mhurhangee/ep-ind-claims huggingface dataset:
A cooking apparatus comprising: a main body having a cooking chamber; and a switch assembly mounted on the main body, wherein the switch assembly includes: a switch rotatably provided; a switch holder coupled to the switch; and a light guide disposed between the switch and the switch holder to uniformly emit light emitted from a light source, wherein the light guide includes a first light guide portion provided to disperse the light incident from the light source toward a light emitting surface and a second light guide portion provided to guide the light dispersed by the first light guide portion toward the light emitting surface, wherein the second light guide portion includes a ring shape extending from an edge of the first light guide portion characterized in that the light guide further comprises a light guide passage to disperse and totally reflect the light emitted from the light source, wherein the light guide passage is formed to include a curved shape and protrudes from the front surface of the first light guide portion. a main body having a cooking chamber; and a switch assembly mounted on the main body, wherein the switch assembly includes: a switch rotatably provided; a switch holder coupled to the switch; and a light guide disposed between the switch and the switch holder to uniformly emit light emitted from a light source, a switch rotatably provided; a switch holder coupled to the switch; and a light guide disposed between the switch and the switch holder to uniformly emit light emitted from a light source, wherein the light guide includes a first light guide portion provided to disperse the light incident from the light source toward a light emitting surface and a second light guide portion provided to guide the light dispersed by the first light guide portion toward the light emitting surface, wherein the second light guide portion includes a ring shape extending from an edge of the first light guide portion characterized in that the light guide further comprises a light guide passage to disperse and totally reflect the light emitted from the light source, wherein the light guide passage is formed to include a curved shape and protrudes from the front surface of the first light guide portion.
A device for assisting a cough, Characterised in that it comprises an oscillation unit arranged to generate an oscillation pressure to oscillate a lung system, wherein the oscillation pressure causes a periodic oscillation airflow in the lung system, and the periodic oscillation airflow comprises an oscillation exhalation airflow and an oscillation inhalation airflow, and the device comprising a controlling unit comprising: - a first determining unit for determining whether an inhalation of the lung system is complete, so as to control a valve which is to be closed for isolating the lung system from the external environment, - a second determining unit for determining whether an internal air pressure in the lung system is larger than a pre-defined pressure threshold, and - a detecting unit for detecting the start of the oscillation exhalation airflow, so as to control the valve which is to be opened for starting a cough. - a first determining unit for determining whether an inhalation of the lung system is complete, so as to control a valve which is to be closed for isolating the lung system from the external environment, - a second determining unit for determining whether an internal air pressure in the lung system is larger than a pre-defined pressure threshold, and - a detecting unit for detecting the start of the oscillation exhalation airflow, so as to control the valve which is to be opened for starting a cough.
Timepiece regulating mechanism, comprising a main plate, and arranged on a main plate, a resonator mechanism with a quality factor Q, and an escapement mechanism arranged to be subjected to the torque of drive means comprised in a movement, said resonator mechanism comprising an inertia element arranged to oscillate with respect to said plate, said inertia element being subjected to the action of elastic return means directly or indirectly attached to said plate, and said inertia element being arranged to cooperate indirectly with an escape wheel set comprised in said escapement mechanism, in which said resonator mechanism is a resonator with a virtual pivot rotating about a main axis, with a flexure bearing including at least two flexible strips, and including an impulse pin integral with said inertia element, in which said escapement mechanism includes apallets pivoting about a secondary axis and including a lever fork arranged to cooperate with said impulse pin, and is a detached escapement mechanism, wherein, during the operating cycle, said resonator mechanism has at least one phase of freedom in which said impulse pin is at a distance from said lever fork, characterized in that the lift angle (β) of the resonator, during which said impulse pin is in contact with said lever fork, is less than 10°.
A method for preparing ethylbenzene hydroperoxide by contacting ethylbenzene with an oxygen-containing gas, wherein a device in the method comprising a vertical bubble reactor and a horizontal bubble reactor, wherein the horizontal bubble reactor is connected to a reaction product outlet of the vertical bubble reactor and internally provided with a plurality of reaction compartments arranged along the axial direction of the horizontal bubble reactor, and a liquid phase channel is provided between adjacent reaction compartments; wherein the vertical bubble reactor comprises a liquid inlet and a gas inlet arranged at the lower portion of the vertical bubble reactor and a liquid outlet and a gas outlet arranged at the upper portion of the vertical bubble reactor; and the vertical bubble reactor is internally provided with a flow guide cylinder along a longitudinal direction, wherein the flow guide cylinder allows a fluid to pass through; wherein the vertical bubble reactor is further internally provided with a first gas distributor connected to the gas inlet, wherein the first gas distributor has distribution holes that are distributed inside the flow guide cylinder or an annular gap between the flow guide cylinder and the inner wall of the vertical bubble reactor; wherein the concentration of ethylbenzene hydroperoxide at the outlet of the vertical bubble reactor is controlled at 0.5wt%-1.5wt%. wherein the vertical bubble reactor comprises a liquid inlet and a gas inlet arranged at the lower portion of the vertical bubble reactor and a liquid outlet and a gas outlet arranged at the upper portion of the vertical bubble reactor; and the vertical bubble reactor is internally provided with a flow guide cylinder along a longitudinal direction, wherein the flow guide cylinder allows a fluid to pass through; wherein the vertical bubble reactor is further internally provided with a first gas distributor connected to the gas inlet, wherein the first gas distributor has distribution holes that are distributed inside the flow guide cylinder or an annular gap between the flow guide cylinder and the inner wall of the vertical bubble reactor; wherein the concentration of ethylbenzene hydroperoxide at the outlet of the vertical bubble reactor is controlled at 0.5wt%-1.5wt%.
Differential pressure sensor, comprising a measuring diaphragm; a first counter-body; a second counter-body; and at least a capacitive converter, wherein the measuring diaphragm has an electrically conductive material and is connected to the first counter-body and the second counter-body in a pressure-tight manner along a peripheral edge, forming in each case a measuring chamber between the first and the second counter-body, wherein the first counter-body and the second counter-body feature an electrically isolating material, wherein the counter-bodies each have a membrane bed that is concave in the centre on which the measuring diaphragm can support itself in the event of an overload on one side, wherein the counter-bodies each have a first and a second pressure channel (125, 135), which extends from a rear side of the counter-body, which is situated opposite the measuring diaphragm, through the counter-bodies and into the respective measuring chamber, wherein the capacitive converter has at least a counter-body electrode, said electrode being formed by a metal coating on the surface of the counter-body facing towards the measuring diaphragm, wherein the counter-body electrode can be contacted from the rear of the counter-body by a metal coating of the wall of the pressure channel, wherein the metal coating of the surface - which faces towards the measuring diaphragm - has an inner area (127, 137) that forms the counter-body electrode, and has an outer area (126, 136) that surrounds the inner area in a circular manner and is separated from the inner area by a circular isolation area (129, 139), wherein the counter-bodies each have a planar periphery area that surrounds the membrane bed, characterized in that the membrane bed has a convex transition zone towards the periphery area, wherein the outer area of the metal coating is arranged at least partially in the convex transition zone.
Reactor for the gasification of solid and liquid fuels in the entrained-flow at temperatures between 1200 and 1900 °C and pressures between ambient pressure and 10 MPa (100 bar), it being possible for solid fuels to be finely-pulverised coals of differing ranks, petrol cokes or other solid carbonaceous materials and liquid fuels, oils or oil-solids or water-solid suspensions with an oxidising agent containing free oxygen, the reactor having a cooling screen and a pressure shell, the cooling screen is connected in a gas-tight manner to the pressure shell via a bellows compensator to accommodate linear deformations in the direction of the central axis of the reactor, characterised in that i) gas can be applied to the annular gap between pressure shell and cooling screen via an external gas supply - or - ii) the annular gap between pressure shell and cooling screen can be pressurised at the pressure of the pilot burner gas via a connection and the bellows compensator encloses the burner in a concentric manner. i) gas can be applied to the annular gap between pressure shell and cooling screen via an external gas supply - or - ii) the annular gap between pressure shell and cooling screen can be pressurised at the pressure of the pilot burner gas via a connection
Chopper disc for a device for the processing of neutron beams, wherein the chopper disc () is formed of carbon fibers and comprises the following: - a concentric, hollow cylindrical recess for receiving a hub for connection to a pivot bearing, - a concentrically formed absorber area for absorbing neutrons impinging on the chopper disc, and - at least one window in the absorber area through which the neutrons of the neutron beam can pass, characterized in that - the carbon fibers extend from an outer periphery of the chopper disc nearly radially in a direction of the recess and contact the recess tangentially. - a concentric, hollow cylindrical recess for receiving a hub for connection to a pivot bearing, - a concentrically formed absorber area for absorbing neutrons impinging on the chopper disc, and - at least one window in the absorber area through which the neutrons of the neutron beam can pass, characterized in that - the carbon fibers extend from an outer periphery of the chopper disc nearly radially in a direction of the recess and contact the recess tangentially.
An apparatus, comprising a deflection actuator (114; 114A) operatively coupled by a first tension strand to a shaft deflectable distal portion of a catheter, the deflection actuator (114; 114A) being thereby configured to cause a deflection of the shaft deflectable distal portion from an initial position to a deflected configuration, a first return actuator (112; 112A) operatively coupled to the first tension strand, the first return actuator being thereby configured to partially reverse the deflection of the shaft deflectable distal portion of the catheter, and a second return actuator (42; 42A; 42B; 108; 120; 122) operatively coupled by a second tension strand (56; 56A; 56B; 56C) to the shaft deflectable distal portion, the second return actuator being thereby configured to continue reversing the deflection of the shaft deflectable distal portion of the catheter towards the initial position.
Breast implant comprising an outer shell and at least one first gel-type filling and at least one second gel-type filling, wherein at least one first gel-type filling has a softer consistency than at least one second gel-type filling, characterized in that a) said at least one first gel-type filling extends predominantly along the posterior part of the prosthesis and is allocated in the inferior part of the prosthesis in the vicinity of the inferior pole, and b) said at least one second gel-type filling extends predominantly along the superior portion of the anterior surface of the prosthesis without extending along the entirety of such anterior surface of the prosthesis, wherein at least one of said first and second gel-type filling is bonded to a material forming the outer shell of the prosthesis, wherein said at least one second gel-type filling extends around the upper edge of the prosthesis, wherein the first gel-type filling and the second gel-type filling have a common contact area by which they are bonded to each other, wherein said second gel-type filling comprises a section which is bound to the posterior surface of the prosthesis, and wherein the first gel-type filling constitutes the major part of the entire gel filling of the prosthesis. a) said at least one first gel-type filling extends predominantly along the posterior part of the prosthesis and is allocated in the inferior part of the prosthesis in the vicinity of the inferior pole, and b) said at least one second gel-type filling extends predominantly along the superior portion of the anterior surface of the prosthesis without extending along the entirety of such anterior surface of the prosthesis,
A kitchen device for processing of food ingredients, comprising at least a motorized driving means, one or more connecting means for connection of various attachments and a user control means for controlling the operation of the kitchen device and the kitchen device also comprises a sensing module adapted to sense in real-time a parameter dependent on the power consumption of the kitchen device, a calculating module adapted to collect and process the data acquired from the said sensing module and a decision module able to automatically stop the operation of the kitchen device at the time point when the parameters from said calculating module are within a predetermined range wherein the predetermined range is adjusted according to measurements during processing characterized in that the said processing of the data acquired from the sensing module includes calculating a moving average of the second derivative of the data acquired from the said sensing module.
An intermediate intake-type diaphragm in which an introduction flow channel (51;510), an intermediate suction flow channel, and a curved flow channel (52;520) are defined, the introduction flow channel (51;510) extending from a radially outer side of an axial line to a radially inner side to guide a first fluid toward an impeller rotating about the axial line, the intermediate suction flow channel being adjacent to the introduction flow channel (51;510) and extending from the radially outer side of the axial line to the radially inner side to guide a second fluid toward the impeller, the curved flow channel (52;520) being connected to downstream sides of the introduction flow channel (51;510) and the intermediate suction flow channel and extending so that an inner surface is curved from a position of connection with the introduction flow channel (51;510) toward one side in the direction of the axial line, and the curved flow channel (52;520) guides the first fluid and the second fluid toward the impeller, the intermediate intake-type diaphragm comprising: a flow-regulating vane (54;540) that is provided in the introduction flow channel (51;510) to regulate the first fluid to flow along the radial direction; and a partition wall (9;90) that partitions the introduction flow channel (51;510) and the intermediate suction flow channel in the direction of the axial line, wherein a radially inner end portion of the partition wall (9;90) is located further on a radially inner side than a radially outer end portion of the flow-regulating vane (54;540) and further on a radially outer side than a boundary between the introduction flow channel (51;510) and the curved flow channel (52;520), characterized in that a trailing edge portion of the flow-regulating vane (54;540) is formed to be bent in the radial direction toward the radially inner end portion, and the radially inner end portion of the partition wall (9;90) is located at a position where the trailing edge portion of the flow-regulating vane begins to follow along the radial direction. a flow-regulating vane (54;540) that is provided in the introduction flow channel (51;510) to regulate the first fluid to flow along the radial direction; and a partition wall (9;90) that partitions the introduction flow channel (51;510) and the intermediate suction flow channel in the direction of the axial line, wherein a radially inner end portion of the partition wall (9;90) is located further on a radially inner side than a radially outer end portion of the flow-regulating vane (54;540) and further on a radially outer side than a boundary between the introduction flow channel (51;510) and the curved flow channel (52;520), characterized in that a trailing edge portion of the flow-regulating vane (54;540) is formed to be bent in the radial direction toward the radially inner end portion, and the radially inner end portion of the partition wall (9;90) is located at a position where the trailing edge portion of the flow-regulating vane begins to follow along the radial direction.
A method for producing poly-L-lactic acid through direct polycondensation of L-lactic acid by means of melting-phase and subsequent solid-phase condensation, characterized in that L-lactic acid is subject to melting-phase condensation in the presence of an acid and supported solid catalyst and or from the end product following the solid-phase condensation.
A safety catheter, comprising: a catheter hub and a catheter tube extending distally thereof; a needle hub and a needle cannula extending distally thereof, the needle cannula having a distal tip; and a tip protector for shielding the distal tip comprising an outer member and an inner member being axially received within the outer member, the outer member including at least one engagement portion extending radially outward of the outer member and sized and configured to releasably engage with the interior of the catheter hub, the inner member having a base and a pair of arms (48a, 48b) extending distally from the base to respective free ends, the needle cannula being received in the inner and outer members, the inner member configured to be axially shiftable relative to the outer member between a first position wherein the distal tip extends distally of the tip protector and the free ends of the arms (48a, 48b) are spread apart such that the distal tip is not shielded, and a second position wherein the distal tip is within the inner and outer members and the free ends of the arms (48a, 48b) being in a radial inward position such that the distal tip is shielded, the inner member being entirely received within the outer member in both the first and second positions thereof. a catheter hub and a catheter tube extending distally thereof; a needle hub and a needle cannula extending distally thereof, the needle cannula having a distal tip; and a tip protector for shielding the distal tip comprising an outer member and an inner member being axially received within the outer member, the outer member including at least one engagement portion extending radially outward of the outer member and sized and configured to releasably engage with the interior of the catheter hub, the inner member having a base and a pair of arms (48a, 48b) extending distally from the base to respective free ends, the needle cannula being received in the inner and outer members, the inner member configured to be axially shiftable relative to the outer member between a first position wherein the distal tip extends distally of the tip protector and the free ends of the arms (48a, 48b) are spread apart such that the distal tip is not shielded, and a second position wherein the distal tip is within the inner and outer members and the free ends of the arms (48a, 48b) being in a radial inward position such that the distal tip is shielded, the inner member being entirely received within the outer member in both the first and second positions thereof.
Process for the production of monolithic separating columns by a) provision of a porous monolithic moulding which has inhomogeneous peripheral regions in a sol-gel process b) reduction in the diameter of the moulding by at least 5 μm by grinding off the outer layer one or more times. a) provision of a porous monolithic moulding which has inhomogeneous peripheral regions in a sol-gel process b) reduction in the diameter of the moulding by at least 5 μm by grinding off the outer layer one or more times.
A method for providing user information of a user, in particular personal data of a user, such as the name, the address, communication addresses, biometric data and/or the tax number as user information elements, for a device providing and using a service, wherein the user information is stored in a server device connected to a communication network, a clearance message is transmitted from a mobile communication terminal of the user, the mobile communication terminal being unequivocally addressable by means of a call number as identifier within a communication network, via the communication network to the server device, wherein the server device sends the user information on the base of the clearance message to the using device, wherein the user information is transmitted to the server device for storing an electronic identity document of the user, the mobile communication terminal sends the clearance message on the base of a clearance request transmitted from the server device to the mobile communication terminal, and the clearance request is transmitted to the mobile communication terminal using the identifier that is unequivocally allocated to the mobile communication terminal in the communication network, wherein for this purpose the call number as identifier has been previously transmitted from the using device to the server device.