mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for using multiple media systems, the computer-implemented method comprising: receiving input at a user device for scheduling content play from multiple media systems (112a, 112b, 112c, 112d,..., 112n); generating at the user device a schedule of content play based on the input; transmitting from the user device the schedule of content play to a vehicle device; and transmitting from the vehicle device to the multiple media systems, at a time determined from time information received from a system clock, use instructions based on the media system content play schedule, wherein playing of content from each of the multiple media systems (112a, 112b, 112c, 112d,..., 112n) is controlled in accordance with the media system content play schedule by the use instructions. receiving input at a user device for scheduling content play from multiple media systems (112a, 112b, 112c, 112d,..., 112n); generating at the user device a schedule of content play based on the input; transmitting from the user device the schedule of content play to a vehicle device; and transmitting from the vehicle device to the multiple media systems, at a time determined from time information received from a system clock, use instructions based on the media system content play schedule, wherein playing of content from each of the multiple media systems (112a, 112b, 112c, 112d,..., 112n) is controlled in accordance with the media system content play schedule by the use instructions.
A gas turbine engine of the type having a high pressure rotor and a low pressure rotor, the low pressure rotor comprising: at least a fixed axial bearing and a floating axial bearing, the fixed axial bearing being fixed to a casing of the gas turbine engine, the floating axial bearing being operatively connected to the gas turbine engine so as to be axially displaceable relative to the casing; a load distribution system comprising a line having an outlet end producing a static pressure; and a pressure actuator positioned at the outlet end and connected to the floating axial bearing to exert a force on the floating axial bearing proportionally to a pressure of the static pressure to adjust the axial position of the floating axial bearing along the rotor; whereby an axial load on the low pressure rotor is distributed between the axial bearings (22,24) supporting the rotor; characterised in that the line has an inlet end positioned in a high-pressure compressor gas path downstream of any compressor stage provided with a variable geometry, and senses the static pressure from the gas path. at least a fixed axial bearing and a floating axial bearing, the fixed axial bearing being fixed to a casing of the gas turbine engine, the floating axial bearing being operatively connected to the gas turbine engine so as to be axially displaceable relative to the casing; a load distribution system comprising a line having an outlet end producing a static pressure; and a pressure actuator positioned at the outlet end and connected to the floating axial bearing to exert a force on the floating axial bearing proportionally to a pressure of the static pressure to adjust the axial position of the floating axial bearing along the rotor; whereby an axial load on the low pressure rotor is distributed between the axial bearings (22,24) supporting the rotor; characterised in that the line has an inlet end positioned in a high-pressure compressor gas path downstream of any compressor stage provided with a variable geometry, and senses the static pressure from the gas path.
An operation switch comprising: an operation unit disposed on a front surface side of a panel and operated by external pressing force; a switch unit being attachable to and detachable from the operation unit from a rear surface side of the panel; a latching unit formed on an external circumferential surface of the operation unit along an axial center direction; a latching receiving unit which is formed along an external circumferential surface of the switch unit and to which the latching unit is latched; and a release lever (74, 104) that releases a latching state of the latching unit and the latching receiving unit so that the switch unit is separated from the operation unit, the release lever (74, 104) being configured to be operated from an external end portion of the switch unit, characterized in that the release lever (74, 104) includes a to-be-pressed portion (77, 106) that is formed in a portion in such a manner as to protrude from the external end portion of the switch unit and either that a releasing surface is formed in another portion opposite to the to-be-pressed portion in such a manner as to engage with the latching unit, and that an elastic arm is disposed between the to-be-pressed portion and the releasing surface to hold the release lever so that the release lever stays at the switch unit, wherein when the to-be-pressed portion is pressed, the releasing surface turns about the elastic arm and the latching unit is displaced or that the release lever integrally combines with the latching receiving unit, the latching receiving unit being formed on another portion opposite the to-be-pressed portion and being configured to be latched to the latching unit, and that an elastic arm is disposed between the to-be-pressed portion and the latching receiving unit and holds the release lever so as to stay at the switch unit, wherein when the to-be-pressed portion is pressed, the latching receiving unit turns about the elastic arm so as to be separated from the latching unit. an operation unit disposed on a front surface side of a panel and operated by external pressing force; a switch unit being attachable to and detachable from the operation unit from a rear surface side of the panel; a latching unit formed on an external circumferential surface of the operation unit along an axial center direction; a latching receiving unit which is formed along an external circumferential surface of the switch unit and to which the latching unit is latched; and a release lever (74, 104) that releases a latching state of the latching unit and the latching receiving unit so that the switch unit is separated from the operation unit,
Refrigerating device, in particular refrigerator and/or freezer cabinet, comprising a heat-insulating housing and a heat-insulating door, whereby at least one component is provided on or in the door, said component being connected fluidically and/or electrically by means of a line to at least one element arranged on the housing, characterised in that the door is articulated to the housing by means of a multilink hinge, and that the line is installed in the form of an arc such that, with little force required and without getting jammed, the line can be pulled out from or pushed into the door or the housing.
An arrangement for optical smoke detection according to the two-color principle, wherein the arrangement comprises a light emitting diode and a photosensor which is spectrally coordinated therewith, wherein the light emitting diode comprises an LED chip for emitting light in a first wavelength range and a light converter for converting part of the emitted light into light in a second wavelength range, and wherein the second wavelength range has a spectral half-width of a maximum of 100 nm, in particular a maximum of 75 nm and preferably a maximum of 50 nm.
A method of manufacturing a moisture-proof film comprising a clay film containing modified clay as a principal ingredient, said method comprising: reacting clay with a silylating agent to prepare modified clay, exchanging intercalation ions in the modified clay with lithium ions, wherein at least 90 mol% of exchangeable ions in the modified clay are lithium ions, adding a solvent for a pre-gel to the lithium-exchanged modified clay and kneading the solvent and lithium-exchanged modified clay to form a modified clay pre-gel, preparing a uniform modified clay dispersion of said modified clay pre-gel in a polar solvent using an agitator or a homogenizer, wherein, at the final stage of dispersion, a homogenizer is used to eliminate lumps of modified clay in the dispersion, which modified clay dispersion includes the addition of an additive, has a modified clay concentration of from 0.3 to 15 wt%, is in the form of a clay paste and does not contain any lumps of modified clay, and applying the dispersion onto the surface of a support at a uniform thickness, evaporating said polar solvent to form a film, and then heat-treating the film at a temperature set to at least 230°C and up to 800°C for at least 20 minutes and not more than 24 hours to form said moisture-proof film containing said modified clay and said additive, which film has a water vapor transmission rate of less than 0.2 g/m 2 /day at 40°C and 90% relative humidity (measured with MOCON Aquatran Model 1; equal pressure method), and wherein the 5% weight loss temperature in thermogravimetric measurement of the modified clay film is at least 300°C and at most 760°C. reacting clay with a silylating agent to prepare modified clay, exchanging intercalation ions in the modified clay with lithium ions, wherein at least 90 mol% of exchangeable ions in the modified clay are lithium ions, adding a solvent for a pre-gel to the lithium-exchanged modified clay and kneading the solvent and lithium-exchanged modified clay to form a modified clay pre-gel, preparing a uniform modified clay dispersion of said modified clay pre-gel in a polar solvent using an agitator or a homogenizer, wherein, at the final stage of dispersion, a homogenizer is used to eliminate lumps of modified clay in the dispersion, which modified clay dispersion includes the addition of an additive, has a modified clay concentration of from 0.3 to 15 wt%, is in the form of a clay paste and does not contain any lumps of modified clay, and applying the dispersion onto the surface of a support at a uniform thickness, evaporating said polar solvent to form a film, and then heat-treating the film at a temperature set to at least 230°C and up to 800°C for at least 20 minutes and not more than 24 hours to form said moisture-proof film containing said modified clay and said additive, which film has a water vapor transmission rate of less than 0.2 g/m 2 /day at 40°C and 90% relative humidity (measured with MOCON Aquatran Model 1; equal pressure method), and wherein the 5% weight loss temperature in thermogravimetric measurement of the modified clay film is at least 300°C and at most 760°C.
Ring filter element, more particularly an oil or fuel filter element, comprising a folded star-shaped filter material, a frame as well as an upper end disk and a lower end disk, wherein an axially projecting pin is provided on the lower end disk and a guide element is provided on the frame, wherein on the frame an key contour is envisaged and on the lower end disk at least one associated lock contour, or vice-versa, so that only one assembly position is defined, in which the guide element and the pin are aligned in a defined manner with regard to each other, characterised in that on the lower end disk a positioning contour in the form of a radial protrusion is provided.
Ball joint, in particular a lubricatable ball joint, with a sealing bellows for a ball joint, the sealing bellows having a housing-side sealing region and a stud-side sealing region, which is spaced apart from the housing-side sealing region, and also having an exit opening, which is arranged between the housing-side sealing region and the stud-side sealing region and, at the same time, passes through a wall of the sealing bellows and, in a non-fitted state of the sealing bellows, is open, wherein the exit opening has two spaced-apart sub-surfaces (23, 27), oriented parallel to one another, and, in a non-fitted state of the ball joint, the exit opening is open and, in the fitted state of the ball joint, it is closed, characterized in that, in the fitted state of the ball joint, the upper sub-surface and the lower sub-surface of the exit opening are in contact with one another.
A washing machine comprising: a tub for accommodating washing water, the tub has a transmission coil for generating a wireless power signal and transmitting power wirclcssly; a rotatable drum having a cylindrical shape disposed inside the tub and for accommodating a cloth, and a balancer for reducing unbalance generated by the cloth when the drum is rotated, characterized in that the balancer comprises: at least two drive modules for providing a driving force; at least two gear rails having a ring shape which are gear-coupled to each of the drive modules and rotatable; at least two balancing weights adapted to move along a circumference of the drum by rotation of each of the gear rails and to change a center of gravity of the drum; a reception coil for generating power based on a magnetic field formed by the transmission coil; and a guide case for accommodating at least the reception coil and the drive modules. a tub for accommodating washing water, the tub has a transmission coil for generating a wireless power signal and transmitting power wirclcssly; a rotatable drum having a cylindrical shape disposed inside the tub and for accommodating a cloth, and a balancer for reducing unbalance generated by the cloth when the drum is rotated, characterized in that the balancer comprises: at least two drive modules for providing a driving force; at least two gear rails having a ring shape which are gear-coupled to each of the drive modules and rotatable; at least two balancing weights adapted to move along a circumference of the drum by rotation of each of the gear rails and to change a center of gravity of the drum; a reception coil for generating power based on a magnetic field formed by the transmission coil; and a guide case for accommodating at least the reception coil and the drive modules. at least two drive modules for providing a driving force; at least two gear rails having a ring shape which are gear-coupled to each of the drive modules and rotatable; at least two balancing weights adapted to move along a circumference of the drum by rotation of each of the gear rails and to change a center of gravity of the drum; a reception coil for generating power based on a magnetic field formed by the transmission coil; and a guide case for accommodating at least the reception coil and the drive modules.
A back layer for a heat insulation board, comprising: - a decoupling layer having a first major surface and a second major surface opposite said first major surface, wherein said decoupling layer comprises one or more fibers and/or nonwovens selected from the group consisting of glass-fiber mat, polyester non-woven, glass fabric mat, glass scrim mat, and glass fiber/polyester blend non-woven; - a reinforcing layer provided on and bonded to the first major surface of the decoupling layer, wherein said reinforcing layer contains inorganic salts in a quantity of at least 50% by weight, based on the total weight of the reinforcing layer; and - a fire-protection layer provided on and bonded to the second major surface of the decoupling layer, characterized in that said fire-protection layer contains an expandable graphite having an average particle size D50 < 150 μm, and an expandable graphite having an average particle size D50 of from 180 to 500 μm. - a decoupling layer having a first major surface and a second major surface opposite said first major surface, wherein said decoupling layer comprises one or more fibers and/or nonwovens selected from the group consisting of glass-fiber mat, polyester non-woven, glass fabric mat, glass scrim mat, and glass fiber/polyester blend non-woven; - a reinforcing layer provided on and bonded to the first major surface of the decoupling layer, wherein said reinforcing layer contains inorganic salts in a quantity of at least 50% by weight, based on the total weight of the reinforcing layer; and - a fire-protection layer provided on and bonded to the second major surface of the decoupling layer, characterized in that said fire-protection layer contains an expandable graphite having an average particle size D50 < 150 μm, and an expandable graphite having an average particle size D50 of from 180 to 500 μm.
A pedestrian protection device for a motor vehicle with a bumper cross beam, the pedestrian protection device having a deformation element which is arranged on the bumper cross beam and which has a first element and a second element, which are displaceable relative to one another, in particular in the direction of the bumper cross beam, in the event of a collision of the motor vehicle, and having a mechanical locking mechanism which has a displaceable locking element which is preloadable or preloaded with a spring device and which is arranged on the first element or the second element and can be positively engaged with a recess or step on the other of the first element and the second element, wherein at a high displacement speed which is greater than or equal to a predetermined second displacement speed, the locking mechanism prevents displacement of the first element relative to the second element through the self-locking of the locking element, at an average displacement speed which is less than the predetermined second displacement speed and greater than a predetermined first displacement speed, the locking mechanism permits displacement of the first element and the second element relative to one another, and, at a low displacement speed which is less than or equal to the predetermined first displacement speed, the locking mechanism prevents displacement of the first element and the second element relative to one another at least partially by the positive locking of the locking element with the recess or step.
Method for providing an aerosol-generating device for use with a shape-transformable aerosol-forming substrate (10, 11, 13, 15), the method comprising the steps of: - providing an aerosol-generating device comprising a device housing comprising a moulding cavity, the moulding cavity at least partially corresponding to a moulding space between a first mould half and a second mould half of a mould, the first mould half and the second mould half being internal surfaces of the device housing; - providing a flat aerosol-forming substrate (10, 11, 13, 15) adapted to change shape when pressed into the moulding cavity and being transformed into a non-flat aerosol-forming substrate (20, 21, 22) having a shape corresponding to the non-flat moulding space in the mould upon closing of the mould. - providing an aerosol-generating device comprising a device housing comprising a moulding cavity, the moulding cavity at least partially corresponding to a moulding space between a first mould half and a second mould half of a mould, the first mould half and the second mould half being internal surfaces of the device housing; - providing a flat aerosol-forming substrate (10, 11, 13, 15) adapted to change shape when pressed into the moulding cavity and being transformed into a non-flat aerosol-forming substrate (20, 21, 22) having a shape corresponding to the non-flat moulding space in the mould upon closing of the mould.
An air conditioning apparatus comprising: an outdoor unit comprising a compressor; an indoor unit comprising a use side heat exchanger; a refrigerant pipe (11, 12, 13, 14) connecting the outdoor unit and the indoor unit; an opening and closing device (101, 102) disposed in the refrigerant pipe (11, 12, 13, 14); and a controller configured to close the opening and closing device when a leaking occurs, characterized in that the controller is configured to execute a sticking prevention operation in which the opening and closing device (101, 102) is opened and closed when a refrigerant is not leaking, and that the controller is configured to, when an operation frequency of the compressor is equal to or less than a predetermined value, execute the sticking prevention operation. an outdoor unit comprising a compressor; an indoor unit comprising a use side heat exchanger; a refrigerant pipe (11, 12, 13, 14) connecting the outdoor unit and the indoor unit; an opening and closing device (101, 102) disposed in the refrigerant pipe (11, 12, 13, 14); and a controller configured to close the opening and closing device when a leaking occurs, characterized in that the controller is configured to execute a sticking prevention operation in which the opening and closing device (101, 102) is opened and closed when a refrigerant is not leaking, and that the controller is configured to, when an operation frequency of the compressor is equal to or less than a predetermined value, execute the sticking prevention operation.
A mixing device having a container rotatable about a container axis for receiving mixing material, with an emptying opening being arranged in the bottom thereof, a rotatable mixing tool arranged in the interior of the container, and a closure element for closing the emptying opening, wherein the closure element can be pivoted about a pivot axis for opening and closing the emptying opening, wherein the closure element has an inner surface which with the emptying opening closed is arranged within the container, an outer surface which with the emptying opening closed is arranged outside the container, and an edge surface which with the emptying opening closed is arranged opposite an edge surface of the emptying opening, characterised in that the closure element, the emptying opening and the pivot axis are of such a configuration and arrangement that a point arranged furthest away from the pivot axis on the inner surface or the edge surface of the closure element describes a circle in the pivotal movement, wherein the closure element is arranged within the circle and the edge surfaces of the emptying opening are arranged outside the circle, wherein the closure element ends flush with the bottom so that a flat bottom surface is afforded when the closure element is positioned in the emptying opening.
A shock wave device comprising: a shock wave applicator including a reflector disposed within a housing; wherein the reflector is a portion of an ellipsoidal shape, the ellipsoidal shape having a first focal point and a second focal point; wherein the reflector terminates at an edge defining an opening on a plane; and a means for shock wave generation disposed in the housing at the first focal point of the ellipsoidal shape that establishes a focal line with the second focal point of the ellipsoidal shape; characterized in that the reflector is an asymmetrical portion of the ellipsoidal shape, and said focal line intersects the plane defined by the terminating edge of the reflector in an intermediate section between the first and second focal points at a non-perpendicular angle (α2). a shock wave applicator including a reflector disposed within a housing; wherein the reflector is a portion of an ellipsoidal shape, the ellipsoidal shape having a first focal point and a second focal point; wherein the reflector terminates at an edge defining an opening on a plane; and a means for shock wave generation disposed in the housing at the first focal point of the ellipsoidal shape that establishes a focal line with the second focal point of the ellipsoidal shape; characterized in that the reflector is an asymmetrical portion of the ellipsoidal shape, and said focal line intersects the plane defined by the terminating edge of the reflector in an intermediate section between the first and second focal points at a non-perpendicular angle (α2).