mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a drive device for a motor vehicle, comprising an internal combustion engine and a dual clutch transmission , wherein the dual clutch transmission has a first input shaft , a second input shaft and an output shaft , and the first input shaft is connected to the output shaft via a first sub-transmission and the second input shaft is connected to the output shaft via a second sub-transmission , and wherein the internal combustion engine is connected to the first input shaft via a first shifting clutch and to the second input shaft via a second shifting clutch , wherein, in a start-up mode of the drive device aimed at starting the motor vehicle, the internal combustion engine is operated with the second shifting clutch at least partially closed and the second sub-transmission coupled in to provide a drive torque at the output shaft aimed at starting the motor vehicle, and electrical energy is used to additionally drive the output shaft by means of an electric motor coupled to the output shaft , characterised in that, in the start-up mode of the drive device , the internal combustion engine is operated with the second shifting clutch at least partially closed and the second sub-transmission coupled in so as to drive an electrical generator , and electrical energy provided by means of the generator is used to additionally drive the output shaft by means of the electric motor , and in that , in an ancillary unit mode, at least one ancillary unit is driven by means of an electric motor coupled to the first input shaft with the first shifting clutch open and the first sub-transmission decoupled, wherein, when switching from the ancillary unit mode to the start-up mode, the first shifting clutch is at least partially closed for starting the internal combustion engine , the second shifting clutch is at least partially closed with the second sub-transmission coupled in, and the electric motor is used for providing a starting torque used for starting the internal combustion engine .
An assembly for an aircraft comprising: - an aircraft wing comprising a wing box formed in part with the aid of a front wing spar, of an upper suction-side skin and a lower pressure-side skin ; - an engine attachment pylon arranged under the wing , the pylon comprising a primary structure in the form of a pylon box having an upper spar extending at least in part under the wing box , and - means for securing the primary structure of the attachment pylon to the wing box , said securing means comprising two lateral front fittings , each of these fittings comprising: - a first connecting portion secured to the front wing spar ; - a second connecting portion secured to the primary structure of the attachment pylon; - at least one securing member linking the first and second connecting portions , said at least one securing member being articulated to the first connecting portion with the aid of a first pin system , characterized in that said first pin system is oriented substantially parallel to the front wing spar . - an aircraft wing comprising a wing box formed in part with the aid of a front wing spar, of an upper suction-side skin and a lower pressure-side skin ; - an engine attachment pylon arranged under the wing , the pylon comprising a primary structure in the form of a pylon box having an upper spar extending at least in part under the wing box , and - means for securing the primary structure of the attachment pylon to the wing box , - a first connecting portion secured to the front wing spar ; - a second connecting portion secured to the primary structure of the attachment pylon; - at least one securing member linking the first and second connecting portions , said at least one securing member being articulated to the first connecting portion with the aid of a first pin system , characterized in that said first pin system is oriented substantially parallel to the front wing spar .
Hob comprising a cooking surface (Pc), at least one heating element extending in a heating plane (P) located under said cooking surface (Pc), and a cooling system comprising: - air circulating means arranged under said heating plane (P) at a rear edge of said hob , - a ventilation duct extending from the circulating means and opening into an outlet zone located at said front edge of the hob , said ventilation duct comprising an inlet end located at the air circulating means such that a flow of air from the air circulating means enters said ventilation duct through said inlet end , and an outlet end located at said outlet zone , - air deflecting means located in said outlet zone , facing said outlet end of said ventilation duct , and which are designed to reverse the direction of the air flow; and - at least one air discharge opening arranged at least at one lateral edge of the hob , near a heating element , said heating element being placed between said outlet zone and said at least one air discharge opening , said hob being characterised in that it further comprises a casing , placed under the cooking surface (Pc) and formed by a bottom and peripheral walls located at the front , rear and lateral edges, respectively, of said hob , said at least one air discharge opening being arranged on a lateral part of the bottom of said casing. - air circulating means arranged under said heating plane (P) at a rear edge of said hob , - a ventilation duct extending from the circulating means and opening into an outlet zone located at said front edge of the hob , said ventilation duct comprising an inlet end located at the air circulating means such that a flow of air from the air circulating means enters said ventilation duct through said inlet end , and an outlet end located at said outlet zone , - air deflecting means located in said outlet zone , facing said outlet end of said ventilation duct , and which are designed to reverse the direction of the air flow; and - at least one air discharge opening arranged at least at one lateral edge of the hob , near a heating element , said heating element being placed between said outlet zone and said at least one air discharge opening ,
Device for handling tyres , having a vertical column , a vertical guide , a vertical drive and a pivoting drive as well as a fork , which is displaceable in the vertical direction on the vertical guide with the aid of the vertical drive and is pivotable in the horizontal direction with the aid of the pivoting drive , characterized in that the fork has a holder , which is displaceably mounted in the vertical direction on the vertical guide , in that the holder of the fork is additionally mounted pivotably in the horizontal direction on the vertical guide and in that the fork has on its upper side a support for a tyre , on which a tyre can be taken up.
A combination of an anchor clamp and of a conductive cable with a Polymer Matrix Composite (PMC) core, used to mechanically attach the core of a plunger that has a connector member on the front part for attaching to a coupling point and attaching the conductor wires of the cable to the connection blade through the rear area of the body , which has an inner frustoconical gap that incorporates an envelope , that has an external frustoconical area equivalent to that gap, and internally houses a wedge that is made up of several segments that forms the fastening mechanism of the core to the envelope , while the front area has a threaded area , suitable for fastening to it the end of the plunger , while together they define an outer frustoconical configuration, equivalent to the area of the envelope , and an inner gap that incorporates a tube , shapeable, with an inner diameter equivalent to that of the core on which it is sheathed; the segments that form the wedge being joined by weakened areas and/or slots or longitudinal windows that allow their accommodation aimed at reducing the diameter of the inner gap existing between them, when pressure from the outside is exerted when they are introduced into the bottom of the conical area of the envelope, characterized in that the segments of the wedge are of an essentially circular section that externally defines areas of contact through which they slide along the gap of the envelope ; and in that the tube to be installed in the Polymer Matrix Composite PMC core under the wedge of the clamp, forming a protection element of the composite core, is made from annealed aluminum or another shapeable material.
Method for optical measurement of a thread at at least one end of a metal tube by means of at least one measuring head , which is secured to a manipulator and preferably freely positionable with respect to the metal tube and which has at least one optical measuring path for measuring the thread as well as at least one position detector, wherein the method comprises at least the following method steps: A) providing the metal tube in a measuring position, B) determining the three-dimensional position of a longitudinal axis of the metal tube by means of the at least one position detector before and/or during positioning of the measuring head in a measuring setting, C) aligning the measuring head parallel to the longitudinal axis of the metal tube before and/or during positioning of the measuring head in the measuring setting and D) performing the optical thread measurement, characterised in that the determination of the three-dimensional position of the longitudinal axis of the metal tube is carried out during a linear movement of the measuring head along a target course of the longitudinal axis of the metal tube of the measuring head , at least one first line laser is used as position detector and the determination of the three-dimensional position of the longitudinal axis of the metal tube and/or fine orientation of the measuring head and/or of the optical measuring path is or are carried out with use of at least one second line laser at the measuring head, which is oriented parallelly to a target course of the longitudinal axis of the metal tube. A) providing the metal tube in a measuring position, B) determining the three-dimensional position of a longitudinal axis of the metal tube by means of the at least one position detector before and/or during positioning of the measuring head in a measuring setting, C) aligning the measuring head parallel to the longitudinal axis of the metal tube before and/or during positioning of the measuring head in the measuring setting and D) performing the optical thread measurement, characterised in that the determination of the three-dimensional position of the longitudinal axis of the metal tube is carried out during a linear movement of the measuring head along a target course of the longitudinal axis of the metal tube of the measuring head , at least one first line laser is used as position detector and the determination of the three-dimensional position of the longitudinal axis of the metal tube and/or fine orientation of the measuring head and/or of the optical measuring path is or are carried out with use of at least one second line laser at the measuring head, which is oriented parallelly to a target course of the longitudinal axis of the metal tube.
A pneumatic tire configured to rotate about an axis of rotation (AXR), the tire comprising - a circumferential tread being configured to form a contact with a surface when the tire is used, - a circumferential belt layer disposed radially below the tread, - a first bead region and a second bead region , which bead regions are spaced apart, wherein the first bead region has a first mounting surface and the second bead region has a second mounting surface, which mounting surfaces are adapted for mounting the tire on a rim of a wheel, - a first sidewall extending between the first bead region and the tread and a second sidewall extending between the second bead region and the tread , - a carcass ply extending between the first bead region and the second bead region , and - at least one electrically conductive cord comprising electrically conductive fibers, which electrically conductive cord extends from the first bead region • to said tread , and/or • to said circumferential belt layer , and/or • to said second bead region , thereby providing a path of increased electrical conductivity via the electrically conductive cord , - wherein the electrically conductive fibers have • a length from 1 mm to 100 mm, preferably from 10 mm to 70 mm, characterized in that the electrically conductive fibers have a diameter from 1 μm to 25 μm, and • a length/diameter ratio from 100 to 10 000. - a circumferential tread being configured to form a contact with a surface when the tire is used, - a circumferential belt layer disposed radially below the tread, - a first bead region and a second bead region , which bead regions are spaced apart, wherein the first bead region has a first mounting surface and the second bead region has a second mounting surface, which mounting surfaces are adapted for mounting the tire on a rim of a wheel, - a first sidewall extending between the first bead region and the tread and a second sidewall extending between the second bead region and the tread , - a carcass ply extending between the first bead region and the second bead region , and - at least one electrically conductive cord comprising electrically conductive fibers, which electrically conductive cord extends from the first bead region • to said tread , and/or • to said circumferential belt layer , and/or • to said second bead region , thereby providing a path of increased electrical conductivity via the electrically conductive cord , • to said tread , and/or • to said circumferential belt layer , and/or • to said second bead region , - wherein the electrically conductive fibers have • a length from 1 mm to 100 mm, preferably from 10 mm to 70 mm, characterized in that the electrically conductive fibers have a diameter from 1 μm to 25 μm, and • a length/diameter ratio from 100 to 10 000. • a length from 1 mm to 100 mm, preferably from 10 mm to 70 mm, characterized in that the electrically conductive fibers have a diameter from 1 μm to 25 μm, and • a length/diameter ratio from 100 to 10 000.
A safety system having a facility that has a safety zone and having an electronic device , a key station , and a mobile key device for reading data from at least the electronic device of the facility , wherein the safety zone is arranged within the facility and the electronic device is arranged within the safety zone; wherein the data at least comprise identification data for the electronic device ; and wherein the mobile key device comprises an interface by means of which the data are wirelessly transferable from the electronic device to the key device ; wherein at least one restricted access zone having an access station to the safety zone is arranged, wherein the access station has a locking device that is lockable and the access station can only be passed using the key device, wherein the safety zone of the facility and the electronic device arranged in the safety zone are only accessible through this at least one access zone ; wherein an access zone has to be passed through by a person having the key device before the reading of the electronic device and after the reading of the electronic device , with the data of the key device being transferable to a key station , characterized in that the key station is arranged outside the safety zone and the key station is configured to receive the at least one key device in a receiver, to read the key device, and to evaluate the data of the key device in an evaluation unit, with the key device only being removable from the key station by authorized persons, with the safety zone not being allowed to be entered by persons when the facility is active, and with the facility not being able to be activated while the person carries the key device with him.
A hollow-core photonic bandgap fiber having a hollow core and a cladding which surrounds the core at a core boundary and comprises a lattice or network of struts and interstitial nodes which together define an array of cavities , wherein the ratio between the difference in the length of the longest and shortest pitch spacing of the nodes at the core boundary to the average pitch spacing at the core boundary is less than about 0.3, characterized in that the cladding has non-exact periodicity, with the average spacing of the cavities having a variance outside of the range of from 0.98 to 1.02.
A method comprising: importing a route target for a remote Virtual Routing and Forwarding instance, VRF, at a leaf node in an overlay network with multiple tenants, the leaf node comprising at least one local VRF configured thereon, the overlay network comprising a plurality of leaf nodes, each of the leaf nodes being in communication with each of a plurality of spine nodes ; processing routes received for the route target at the leaf node ; and installing said routes for said remote VRF at said local VRF at the leaf node , to enable inter-VRF communication between isolated VRFs via the leaf node by forwarding traffic directly between leaf nodes, wherein the local VRF is instantiated on the leaf node , and the remote VRF is not instantiated on the leaf node , and a tenant is allocated one or more Virtual Local Area Networks, VLANs, on the leaf node and is associated with the local VRF on the leaf node , each of the local VRF and the remote VRF being associated with a layer 3 segment identifier, the layer 3 segment identifier for the remote VRF being used to forward packets at the leaf node by configuring a core-facing VLAN of the one or more VLANs allocated to the tenant that is mapped to the layer 3 segment identifier corresponding to said remote VRF. importing a route target for a remote Virtual Routing and Forwarding instance, VRF, at a leaf node in an overlay network with multiple tenants, the leaf node comprising at least one local VRF configured thereon, the overlay network comprising a plurality of leaf nodes, each of the leaf nodes being in communication with each of a plurality of spine nodes ; processing routes received for the route target at the leaf node ; and installing said routes for said remote VRF at said local VRF at the leaf node , to enable inter-VRF communication between isolated VRFs via the leaf node by forwarding traffic directly between leaf nodes, wherein the local VRF is instantiated on the leaf node , and the remote VRF is not instantiated on the leaf node , and a tenant is allocated one or more Virtual Local Area Networks, VLANs, on the leaf node and is associated with the local VRF on the leaf node , each of the local VRF and the remote VRF being associated with a layer 3 segment identifier, the layer 3 segment identifier for the remote VRF being used to forward packets at the leaf node by configuring a core-facing VLAN of the one or more VLANs allocated to the tenant that is mapped to the layer 3 segment identifier corresponding to said remote VRF.
A layered semiconductor structure with a width in a lateral direction, having an operating area covering part of the width of the semiconductor structure, the semiconductor structure comprising: a semiconductor substrate with majority charge carriers of a first polarity; and a first dielectric layer with inducing net charge of the first polarity on the semiconductor substrate; an induced junction being induced in the semiconductor substrate by an electric field generated in the semiconductor substrate by the inducing net charge; the semiconductor structure being configured to confine the electric field generated in the semiconductor substrate in the operating area, characterised in that the first dielectric layer extends outside the operating area , and the semiconductor structure further comprises, outside the operating area, a second dielectric layer with compensating net charge of a second polarity opposite to the first polarity, the compensating net charge at least partially compensating the electric field generated in the semiconductor substrate by the inducing net charge. a semiconductor substrate with majority charge carriers of a first polarity; and a first dielectric layer with inducing net charge of the first polarity on the semiconductor substrate;
A multi-foil lift force creator for a fishing trawl, said multi-foil lift force creator comprising a plurality of hydrofoil elements aligned in a stacked manner and designed to be arranged between and attached rigidly at both ends to a spherical buoyancy element in the form of a float or gravity element for being mounted on a fishing trawl head rope , wherein the hydrofoil elements are shaped to deflect the water during towing of the trawl net in such a way that the hydrodynamic force thereby created complements the buoyancy force from the buoyancy elements, and wherein, rather than having butt ends, the hydrofoil elements join smoothly to multi-foil end caps fitting tightly around the two buoyancy elements at the ends of the multi-foil lift force creator, respectively.
A method, performed by a control point, CP, for managing state information of a Remote User Interface, RUI, application, wherein the state information is received by a first client from a server providing the RUI application, the method comprising: receiving , from a user, a migration request to migrate the state information of the RUI application; determining an RUI application that is currently running on the first client ; commanding the first client to make a store request to store the state information of the determined RUI application in the server ; accessing, by the CP , the server and checking location information indicating a route to a location where the state information is stored; and transmitting , by the CP , a restore request for requesting a second client to restore the state information, the restore request including the location information. receiving , from a user, a migration request to migrate the state information of the RUI application; determining an RUI application that is currently running on the first client ; commanding the first client to make a store request to store the state information of the determined RUI application in the server ; accessing, by the CP , the server and checking location information indicating a route to a location where the state information is stored; and transmitting , by the CP , a restore request for requesting a second client to restore the state information, the restore request including the location information.
A piston machine, comprising - a housing with a chamber which has a substantially circle sector-shaped cross-section, - a pivotable piston designed as a pivoting element and arranged in the housing with a first working surface , wherein the housing and the piston define at least a first variable working chamber , - a drive or output which is connected to the piston , - an outlet valve which is arranged in the working chamber for discharging a working fluid, and an inlet valve which is arranged in the working chamber for admitting the working fluid into the working chamber , characterized in that the housing has a cooling opening in at least one housing wall for convectively cooling a side of the piston opposite the first working surface by means of a coolant, wherein the chamber is defined by a wall that is circular arc-shaped in cross-section, and the cooling opening is provided in the circular arc-shaped wall . - a housing with a chamber which has a substantially circle sector-shaped cross-section, - a pivotable piston designed as a pivoting element and arranged in the housing with a first working surface , wherein the housing and the piston define at least a - a drive or output which is connected to the piston , - an outlet valve which is arranged in the working chamber for discharging a working fluid, and an inlet valve which is arranged in the working chamber for admitting the working fluid into the working chamber , characterized in that the housing has a cooling opening in at least one housing wall for convectively cooling a side of the piston opposite the first working surface by means of a coolant, wherein the chamber is defined by a wall that is circular arc-shaped in cross-section, and the cooling opening is provided in the circular arc-shaped wall .