mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: a substrate ; semiconductor light emitting elements mounted on the substrate ; a mold frame that surrounds the periphery of the light emitting elements on the substrate ; and resin layers that fill the inside of the mold frame , the mold frame includes a first mold frame , and a second mold frame formed on top of the first mold frame ; the resin layers comprises: a first resin layer that embeds the light emitting elements in resin and is formed with a height approximately equal to the height of the top of the first mold frame ; and a second resin layer formed on top of the first resin layer with a height approximately equal to the height of the top of the second mold frame , and wavelength-shifting material to change the wavelength of light emitted from the semiconductor light emitting elements is included in at least one of the resin layers, which are the first resin layer and the second resin layer , part of the second mold frame covers the edge of the first resin layer and the top of the first mold frame , and the position (x 2 ) of the bottom edge of the inside surface of the second mold frame is further inside the mold frame than the position (x 3 ) of interface between the first resin layer and the top (upper edge of the opening) of the first mold frame . a substrate ; semiconductor light emitting elements mounted on the substrate ; a mold frame that surrounds the periphery of the light emitting elements on the substrate ; and resin layers that fill the inside of the mold frame , the mold frame includes a first mold frame , and a second mold frame formed on top of the first mold frame ; the resin layers comprises: a first resin layer that embeds the light emitting elements in resin and is formed with a height approximately equal to the height of the top of the first mold frame ; and a second resin layer formed on top of the first resin layer with a height approximately equal to the height of the top of the second mold frame , and a first resin layer that embeds the light emitting elements in resin and is formed with a height approximately equal to the height of the top of the first mold frame ; and a second resin layer formed on top of the first resin layer with a height approximately equal to the height of the top of the second mold frame , and wavelength-shifting material to change the wavelength of light emitted from the semiconductor light emitting elements is included in at least one of the resin layers, which are the first resin layer and the second resin layer , part of the second mold frame covers the edge of the first resin layer and the top of the first mold frame , and the position (x 2 ) of the bottom edge of the inside surface of the second mold frame is further inside the mold frame than the position (x 3 ) of interface between the first resin layer and the top (upper edge of the opening) of the first mold frame .
Façade anchoring for the height-adjustable fastening of a thermally insulated façade in building construction, in which the façade is supported or held by a fastening connected to the inner shell of the building structure, wherein the façade anchoring is formed by a bracket anchor , and in that the load-bearing components of the bracket anchor , which are loaded in tension and/or in bending, consist partly of a material which inhibits the flow of heat and partly of a material which inhibits the flow of heat and has a steel core , characterized in that the steel core , which is of sheet-metal design, and the insulating plates , which inhibit the flow of heat, are connected to one another in a form-fitting manner via sleeves of cylindrical design.
System for producing an injection silicate gel solution for injection into a soil with - a permeabledevice through which a mixing water can flow for pretreatment, - an admixing device for metered admixing of a curing agent, in particular a hydrogen carbonate powder, - a feeding device for feeding liquid silica sol into the pretreated mixing water, and - a mixing device for mixing and homogenizing the fed components with the pretreated mixing water for forming a silicate gel solution characterized in that the permeable device is a filtering device and has at least one filter element for ion exchange, in particular a resin filter, and the filter element comprises an ion exchange resin, in particular a cation exchange resin and/or an anion exchange resin, wherein a feeding device for feeding liquid sodium silicate into the pretreated mixing water is provided. - a permeabledevice through which a mixing water can flow for pretreatment, - an admixing device for metered admixing of a curing agent, in particular a hydrogen carbonate powder, - a feeding device for feeding liquid silica sol into the pretreated mixing water, and - a mixing device for mixing and homogenizing the fed components with the pretreated mixing water for forming a silicate gel solution the permeable device is a filtering device and has at least one filter element for ion exchange, in particular a resin filter, and the filter element comprises an ion exchange resin, in particular a cation exchange resin and/or an anion exchange resin, wherein a feeding device for feeding liquid sodium silicate into the pretreated mixing water is provided.
A nucleotide sequence consisting of a nucleotide sequence as defined in SEQ ID NO : 1 or the sequence complementary to the sequence as defined in SEQ ID NO: 1.
Shower-WC comprising a WC body having a flush water connection for supplying flush water to a flushing space defined by the WC body and having a lower end and an upper end bounded by a WC opening, a drain connection with a primary odor barrier for discharging dirty water from the flushing space as part of a flushing process, an intimate cleansing device supplied via a drinking water line having a drinking water outlet for performing intimate cleansing on a user, and a safety device to protect the drinking water pipe against the entry of contaminated dirty water in accordance with the DIN EN 1717 standard, CHARACTERIZED IN THAT the safety device comprises an emergency opening arranged below an upper edge of the WC opening and defining a highest possible dirty water level in that , in the event of the dirty water rising in the flushing space , drainage of the dirty water via the emergency opening into a surrounding space is ensured, said emergency opening being arranged at least 2 cm below the drinking water outlet.
A method of making an absorbent article having a longitudinal axis (Y-Y) and a transverse axis (X-X), the method comprising: a) delivering a supply of absorbent web in a machine direction and cutting the absorbent web material in a cross-direction to form a repeating nested pattern of generally identically shaped and oppositely oriented absorbent cores that are asymmetrical about the transverse axis (X-X); b) positioning the cut absorbent cores between a continuous web of topsheetand backsheet material, wherein the absorbent cores remain in the cross-direction and are spaced apart in the machine direction; c) stamping out absorbent articles in the cross-direction, wherein adjacent absorbent articles have alternately oriented absorbent cores . a) delivering a supply of absorbent web in a machine direction and cutting the absorbent web material in a cross-direction to form a repeating nested pattern of generally identically shaped and oppositely oriented absorbent cores that are asymmetrical about the transverse axis (X-X); b) positioning the cut absorbent cores between a continuous web of topsheetand backsheet material, wherein the absorbent cores remain in the cross-direction and are spaced apart in the machine direction; c) stamping out absorbent articles in the cross-direction, wherein adjacent absorbent articles have alternately oriented absorbent cores .
A low backpressure rotary compressor , comprising: a housing defining a chamber therein; an air suction pipe disposed on the housing; a motor disposed within the chamber, and dividing the chamber into an upper chamber communicated with the air suction pipe and a lower chamber , a channel being formed within the motor and/or between an outer circumferential surface of the motor and an inner circumferential surface of the housing, and the channel defining a first end communicated with the upper chamber and a second end communicated with the lower chamber ; a compression mechanism disposed below the motor and defining an air suction port ; wherein an exhaust volume of the compressor is V, a total flow area of the channel is S, a rotating speed of the motor is F, and a flowing speed of a gas passing through the channel is ν , so that ν =(V×F)/S, the rotary compressor being characterised in that : when F≤60 rev/s, 2 (m/s) ≤ ν ≤ 25 (m/s); when F>60 rev/s, 8 (m/s) ≤ ν ≤ 40 (m/s). a housing defining a chamber therein; an air suction pipe disposed on the housing; a motor disposed within the chamber, and dividing the chamber into an upper chamber communicated with the air suction pipe and a lower chamber , a channel being formed within the motor and/or between an outer circumferential surface of the motor and an inner circumferential surface of the housing, and the channel defining a first end communicated with the upper chamber and a second end communicated with the lower chamber ; a compression mechanism disposed below the motor and defining an air suction port ; wherein an exhaust volume of the compressor is V, a total flow area of the channel is S, a rotating speed of the motor is F, and a flowing speed of a gas passing through the channel is ν , so that ν =(V×F)/S, the rotary compressor being characterised in that : when F≤60 rev/s, 2 (m/s) ≤ ν ≤ 25 (m/s); when F>60 rev/s, 8 (m/s) ≤ ν ≤ 40 (m/s). when F≤60 rev/s, 2 (m/s) ≤ ν ≤ 25 (m/s); when F>60 rev/s, 8 (m/s) ≤ ν ≤ 40 (m/s).
Sensor for detecting a physical or chemical property from the surroundings of the sensor , which has at least the following components: a measured value pickup , an apparatus for generating a measurement signal and for transmitting same, a housing for protecting at least one of said components, and at least one outer-lying electrical connection for outputting an electrical measurement signal, characterized in that the electrical connection is formed by a spring in connection with a contact area inside the housing , subsequently referred to as inner contact area , wherein the spring extends from the inner contact area through the housing wall and forms outside of the housing an outer contact area , wherein an electrically conductive path between the inner contact area and the outer contact area is able to be produced by means of the spring .
An object recognition method of a refrigerator, the method comprising: obtaining (S1210) a captured image by capturing a storage compartment of the refrigerator; characterized in that the method comprises based on a change of the captured image compared to a prestored original image being identified, identifying (S1220) a change of an image capturing direction of an image capturing device which has captured the storage compartment; and based on the image capturing direction being maintained, performing (S1250) an object recognition operation regarding the captured image. obtaining (S1210) a captured image by capturing a storage compartment of the refrigerator; characterized in that the method comprises based on a change of the captured image compared to a prestored original image being identified, identifying (S1220) a change of an image capturing direction of an image capturing device which has captured the storage compartment; and based on the image capturing direction being maintained, performing (S1250) an object recognition operation regarding the captured image.
An expandable socket (100; 200; 300) for attachment to a portable media player or a portable media player case, the expandable socket (100; 200; 300) comprising: a base (106; 206; 306) adapted to engage a portion of the portable media player or the portable media player case; a cover coupled to the base (106; 206; 306), wherein the cover is movable between a collapsed position and an expanded position; a button (104; 204; 304) coupled to the cover opposite the base (106; 206; 306); a spring (112; 218) arranged within the cover between the base (106; 206; 306) and the button (104; 204; 304); characterized in that the expandable socket (100; 200; 300) further comprises a lock configured to releasably secure the cover in the collapsed position, the lock comprising a first projection carried by the button (104; 204; 304) and arranged to engage a second projection carried by the base (106; 206; 306). a base (106; 206; 306) adapted to engage a portion of the portable media player or the portable media player case; a cover coupled to the base (106; 206; 306), wherein the cover is movable between a collapsed position and an expanded position; a button (104; 204; 304) coupled to the cover opposite the base (106; 206; 306); a spring (112; 218) arranged within the cover between the base (106; 206; 306) and the button (104; 204; 304); characterized in that the expandable socket (100; 200; 300) further comprises a lock configured to releasably secure the cover in the collapsed position, the lock comprising a first projection carried by the button (104; 204; 304) and arranged to engage a second projection carried by the base (106; 206; 306).
A blender system for blending foodstuff, the blender system comprising a blender container , a lid operatively attachable to a top portion of the blender container , and an attachment member operatively attached to a portion of the blender container opposite the lid, characterized in that the attachment member comprises: a body comprising at least one identification tag , wherein the body supports an identification tag of the at least one identification tag and an annular track member operatively supports a loop antenna of the identification tag and wherein the identification tag comprises a radio frequency identification device.
A method for rendering an audio signal in a virtual reality rendering environment , the method comprising, - rendering an origin audio signal of an audio source from an origin source position on an origin sphere around an origin listening position of a listener ; - determining that the listener moves from the origin listening position to a destination listening position ; - determining a destination source position of the audio source on a destination sphere around the destination listening position based on the origin source position by projecting the origin source position from the origin sphere onto the destination sphere ; - determining a destination audio signal of the audio source based on the origin audio signal; and - rendering the destination audio signal of the audio source from the destination source position on the destination sphere around the destination listening position , - wherein the origin source position is projected from the origin sphere onto the destination sphere by a perspective projection with respect to the destination listening position ; and - wherein the origin sphere and the destination sphere have the same radius. - rendering an origin audio signal of an audio source from an origin source position on an origin sphere around an origin listening position of a listener ; - determining that the listener moves from the origin listening position to a destination listening position ; - determining a destination source position of the audio source on a destination sphere around the destination listening position based on the origin source position by projecting the origin source position from the origin sphere onto the destination sphere ; - determining a destination audio signal of the audio source based on the origin audio signal; and - rendering the destination audio signal of the audio source from the destination source position on the destination sphere around the destination listening position , - wherein the origin source position is projected from the origin sphere onto the destination sphere by a perspective projection with respect to the destination listening position ; and - wherein the origin sphere and the destination sphere have the same radius.
Fluid dose-measuring device for dispensing predetermined amounts of fluid from a fluid container (FC), comprising: a. a housing with a stationary part (SP) and a moveable part (MP), wherein the stationary part comprises a connector portion (CP) defining an inlet passage (IP), which connector portion is connectable to the fluid container, wherein the moveable part is configured to engage with an actuator (A) of a dispensing device (DD), and wherein the housing comprises an outlet (O) through which the fluid is to be dispensed, characterized in that the fluid dose-measuring device further comprises: b. an internal gear pump with an inner gear (IG) and an outer gear (OG) for transporting fluid from the inlet passage of the housing to the outlet of the fluid dose-measuring device upon actuation by the actuator of the dispensing device, wherein the moveable part is rotatable relative to the stationary part about a longitudinal axis (LA) of the housing, wherein the moveable part of the housing is connected to the outer gear of the internal gear pump, so that external actuation of the moveable part of the housing allows to rotate the inner and outer gear of the internal gear pump relative to the stationary part of the housing. a. a housing with a stationary part (SP) and a moveable part (MP), wherein the stationary part comprises a connector portion (CP) defining an inlet passage (IP), which connector portion is connectable to the fluid container, wherein the moveable part is configured to engage with an actuator (A) of a dispensing device (DD), and wherein the housing comprises an outlet (O) through which the fluid is to be dispensed,
A method for fabricating a superconducting integrated circuit, the method comprising: depositing a first superconducting metal layer on a substrate , the first superconducting metal layer which is superconductive in a respective range of temperatures; patterning the first superconducting metal layer to form a first wiring layer, the first wiring layer comprising a first set of one or more superconducting traces; depositing a second superconducting metal layer to overlie at least a portion of the first wiring layer, the second superconducting metal layer which is superconductive in a respective range of temperatures; patterning the second superconducting metal layer to form a first plurality of superconducting stud vias in the second superconducting metal layer, each superconducting stud via of the first plurality of superconducting stud vias electrically coupled to at least one of the traces in the first set of one or more superconducting traces; depositing a kinetic inductance layer to overlie at least one of the plurality of superconducting stud vias, wherein the kinetic inductance layer comprises a material superconductive in a respective range of temperatures, the material which causes a larger proportion of energy stored in the kinetic inductance layer to be stored as kinetic inductance than magnetic inductance, patterning the kinetic inductance layer to form a kinetic inductor comprising two electrodes and depositing a first passivation layer to overlie at least a portion of the kinetic inductance layer. depositing a first superconducting metal layer on a substrate , the first superconducting metal layer which is superconductive in a respective range of temperatures; patterning the first superconducting metal layer to form a first wiring layer, the first wiring layer comprising a first set of one or more superconducting traces; depositing a second superconducting metal layer to overlie at least a portion of the first wiring layer, the second superconducting metal layer which is superconductive in a respective range of temperatures; patterning the second superconducting metal layer to form a first plurality of superconducting stud vias in the second superconducting metal layer, each superconducting stud via of the first plurality of superconducting stud vias electrically coupled to at least one of the traces in the first set of one or more superconducting traces; depositing a kinetic inductance layer to overlie at least one of the plurality of superconducting stud vias, wherein the kinetic inductance layer comprises a material superconductive in a respective range of temperatures, the material which causes a larger proportion of energy stored in the kinetic inductance layer to be stored as kinetic inductance than magnetic inductance, patterning the kinetic inductance layer to form a kinetic inductor comprising two electrodes and depositing a first passivation layer to overlie at least a portion of the kinetic inductance layer.
A display device comprising: a display area , a pixel circuit area adjacent to the display area , and a functional module area between the display area and the pixel circuit area ; an inorganic insulating layer in the display area ; a light phase compensation layer in the functional module area and including a same material as the inorganic insulating layer of the display area ; a signal line corresponding to the light phase compensation layer , in the functional module area , and extending from the functional module area to the pixel circuit area ; and an organic insulating layer facing the inorganic insulating layer , in the display area , and extending from the display area to the functional module area to face the light phase compensation layer with the signal line therebetween, wherein the light phase compensation layer compensates for the phase difference between a first light (L1) passing through a portion overlapping the signal line , and a second light (L2) passing through a portion not overlapping the signal line , wherein both the first light (L1) and second light (L2) are external light, incident to the functional module area , and wherein the signal line overlaps the light phase compensation layer . a display area , a pixel circuit area adjacent to the display area , and a functional module area between the display area and the pixel circuit area ; an inorganic insulating layer in the display area ; a light phase compensation layer in the functional module area and including a same material as the inorganic insulating layer of the display area ; a signal line corresponding to the light phase compensation layer , in the functional module area , and extending from the functional module area to the pixel circuit area ; and an organic insulating layer facing the inorganic insulating layer , in the display area , and extending from the display area to the functional module area to face the light phase compensation layer with the signal line therebetween, wherein the light phase compensation layer compensates for the phase difference between a first light (L1) passing through a portion overlapping the signal line , and a second light (L2) passing through a portion not overlapping the signal line , wherein both the first light (L1) and second light (L2) are external light, incident to the functional module area , and wherein the signal line overlaps the light phase compensation layer .
A compound of formula (I), also known as tC O TP, or a salt thereof: