mhurhangee/ep-ind-claims huggingface dataset:
An optical modulation feedback circuit, comprising: a low frequency comparison circuit configured to: receive a monitoring signal generated by an optical detector, the monitoring signal being proportional to an amount of light generated by an optical transmission device that transmits based on a data signal that is received by an optical driver; and generate a modulation control feedback signal that is transmitted to the optical driver based on a comparison of a low frequency component of the monitoring signal and a low frequency component of the data signal, wherein the modulation feedback circuit comprises means to vary a duty cycle of the data signal according to a low frequency test signal to add to the low frequency component of the data signal, and wherein the comparison circuit is configured to subtract a signal proportional to the data signal from the monitoring signal to generate a residue signal, wherein the modulation control feedback signal is generated based on a correlation of the low frequency component of the residue signal and the low frequency component of the data signal. a low frequency comparison circuit configured to: receive a monitoring signal generated by an optical detector, the monitoring signal being proportional to an amount of light generated by an optical transmission device that transmits based on a data signal that is received by an optical driver; and generate a modulation control feedback signal that is transmitted to the optical driver based on a comparison of a low frequency component of the monitoring signal and a low frequency component of the data signal, wherein the modulation feedback circuit comprises means to vary a duty cycle of the data signal according to a low frequency test signal to add to the low frequency component of the data signal, and wherein the comparison circuit is configured to subtract a signal proportional to the data signal from the monitoring signal to generate a residue signal, wherein the modulation control feedback signal is generated based on a correlation of the low frequency component of the residue signal and the low frequency component of the data signal. receive a monitoring signal generated by an optical detector, the monitoring signal being proportional to an amount of light generated by an optical transmission device that transmits based on a data signal that is received by an optical driver; and generate a modulation control feedback signal that is transmitted to the optical driver based on a comparison of a low frequency component of the monitoring signal and a low frequency component of the data signal, wherein the modulation feedback circuit comprises means to vary a duty cycle of the data signal according to a low frequency test signal to add to the low frequency component of the data signal, and wherein the comparison circuit is configured to subtract a signal proportional to the data signal from the monitoring signal to generate a residue signal, wherein the modulation control feedback signal is generated based on a correlation of the low frequency component of the residue signal and the low frequency component of the data signal.
Air bearing device with at least one bearing body (12, 13) which has a multiplicity of discharge passages opening out at a bearing surface (14, 15) of the bearing body (12, 13) and through which compressed air may be fed, wherein the bearing surface (14, 15) cooperates with a facing mating surface (18, 19) of a substrate body, in such a way that between the bearing surface (14, 15) and the mating surface (18, 19) the outflowing compressed air is able to generate an air cushion (20, 21) which creates a bearing gap (22, 23), by which means the two surfaces are arranged at a distance from one another corresponding to a gap width of the bearing gap (22, 23), wherein the bearing body (12, 13) as first bearing body is part of a pneumatic clamping fixture, which in addition has a second bearing body with a multiplicity of discharge passages opening out at a second bearing surface of the second bearing body, wherein the two bearing surfaces (14, 15) lie opposite one another, and the substrate body may be so positioned between the bearing surfaces (14, 15) that it may be clamped pneumatically by the two air cushions (20, 21) created between the bearing surfaces (14, 15) and the respectively assigned mating surfaces (18, 19) on one side and the other of the substrate body in a desired position perpendicular to the bearing surfaces (14, 15), characterised in that at least one of the bearing bodies (12, 13) is assigned an adjusting device for setting various distances between the bearing surfaces (14, 15) of the bearing bodies (12, 13), wherein the adjusting device has an actuator which is movement-coupled via transmission means to the assigned bearing body (12, 13).
A composition for use in the treatment of inflammatory disease by external use on skin, which comprises dihomo-γ-linolenic acid (DGLA) in the form of a free fatty acid as an active ingredient, wherein the composition contains 0.05 to 10 wt% of the dihomo-γ-linolenic acid (DGLA) and is applied continuously for at least 14 consecutive days to an area affected by the inflammatory disease.
An intra-mammary pharmaceutical composition for use in the treatment or prevention of mastitis in a non-human mammal, comprising a pharmaceutical composition of fosfomycin and at least one antimicrobial, wherein the antimicrobial is selected from the group consisting of cefazolin, enrofloxacin, pirlimycin and amoxicillin.
A cable connector box for connecting the leads of a connector cable to continuing electric lines at an electrical appliance, comprising: a housing base and a housing cover, at least one contact element of the connector cable, comprising at least one stamped part for establishing a contact, and a grounding contact; characterized in that the grounding contact extends on the lower side of the housing base away from the housing base, and the grounding contact is in the form of a direct grounding, i.e. of a non-screwed grounding contact. a housing base and a housing cover, at least one contact element of the connector cable, comprising at least one stamped part for establishing a contact, and a grounding contact; characterized in that the grounding contact extends on the lower side of the housing base away from the housing base, and the grounding contact is in the form of a direct grounding, i.e. of a non-screwed grounding contact.
An imaging system, comprising: an annular bearing defining an iso-center, the annular bearing including: a stationary side (404 1); and a rotatable side (404 2) with at least one alignment feature; a rotating gantry mechanically coupled to the rotatable side; and an imaging component including at least one complementary alignment feature (602 1,... 602 N) that is complementary to the at least one alignment feature of the rotatable side (404 2), an alignment device, wherein the rotating gantry is between the imaging component and the rotatable side (404 2), and the alignment device automatically spatially aligns the imaging component with the said iso-center when the alignment device is installed concurrently in both the at least one alignment feature and the at least one complementary alignment feature (602 1,... 602 N). an annular bearing defining an iso-center, the annular bearing including: a stationary side (404 1); and a rotatable side (404 2) with at least one alignment feature; a stationary side (404 1); and a rotatable side (404 2) with at least one alignment feature; a rotating gantry mechanically coupled to the rotatable side; and an imaging component including at least one complementary alignment feature (602 1,... 602 N) that is complementary to the at least one alignment feature of the rotatable side (404 2), an alignment device, wherein the rotating gantry is between the imaging component and the rotatable side (404 2), and the alignment device automatically spatially aligns the imaging component with the said iso-center when the alignment device is installed concurrently in both the at least one alignment feature and the at least one complementary alignment feature (602 1,... 602 N).
A metal oxide dispersion comprising metal oxide particles with a necking structure in a solvent, wherein the liquid droplet contact angle of the metal oxide dispersion to an ITO film (Indium-Tin Oxide type film) is from 0 to 60°; wherein the solvent comprises water and ethanol, and the ethanol content is 40 mass% or more; and wherein the metal oxide particles comprise a metal oxide powder having an average primary particle diameter of 100 nm to 1 μm as converted from the BET specific surface area hereinafter referred to as Particle Group A, and a metal oxide powder having an average primary particle diameter of 5 to 40 nm as converted from the BET specific surface area hereinafter referred to as Particle Group B.
An ophthalmic surgical system (100, 800) for treating an eye of a patient, the system comprising: a body; a cutting element extending distally from the body including: a sleeve member comprising a port at an end; an inner member disposed within the sleeve member, the inner member being movable axially with respect to the sleeve member; and an actuating element secured to the inner member, the actuating element configured for operation in both a resonant mode and a non-resonant mode; wherein, in operation in the resonant mode, application of a constant supply of pressurized fluid causes reciprocal movement of the inner member, and wherein, in operation in the non-resonant mode, movement of the inner member is in accordance with a pulse of pressurized fluid, wherein the actuating element comprises: a chamber (302, 502); a diaphragm (304, 504) movable within the chamber and secured to the inner member; characterised in that the actuating element further comprises a flow director (310, 516) comprising a slide valve in fluid connection with the chamber, the slide valve being in connection with the inner member such that movement of the inner member switches the slide valve in a delayed manner. a body; a cutting element extending distally from the body including: a sleeve member comprising a port at an end; an inner member disposed within the sleeve member, the inner member being movable axially with respect to the sleeve member; and a sleeve member comprising a port at an end; an inner member disposed within the sleeve member, the inner member being movable axially with respect to the sleeve member; and an actuating element secured to the inner member, the actuating element configured for operation in both a resonant mode and a non-resonant mode; wherein, in operation in the resonant mode, application of a constant supply of pressurized fluid causes reciprocal movement of the inner member, and wherein, in operation in the non-resonant mode, movement of the inner member is in accordance with a pulse of pressurized fluid, wherein the actuating element comprises: a chamber (302, 502); a diaphragm (304, 504) movable within the chamber and secured to the inner member; characterised in that the actuating element further comprises a flow director (310, 516) comprising a slide valve in fluid connection with the chamber, the slide valve being in connection with the inner member such that movement of the inner member switches the slide valve in a delayed manner. a chamber (302, 502); a diaphragm (304, 504) movable within the chamber and secured to the inner member; characterised in that the actuating element further comprises a flow director (310, 516) comprising a slide valve in fluid connection with the chamber, the slide valve being in connection with the inner member such that movement of the inner member switches the slide valve in a delayed manner.
A broadcast service resource allocation method, characterized in that the method comprises: a network side maintaining and storing a correspondence relation between a tracking area, TA, list and a multimedia broadcast multicast service over a single frequency network, MBSFN; the network side receiving a tracking area update, TAU, request message reported by a user equipment, UE, after the UE moves (S601, S701, S801), and determining that a first MBSFN to which the UE belongs before the UE moves is different from a second MBSFN to which the UE belongs after the UE moves according to the TAU request message (S602-S603, S702-S703, S802-S803); the network side respectively adjusting broadcasts within the first MBSFN and the second MBSFN by starting or stopping broadcasting of a service subscribed or being received by the UE according to the service subscribed or being received by the UE (S604-S605, S704-S705, S804-S805). a network side maintaining and storing a correspondence relation between a tracking area, TA, list and a multimedia broadcast multicast service over a single frequency network, MBSFN; the network side receiving a tracking area update, TAU, request message reported by a user equipment, UE, after the UE moves (S601, S701, S801), and determining that a first MBSFN to which the UE belongs before the UE moves is different from a second MBSFN to which the UE belongs after the UE moves according to the TAU request message (S602-S603, S702-S703, S802-S803); the network side respectively adjusting broadcasts within the first MBSFN and the second MBSFN by starting or stopping broadcasting of a service subscribed or being received by the UE according to the service subscribed or being received by the UE (S604-S605, S704-S705, S804-S805).
A method comprising: receiving by a multimedia device an indication that the multimedia device enters a remote display mode; and in response to the indication, by the multimedia device wirelessly transmitting multimedia content to a remote display in a format including a graphical user interface GUI configured specific for the remote display; further comprising receiving by at least one of the multimedia device or the remote display control signaling for the remote display via a reverse link from a human interface device HID; in which the multimedia content is wirelessly transmitted over white space. receiving by a multimedia device an indication that the multimedia device enters a remote display mode; and in response to the indication, by the multimedia device wirelessly transmitting multimedia content to a remote display in a format including a graphical user interface GUI configured specific for the remote display; further comprising receiving by at least one of the multimedia device or the remote display control signaling for the remote display via a reverse link from a human interface device HID; in which the multimedia content is wirelessly transmitted over white space.
A component comprising a first member, a second member and a device for fastening the first member to the second member, wherein a first hole 101) extends through a portion of the first member and a second hole extends through a portion of the second member, wherein the first member and the second member are positioned such that the first hole and the second hole coincide, wherein the fastening device comprises an elongated fastening element arranged in said coinciding holes and a bushing arrangement arranged around the fastening element and adapted to establish a load transmission path between the first member and the second member, wherein a first bushing of the bushing arrangement is arranged such that an inner surface thereof is positioned at a distance from an exterior surface of the fastening element for establishing a first load transmission path via the bushing arrangement and bypassing the fastening element in a first load condition and that the fastening device is adapted to allow the first member to move relative to the fastening element in a second load condition such that the first bushing of the bushing arrangement can be brought into contact with the fastening element for establishing a second load transmission path between the first member and the second member via the fastening element and wherein in the second load condition load is transferred via both the first and second load transmission paths, characterised in that a second bushing is positioned in frictional contact with the first bushing for movement in unison with the first bushing in the first load case, wherein a surface of the second bushing and a surface of the first bushing that are in frictional contact are arranged in the radial direction, and wherein the first bushing and the second bushing are arranged such that a frictional resistance therebetween is exceeded in the second load case so that the first bushing moves radially relative to the second bushing.
Compounds of the formula in which A represents pyrid-2-yl or pyrid-4-yl or represents pyrid-3-yl which is optionally substituted in the 6-position by fluorine, chlorine, bromine, methyl, trifluoromethyl or trifluoromethoxy or represents pyridazin-3-yl which is optionally substituted in the 6-position by chlorine or methyl or represents pyrazin-3-yl or represents 2-chloropyrazin-5-yl or represents 1,3-thiazol-5-yl which is optionally substituted in the 2-position by chlorine or methyl, B represents oxygen, sulphur or methylene, R 1 represents haloalkyl, haloalkenyl, halocycloaklyl or halocycloalkylalkyl, R 2 represents hydrogen or halogen and R 3 represents hydrogen or alkyl. A represents pyrid-2-yl or pyrid-4-yl or represents pyrid-3-yl which is optionally substituted in the 6-position by fluorine, chlorine, bromine, methyl, trifluoromethyl or trifluoromethoxy or represents pyridazin-3-yl which is optionally substituted in the 6-position by chlorine or methyl or represents pyrazin-3-yl or represents 2-chloropyrazin-5-yl or represents 1,3-thiazol-5-yl which is optionally substituted in the 2-position by chlorine or methyl, B represents oxygen, sulphur or methylene, R 1 represents haloalkyl, haloalkenyl, halocycloaklyl or halocycloalkylalkyl, R 2 represents hydrogen or halogen and R 3 represents hydrogen or alkyl.
Gas expansion device for expanding a gas or a gas-liquid mixture, whereby the gas expansion device comprises a gas expansion element with an inlet port for the gas to be expanded and an inlet pipe for the gas to be expanded, whereby the inlet pipe is connected to the inlet port, whereby the gas expansion device comprises a first liquid injection point for the injection of liquid, characterised in that the first liquid injection point is at a position level with the inlet port or upstream from the inlet port, and in that the expansion element device is privided with a liquid separator for separating liquid from gas that is expanded in the gas expansion element, whereby the first liquid injection point is connected to a liquid outlet of the liquid separator.
Fuel injection device for injecting fuel into the combustion chamber of an internal combustion engine, having a first component and having a second component (2; 2') which are screwed axially against one another by means of a clamping nut, wherein the clamping nut is in threaded engagement with the first component, such that a first face surface formed on the first component is pressed together with a second face surface (2a; 2a') formed on the second component (2; 2'), characterized in that at least the first face surface is structured such that no relative rotation of first component and second component (2; 2') occurs during the tightening of the clamping nut, wherein the structuring extends over ring-sector-shaped segments of the first face surface.
An aerosol-forming article (1, 1', 1") comprising: an aerosol-forming substrate; a hollow bore terminal filter element at a downstream axial end of the article; a spacer element for cooling and mixing of aerosol, the spacer element being upstream and axially adjacent the terminal filter element and defining a cavity between the aerosol-forming substrate and the downstream end of the article, the spacer element having a tubular wall; wherein the article comprises at least one radial air flow path into the article interposed between the aerosol-forming substrate and the terminal filter element; characterised in that the radial air flow path(s) are provided by one or more ventilation holes (13a, 13b) provided in the tubular wall of the spacer element. an aerosol-forming substrate; a hollow bore terminal filter element at a downstream axial end of the article; a spacer element for cooling and mixing of aerosol, the spacer element being upstream and axially adjacent the terminal filter element and defining a cavity between the aerosol-forming substrate and the downstream end of the article, the spacer element having a tubular wall; wherein the article comprises at least one radial air flow path into the article interposed between the aerosol-forming substrate and the terminal filter element; characterised in that the radial air flow path(s) are provided by one or more ventilation holes (13a, 13b) provided in the tubular wall of the spacer element.
User equipment, UE, configured to: determine that the UE has mobile broadband, MBB, network requirements that are greater than a service threshold, the service threshold based at least in part on a MBB service provided by an anchor base station communicating with the UE over a MBB system; determine whether a small-area wireless access node service area is within a geographical area capable of servicing the UE, the small-area wireless access node service area being at least partially within a service area of the anchor base station providing the MBB service to the UE; transmit a request to the anchor base station requesting a small-area wireless access node service from a small-area wireless access node, the small-area wireless access node being configured to service the small-area wireless access node service area; receive, from the anchor base station, a response information comprising a location of the small-area wireless access node; process the response information to determine whether the small-area wireless access node can service the UE; and connect with the small-area wireless access node based on the determination of whether the small-area wireless access node can service the UE. determine that the UE has mobile broadband, MBB, network requirements that are greater than a service threshold, the service threshold based at least in part on a MBB service provided by an anchor base station communicating with the UE over a MBB system; determine whether a small-area wireless access node service area is within a geographical area capable of servicing the UE, the small-area wireless access node service area being at least partially within a service area of the anchor base station providing the MBB service to the UE; transmit a request to the anchor base station requesting a small-area wireless access node service from a small-area wireless access node, the small-area wireless access node being configured to service the small-area wireless access node service area; receive, from the anchor base station, a response information comprising a location of the small-area wireless access node; process the response information to determine whether the small-area wireless access node can service the UE; and connect with the small-area wireless access node based on the determination of whether the small-area wireless access node can service the UE.