mhurhangee/patent-ind-claim-en huggingface dataset:
Method for monitoring isolation of an ungrounded DC, direct current, bus of an electric vehicle supply equipment, EVSE, comprising the steps of: Applying a first periodical test signal having a first frequency and applying a second periodical test signal having a second frequency on the DC bus , whereby the second frequency is greater than the first frequency, Measuring a first voltage and/or current fluctuation on the DC bus resulting from the first test signal and measuring a second voltage and/or current fluctuation on the DC bus resulting from the second test signal, and Correlating the first test signal with the first fluctuation resulting in a first vector and correlating the second test signal with the second fluctuation resulting in a second vector, characterised in the method further comprising the steps of: Band pass-filtering the second fluctuation and subtracting the band pass-filtered second fluctuation from the first fluctuation and band pass-filtering the first fluctuation and subtracting the band pass-filtered first fluctuation from the second fluctuation, and whereby the step of correlating comprises Correlating the first test signal with the band pass-filtered first fluctuation resulting in the first vector and correlating the second test signal with the band pass-filtered second fluctuation resulting in the second vector. Applying a first periodical test signal having a first frequency and applying a second periodical test signal having a second frequency on the DC bus , whereby the second frequency is greater than the first frequency, Measuring a first voltage and/or current fluctuation on the DC bus resulting from the first test signal and measuring a second voltage and/or current fluctuation on the DC bus resulting from the second test signal, and Correlating the first test signal with the first fluctuation resulting in a first vector and correlating the second test signal with the second fluctuation resulting in a second vector, characterised in the method further comprising the steps of: Band pass-filtering the second fluctuation and subtracting the band pass-filtered second fluctuation from the first fluctuation and band pass-filtering the first fluctuation and subtracting the band pass-filtered first fluctuation from the second fluctuation, and whereby the step of correlating comprises Correlating the first test signal with the band pass-filtered first fluctuation resulting in the first vector and correlating the second test signal with the band pass-filtered second fluctuation resulting in the second vector. Band pass-filtering the second fluctuation and subtracting the band pass-filtered second fluctuation from the first fluctuation and band pass-filtering the first fluctuation and subtracting the band pass-filtered first fluctuation from the second fluctuation, and whereby the step of correlating comprises Correlating the first test signal with the band pass-filtered first fluctuation resulting in the first vector and correlating the second test signal with the band pass-filtered second fluctuation resulting in the second vector.
A device for detecting a force or pressure applied to an object, the device comprising: a first flexible substrate layer having a first plurality of pressure sensors thereon; and a plurality of electrically conductive tracks forming a tracks layer located between the first flexible substrate layer and the first plurality of pressure sensors, the plurality of electrically conductive tracks comprising a plurality of first electrodes and a plurality of second electrodes, each first electrode and each second electrode being in electrical contact with a single pressure sensor of the first plurality of pressure sensors; wherein the first plurality of pressure sensors comprises first pressure sensitive ink spots, the ink spots being arranged to change electrical resistance in response to pressure changes, and wherein the first pressure sensitive ink spots comprise printed or screen coated pressure sensitive ink spots. a first flexible substrate layer having a first plurality of pressure sensors thereon; and a plurality of electrically conductive tracks forming a tracks layer located between the first flexible substrate layer and the first plurality of pressure sensors, the plurality of electrically conductive tracks comprising a plurality of first electrodes and a plurality of second electrodes, each first electrode and each second electrode being in electrical contact with a single pressure sensor of the first plurality of pressure sensors;
Bush bearing, comprising an inner part , an outer part , a radial spring which acts mainly in the radial direction and extends in the radial direction between the inner part and the outer part , and an axial spring which acts mainly in the axial direction and at least sections of which extend in the axial direction between the inner part and the outer part , wherein the radial spring and the axial spring are designed and/or disposed in such a way that, by means of the radial spring , the radial stiffness of the bush bearing and, by means of the axial spring , the axial stiffness of the bush bearing can be adjusted independently of one another, wherein the axial spring engages in the axial direction on the inner part and outer part and the radial spring and the axial spring are designed as separate components, characterised in that the inner part is designed as one piece. an inner part , an outer part , a radial spring which acts mainly in the radial direction and extends in the radial direction between the inner part and the outer part , and an axial spring which acts mainly in the axial direction and at least sections of which extend in the axial direction between the inner part and the outer part , wherein the radial spring and the axial spring are designed and/or disposed in such a way that, by means of the radial spring , the radial stiffness of the bush bearing and, by means of the axial spring , the axial stiffness of the bush bearing can be adjusted independently of one another, wherein the axial spring engages in the axial direction on the inner part and outer part and the radial spring and the axial spring are designed as separate components, characterised in that the inner part is designed as one piece.
A content data processing system comprising an electronic device and an external apparatus , wherein the electronic device comprises: an interface configured to transfer data with the external apparatus ; a storage unit storing content data; a reproduction unit configured to reproduce the content data read out from the storage unit ; and means for selecting content data to be deleted; characterized by the electronic device further comprising a control unit configured to transmit delete information indicating content data to be deleted via the interface to the external apparatus when detecting a connection with the external apparatus via the interface , wherein the external apparatus is configured to access the storage unit of the electronic device and to delete therefrom the content data indicated by the delete information. an interface configured to transfer data with the external apparatus ; a storage unit storing content data; a reproduction unit configured to reproduce the content data read out from the storage unit ; and means for selecting content data to be deleted; characterized by the electronic device further comprising a control unit configured to transmit delete information indicating content data to be deleted via the interface to the external apparatus when detecting a connection with the external apparatus via the interface , wherein the external apparatus is configured to access the storage unit of the electronic device and to delete therefrom the content data indicated by the delete information.
A work vehicle configured to perform an operation while traveling autonomously, comprising: an operation unit configured to perform the operation, the operation unit being mounted in a vehicle body , a load calculation unit configured to calculate a load of the operation, wherein the operation unit includes a load reduction unit configured to perform an operation for reducing a load of the operation whose load is greater than a preset load, and an operation completion unit configured to perform an operation, which is the remainder of the operation, for which the load reduction unit has reduced the load; and the work vehicle further comprises a decision unit configured to decide whether to drive both the load reduction unit and the operation completion unit or to only drive the operation completion unit , based on a result of the calculation performed by the load calculation unit ; and characterized in that : the load calculation unit is provided forward of the operation unit relative to the travelling direction in the vehicle body ; and the load reduction unit is a mowing blade, and the operation completion unit is a mowing blade which is different from the load reduction unit . an operation unit configured to perform the operation, the operation unit being mounted in a vehicle body , a load calculation unit configured to calculate a load of the operation, wherein the operation unit includes a load reduction unit configured to perform an operation for reducing a load of the operation whose load is greater than a preset load, and an operation completion unit configured to perform an operation, which is the remainder of the operation, for which the load reduction unit has reduced the load; and the work vehicle further comprises a decision unit configured to decide whether to drive both the load reduction unit and the operation completion unit or to only drive the operation completion unit , based on a result of the calculation performed by the load calculation unit ; and characterized in that : the load calculation unit is provided forward of the operation unit relative to the travelling direction in the vehicle body ; and the load reduction unit is a mowing blade, and the operation completion unit is a mowing blade which is different from the load reduction unit . the load calculation unit is provided forward of the operation unit relative to the travelling direction in the vehicle body ; and the load reduction unit is a mowing blade, and the operation completion unit is a mowing blade which is different from the load reduction unit .
A liquid discharge head comprising: a channel member including a plurality of discharge holes , a plurality of pressurization chambers connected with the plurality of discharge holes , respectively, and a dummy pressurization chamber (10D2); and a substrate disposed on the channel member and including a plurality of pressurizing parts configured to pressurize the plurality of pressurization chambers , respectively; wherein the channel member includes a plurality of stacked plates (4a to 41), and the plurality of plates(4a to 41) includes a pressurization chamber plate wherein the pressurization chamber plate has a plurality of holes or a plurality of grooves, each hole or each groove has a side surface configuring a side surface of the respective pressurization chamber , and said each hole or said each groove has an opening configuring an opening of the respective pressurization chamber , and wherein said plurality of the openings of the pressurization chambers is closed by the substrate , characterized in that the channel member further includes a dummy pressurization chamber plate in the plurality of stacked plates (4a to 41), wherein the dummy pressurization chamber plate has a hole or a groove, the hole or the groove has a side surface configuring a side surface of the dummy pressurization chamber (10D2), and the hole or the groove has an opening configuring an opening of the dummy pressurization chamber (10D2), and the opening of the dummy pressurization chamber (10D2) is closed by the pressurization chamber plate .
Brake system for a vehicle, comprising: - a brake lining intended to rub against a wheel of the vehicle in order to brake it; the friction between the wheel and the brake lining generating dust; - a dust-collecting member comprising: - an air-suction nozzle arranged in the immediate vicinity of the brake lining; - a dust-collecting reservoir connected to the suction nozzle, the dust-collecting reservoir containing a fluid through which the sucked air passes; - an air-suction turbine installed following the dust-collecting reservoir ; said brake system being characterized in that - the dust-collecting reservoir comprises a splash turbine arranged at least partially in the fluid . - a brake lining intended to rub against a wheel of the vehicle in order to brake it; the friction between the wheel and the brake lining generating dust; - a dust-collecting member comprising: - an air-suction nozzle arranged in the immediate vicinity of the brake lining; - a dust-collecting reservoir connected to the suction nozzle, the dust-collecting reservoir containing a fluid through which the sucked air passes; - an air-suction turbine installed following the dust-collecting reservoir ; said brake system being characterized in that - the dust-collecting reservoir comprises a splash turbine arranged at least partially in the fluid .
A textile composition comprising: fibers having a treatment composition applied to fiber surfaces, the treatment composition comprising an acid stain resist component and liquid repellent phase comprising a dendrimer component and/or non-dendrimer alkyl urethane and being free of fluorochemical components, the fibers comprising nylon fibers, polyolefin fibers, polyester fibers, polyethylene terephthalate (PET) fibers or polytrimethylene terephthalate (PTT) fibers and being fibers having anionic character, being chemically modified to have anionic character, or having anionic character imparted by the acid stain resist component. the treatment composition comprising an acid stain resist component and liquid repellent phase comprising a dendrimer component and/or non-dendrimer alkyl urethane and being free of fluorochemical components, the fibers comprising nylon fibers, polyolefin fibers, polyester fibers, polyethylene terephthalate (PET) fibers or polytrimethylene terephthalate (PTT) fibers and being fibers having anionic character, being chemically modified to have anionic character, or having anionic character imparted by the acid stain resist component.
Device comprising a first and a second tool which are each arranged in a storage position in a housing and are displaceable therefrom into a use position, the tools each being movable in parallel with one another in a chamber having an outlet opening for the tool , and comprising a locking device which can be brought into a locking position when one of the two tools is displaced, wherein a locking body of the locking device which is attached to the housing so as to be pivotable about a pivot axis is positively controlled, when one of the two tools is displaced, so as to assume a locked position that locks the displaceability of the relevant other tool , and is arranged in a window of a partition between the two chambers and can alternately dip into one of the two chambers such that a locking shoulder lies in the path of movement of a counter shoulder of a tool carrier , characterised in that the tool carriers have different lengths and the two locking shoulders are spaced apart from one another by the amount by which the lengths of the two tool carriers differ.
Network entity on a service layer for identifier allocating and/or identifier mapping of network services, wherein the network entity is configured to: - receive a first identifier of a first network service, - generate a second identifier of a second network service, and - map the second identifier to the first identifier; wherein one of the first identifier and the second identifier is a network slice instance ID, NSI-ID, wherein the network entity is further configured to: - send the second identifier to a second network entity for identifier allocating and/or identifier mapping. wherein the network entity is configured to: - receive a first identifier of a first network service, - generate a second identifier of a second network service, and - map the second identifier to the first identifier; - receive a first identifier of a first network service, - generate a second identifier of a second network service, and - map the second identifier to the first identifier; wherein one of the first identifier and the second identifier is a network slice instance ID, NSI-ID, wherein the network entity is further configured to: - send the second identifier to a second network entity for identifier allocating and/or identifier mapping. - send the second identifier to a second network entity for identifier allocating and/or identifier mapping.
Torsion bar spring for a vehicle, comprising a bent main body which forms a torsion spring and is composed of fibre-reinforced plastic, and at least one add-on part which is arranged on the end side of said main body for connecting the main body to a hinged support, and with a snap connection between the add-on part and the main body , wherein the add-on part has a connection region for a hinged support and a connection region protruding from said connection region for the main body , characterized in that the connection region for the main body has a receptacle with two securing elements , wherein the securing element is in each case designed in the form of a snap-action tongue which is assigned to the connection region and, in order to produce the snap connection , engages in a recess , which is formed on the main body , in order to prevent the add-on part from being detached from the main body , and the receptacle has an annular portion which surrounds the end region of the main body in regions and is connected to the connection region for the hinged support via a web region , wherein the web region comprises two axially extending webs which are distributed over the circumference of the add-on part , and a snap-action tongue is in each case arranged between the webs with respect to a circumferential direction.
A mobile terminal, comprising a housing and a touch display screen , the touch display screen being mounted on the housing , wherein the touch display screen , comprises: a substrate ; a touch electrode covering the substrate ; a touch trace arranged on the substrate and connected to the touch electrode ; and an antenna assembly arranged in a side edge area of the substrate and spaced apart from the touch trace by a preset distance, wherein the antenna assembly and the touch trace are on different sides of the substrate in a length direction or a width direction of the substrate , wherein the housing further comprises a side edge , and the touch display screen further comprises a curved portion (X) extending to the side edge , wherein the antenna assembly in the touch display screen is arranged at the curved portion (X), wherein the housing further comprises a rear cover plate , and wherein the touch display screen further comprises an auxiliary display portion (Y) connected to the curved portion (X) that extends from an edge of the curved portion (X) to the rear cover plate . a substrate ; a touch electrode covering the substrate ; a touch trace arranged on the substrate and connected to the touch electrode ; and an antenna assembly arranged in a side edge area of the substrate and spaced apart from the touch trace by a preset distance, wherein the antenna assembly and the touch trace are on different sides of the substrate in a length direction or a width direction of the substrate , wherein the housing further comprises a side edge , and the touch display screen further comprises a curved portion (X) extending to the side edge , wherein the antenna assembly in the touch display screen is arranged at the curved portion (X), wherein the housing further comprises a rear cover plate , and wherein the touch display screen further comprises an auxiliary display portion (Y) connected to the curved portion (X) that extends from an edge of the curved portion (X) to the rear cover plate .
Method for manufacturing a connecting element using a foam injection moulding method, wherein a fastening part with gripping and/or interlocking elements forming a component of a hook and loop fastener is manufactured in a first step and placed in an injection mould as an insert , a supporting element being formed in said injection mould by means of a foamed plastics material in a second step, said supporting element being connected to the insert to form the connecting element , characterised in that the injection mould comprises movable mould sections , which delimit a mould cavity , in that air channels leading into the cavity are formed in the mould section that is opposite the mould section comprising a channel and in which a depression forming the cavity is formed, and in that suction air is applied via the air channels or support gas is supplied under pressure during the moulding process to protect the interlocking elements .
A light emitting apparatus , comprising: a circuit substrate , a plurality of light sources and an optical element ; wherein the optical element comprises a translucent element and an interference element , wherein the plurality of light sources are arranged on the circuit substrate for lighting the optical element ; and the optical element is arranged above the plurality of light sources ; characterized in that the interference element is arranged on the translucent element , and the interference element causes light emitted from each of the light sources to undergo destructive interference in a first polarization direction, constructive interference in a second polarization direction, and emission through the translucent element .
System for suctioning braking particles from a friction braking system, the suction system comprising: at least one negative-pressure source , at least one suction mouth , at least one pneumatic circuit connecting the suction mouth to the negative-pressure source, a control unit , and closure means arranged on the pneumatic circuit, the closure means being able to isolate at least a first portion of the pneumatic circuit , characterized in that the control unit controls the closure means in order to isolate the first portion of the pneumatic circuit between two actual uses of the negative-pressure source. at least one negative-pressure source , at least one suction mouth , at least one pneumatic circuit connecting the suction mouth to the negative-pressure source, a control unit , and closure means arranged on the pneumatic circuit, the closure means being able to isolate at least a first portion of the pneumatic circuit , characterized in that the control unit controls the closure means in order to isolate the first portion of the pneumatic circuit between two actual uses of the negative-pressure source.
A vehicle power supply control method, comprising: performing, when a constant voltage is required of a power supply circuit in generating electric power by a power generator , the power supply circuit being connected to a primary storage battery and being able to be connected to a secondary storage battery that has a lower internal resistance than that of the primary storage battery , switching between connection of the secondary storage battery to the power supply circuit and disconnection of the secondary storage battery from the power supply circuit depending on the required constant voltage, current output to the power supply circuit by the power generator , and a state of charge of the secondary storage battery .