mhurhangee/ep-ind-claims huggingface dataset:
A yellow light emitting phosphor comprising: a first phosphor including at least one of Lu 3 Al 5 O 12:Ce and SrSi 2 O 2 N 2:Eu, the first phosphor being adapted to emit light having a central wavelength located within a band of 510 nm to 550 nm; a second phosphor including Li-α-SiAlON:Eu, the second phosphor being mixed with the first phosphor to emit light having a central wavelength located within a band of 560 nm to 600 nm; and a third phosphor including (Sr, Ca)AlSiN 3:Eu, the third phosphor being mixed with the first and second phosphors to emit light having a central wavelength located within a band of 610 nm to 630 nm, the third phosphor having a light absorption rate of 50% or less at a wavelength of 550 nm. a first phosphor including at least one of Lu 3 Al 5 O 12:Ce and SrSi 2 O 2 N 2:Eu, the first phosphor being adapted to emit light having a central wavelength located within a band of 510 nm to 550 nm; a second phosphor including Li-α-SiAlON:Eu, the second phosphor being mixed with the first phosphor to emit light having a central wavelength located within a band of 560 nm to 600 nm; and a third phosphor including (Sr, Ca)AlSiN 3:Eu, the third phosphor being mixed with the first and second phosphors to emit light having a central wavelength located within a band of 610 nm to 630 nm, the third phosphor having a light absorption rate of 50% or less at a wavelength of 550 nm.
Portioning device for dough, comprising: a feeding device having a side wall, the side wall circumferentially delimiting a passage for dough, and having a filling opening for introducing dough into the passage; and a separating device configured to separate the dough into portions; wherein the feeding device is configured such that dough filled in through the filling opening flows along a flow direction through the passage to the separating device; wherein a first section of the side wall connects a first corner of the side wall to a second corner of the side wall; wherein a second section of the side wall connects a third corner of the side wall to a fourth corner of the side wall; and wherein the first section of the side wall and the second section of the side wall are opposed to each other, characterized in that a position of a shortest distance between the first section of the side wall and the second section of the side wall along an extension direction of the first section of the side wall from the first corner to the second corner is closer to a center between the first corner and the second corner than to the first corner and closer to the center between the first corner and the second corner than to the second corner. a feeding device having a side wall, the side wall circumferentially delimiting a passage for dough, and having a filling opening for introducing dough into the passage; and a separating device configured to separate the dough into portions; wherein the feeding device is configured such that dough filled in through the filling opening flows along a flow direction through the passage to the separating device; wherein a first section of the side wall connects a first corner of the side wall to a second corner of the side wall; wherein a second section of the side wall connects a third corner of the side wall to a fourth corner of the side wall; and wherein the first section of the side wall and the second section of the side wall are opposed to each other, characterized in that a position of a shortest distance between the first section of the side wall and the second section of the side wall along an extension direction of the first section of the side wall from the first corner to the second corner is closer to a center between the first corner and the second corner than to the first corner and closer to the center between the first corner and the second corner than to the second corner.
A method for thermal management executed by a data processing system having at least one processor, the method comprising: receiving structural information about a structural composition of a repair field of a structure, wherein the repair field includes a repair area that includes an area that was damaged; generating a map of the repair field using the structural information, wherein the map includes a representation of the repair area; and analyzing the structural information to determine suggested placements of temperature sensors near the repair area, wherein the temperature sensors are used to control a hot bonder and associated heat blanket. receiving structural information about a structural composition of a repair field of a structure, wherein the repair field includes a repair area that includes an area that was damaged; generating a map of the repair field using the structural information, wherein the map includes a representation of the repair area; and analyzing the structural information to determine suggested placements of temperature sensors near the repair area, wherein the temperature sensors are used to control a hot bonder and associated heat blanket.
A method for producing a porous plastics-polymer-based material element comprising the following successive steps: a) providing a plastics-polymer, wherein the plastics-polymer is a polyamide homo- or copolymer; b) dissolving the plastics-polymer in an aqueous inorganic acid selected from sulfuric acid, nitric acid, hydrochloric acid, to obtain an inorganic acid-plastics-polymer solution comprising dissolved plastics-polymer; and c) transferring the inorganic acid-plastics-polymer solution into a liquid precipitation medium, wherein the precipitation medium is selected from substantially pure water, tap water, demineralized water, or double distilled water, to precipitate and form the plastics-polymer-based material element, characterized in that the transfer of the inorganic acid-plastics-polymer solution into the precipitation medium in step c) is carried out in portions; in that the ratio of the plastics-polymer to the aqueous inorganic acid in step b) is at least 20 g/L to about 500 g/L; in that step b) is carried out with heating at a temperature in a range from room temperature to about 150°C; and that after the dissolving step b) and before the transfer step c) the surface tension of the liquid precipitant is broken by means of a surfactant. a) providing a plastics-polymer, wherein the plastics-polymer is a polyamide homo- or copolymer; b) dissolving the plastics-polymer in an aqueous inorganic acid selected from sulfuric acid, nitric acid, hydrochloric acid, to obtain an inorganic acid-plastics-polymer solution comprising dissolved plastics-polymer; and c) transferring the inorganic acid-plastics-polymer solution into a liquid precipitation medium, wherein the precipitation medium is selected from substantially pure water, tap water, demineralized water, or double distilled water, to precipitate and form the plastics-polymer-based material element,
A high frequency module including a storing case and a plurality of high frequency circuits (10, 11, 12), said storing case comprising a multilayer dielectric substrate and a shield cover member, an earth conductor being formed on said multilayer dielectric substrate and configured to be fixed to a reference potential of said plurality of high frequency circuits (10, 11, 12), said earth conductor and the shield cover member thereby forming part of an electromagnetic shield for said plurality of high frequency circuits (10, 11, 12) which are mounted on said earth conductor and arranged in a signal propagation direction, said shield cover member spatially covering said plurality of high frequency circuits (10, 11, 12), the electromagnetically-shielded space between said earth conductor and said shield cover member forming a cavity having in a direction perpendicular to the direction of layer lamination of the multilayer dielectric substrate and perpendicular to an arrangement direction of said plurality of high frequency circuits (10, 11, 12), a length smaller than 1/2 of an effective wavelength in the substrate of a first signal wave generated by a first high frequency circuit of said plurality of high frequency circuits (10, 11, 12), said storing case further comprising a waveguide aperture in said earth conductor, said waveguide aperture being located between said first high frequency circuit and a second high frequency circuit of said plurality of high frequency circuits (10, 11, 12) which generates a second signal wave having a frequency N times, N≥2, higher than that of said first signal wave, said storing case further including an end-short-circuited dielectric waveguide which consists of the portion of the multilayer dielectric substrate that extends in the direction of layer lamination of the multilayer dielectric substrate between said waveguide aperture and an inner-layer earth conductor formed in the multilayer dielectric substrate and that is surrounded by a plurality of through holes electrically connected to the earth conductor and the inner-layer earth conductor, said dielectric waveguide having a length between said waveguide aperture and said inner-layer earth conductor of 1/4 of an effective wavelength in the substrate of said second signal wave.
Arrangement for storing thermal energy, - with a heat-storage system which is configured in three dimensions and which comprises a solid natural material for storing heat, namely a heat-storage material, - where the heat-storage material is surrounded by a flexible fluid-impermeable layer in a manner that at least provides pressure-tight isolation of the heat-storage material from the environment of the heat-storage system, characterized in that - a flexible outer layer is provided, coupled to the flexible fluid-impermeable layer in a manner such that the flexible outer layer exerts an areal force on the flexible fluid-impermeable layer and the flexible fluid-impermeable layer therefore exerts areal pressure on the heat-storage material, and - the flexible outer layer (i) takes the form of a mesh or (ii) is configured as sheet-metal plates overlapping one another in imbricated manner. - with a heat-storage system which is configured in three dimensions and which comprises a solid natural material for storing heat, namely a heat-storage material, - where the heat-storage material is surrounded by a flexible fluid-impermeable layer in a manner that at least provides pressure-tight isolation of the heat-storage material from the environment of the heat-storage system, - a flexible outer layer is provided, coupled to the flexible fluid-impermeable layer in a manner such that the flexible outer layer exerts an areal force on the flexible fluid-impermeable layer and the flexible fluid-impermeable layer therefore exerts areal pressure on the heat-storage material, and - the flexible outer layer (i) takes the form of a mesh or (ii) is configured as sheet-metal plates overlapping one another in imbricated manner.
An apparatus configured for providing a dynamic user interface, the apparatus comprising: an acquiring unit configured to acquire touch information about a user touching a touch screen, wherein the touch screen comprises at least one region of the touch screen and the touch information comprises at least one of a number or a frequency of touches for each region of the touch screen, and start position information and end position information about a continuous touch; an estimation unit configured to calculate a first touchability level for each region of the touch screen based on the number and/or the frequency of touches for each region of the touch screen, calculate a second touchability level for each region by selectively assigning a predetermined weight to the first touchability level based on the start position information and/or the end position information, estimate an optimum touch region of the touch screen based on the calculated second touchability level of each region; and a control unit configured to display a predetermined graphical object on the touch screen based on the optimum touch region. an acquiring unit configured to acquire touch information about a user touching a touch screen, wherein the touch screen comprises at least one region of the touch screen and the touch information comprises at least one of a number or a frequency of touches for each region of the touch screen, and start position information and end position information about a continuous touch; an estimation unit configured to calculate a first touchability level for each region of the touch screen based on the number and/or the frequency of touches for each region of the touch screen, calculate a second touchability level for each region by selectively assigning a predetermined weight to the first touchability level based on the start position information and/or the end position information, estimate an optimum touch region of the touch screen based on the calculated second touchability level of each region; and a control unit configured to display a predetermined graphical object on the touch screen based on the optimum touch region.
An ear device for arrangement at an ear of a person and provided with at least two electrodes (22, 32) for having skin contact and detecting a bioelectrical signal when in use, the ear device comprises - a deformable ear canal part adapted to be arranged in an ear canal of the person, the ear canal part being provided with at least one of the at least two electrodes (22, 32), this at least one electrode being an ear canal electrode for detecting a bioelectrical signal, where the at least one ear canal electrode is arranged at a structure adapted to be deformed when the ear canal part is arranged in an ear canal, such that the at least one ear canal electrode is pressed against the skin of the ear canal, and - an external ear part adapted to be arranged at the ear external to the ear canal and being provided with at least one of the at least two electrodes (22, 32), this at least one electrode being an external ear electrode for detecting a bioelectrical signal, the external ear part comprising at least one bendable arm which is connected to the ear canal part and is adapted to exert a pressure such that the at least one external ear electrode is pressed against the skin when in use, wherein at least part of the bendable arm is at least one of a concha part and a tragus part adapted to be arranged in at least one of a concha region and a tragus region of the ear, further adapted to follow the shape of at least one of the concha and the tragus, wherein preferably the bendable arm is extending from the ear canal part to at least a point at least one of in the concha and at the tragus, where the at least one external ear electrode is held. - a deformable ear canal part adapted to be arranged in an ear canal of the person, the ear canal part being provided with at least one of the at least two electrodes (22, 32), this at least one electrode being an ear canal electrode for detecting a bioelectrical signal, where the at least one ear canal electrode is arranged at a structure adapted to be deformed when the ear canal part is arranged in an ear canal, such that the at least one ear canal electrode is pressed against the skin of the ear canal, and - an external ear part adapted to be arranged at the ear external to the ear canal and being provided with at least one of the at least two electrodes (22, 32), this at least one electrode being an external ear electrode for detecting a bioelectrical signal, the external ear part comprising at least one bendable arm which is connected to the ear canal part and is adapted to exert a pressure such that the at least one external ear electrode is pressed against the skin when in use, wherein at least part of the bendable arm is at least one of a concha part and a tragus part adapted to be arranged in at least one of a concha region and a tragus region of the ear, further adapted to follow the shape of at least one of the concha and the tragus, wherein preferably the bendable arm is extending from the ear canal part to at least a point at least one of in the concha and at the tragus, where the at least one external ear electrode is held.
An integrated instrument for knee arthroplasty planning comprising: a cutting block having an adjustable distance between an anterior cut guide and a posterior cut guide; a first adjuster knob; and a sizer mounted to the cutting block, the sizer comprising: medial and lateral posterior feet (52, 54) having an adjustable distance from one of the cut guides and an adjustable angular position relative to the one of the cut guides; wherein the anterior cut guide and the posterior cut guide are coupled together at an adjustable post; the first adjuster knob being connected to the adjustable post to change the adjustable distance between the anterior cut guide and the posterior cut guide; characterised in that the adjustable post comprises: first and second posts (44, 46) connected to the anterior cut guide and the posterior cut guide, respectively, and telescopically connected to each other; and first and second fingers (72, 74) extending from the first and second posts, respectively; and wherein the first and second fingers are coupled to the first adjuster knob to push and pull the first and second posts away from and toward each other. a cutting block having an adjustable distance between an anterior cut guide and a posterior cut guide; a first adjuster knob; and a sizer mounted to the cutting block, the sizer comprising: medial and lateral posterior feet (52, 54) having an adjustable distance from one of the cut guides and an adjustable angular position relative to the one of the cut guides; wherein the anterior cut guide and the posterior cut guide are coupled together at an adjustable post; the first adjuster knob being connected to the adjustable post to change the adjustable distance between the anterior cut guide and the posterior cut guide; characterised in that the adjustable post comprises: first and second posts (44, 46) connected to the anterior cut guide and the posterior cut guide, respectively, and telescopically connected to each other; and first and second fingers (72, 74) extending from the first and second posts, respectively; and wherein the first and second fingers are coupled to the first adjuster knob to push and pull the first and second posts away from and toward each other. first and second posts (44, 46) connected to the anterior cut guide and the posterior cut guide, respectively, and telescopically connected to each other; and first and second fingers (72, 74) extending from the first and second posts, respectively; and wherein the first and second fingers are coupled to the first adjuster knob to push and pull the first and second posts away from and toward each other.
A knee joint bandage made of elastic textile material and comprising a profile insert which surrounds the patella in a cut-out portion, said insert being covered by a cover attached to said textile material and made of the same or a similar textile material, said profile insert being associated with a flexible inextensible tensioning member (g) which connects the areas of the patella poles on the side of the fibula in an arc around the patella such that when the distance between these areas increases as the knee joint is being bent, the distance of the arc from the connection line of the patella poles will be diminished and that said tensioning member will press on the adjacent side of the patella so as to medially displace as well as center the latter characterized in that said tensioning member is attached to said cover in such a way that it will move along with all the changes in position of said cover, and that, as the knee joint is being bent and the cover is being extended, said cover will exert a displacing force on the tensioning member, causing the latter to displace the patella.
Door arrangement comprising a door frame, a door leaf pivotally mounted on the door frame and an additional locking element, the additional locking element comprising a housing, a movable coupling element and at least one pivot bolt (16, 18), the coupling element comprising a receiving portion on a first side of the housing, the pivot bolt (16, 18) being pivotable between a pivoted-in position and a pivoted-out position by means of moving the coupling element, the pivot bolt (16, 18), in the pivoted-out position, protruding out of the housing on a side facing away from the first side, characterized in that the receiving portion is designed to receive a closure pin of a drive rod of the door arrangement, in that a doorsill is arranged on the door frame and forms a flush surface with a floor abutting the doorsill, and in that a strike plate is integrated into the doorsill, which plate is likewise flush with the floor such that the at least one pivot bolt (16, 18) engages in the strike plate in the pivoted-out position.
An electric arc-welding welding head comprising a contact device and one or more wire feeder units (130, 150), the contact device encompassing an electrode assembly, the electrode assembly comprising at least two fusible continuously-fed wire electrodes (172, 174, 176) arranged in the contact device, characterized in that an electrically insulated duct is provided for electric insulation of at least one of the electrodes so that the electrode is electrically insulated from other electrodes (172, 176) in the electrode assembly, and in that the at least one electrically insulated electrode is a cold electrode.
Apparatus for applying a resurfacing product to the ground, characterized in that it comprises: - a holder capable of being manually moved on the ground by means of multidirectional rolling; and - a tank supported by the holder and capable of containing a liquid resurfacing product; and - a dispensing device in selective communication with a lower region of the tank, characterized in that the dispensing device comprises a tube in which a series of horizontally spaced openings are formed, through which the liquid can flow out under the effect of gravity alone, the tube projecting laterally outside the holder so as to be visible. - a holder capable of being manually moved on the ground by means of multidirectional rolling; and - a tank supported by the holder and capable of containing a liquid resurfacing product; and - a dispensing device in selective communication with a lower region of the tank,