mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: at least a first phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C); and at least a second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C); wherein the first phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) and the second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) are arranged to combine light emitted by the first phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) with light emitted by the second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) to provide a white light output from the light emitting device; characterized in that the first phosphor-converted LED (112A-112D, 118; 124, 410, 494A-494C) is configured to emit light having a desaturated orange color point comprising CIE 1976 color coordinates 0.3<u'<0.3 5 and v'>0.52; and the second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) is configured to emit light having a desaturated cyan color point comprising CIE 1976 color coordinates 0.15<u'<0.20 and 0.47<v'<0.52. at least a first phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C); and at least a second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C); wherein the first phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) and the second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) are arranged to combine light emitted by the first phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) with light emitted by the second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) to provide a white light output from the light emitting device; characterized in that the first phosphor-converted LED (112A-112D, 118; 124, 410, 494A-494C) is configured to emit light having a desaturated orange color point comprising CIE 1976 color coordinates 0.3<u'<0.3 5 and v'>0.52; and the second phosphor-converted LED (112A-112D, 118, 124, 410, 494A-494C) is configured to emit light having a desaturated cyan color point comprising CIE 1976 color coordinates 0.15<u'<0.20 and 0.47<v'<0.52.
An ablation layer for a photosensitive resin for a relief printing plate, the ablation layer comprising at least an acid-modified polymer and an infrared-absorbing agent and having a layer acid value as defined below of 6 mg KOH/g or more and 400 mg KOH/g or less, and a neutralized salt ratio as defined below of 0.9 or less wherein the layer acid value and neutralized salt ratio are defined as: Layer acid value = Acid value of the acid-modified polymer × Mass ratio of the acid-modified polymer to an entire ablation layer ; and Neutralized salt ratio = Number of moles of polymer wherein acid in the acid-modified polymer exists in neutralized salt state / Total number of moles of the acid-modified polymer .
A display apparatus comprising: a display surface configured to display an image; and a concave mirror configured to reflect light beams from the display surface toward a transparent member reflecting some of the light beams that have been input thereto and transmitting the remaining light beams that have been input thereto, wherein a first light beam (L1) and a second light beam (L2) that reach the transparent member from one point (P) on the display surface are incident on the transparent member in parallel to each other by the reflection in the concave mirror , and a virtual image of the image is presented by the transparent member , a curvature of the concave mirror or a distance on an optical path from the concave mirror to the display surface is adjusted in such a way that an optical path of the first light beam (L1) after the first light beam (L1) is reflected in the transparent member coincides with an optical path of the second light beam (L2) after the second light beam (L2) is reflected in the transparent member . a display surface configured to display an image; and a concave mirror configured to reflect light beams from the display surface toward a transparent member reflecting some of the light beams that have been input thereto and transmitting the remaining light beams that have been input thereto, wherein a first light beam (L1) and a second light beam (L2) that reach the transparent member from one point (P) on the display surface are incident on the transparent member in parallel to each other by the reflection in the concave mirror , and a virtual image of the image is presented by the transparent member , a curvature of the concave mirror or a distance on an optical path from the concave mirror to the display surface is adjusted in such a way that an optical path of the first light beam (L1) after the first light beam (L1) is reflected in the transparent member coincides with an optical path of the second light beam (L2) after the second light beam (L2) is reflected in the transparent member .
Electric shaver comprising a handle , a shaver head including at least one cutter unit which includes a drivable cutter element and a shear foil , and a motor connected to said cutter element via a drive transmitter , wherein said shaver head is connected to said handle by means of a support structure providing for a swivel and tilting axes about which said shaver head may swivel or tilt relative to said handle , said swivel and tilting axes extending adjacent to each other and adjacent to said cutter element in directions transverse to each other, wherein said support structure includes a pair of link arms forming a four-joint linkage with each link arm having a head joint connected to a shaver head part and a handle joint connected to the handle or a base part connected thereto, wherein said link arms are mounted in a standing configuration with the head joints of the link arms further away from the handle than the handle joints of the link arms , characterized in that said link arms are configured to define for a virtual center point of the shaver head a trajectory having a double pitch roof configuration comprising two branches diverging from each other towards the handle , wherein said virtual center point is a point fixed with the shaver head part connected to the head joints of the link arms and positioned in the region of the cutter element in the center thereof, and in that said motor is received in said handle on a side of the handle joints opposite to the shaver head, wherein said drive transmitter includes a drive shaft extending from said handle into said shaver head and passing said link arms , wherein the four joint linkage's pivot axes defined by the handle joints and the head joints extend transverse to said drive shaft on opposite sides thereof.
A method of coordinating transmissions of a coordinated wireless access point, in the following also referred to as AP, using a coordinator wireless AP, the method comprising: obtaining a transmission opportunity, in the following also referred to as TXOP, at the coordinator wireless AP ; sending a frame comprising an A-Control subfield from the coordinator wireless AP to the coordinated wireless AP, the A-Control subfield comprising a TXOP duration and a TXOP bandwidth ; and signaling the coordinated wireless AP, by the coordinator wireless AP, to grant a portion of a bandwidth allocated by the TXOP to the coordinated wireless AP according to the TXOP duration and the TXOP bandwidth , wherein the coordinated wireless AP services a wireless station using the portion of the bandwidth, wherein performing an RTS/CTS handshake with the coordinated wireless AP, wherein the RTS/CTS handshake comprises a CTS-to-self frame, and the CTS-to-self frame comprises a CTS type field and a user info field that identifies a non-AP wireless station, in the following also referred to as STA, serviced by the coordinated wireless AP, and in that the frame that is sent from the coordinator wireless AP to the coordinated wireless AP further comprises a maximum transmit power, and wherein the coordinated wireless AP transmits data frames to the wireless station in a first basic service set, in the following also referred to as BSS, using the maximum transmit power. obtaining a transmission opportunity, in the following also referred to as TXOP, at the coordinator wireless AP ; sending a frame comprising an A-Control subfield from the coordinator wireless AP to the coordinated wireless AP, the A-Control subfield comprising a TXOP duration and a TXOP bandwidth ; and signaling the coordinated wireless AP, by the coordinator wireless AP, to grant a portion of a bandwidth allocated by the TXOP to the coordinated wireless AP according to the TXOP duration and the TXOP bandwidth , wherein the coordinated wireless AP services a wireless station using the portion of the bandwidth, wherein performing an RTS/CTS handshake with the coordinated wireless AP, wherein the RTS/CTS handshake comprises a CTS-to-self frame, and the CTS-to-self frame comprises a CTS type field and a user info field that identifies a non-AP wireless station, in the following also referred to as STA, serviced by the coordinated wireless AP, and in that the frame that is sent from the coordinator wireless AP to the coordinated wireless AP further comprises a maximum transmit power, and wherein the coordinated wireless AP transmits data frames to the wireless station in a first basic service set, in the following also referred to as BSS, using the maximum transmit power.
A scanner for a scanning probe microscope (SPM) wherein the scanning probe microscope (SPM) includes a head and the scanner comprises: a scanner body housing an actuator and a sensor , the sensor detecting scanner movement; and wherein the scanner body is configured to be removable from the head by hand and without the use of tools and wherein the scanner has a total volume of less than about 81,93532 cubic centimetres, characterized in that the scanner body has a) a first open end for coupling the scanner to a free end portion of the head of the SPM, the free end portion having an outer surface extending towards a sample, wherein the first open end is a top end of the scanner body and b) a second closed end that supports a probe holder , wherein the second closed end is a bottom end of the scanner body , wherein the body has an inner surface extending between the first and second ends , and wherein the outer surface and the inner surface are similarly tapered so as to be mated to one another in order to provide a scanner body with a taper mount to be rigidly coupled to the head . a scanner body housing an actuator and a sensor , the sensor detecting scanner movement; and wherein the scanner body is configured to be removable from the head by hand and without the use of tools and wherein the scanner has a total volume of less than about 81,93532 cubic centimetres, characterized in that the scanner body has a) a first open end for coupling the scanner to a free end portion of the head of the SPM, the free end portion having an outer surface extending towards a sample, wherein the first open end is a top end of the scanner body and b) a second closed end that supports a probe holder , wherein the second closed end is a bottom end of the scanner body , a) a first open end for coupling the scanner to a free end portion of the head of the SPM, the free end portion having an outer surface extending towards a sample, wherein the first open end is a top end of the scanner body and b) a second closed end that supports a probe holder , wherein the second closed end is a bottom end of the scanner body , wherein the body has an inner surface extending between the first and second ends , and wherein the outer surface and the inner surface are similarly tapered so as to be mated to one another in order to provide a scanner body with a taper mount to be rigidly coupled to the head .
An ergonomic pad comprising: a bladder formed of a pliable material; a granular material disposed within the bladder and at least partially filling the bladder; and a port coupled to the bladder, the port configured to enable evacuation of air from the bladder, wherein the bladder comprises a sealable opening distinct from the port to add or remove the granular material, which ergonomic pad is arrangeable at a desired work position in which work position air is removable from the ergonomic pad to cause the ergonomic pad to conform to a shape of the work position, wherein the ergonomic pad is configured to maintain this shape, and wherein air is re-introduceable to the ergonomic pad so that the ergonomic pad is pliable or conformable and ready for reuse at another work area. a bladder formed of a pliable material; a granular material disposed within the bladder and at least partially filling the bladder; and a port coupled to the bladder, the port configured to enable evacuation of air from the bladder, wherein the bladder comprises a sealable opening distinct from the port to add or remove the granular material, which ergonomic pad is arrangeable at a desired work position in which work position air is removable from the ergonomic pad to cause the ergonomic pad to conform to a shape of the work position, wherein the ergonomic pad is configured to maintain this shape, and wherein air is re-introduceable to the ergonomic pad so that the ergonomic pad is pliable or conformable and ready for reuse at another work area.
A power failure detection circuit, comprising a first PMOS FET (mpl), a second PMOS FET (mp2), a first NMOS FET (mn2), a second NMOS FET (mn3) and a reset transistor (mn1), wherein the source electrode of the first PMOS FET (mp1) is connected with a power supply terminal (VCC), the gate electrode of the first PMOS FET (mp1) is connected with the drain electrode of the second PMOS FET (mp2), and the drain electrode of the first PMOS FET (mp1) is connected with the drain electrode of the first NMOS FET (mn2); the source electrode of the second PMOS FET (mp2) is connected with the power supply terminal (VCC), the gate electrode of the second PMOS FET (mp2) is connected with the drain electrode of the first PMOS FET (mpl), and the drain electrode of the second PMOS FET (mp2) is connected with the drain electrode of the second NMOS FET (mn3); the gate electrode of the first NMOS FET (mn2) is connected with the drain electrode of the second NMOS FET (mn3); the source electrode of the first NMOS FET (mn2) is grounded; the gate electrode of the second NMOS FET (mn3) is connected with the drain electrode of the first NMOS FET (mn2), and the source electrode of the second NMOS FET (mn3) is grounded; the PN junction area of the drain electrode of the first PMOS FET (mp1) is greater than the PN junction area of the drain electrode of the first NMOS FET (mn2); the PN junction area of the drain electrode of the second NMOS FET (mn3) is greater than the PN junction area of the drain electrode of the second PMOS FET (mp2); and the current electrode of the reset transistor (mn1) is electrically connected with the drain electrode of the first PMOS FET (mp1) to output a reset electrical signal.
Vehicle trim element comprising at least one decorative element made of a first material, said decorative element comprising an outer surface which forms a portion of the visible surface of the trim element , and an inner surface, said decorative element being arranged on a film made of plastics material , which is different from the first material, said film comprising at least one rear region which extends over the inner surface of the decorative element , said film being arranged at least partially on a substrate , the film further comprising at least one peripheral region which extends around at least one portion of the decorative element and forms another portion of the visible surface of the trim element , characterized in that the decorative element comprises at least one opening which passes through said element, a peripheral region of the film extending into said opening and forming the visible surface of the trim element in said opening .
A fascial abrasion technique tool for massaging the fascia of a user, comprising an elongate rigid body comprising a first flat surface , and a second flat surface opposite from the first flat surface, and a peripheral edge extending about the circumference of the body of tool between the first and second flat surfaces, characterized in that said peripheral edge is non-sharp, and is formed in a linear shape, or a curved or arc shape, and all or a portion of said peripheral edge includes at least one treating surface, wherein said at least one treating surface on said peripheral edge has a textured surface with a textured depth of between 0.05 mm to 2.5 mm, and wherein said textured surface acts as a skin-contacting portion of the tool in order to provide non-invasive contact of the textured surface with the user's skin.
A method at a computing device for sharing data between at least one publisher of the data and at least one subscriber to the data, the method comprising: defining a dynamically linked data library (DLDL) to include executable code ; loading the DLDL from a first process of a first publisher, the loading causing a memory allocation of shared executable code , private data and shared data in a physical memory location; mapping the memory allocation of shared executable code , private data and shared data to a virtual memory location for the first process; executing the DLDL by a second process of a first subscriber, the executing causing mapping of the memory allocation of shared executable code and the shared data for the first process to be mapped to a virtual memory location for the second process; and allocating private data in physical memory and mapping to a virtual memory location for the second process, wherein the DLDL further includes a data object manager that creates a pool of data objects within the shared data allocation, the method further comprising: allocating a data object from the pool of data objects to the first process; receiving , at the object manager, a publication notification from the first process; notifying the second process of the publication; receiving a release from the second process, after said second process consumed the allocated data object; and returning the data object to the pool for future allocation. defining a dynamically linked data library (DLDL) to include executable code ; loading the DLDL from a first process of a first publisher, the loading causing a memory allocation of shared executable code , private data and shared data in a physical memory location; mapping the memory allocation of shared executable code , private data and shared data to a virtual memory location for the first process; executing the DLDL by a second process of a first subscriber, the executing causing mapping of the memory allocation of shared executable code and the shared data for the first process to be mapped to a virtual memory location for the second process; and allocating private data in physical memory and mapping to a virtual memory location for the second process, wherein the DLDL further includes a data object manager that creates a pool of data objects within the shared data allocation, the method further comprising: allocating a data object from the pool of data objects to the first process; receiving , at the object manager, a publication notification from the first process; notifying the second process of the publication; receiving a release from the second process, after said second process consumed the allocated data object; and returning the data object to the pool for future allocation. allocating a data object from the pool of data objects to the first process; receiving , at the object manager, a publication notification from the first process; notifying the second process of the publication; receiving a release from the second process, after said second process consumed the allocated data object; and returning the data object to the pool for future allocation.
A device for treating a container to be treated in a container treatment system, comprising a lifting device for individual lifting positioning of a container to be treated relative to a treatment element, a lifting position sensor for determining the lifting position of the lifting device , an evaluation device , which is configured to determine the lifting behavior of the lifting device , and an actuating device , which is configured to actuate the lifting device taking into account the lifting behavior of the lifting device determined in the evaluation device , characterized in that the evaluation device is configured to determine the lifting behavior on the basis of a lifting time (Δt) of the lifting device from a first lifting position to a second lifting position.
A faucet comprising: a spout having a first connector disposed proximate an end of the spout and protruding toward an interior of the spout ; and a socket insertable into the end of the spout , the socket having a second connector and at least one magnetic coupling element , the second connector being configured to couple to the first connector to at least partially retain the socket when the socket is inserted into the end of the spout , wherein the socket comprises a clip member , wherein the clip member comprises an outwardly protruding engagement member ; a hose disposable in the spout and through the socket when the socket is inserted into the end of the spout ; a pull-out spray head fluidly connectable to the hose and configured to dock at the end of the spout ; and at least one complementary magnetic coupling element configured to magnetically couple to the at least one magnetic coupling element of the socket when the pull-out spray head is docked; characterised in that the first connector is formed as a depression in an exterior surface of the spout that points inwardly into the interior of the spout . a spout having a first connector disposed proximate an end of the spout and protruding toward an interior of the spout ; and a socket insertable into the end of the spout , the socket having a second connector and at least one magnetic coupling element , the second connector being configured to couple to the first connector to at least partially retain the socket when the socket is inserted into the end of the spout , wherein the socket comprises a clip member , wherein the clip member comprises an outwardly protruding engagement member ; a hose disposable in the spout and through the socket when the socket is inserted into the end of the spout ; a pull-out spray head fluidly connectable to the hose and configured to dock at the end of the spout ; and at least one complementary magnetic coupling element configured to magnetically couple to the at least one magnetic coupling element of the socket when the pull-out spray head is docked;