mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a housing of an imaging device (102, 202); a print particle reservoir (222, 322) positioned within an interior of housing of the imaging device; a mating interface (224, 324, 424, 524-1) coupled to an exterior of the housing to receive a print particle container (228, 328) to deposit print particles into the print particle reservoir when the mating interface is in an unlocked position; an authentication mechanism (108, 208, 308) coupled to a locking mechanism (226, 326) coupled to the mating interface to allow the mating interface to move from a locked position to the unlocked position, the authentication mechanism being a computing device comprising a processing resource and a memory resource, characterized wherein the authentication mechanism includes instructions to: determine a quantity of print particles the print particle reservoir is capable of receiving from the print particle container; determine (110, 232, 344) a quantity of print particles stored in the print particle container; and unlock (112, 234, 346) the locking mechanism to allow the mating interface to move from the locked position to the unlocked position when the quantity of print particles stored in the print particle container is less than the quantity of print particles the print particle reservoir is capable of receiving. a housing of an imaging device (102, 202); a print particle reservoir (222, 322) positioned within an interior of housing of the imaging device; a mating interface (224, 324, 424, 524-1) coupled to an exterior of the housing to receive a print particle container (228, 328) to deposit print particles into the print particle reservoir when the mating interface is in an unlocked position; an authentication mechanism (108, 208, 308) coupled to a locking mechanism (226, 326) coupled to the mating interface to allow the mating interface to move from a locked position to the unlocked position, the authentication mechanism being a computing device comprising a processing resource and a memory resource, characterized wherein the authentication mechanism includes instructions to: determine a quantity of print particles the print particle reservoir is capable of receiving from the print particle container; determine (110, 232, 344) a quantity of print particles stored in the print particle container; and unlock (112, 234, 346) the locking mechanism to allow the mating interface to move from the locked position to the unlocked position when the quantity of print particles stored in the print particle container is less than the quantity of print particles the print particle reservoir is capable of receiving. determine a quantity of print particles the print particle reservoir is capable of receiving from the print particle container; determine (110, 232, 344) a quantity of print particles stored in the print particle container; and unlock (112, 234, 346) the locking mechanism to allow the mating interface to move from the locked position to the unlocked position when the quantity of print particles stored in the print particle container is less than the quantity of print particles the print particle reservoir is capable of receiving.
Electric aircraft engine, comprising an electric motor with a rotor configured to be driven in rotation about a central axis, a fan having a central yoke mechanically coupled to the rotor for driving the fan and a plurality of fan blades (1a, 1b) projecting radially outwardly from the yoke, characterized in having, an anti-icing and/or de-icing control unit configured to deliberately induce electric motor losses and thereby increase temperature and/or vibrations in the electric motor, and a thermal and/or vibrational conduction path for conducting thermal and/or vibrational energy for anti-icing and/or de-icing from the electric motor to the fan.
An article of manufacture which includes: a substrate; and on at least one surface of said substrate, a porous coating which has a total thickness in the range of up to about 50 microns and which consists of a plurality of discrete adjacent strata, wherein each discrete stratum is porous, inclusive of porous interfaces, and comprises at least one substance selected from the group consisting of metals and metal oxides, and wherein each discrete stratum contains, substantially throughout its breadth, elongate pores forming channels connecting the two opposite faces of said strata, whereby the porosity of the coating extends substantially throughout its breadth and depth. a substrate; and on at least one surface of said substrate, a porous coating which has a total thickness in the range of up to about 50 microns and which consists of a plurality of discrete adjacent strata, wherein each discrete stratum is porous, inclusive of porous interfaces, and comprises at least one substance selected from the group consisting of metals and metal oxides, and wherein each discrete stratum contains, substantially throughout its breadth, elongate pores forming channels connecting the two opposite faces of said strata, whereby the porosity of the coating extends substantially throughout its breadth and depth.
- A curing agent for water glass for casting, comprising: an ester and an amorphous silicon dioxide obtained by a thermal decomposition of ZrSiO 4; wherein the curing agent for casting the water glass does contain water and "not contain water" refers to that the water content of the curing agent for water glass for casting is lower than 1wt%, wherein, 100 parts of the curing agent for casting the water glass by weight comprises: 35-65 parts of the ester by weight, 5-20 parts of an alcohol by weight, and 20-45 parts of the amorphous silicon dioxide obtained by the thermal decomposition of ZrSiO 4 by weight. 35-65 parts of the ester by weight, 5-20 parts of an alcohol by weight, and 20-45 parts of the amorphous silicon dioxide obtained by the thermal decomposition of ZrSiO 4 by weight.
A method performed by a first communication device (122,124) for enabling interference management of data transmissions from a second communication device to a third communication device in a wireless communications network, the method comprising receiving information relating to a request for radio resources of a radio channel for a first data transmission from the second communication device to the third communication device; and transmitting a interference notification to the second communication device when the received information relating to a request for radio resources of the radio channel is determined to conflict with requested radio resources of the radio channel for a second data transmission to or from the first communication device (122,124) characterized in that the received information relating to a request is a dedicated signalling message to the first communication device (122,124) indicating the radio resources of the radio channel that the second communication device requests for the first data transmission to the third communication device. receiving information relating to a request for radio resources of a radio channel for a first data transmission from the second communication device to the third communication device; and transmitting a interference notification to the second communication device when the received information relating to a request for radio resources of the radio channel is determined to conflict with requested radio resources of the radio channel for a second data transmission to or from the first communication device (122,124) characterized in that the received information relating to a request is a dedicated signalling message to the first communication device (122,124) indicating the radio resources of the radio channel that the second communication device requests for the first data transmission to the third communication device.
Fence element permeable to at least certain electromagnetic waves comprising - a fence panel made of a material transparent to said electromagnetic waves, said panel including at least an upper rail, a lower rail and at least one filling element assembled with said rails, at least the free ends of said rails (2, 3) being hollow, - a post (5, 6) made of a material transparent to said electromagnetic waves, this post (5, 6) including at least two separate openings in at least some of which is inserted at least one coupling bar made of a material transparent to said electromagnetic waves, said bars projecting onto at least the lateral face of said post (5, 6) intended to be assembled with an edge of said panel, said coupling bars having a cross-section smaller in size than the diameter of the opening of the ends of the rails, characterised in that - the spacing of two of said coupling bars assembled in this way with said post (5, 6) is equal or substantially equal, within -1%, to the minimum distance d separating the inner wall of a first end of one of the rails of said fence element and the inner wall of the same end of the other or another of said rails (2, 3) of said panel such that said bars spaced in this way hold said fence panel in position when said coupling bars are received in the corresponding ends of said rails (2, 3) of said fence panel. - a fence panel made of a material transparent to said electromagnetic waves, said panel including at least an upper rail, a lower rail and at least one filling element assembled with said rails, at least the free ends of said rails (2, 3) being hollow, - a post (5, 6) made of a material transparent to said electromagnetic waves, this post (5, 6) including at least two separate openings in at least some of which is inserted at least one coupling bar made of a material transparent to said electromagnetic waves, said bars projecting onto at least the lateral face of said post (5, 6) intended to be assembled with an edge of said panel, said coupling bars having a cross-section smaller in size than the diameter of the opening of the ends of the rails, characterised in that - the spacing of two of said coupling bars assembled in this way with said post (5, 6) is equal or substantially equal, within -1%, to the minimum distance d separating the inner wall of a first end of one of the rails of said fence element and the inner wall of the same end of the other or another of said rails (2, 3) of said panel such that said bars spaced in this way hold said fence panel in position when said coupling bars are received in the corresponding ends of said rails (2, 3) of said fence panel.
A charge pump for providing a charge pump output, said output being dependent on received control signals, the charge pump comprising: a pull-up circuit (309, 310) for supplying a pull-up current from a positive voltage supply to the charge pump output to increase voltage at the charge pump output in response to a first of the control signals being asserted; a pull-down circuit (315, 317) for supplying a pull-down current from the charge pump output to ground to decrease voltage at the charge pump output in response to a second of the control signals being asserted; a reference current source (314; 500) for controlling current in the pull-up circuit (309, 310);an operational amplifier having a first input and a second input, the first input coupled to the charge pump output, and the second input coupled to a current source (311, 312, 316, 318) controlled by the reference current source and that mirrors current into the pull-down circuit, the operational amplifier output coupled to the pull down circuit and the current source that mirrors current into the pull-down circuit, to minimize the voltage difference between the inputs and decrease the difference between the pull-down current and the pull-up current; characterized by a startup circuit coupled to the charge pump output for setting the voltage at the charge pump output during power-up of the charge pump. a pull-up circuit (309, 310) for supplying a pull-up current from a positive voltage supply to the charge pump output to increase voltage at the charge pump output in response to a first of the control signals being asserted; a pull-down circuit (315, 317) for supplying a pull-down current from the charge pump output to ground to decrease voltage at the charge pump output in response to a second of the control signals being asserted; a reference current source (314; 500) for controlling current in the pull-up circuit (309, 310);an operational amplifier having a first input and a second input, the first input coupled to the charge pump output, and the second input coupled to a current source (311, 312, 316, 318) controlled by the reference current source and that mirrors current into the pull-down circuit, the operational amplifier output coupled to the pull down circuit and the current source that mirrors current into the pull-down circuit, to minimize the voltage difference between the inputs and decrease the difference between the pull-down current and the pull-up current; characterized by a startup circuit coupled to the charge pump output for setting the voltage at the charge pump output during power-up of the charge pump.
A method for feeding items of laundry to a laundry machine, such as in particular a mangle, with opposite corners of a front edge, running transversely with respect to the feeding direction, of a respective item of laundry being suspended in two loading clamps (15; 27, 28, 29) from which the item of laundry is transferred to spreading clamps, which are movable transversely with respect to the feeding direction, of a spreading device or is taken over by the spreading clamps, the spreading clamps are moved apart in order to spread out the item of laundry by stretching the front edge of same, and the spread-out item of laundry is deposited by the spreading clamps on a depositing strip or on a feed conveyor which transports the spread-out item of laundry to the mangle or to another laundry machine, characterized in that the two loading clamps (15; 27, 28, 29) holding the opposite corners of the respective item of laundry are at such a large or relatively large distance from one another or can be brought to such a distance from one another that, when the item of laundry is hanging down from the two loading clamps (15; 27, 28, 29), a V-like sag of the front edge is formed, an at least approximately lowest point of the V-like sag is contactlessly determined and the length of the sagging front edge of the item of laundry is derived therefrom.
An elapsed time indicator comprising: an activator arrangement comprising a fluid reservoir and a network of conduits which includes a conduit and a plurality of further conduits, the conduit being configured to provide a predetermined flow rate of fluid along the conduit; and a visual display arrangement configured to change appearance on exposure to the fluid, wherein the network of conduits connects the fluid reservoir to the visual display arrangement and the activator arrangement is configured to release fluid from the fluid reservoir in response to an activation event to permit the fluid to flow, the activation event occurring upon relative movement of two objects (6, 8) for the first time, and the conduit having a cross-section that varies along the length of the conduit so as to at least partially establish the predetermined flow rate, wherein the conduit comprises a plurality of first portions each having a greater cross-section and a plurality of second portions each having a lesser cross-section, wherein adjacent first portions are connected by a respective second portion, wherein the visual display arrangement comprises a plurality of regions (26, 28, 30, 32, 34) for indicating the time elapsed from the activation event, and wherein each further conduit connects the conduit to a respective region (26, 28, 30, 32, 34) of the visual display arrangement. an activator arrangement comprising a fluid reservoir and a network of conduits which includes a conduit and a plurality of further conduits, the conduit being configured to provide a predetermined flow rate of fluid along the conduit; and a visual display arrangement configured to change appearance on exposure to the fluid, wherein the network of conduits connects the fluid reservoir to the visual display arrangement and the activator arrangement is configured to release fluid from the fluid reservoir in response to an activation event to permit the fluid to flow, the activation event occurring upon relative movement of two objects (6, 8) for the first time, and the conduit having a cross-section that varies along the length of the conduit so as to at least partially establish the predetermined flow rate, wherein the conduit comprises a plurality of first portions each having a greater cross-section and a plurality of second portions each having a lesser cross-section, wherein adjacent first portions are connected by a respective second portion, wherein the visual display arrangement comprises a plurality of regions (26, 28, 30, 32, 34) for indicating the time elapsed from the activation event, and wherein each further conduit connects the conduit to a respective region (26, 28, 30, 32, 34) of the visual display arrangement.
Method for producing a vehicle door or flap for motor vehicles, having a frame which is in the form of a support structure of the door or flap and is separate from an exterior and/or interior trim, wherein the frame is produced from plastic and/or a composite material such as epoxy, vinyl ester and other plastic materials, and the frame consists of at least two frame parts (3a, 3b) which are connected to one another at contact points, wherein the at least two frame parts (3a, 3b) have in each case connecting means at the contact points, which connecting means consist of tongue and groove connections in the plane spanned by the frame parts (3a and 3b), characterized in that a frame is injection moulded at least in two frame parts (3a, 3b) in a common injection mould, the frame parts (3a, 3b) are removed, and the frame parts (3a, 3b) are brought to the same temperature and the moulded-on tongue and groove connections are brought into engagement.
A fixed-focus camera module, comprising: a photosensing component; an optical lens; a lens base, wherein the optical lens is packaged at a top end of the lens base such that the optical lens protrudes outward from the lens base, and the optical lens is kept in a photosensing path of the photosensing component; an optical filtering element; and a glue layer, wherein the glue layer is located between the optical lens and the lens base, to directly package the optical lens at the lens base through the glue layer, and the glue layer is used to seal a joint between the optical lens and the lens base, characterized in that the top end of the lens base has an outer groove, and the optical lens is directly packaged in the outer groove of the lens base through the glue layer, wherein the optical filtering element and the glue layer are disposed in the outer groove. a photosensing component; an optical lens; a lens base, wherein the optical lens is packaged at a top end of the lens base such that the optical lens protrudes outward from the lens base, and the optical lens is kept in a photosensing path of the photosensing component; an optical filtering element; and a glue layer, wherein the glue layer is located between the optical lens and the lens base, to directly package the optical lens at the lens base through the glue layer, and the glue layer is used to seal a joint between the optical lens and the lens base, characterized in that the top end of the lens base has an outer groove, and the optical lens is directly packaged in the outer groove of the lens base through the glue layer, wherein the optical filtering element and the glue layer are disposed in the outer groove.
A circuit configured to emit pulsed light, comprising: a voltage generating circuit; a light emitting element that emits pulsed light; a circuit wiring that connects the voltage generating circuit and the light emitting element, wherein the circuit wiring includes a PCB wiring pattern having a pattern length "L", a pattern width "W", a pattern thickness "H", and an inductance component that is calculated as follows: 0.0002 L log 2 × L / W + H + 0.2235 W + H / L + 0.5 μH; a charge capacitor with its end connected to the circuit wiring; and a switching element configured to be turned on or off to apply voltage to the light emitting element, characterized in that the inductance component of the circuit wiring is not greater than 1.4 nH to reduce an attenuation value of the pulsed light with a pulse width of 2 ns from the light emitting element to be not greater than 3dB. a voltage generating circuit; a light emitting element that emits pulsed light; a circuit wiring that connects the voltage generating circuit and the light emitting element, wherein the circuit wiring includes a PCB wiring pattern having a pattern length "L", a pattern width "W", a pattern thickness "H", and an inductance component that is calculated as follows: 0.0002 L log 2 × L / W + H + 0.2235 W + H / L + 0.5 μH; a charge capacitor with its end connected to the circuit wiring; and a switching element configured to be turned on or off to apply voltage to the light emitting element, characterized in that the inductance component of the circuit wiring is not greater than 1.4 nH to reduce an attenuation value of the pulsed light with a pulse width of 2 ns from the light emitting element to be not greater than 3dB.