functional compound P2 comprises functional groups that chemically react with said aqueous dispersion of said first polymer P1 to form cross-linked and/or chain-extended polymers, wherein said polymer P1 comprises a polymer having epoxy groups and said functional compound P2 comprises a compound having amino groups, and wherein the amount of said functional compound P2 having amino groups is between 5 wt.-% and 20 wt.-%, based on component B.
An apparatus for discharging bulk material from a container containing gas, wherein the apparatus comprises a single-shaft screw conveyor and a downstream purge tank, wherein the conveying tube of the screw conveyor opens into the purge tank, wherein a closing cone shiftably mounted on its axis of symmetry is pressed with its cone tip from outside into the outlet opening of the conveying tube, wherein the axes of symmetry of the conveying tube and of the closing cone coincide, and wherein the purge tank is equipped with ports for the supply and discharge of a purge gas stream and with an outlet opening for the bulk material.
An external fixator comprising: a plurality of pins that are inserted into bones; a coupling member; and a plurality of ball joints that fix the coupling member to the pins and are connected to each other by the coupling member, the plurality of ball joints each including: a rotary member that is a ball; a supporting member where a first thread and a first supporting portion that rotatably supports the ball are formed; and a fastening member which has a tubular shape, has openings at both end portions thereof, and receives the ball, the fastening member at one end portion of which is formed a second thread corresponding to the first thread and at the other end portion of which is formed a second supporting portion that presses the ball against the first supporting portion by screwing the second thread to the first thread, wherein a pin is fixed to the rotary member while being inserted into a hole formed at the rotary member, and the coupling member is fixed to the supporting member, and characterized in that the rotary member and the supporting member are formed of a plastic magnet. a plurality of pins that are inserted into bones; a coupling member; and a plurality of ball joints that fix the coupling member to the pins and are connected to each other by the coupling member, the plurality of ball joints each including: a rotary member that is a ball; a supporting member where a first thread and a first supporting portion that rotatably supports the ball are formed; and a fastening member which has a tubular shape, has openings at both end portions thereof, and receives the ball, the fastening member at one end portion of which is formed a second thread corresponding to the first thread and at the other end portion of which is formed a second supporting portion that presses the ball against the first supporting portion by screwing the second thread to the first thread, a rotary member that is a ball; a supporting member where a first thread and a first supporting portion that rotatably supports the ball are formed; and a fastening member which has a tubular shape, has openings at both end portions thereof, and receives the ball, the fastening member at one end portion of which is formed a second thread corresponding to the first thread and at the other end portion of which is formed a second supporting portion that presses the ball against the first supporting portion by screwing the second thread to the first thread, wherein a pin is fixed to the rotary member while being inserted into a hole formed at the rotary member, and the coupling member is fixed to the supporting member, and characterized in that the rotary member and the supporting member are formed of a plastic magnet.
A fluid control device for an ablutionary fitting comprising: a rotary control member comprising a cam surface; a first valve comprising a valve member; a first valve actuator; and an operating member; wherein, in use, the rotary control member is rotatable such that the cam surface drives the operating member in a linear direction and the operating member acts in turn on the first valve actuator to move the valve member from an open position to a closed position and vice versa, wherein the cam surface is configured such that, by rotating the rotary control member, in use, a user can select whether the first valve is open or closed; and wherein the first valve actuator comprises a control lever; and wherein the operating member comprises a first end and a second end, wherein the first end is arranged to contact the cam surface and the second end is arranged to contact the first valve actuator. a rotary control member comprising a cam surface; a first valve comprising a valve member; a first valve actuator; and an operating member; wherein, in use, the rotary control member is rotatable such that the cam surface drives the operating member in a linear direction and the operating member acts in turn on the first valve actuator to move the valve member from an open position to a closed position and vice versa, wherein the cam surface is configured such that, by rotating the rotary control member, in use, a user can select whether the first valve is open or closed; and wherein the first valve actuator comprises a control lever; and wherein the operating member comprises a first end and a second end, wherein the first end is arranged to contact the cam surface and the second end is arranged to contact the first valve actuator.
Use of a gardenia pigment preparation comprising gardenia blue pigment and an enzymatically decomposed lecithin for maintaining a stable dissolved state of the gardenia blue pigment in an acidic condition of pH 2.0 to 5.0.
A computer-implemented method comprising: establishing, by a mobile computing device having one or more processors, a first cellular connection between the mobile computing device and a first cellular carrier associated with a mobile virtual network operator MVNO; detecting, by the mobile computing device, a condition indicative of (i) a level of cellular activity via the first cellular connection below an inactivity threshold (ii) an available second cellular connection with a different second cellular carrier associated with the MVNO, (iii) a signal strength difference between the first cellular connection with the first cellular carrier associated with the MVNO and the available second cellular connection with the different second cellular carrier associated with the MVNO is greater than a minimum strength improvement threshold, and (iv) a predicted period of inactivity between the mobile computing device and a user based on usage patterns of the user; and in response to detecting the condition: (a) terminating, by the mobile computing device, the first cellular connection, and (b) initiating, by the mobile computing device, the second cellular connection with the second cellular carrier associated with the MVNO. establishing, by a mobile computing device having one or more processors, a first cellular connection between the mobile computing device and a first cellular carrier associated with a mobile virtual network operator MVNO; detecting, by the mobile computing device, a condition indicative of (i) a level of cellular activity via the first cellular connection below an inactivity threshold (ii) an available second cellular connection with a different second cellular carrier associated with the MVNO, (iii) a signal strength difference between the first cellular connection with the first cellular carrier associated with the MVNO and the available second cellular connection with the different second cellular carrier associated with the MVNO is greater than a minimum strength improvement threshold, and (iv) a predicted period of inactivity between the mobile computing device and a user based on usage patterns of the user; and in response to detecting the condition: (a) terminating, by the mobile computing device, the first cellular connection, and (b) initiating, by the mobile computing device, the second cellular connection with the second cellular carrier associated with the MVNO. (a) terminating, by the mobile computing device, the first cellular connection, and (b) initiating, by the mobile computing device, the second cellular connection with the second cellular carrier associated with the MVNO.
A vertical cavity light-emitting element comprising: a first reflector formed on a substrate; a semiconductor structure layer formed on the first reflector, the semiconductor structure layer including a first semiconductor layer of a first conductivity type, an active layer, and a second semiconductor layer of a second conductivity type opposite to the first conductivity type; an insulating current confinement layer formed on the second semiconductor layer; a through opening formed in the current confinement layer so as to pass through the current confinement layer; a transparent electrode covering the through opening and the current confinement layer, the transparent electrode being in contact with the second semiconductor layer via the through opening; and a second reflector formed on the transparent electrode, wherein at least one of a portion of the transparent electrode corresponding to the opening and a portion of the second semiconductor layer corresponding to the opening that are in contact with each other in the through opening includes a first resistive region disposed along an inner circumference of the through opening and a second resistive region disposed on a center region of the through opening, characterized in that the first resistive region has a resistance value higher than that of the second resistive region. a first reflector formed on a substrate; a semiconductor structure layer formed on the first reflector, the semiconductor structure layer including a first semiconductor layer of a first conductivity type, an active layer, and a second semiconductor layer of a second conductivity type opposite to the first conductivity type; an insulating current confinement layer formed on the second semiconductor layer; a through opening formed in the current confinement layer so as to pass through the current confinement layer; a transparent electrode covering the through opening and the current confinement layer, the transparent electrode being in contact with the second semiconductor layer via the through opening; and a second reflector formed on the transparent electrode, wherein at least one of a portion of the transparent electrode corresponding to the opening and a portion of the second semiconductor layer corresponding to the opening that are in contact with each other in the through opening includes a first resistive region disposed along an inner circumference of the through opening and a second resistive region disposed on a center region of the through opening, characterized in that the first resistive region has a resistance value higher than that of the second resistive region.