mhurhangee/ep-ind-claims huggingface dataset:
A portable remote support device comprising a processing unit, a network communication unit configured to communicate with a cloud service, a video capturing unit, at least one video input port and at least one output port (32, 34), said processing unit being configured to communicate video signals received via the video input port to the cloud service via the network communication unit, and said processing unit being configured to emulate pointing device signals and/or keyboard signals received via the network communication unit on said at least one output port (32, 34), characterized in that the portable remote support device is configured to receive unique secure tokens from the cloud service via the network communication unit, and to establish a secure connection between the remote support device and a remote computer, via the cloud service and using the unique secure token.
An anti-rebounding control method for an electric swing system for a hybrid excavator, comprising: comparing an electric motor speed feedback value that is a speed value fed back from an electric motor with a preset upper threshold speed value and a preset lower threshold speed value if an input speed command value is "0" in a case that an operator intends to stop a swing operation of an upper swing structure; setting a torque limit value to "0" if the electric motor speed feedback value is equal to or smaller than the upper threshold speed value and equal to or larger than the lower threshold speed value as the result of comparison, and setting a torque limit value to a maximum value so that a power is re-supplied to the electric motor if the electric motor speed feedback value is smaller than the lower threshold speed value; and intercepting the power that is supplied to the electric motor if the torque limit value is set to "0" and re-supplying the power to the electric motor if the torque limit value is set to the maximum value. comparing an electric motor speed feedback value that is a speed value fed back from an electric motor with a preset upper threshold speed value and a preset lower threshold speed value if an input speed command value is "0" in a case that an operator intends to stop a swing operation of an upper swing structure; setting a torque limit value to "0" if the electric motor speed feedback value is equal to or smaller than the upper threshold speed value and equal to or larger than the lower threshold speed value as the result of comparison, and setting a torque limit value to a maximum value so that a power is re-supplied to the electric motor if the electric motor speed feedback value is smaller than the lower threshold speed value; and intercepting the power that is supplied to the electric motor if the torque limit value is set to "0" and re-supplying the power to the electric motor if the torque limit value is set to the maximum value.
Growth system for growing plants, comprising a holder at least partly defining at least one room for holding a growth medium, wherein the top side of said room is open at least partly such as to allow plants to extend upwardly from growth medium held in said room during use of the growth system, and wherein the growth system further comprises a first wall element for temporarily substantially closing off a distal end side of said room and wherein the growth system is arranged to allow the first wall element to be moved away such that growth medium can be slid out of said room through the then open distal end side of the room, wherein the growth system further comprises a support for receiving the holder and for supporting the holder in a substantially upright position of said holder, characterised in that the support is provided with one or more openings that can let pass there through an ejecting pin for pushing the holder upwardly out of the support, and wherein the support comprises guiding means, such as converging guiding surfaces and/or a tapering aligning channel, for guiding the ejecting pin towards the respective opening.
A heat exchanger, in particular for a household appliance, comprising a cooling section including a thermoelectric heat pump for cooling process air flowing through the heat exchanger, wherein process air can be cooled by said heat pump and waste heat occurring by cooling is discharged through a heat pipe (66, 68), and wherein downstream of the cooling section a heating section with the heat pipe (66, 68) is provided by which the process air can be heated, wherein the cooling section and the heating section include at least one layer (40, 42) having a plurality of flow passages (44, 46) through which the process air is guided, wherein at least one Peltier element (86, 88) of the heat pump is arranged between flow passages (44, 46) in the area of the cooling section, wherein a hot side (94, 96) of the Peltier element (86, 88) is thermally insulated at least in portions vis-à-vis the flow passages (44, 46) so as to prevent waste heat of the Peltier element from being recirculated to the process air in the area of the cooling section, wherein the heating section includes a plurality of fins which are mounted to the heat pipe so as to form flow passages of the heating section.
A measuring system, for measuring properties of a device under test over the air, comprising - an antenna array, adapted to receive first measuring signals from the device under test, - a measuring device adapted to process the first measuring signals, received by the antenna array, generate second measuring signals, and transmit the second measuring signals to the device under test, using the antenna array, wherein the measuring device comprises a quiet zone generator, configured to perform a beamforming on the first measuring signals, after reception by the antenna array, wherein the quiet zone generator is further configured to perform a beamforming on the second measuring signals, before transmission by the antenna array, wherein the quiet zone generator is configured to apply the beamforming so that at least one adjustable quiet zone (11, 11a, 11b, 11c) is achieved, and wherein the measuring device comprises a baseband unit and a radio frequency unit for each antenna of the antenna array, and wherein the measuring device is adapted to generate an interference signal based on a digital manipulation of the second measuring signals. - an antenna array, adapted to receive first measuring signals from the device under test, - a measuring device adapted to process the first measuring signals, received by the antenna array, generate second measuring signals, and transmit the second measuring signals to the device under test, using the antenna array,
Apparatus comprising a portable production tool having a dielectric inclusion, a solid dielectric portion and an RFID device; wherein the RFID device is mounted within the dielectric inclusion; characterized in that the dielectric inclusion is entirely within the solid portion; and the RFID device includes a linearly polarised antenna.
A continuous method of producing a mash extract by decoction mashing, said method comprising the following steps that are each conducted in a continuous fashion: a. mixing a first malt enzyme source with an aqueous liquid to obtain an aqueous malt enzyme suspension; b. separately, mixing a second enzyme source with one or more starch-containing adjuncts to obtain a decoction suspension whilst maintaining temperature conditions that do not cause significant gelatinisation of the starch; c. subjecting the decoction suspension to a first heat treatment of at least 1 minute at 65-82 °C to simultaneously partially gelatinise and enzymatically degrade the starch; d. subjecting the decoction suspension to a second heat treatment of at least 1 minute at 85-120 °C to gelatinise the starch at an increased rate and to a higher extent; e. combining the heated decoction suspension obtained from the second heat treatment with the aqueous malt enzyme suspension from step a. to obtain a mash; f. maintaining the mash at 35-85 °C for at least 20 minutes; and g. removing spent grain from the heated mash to produce a mash extract; wherein the first and the second heat treatment comprise steam injection and wherein the viscosity of the decoction suspension up till the second heat treatment does not exceed 10 Pa.s; said viscosity being determined using measured pressure differences over a pipe having a diameter of 25 mm and a length of 5 m, using a flow rate of 200 l/hr and assuming Newtonian fluid behaviour. a. mixing a first malt enzyme source with an aqueous liquid to obtain an aqueous malt enzyme suspension; b. separately, mixing a second enzyme source with one or more starch-containing adjuncts to obtain a decoction suspension whilst maintaining temperature conditions that do not cause significant gelatinisation of the starch; c. subjecting the decoction suspension to a first heat treatment of at least 1 minute at 65-82 °C to simultaneously partially gelatinise and enzymatically degrade the starch; d. subjecting the decoction suspension to a second heat treatment of at least 1 minute at 85-120 °C to gelatinise the starch at an increased rate and to a higher extent; e. combining the heated decoction suspension obtained from the second heat treatment with the aqueous malt enzyme suspension from step a. to obtain a mash; f. maintaining the mash at 35-85 °C for at least 20 minutes; and g. removing spent grain from the heated mash to produce a mash extract;
Mudguard with a splashguard flap for assembly on vehicles, preferably commercial motor vehicles, said mudguard in the lower region thereof being provided with a splashguard flap which, by means of an assembly means, is connected to the mudguard, characterized in that the splashguard flap in the upper region thereof has at least two spaced-apart portions (7, 8) which configure a slot which is adapted to the thickness of the lower region of the mudguard so as to be able to be plug-fitted to the latter, wherein a connection between the mudguard and the splashguard flap is established by means of assembly means which penetrate the splashguard flap and the mudguard and are received by an assembly means receptacle preferably on the splashguard flap.
Device comprising: a flat-bed screen-printing unit having a flat printing screen and a printing platen for receiving a sheet of substrate material, the printing platen having an upper surface facing the printing screen and a first direction along its upper surface along which said sheet is unloadable; and a magnetic orienting unit comprising multiple magnet assemblies; wherein said magnetic orienting unit is disposed below the upper surface of the printing platen, characterised in that said multiple magnet assemblies are disposed along said first direction, and all of said magnet assemblies are concomitantly movable from a first position away from the upper surface of the printing platen to a second position close to the upper surface of the printing platen. a flat-bed screen-printing unit having a flat printing screen and a printing platen for receiving a sheet of substrate material, the printing platen having an upper surface facing the printing screen and a first direction along its upper surface along which said sheet is unloadable; and a magnetic orienting unit comprising multiple magnet assemblies; wherein said magnetic orienting unit is disposed below the upper surface of the printing platen, characterised in that said multiple magnet assemblies are disposed along said first direction, and all of said magnet assemblies are concomitantly movable from a first position away from the upper surface of the printing platen to a second position close to the upper surface of the printing platen.
An ocular iontophoresis device for delivering any ionized drug solution, such as riboflavin solution, to the cornea, comprising, in combination: - a reservoir adapted to contain a riboflavin solution which is suitable to be merely positioned on the eye; - an active electrode disposed in or on the reservoir; - a passive electrode suitable to be placed on the skin of the subject, elsewhere on the body, preferably in close vicinity of the eye, such as forehead, cheeks or neck; - means for irradiating the cornea surface with suitable light, such as UV light, for obtaining corneal cross-linking after the delivering of drug or of Riboflavin; characterized in that said reservoir and said active electrode are transparent to UV light and/or visible light and/or IR light. - a reservoir adapted to contain a riboflavin solution which is suitable to be merely positioned on the eye; - an active electrode disposed in or on the reservoir; - a passive electrode suitable to be placed on the skin of the subject, elsewhere on the body, preferably in close vicinity of the eye, such as forehead, cheeks or neck; - means for irradiating the cornea surface with suitable light, such as UV light, for obtaining corneal cross-linking after the delivering of drug or of Riboflavin;
A method for detecting the state of at least one element of a circuit comprising one or several loads, powered by an A.C. voltage (Vac) and in series with at least one first switch, characterized in that the state of the element is obtained by analyzing, at several times (σ1, σ2, σ3, σ4) in a period of the A.C. voltage, the amplitude of a current (Iin) sampled from the junction point of the load and of the first switch, the analysis consisting in comparing, at each time (σ1, o2, o3, o4), the amplitude of the current (Iin) with at least one current threshold (TH-; TH+), forming a word of logic states from the result of the comparisons, and comparing this logic state word with words stored in a table.
A lighting apparatus, comprising: a substrate comprising a lighting portion, an outer portion (NA1, NA2) arranged along an outer circumference of the lighting portion, and a contact portion (CA1, CA2) arranged on a side of the outer portion (NA1, NA2) that is away from the lighting portion; an organic light emitting device (124, 130, 126) on the substrate and including a first electrode, an organic light emitting layer, and a second electrode; a first pad line and a second pad line arranged in the contact portion (CA1, CA2) and connected to the first electrode and the second electrode, respectively; and a step structure in an outer portion (NA1, NA2) of the substrate to disconnect the organic light emitting layer in an entire area of the substrate. a substrate comprising a lighting portion, an outer portion (NA1, NA2) arranged along an outer circumference of the lighting portion, and a contact portion (CA1, CA2) arranged on a side of the outer portion (NA1, NA2) that is away from the lighting portion; an organic light emitting device (124, 130, 126) on the substrate and including a first electrode, an organic light emitting layer, and a second electrode; a first pad line and a second pad line arranged in the contact portion (CA1, CA2) and connected to the first electrode and the second electrode, respectively; and a step structure in an outer portion (NA1, NA2) of the substrate to disconnect the organic light emitting layer in an entire area of the substrate.
An illumination device comprising a support plate having a front surface and a back surface facing each other in a plate thickness direction and an opening passing through in the plate thickness direction; a light source module having a connecting portion, the light source module being placed on the front surface of the support plate; and a connector having an insulating housing with a first fitting portion on an upper end side in a vertical direction and a flange integrally formed on an outer peripheral surface between the first fitting portion and a second fitting portion on the lower end side being opposite to the upper end side, such that the first fitting portion has a groove which is open on the front side and extends in a direction crossing the vertical direction, wherein an upper portion of the connector that includes the first fitting portion is inserted through the opening in the plate thickness direction from the back surface of the support plate, wherein the flange of the connector is brought into contact with the back surface of the support plate in the plate thickness direction and the connecting portion at a head of the light source module is inserted into the groove, so that the fitting portion of the connector engages with the light source module in the plate thickness direction so as to be supported in the plate thickness direction jointly with the light source module.
An amplifier, comprising an amplifying circuit and a feedback capacitor connected in parallel to the amplifying circuit, comprising: a) a semiconductor substrate; b) a bonding pad for connection to an external bonding wire; c) a first conductive layer having a portion which is interposed between the bonding pad and the semiconductor substrate and is connected to the external bonding wire through the bonding pad; d) a second conductive layer having a portion which is interposed between the first conductive layer and the semiconductor substrate and e) an insulating layer interposed between the first conductive layer and the second conductive layer, wherein f) the amplifying circuit is integrated on the semiconductor substrate; g) the feedback capacitor is so configured that the insulating layer serves as a dielectric while the first conductive layer and the second conductive layer serve as a pair of electrodes, h) the first conductive layer is connected to an input terminal of the amplifying circuit, and i) the second conductive layer is connected to an output terminal of the amplifying circuit; and j) wherein the feedback capacitor is disposed beneath the bonding pad, allowing the feedback capacitance of the feedback capacitor to be included in the parasitic capacitance between the first conductive layer and the substrate. a) a semiconductor substrate; b) a bonding pad for connection to an external bonding wire; c) a first conductive layer having a portion which is interposed between the bonding pad and the semiconductor substrate and is connected to the external bonding wire through the bonding pad; d) a second conductive layer having a portion which is interposed between the first conductive layer and the semiconductor substrate and e) an insulating layer interposed between the first conductive layer and the second conductive layer, wherein f) the amplifying circuit is integrated on the semiconductor substrate; g) the feedback capacitor is so configured that the insulating layer serves as a dielectric while the first conductive layer and the second conductive layer serve as a pair of electrodes, h) the first conductive layer is connected to an input terminal of the amplifying circuit, and i) the second conductive layer is connected to an output terminal of the amplifying circuit; and j) wherein the feedback capacitor is disposed beneath the bonding pad, allowing the feedback capacitance of the feedback capacitor to be included in the parasitic capacitance between the first conductive layer and the substrate.
Lighting device comprising: - a light source comprising at least two mutually independently operable lighting elements arranged around a central axis; - a fixed deflective member fixedly mounted on said axis and facing the light source and comprising at least two portions which mutually are different in deflection structure and/or orientation of the deflection structure and which each are associated with a respective lighting element; - a rotatable deflective member rotatably mounted about said axis and facing the fixed deflective member. wherein the fixed deflective member is positioned in between the light source and the rotatable deflective member, and wherein a main surface of the fixed deflective member comprises concentric ring shaped deflective portions. - a light source comprising at least two mutually independently operable lighting elements arranged around a central axis; - a fixed deflective member fixedly mounted on said axis and facing the light source and comprising at least two portions which mutually are different in deflection structure and/or orientation of the deflection structure and which each are associated with a respective lighting element; - a rotatable deflective member rotatably mounted about said axis and facing the fixed deflective member.
A revolving door assembly for a turnstile having at least two door leaves, wherein the turnstile is rotatable about an axis of rotation, wherein are defined an axial direction along the axis of rotation and a radial direction vertically with regard to the axial direction, comprising • an electrical drive, configured as an electronically commuted multi-pole motor having a stator comprising a laminated stator core and several coils, and a rotor comprising a laminated rotor core, and several permanent magnets, wherein the rotor is arrangeable coaxially with regard to the axis of rotation, and connectable to the turnstile for a direct gear-less drive, • an adapter unit having ∘ at least one ceiling attachment element for attaching the adapter unit to a ceiling structure, ∘ affixing elements for affixing of counter-ceiling elements to the adapter unit, and ∘ at least one drive attachment element for attaching the drive to the adapter unit, characterized in that the individual affixing element comprises a pivotable or displaceable support for the counter-ceiling element, wherein the individual affixing element comprises a lift-off protection with regard to the support, wherein the counter-ceiling element is insertable between the lift-off protection and the support, and the distance between the lift-off protection and the support is adjustable to different thicknesses of the counter-ceiling element. • an electrical drive, configured as an electronically commuted multi-pole motor having a stator comprising a laminated stator core and several coils, and a rotor comprising a laminated rotor core, and several permanent magnets, wherein the rotor is arrangeable coaxially with regard to the axis of rotation, and connectable to the turnstile for a direct gear-less drive, • an adapter unit having ∘ at least one ceiling attachment element for attaching the adapter unit to a ceiling structure, ∘ affixing elements for affixing of counter-ceiling elements to the adapter unit, and ∘ at least one drive attachment element for attaching the drive to the adapter unit, characterized in that the individual affixing element comprises a pivotable or displaceable support for the counter-ceiling element, wherein the individual affixing element comprises a lift-off protection with regard to the support, wherein the counter-ceiling element is insertable between the lift-off protection and the support, and the distance between the lift-off protection and the support is adjustable to different thicknesses of the counter-ceiling element. ∘ at least one ceiling attachment element for attaching the adapter unit to a ceiling structure, ∘ affixing elements for affixing of counter-ceiling elements to the adapter unit, and ∘ at least one drive attachment element for attaching the drive to the adapter unit,