mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device package comprising: a package body; a light emitting device located on the package body, the light emitting device emitting light having a first wavelength band; a transparent substrate located over the light emitting device with a distance therebetween; a wavelength conversion layer located on the transparent substrate, wherein the wavelength conversion layer absorbs and converts at least a part of the light having the first wavelength band into light having a second wavelength band; and a color calibration layer located on the wavelength conversion layer, the color calibration layer calibrating color of the wavelength conversion layer, characterized in that: the second wavelength band corresponds to yellow light, and the color calibration layer has color complement with color corresponding to the yellow light. a package body; a light emitting device located on the package body, the light emitting device emitting light having a first wavelength band; a transparent substrate located over the light emitting device with a distance therebetween; a wavelength conversion layer located on the transparent substrate, wherein the wavelength conversion layer absorbs and converts at least a part of the light having the first wavelength band into light having a second wavelength band; and a color calibration layer located on the wavelength conversion layer, the color calibration layer calibrating color of the wavelength conversion layer, characterized in that: the second wavelength band corresponds to yellow light, and the color calibration layer has color complement with color corresponding to the yellow light.
A method of preparing a positive electrode for a secondary battery, the method comprising: preparing a positive electrode by forming a positive electrode active material layer including a positive electrode active material, a conductive agent, and a binder on a positive electrode collector; impregnating the positive electrode in a sacrificial salt solution including a sacrificial salt additive; and after the impregnating of the positive electrode in the sacrificial salt solution, drying the positive electrode to fill pores of the positive electrode active material layer with the sacrificial salt additive, wherein the sacrificial salt additive decomposes into lithium and N 2, CO, or CO 2 during charge so that the lithium is charged into a negative electrode and N 2, CO, or CO 2 are vaporized and removed through a gas supply process. preparing a positive electrode by forming a positive electrode active material layer including a positive electrode active material, a conductive agent, and a binder on a positive electrode collector; impregnating the positive electrode in a sacrificial salt solution including a sacrificial salt additive; and after the impregnating of the positive electrode in the sacrificial salt solution, drying the positive electrode to fill pores of the positive electrode active material layer with the sacrificial salt additive, wherein the sacrificial salt additive decomposes into lithium and N 2, CO, or CO 2 during charge so that the lithium is charged into a negative electrode and N 2, CO, or CO 2 are vaporized and removed through a gas supply process.
A method comprising: identifying a sequence of read returns to be sent to a host device over an interface, wherein the interface is to comprise a transactional buffered memory interface, and the sequence is to comprise at least a first read return to a first read request and a second read return to a second read request; encoding a tracker identifier of the second read return in the first read return; sending the first read return with the tracker identifier of the second read return to the host device; and sending the second read return to the host device after the first read return is sent. encoding a tracker identifier of the second read return in the first read return; sending the first read return with the tracker identifier of the second read return to the host device; and sending the second read return to the host device after the first read return is sent.
An elevator system comprising: a hoistway accessible by at least one hoistway door (10a, 10b, 10c); at least one elevator car located in the hoistway; a hoistway door switch (12a, 12b, 12c) associated with the at least one hoistway door (10a, 10b, 10c); at least one inspection switch; at least one emergency stop switch (18, 20); and an elevator controller; characterised in that the elevator controller is configured: to monitor the hoistway door switch (12a, 12b, 12c), the inspection switch and the emergency stop switch (18, 20); and to prevent inspection mode operation of the elevator car until at least one change of state is detected of each of the hoistway door switch (12a, 12b, 12c), the inspection switch and the emergency stop switch (18, 20). a hoistway accessible by at least one hoistway door (10a, 10b, 10c); at least one elevator car located in the hoistway; a hoistway door switch (12a, 12b, 12c) associated with the at least one hoistway door (10a, 10b, 10c); at least one inspection switch; at least one emergency stop switch (18, 20); and an elevator controller; to monitor the hoistway door switch (12a, 12b, 12c), the inspection switch and the emergency stop switch (18, 20); and to prevent inspection mode operation of the elevator car until at least one change of state is detected of each of the hoistway door switch (12a, 12b, 12c), the inspection switch and the emergency stop switch (18, 20).
Household appliance having a housing which surrounds a receiving space, and having a door with which a loading opening of the receiving space can be closed and which is arranged so that it can pivot relative to the housing, and in the open state can be retracted into a stowing area in the housing, wherein the door is coupled to a guide device with which the movement into and out of the stowing area is guided, and the guide device has at least one bracket-shaped bearing unit which is rotatably mounted about an axis of rotation and on which at least two guide elements (19, 20) are arranged, wherein on a first partial movement path of an overall movement path of the door measured between an open and a closed position of the door a distance between a first guide element and the axis of rotation of the bearing unit can be varied, characterised in that on the first partial movement path the first guide element moves on a circular path whose radius is the distance of the first guide element from a second guide element of the at least two guide elements (19, 20), wherein on the first partial movement path, which measures from the closed position to a particular opening angle width, an increase in distance between the first guide element and the axis of rotation can be achieved.
Method for joining two parts (10, 20, 50, 60, 70, 80), referred to as first and second parts, the first part being made of a composite material with fibrous reinforcement embedded in a thermosetting or thermoplastic matrix, the method comprising the steps of: - obtaining the first part (10, 20, 80), comprising a first amorphous thermoplastic film (13, 23, 83) over all or part of an outer surface, - positioning the first part and the second part such that the first amorphous thermoplastic film (13, 23, 83) is placed facing the second part, - introducing a thermosetting resin between the first amorphous thermoplastic film (13, 23, 83) and the second part, - at least partially polymerizing said thermosetting resin. - obtaining the first part (10, 20, 80), comprising a first amorphous thermoplastic film (13, 23, 83) over all or part of an outer surface, - positioning the first part and the second part such that the first amorphous thermoplastic film (13, 23, 83) is placed facing the second part, - introducing a thermosetting resin between the first amorphous thermoplastic film (13, 23, 83) and the second part, - at least partially polymerizing said thermosetting resin.
A method of wireless communication in a cellular network having an uplink comprising a plurality of uplink carriers including an anchor carrier and a secondary carrier, and a downlink comprising a plurality of downlink carriers, the method comprising: providing feedback information corresponding to the plurality of downlink carriers, on an uplink channel on each of respective carriers (802, 804) in a subset of the plurality of uplink carriers; providing the anchor carrier with a 10 ms transmission time interval; and providing the secondary carrier with a 2 ms transmission time interval. providing feedback information corresponding to the plurality of downlink carriers, on an uplink channel on each of respective carriers (802, 804) in a subset of the plurality of uplink carriers; providing the anchor carrier with a 10 ms transmission time interval; and providing the secondary carrier with a 2 ms transmission time interval.
A multiphase voltage regulator, comprising: a plurality of power stages, each of which is configured to deliver a phase current to a load; a plurality of current sense circuits, each of which is configured to provide a current sense signal (Isenl, IsenN) representative of the phase current delivered to the load by the power stage coupled to the current sense circuit; a controller configured to control the plurality of power stages to regulate an output voltage (Vout) provided to the load, based at least partly on the current sense signals (Isenl, IsenN) provided by the current sense circuits; a current sense interface running between the controller and one or more of the current sense circuits, the current sense interface comprising a separate line for each current sense circuit coupled to the current sense interface and which is configured to support single-ended or differential current sense; and a plurality of pullup circuits, each of which is connected to one of the current sense interface lines and has a higher impedance than the line to which the pullup circuit is connected, wherein the controller comprises a fault detection circuit configured to determine if an individual one of the current sense interface lines has an open fault, based on the pullup circuit connected to the line with the open fault pulling up the voltage on the line by more than a predetermined amount. a plurality of power stages, each of which is configured to deliver a phase current to a load; a plurality of current sense circuits, each of which is configured to provide a current sense signal (Isenl, IsenN) representative of the phase current delivered to the load by the power stage coupled to the current sense circuit; a controller configured to control the plurality of power stages to regulate an output voltage (Vout) provided to the load, based at least partly on the current sense signals (Isenl, IsenN) provided by the current sense circuits; a current sense interface running between the controller and one or more of the current sense circuits, the current sense interface comprising a separate line for each current sense circuit coupled to the current sense interface and which is configured to support single-ended or differential current sense; and a plurality of pullup circuits, each of which is connected to one of the current sense interface lines and has a higher impedance than the line to which the pullup circuit is connected, wherein the controller comprises a fault detection circuit configured to determine if an individual one of the current sense interface lines has an open fault, based on the pullup circuit connected to the line with the open fault pulling up the voltage on the line by more than a predetermined amount.
A process for producing a silvered wound dressing including the steps of (i) forming a fabric comprising gel forming fibres and (ii) contacting the fabric with a solution containing silver ions by spraying the solution onto the fabric. (i) forming a fabric comprising gel forming fibres and (ii) contacting the fabric with a solution containing silver ions by spraying the solution onto the fabric.
A self-lubricating fabric wherein warp yarns or weft yarns of the fabric are composite yarns formed from fluorinated resin yarns and other yarns, and wherein the ratio of the section diameter of the other yarns to the section diameter of the fluorinated resin yarns in the composite yarns is 0.12 to 0.80, characterized in that, the surface area of the other yarns on one surface of the fabric takes up 2 to 30% of the total surface area of the composite yarns, measured by a method as set out in the description.
A photodetecting circuit comprising: an adder, selectively adding outputs of a plurality of circuits for photodetection; each of the circuits for photodetection in turn comprising: a photodetecting element; a transimpedance amplifier for photodetection, with a first input terminal connected to the photodetecting element; a transconductance amplifier, with a first input terminal connected to an output terminal of the transimpedance amplifier for photodetection; and a feedback circuit, connected between the output terminal of the transimpedance amplifier for photodetection and the first input terminal of the transimpedance amplifier for photodetection and applying feedback to keep fixed an output voltage of the transimpedance amplifier for photodetection. a photodetecting element; a transimpedance amplifier for photodetection, with a first input terminal connected to the photodetecting element; a transconductance amplifier, with a first input terminal connected to an output terminal of the transimpedance amplifier for photodetection; and a feedback circuit, connected between the output terminal of the transimpedance amplifier for photodetection and the first input terminal of the transimpedance amplifier for photodetection and applying feedback to keep fixed an output voltage of the transimpedance amplifier for photodetection.
A vacuum cleaner that has: a receptacle; a lid that fits on the receptacle; a screen cage that is attached to the lid and extends into the receptacle; a power head that is attached to and can be removed from the lid by a consumer while the lid remains attached to the receptacle; a replaceable filter that mounts to the power head and can be removed and replaced by a consumer while the lid and the attached screen cage remain attached to the receptacle; and a vacuum source that develops an airflow that leads into the interior of the receptacle, through the screen cage, to the replaceable filter. a receptacle; a lid that fits on the receptacle; a screen cage that is attached to the lid and extends into the receptacle; a power head that is attached to and can be removed from the lid by a consumer while the lid remains attached to the receptacle; a replaceable filter that mounts to the power head and can be removed and replaced by a consumer while the lid and the attached screen cage remain attached to the receptacle; and a vacuum source that develops an airflow that leads into the interior of the receptacle, through the screen cage, to the replaceable filter.
A composition for use in treating a mammalian subject having a bone defect, comprising: a hydrated gel, paste, or putty including a mixture of a particulate acellular dermal matrix and demineralized bone powder adapted to be placed in the bone defect of the mammalian subject. a hydrated gel, paste, or putty including a mixture of a particulate acellular dermal matrix and demineralized bone powder adapted to be placed in the bone defect of the mammalian subject.
A system for printing press operation of a printing press, in particular a sheet-fed printing press, comprising a printing press control station and a plurality of control-side modules, which are arranged so as to be distributed in the printing press, characterized by at least one three-dimensionally capturing capturing device, which reacts to gestures in a contact-free manner and which is arranged on the printing press control station or in the operating region of the printing press control station and which can be activated by a person working at the printing press by means of a gesture, and by means of which capturing device data or control signals or information activities can be generated and transmitted by the person working at the printing press by performing gestures via an interface in connection with a large-screen monitor arranged on the printing press control station, wherein, originating from the capturing device, data or control signals for the operation of the printing press can be generated and transmitted via the printing press control and/or the printing press control station by the person working on the printing press, and wherein the recording device is embodied as 3D sensor for identifying hand and finger gestures, wherein the capturing device is assigned to an operating region upstream of the printing press control station and wherein the capturing device is adjustably arranged on the printing press control station.
A method for producing a blasting media (18; 41) for blasting elements, surfaces, interior spaces and similar, the blasting media comprising CO 2 and water, wherein the CO 2 and the water are solidified, wherein first solid particles, (14, 16) made from CO 2 and second solid particles (2, 15) made from water are produced separately, joined subsequently, in particular mixed, wherein the second particles are comminuted before joining, characterized in that the comminuting of the second particles is performed at temperatures of -15° C to -40° C.
A LTA4H inhibitor for use in the treatment or the prevention of hidradenitis suppurativa in a patient in need of such treatment or prevention, wherein said LTA4H inhibitor is -3-amino-4-(5-(4-((5-chloro-3-fluoropyridin-2-yl)oxy)phenyl)-2 H- tetrazol-2-yl)butanoic acid, or a pharmaceutically acceptable salt thereof; or a crystalline form of -3-amino-4-(5-(4-((5-chloro-3-fluoropyridin-2-yl)oxy)phenyl)-2 H -tetrazol-2-yl)butanoic acid in its free form.
A medical device delivery system, comprising: a support catheter having proximal and distal sections (302,304) and a lumen having an inner shoulder separating the proximal and distal sections (302,304), the catheter lumen having a larger diameter in the proximal section than in the distal section, wherein at least part of the distal section of the catheter is configured to be positioned within cerebral vasculature of a patient and at least part of the proximal section of the catheter is configured to be positioned within non-cerebral vasculature of a patient; and an introducer sheath having a distal section and a lumen extending therethrough, the sheath being advanceable within the catheter lumen of the catheter proximal section to contact a distal end portion of the sheath against the catheter inner shoulder to stabilize the sheath within the catheter. a support catheter having proximal and distal sections (302,304) and a lumen having an inner shoulder separating the proximal and distal sections (302,304), the catheter lumen having a larger diameter in the proximal section than in the distal section, wherein at least part of the distal section of the catheter is configured to be positioned within cerebral vasculature of a patient and at least part of the proximal section of the catheter is configured to be positioned within non-cerebral vasculature of a patient; and an introducer sheath having a distal section and a lumen extending therethrough, the sheath being advanceable within the catheter lumen of the catheter proximal section to contact a distal end portion of the sheath against the catheter inner shoulder to stabilize the sheath within the catheter.
A layered diesel oxidation catalyst for treatment of exhaust gas emissions from a diesel engine comprising a flow-through monolith substrate having a honeycomb structure and comprising a front zone and a rear zone, wherein the front zone of the substrate comprises a combination of layers, one on top of another and comprising two or more of layers A, B and C; and the rear zone comprises Layer D, wherein: i. Layer A comprises platinum, palladium, or combinations thereof on a molecular sieve; ii. Layer B comprises 1) platinum, palladium, or combinations thereof on a refractory metal oxide support; and 2) an alkaline earth metal, preferably barium, strontium or combinations thereof; iii. Layer C comprises 1) a platinum group metal, which is platinum or a combination of both platinum and palladium on a refractory metal oxide support; and 2) a promoter metal, which is bismuth, wherein layer C is a bottom layer coated on the substrate; and layer D comprises 1) platinum or a combination of both platinum and palladium on a refractory metal oxide support; and 2) manganese (Mn),, wherein the combination of layers in the front zone comprises: (i) Layer A and Layer C; (ii) Layer B and Layer C; or (iii) Layer A, Layer B, and Layer C. i. Layer A comprises platinum, palladium, or combinations thereof on a molecular sieve; ii. Layer B comprises 1) platinum, palladium, or combinations thereof on a refractory metal oxide support; and 2) an alkaline earth metal, preferably barium, strontium or combinations thereof; iii. Layer C comprises 1) a platinum group metal, which is platinum or a combination of both platinum and palladium on a refractory metal oxide support; and 2) a promoter metal, which is bismuth, wherein layer C is a bottom layer coated on the substrate; and
A method of transferring data via a switch fabric, comprising: for each unit of data to be transferred, selecting one of a plurality of links from a fabric access node (700, 702, 704, 706) to the switch fabric to transfer the unit of data; receiving, at a fabric access circuit (700, 702, 704, 710), in a unit of data received on an egress link a control information provided by the switch fabric indicating that the switch fabric has detected a problem associated with an ingress link with which the egress link is associated; and transferring a subsequently received unit of data via one of the remaining links; wherein the switch fabric is configured to detect a problem with the ingress link, include the control information in the unit of data, and send the unit of data via the egress link.