mhurhangee/ep-ind-claims huggingface dataset:
Rear carrier system for a motor vehicle with two carrier receptacles (1a, 1b) fixed to the vehicle and with two carrier sections (2a, 2b) that are each provided, at end regions on the vehicle side, with a fastening profile (3a, 3b) by means of which each carrier section (2a, 2b) is, in the state assembled ready for operation, detachably fastened to the associated carrier receptacle (1a, 1b), wherein each carrier section (2a, 2b) is provided, at a distance from the fastening profile (3a, 3b), with a supporting profile (4a, 4b), and wherein the supporting profiles (4a, 4b)are, in the state assembled ready for operation of the carrier sections (2a, 2b), positively braced against one another, characterized in that the fastening profile (3a, 3b) of each first section leg of each carrier section (2a, 2b) and the associated carrier receptacle (1a, 1b) fixed to the vehicle are configured as complementary bayonet fitting portions (10, 11) of a bayonet fitting arrangement designed such that the respective second section leg is, when the first section leg is in the end position rotated ready for operation, aligned flush with the second section leg of the other carrier section (2a, 2b) respectively.
A device for encoding a position of an object, comprising - a first light source; - a first collimating element adapted to form first collimated light from the first light source, the first collimated light comprising a first collimated light beam; - a carrier adapted to guide the first collimated light, the carrier comprising a first primary light redirecting structure and a second primary light redirecting structure, wherein the first primary light redirecting structure comprises a plurality of prisms including a first prism having a planar surface; and - a detector device for encoding the position of an object with respect to an active area of an encoding plane; wherein the first primary light redirecting structure is adapted to redirect at least a part of the first collimated light beam through the active area into the second primary light redirecting structure; and wherein the second primary light redirecting structure is adapted to redirect light received from the first primary light redirecting structure onto the detector device. - a first light source; - a first collimating element adapted to form first collimated light from the first light source, the first collimated light comprising a first collimated light beam; - a carrier adapted to guide the first collimated light, the carrier comprising a first primary light redirecting structure and a second primary light redirecting structure, wherein the first primary light redirecting structure comprises a plurality of prisms including a first prism having a planar surface; and - a detector device for encoding the position of an object with respect to an active area of an encoding plane;
An operation control method for a wind turbine generator comprising a forward anemometer, the method comprising steps of: measuring a wind speed at a forward position (A') distant from the wind turbine generator by means of the forward anemometer; determining, based on at least displacement of the forward anemometer due to at least one of deformation, movement or inclination of the wind turbine generator with respect to a standard state of the wind turbine generator, the forward position (A') at which the wind speed is actually measured by the forward anemometer; and controlling the wind turbine generator based on the measured wind speed and the determined forward position (A'). measuring a wind speed at a forward position (A') distant from the wind turbine generator by means of the forward anemometer; determining, based on at least displacement of the forward anemometer due to at least one of deformation, movement or inclination of the wind turbine generator with respect to a standard state of the wind turbine generator, the forward position (A') at which the wind speed is actually measured by the forward anemometer; and controlling the wind turbine generator based on the measured wind speed and the determined forward position (A').
Cutter system for an electric shaver and/or trimmer, comprising a pair of comb-like cutting elements (4, 5) each with two rows of cutting teeth and movable relative to each other, wherein one of said cutting elements has thickened and rounded tooth tips overhanging the tooth tips of the other cutting element, wherein at least one row (10, 11) of cooperating cutting teeth (6, 7) defines a convex skin contact surface when viewed in a cross-sectional plane parallel to a reciprocating direction of the cutting teeth (6, 7) and perpendicular to said skin contact surface.
A health-giving foodstuff containing ethyl esters of fatty acids of linseed oil, characterised in that it is constituted of microcapsules in a form of powder, which contains, in a protein-carbohydrate matrix, a nutraceutical with bioactive ethyl esters of acids ALA (α-Linolenic acid) and LA (Linoleic acid) in a form of drops of diameter less than 2 μm, with not more than 4 percent by weight addition of ethanol based on at least 99,8% anhydrous pharmaceutical ethanol, wherein in the protein-carbohydrate matrix as proteins there are used milk proteins concentrates with decreased lactose concentration, containing minimum 30 percent by weight of proteins and/or plant proteins concentrates, wherein in the protein-carbohydrate matrix as carbohydrate there is used low saccharification maltodextrin with DE index not higher than 13.
A system for preventing unauthorized access to a network, wherein said network is aboard an airplane, comprising a switch disposed within a space that can be secured to block entry by unauthorized persons, said switch being switchable between first and second states; a user interface (32 or 32') for inputting a user request that a target function be activated; a first computer programmed to activate said target function if predetermined conditions have been satisfied; and a second computer (38 or 50) programmed to perform a guard function whereby an instruction to activate said target function is sent from said second computer to said first computer if said user request was received while said switch is in said first state, and a request denial is sent to said user interface if said user request was received while switch is in said second state, wherein said first computer is further programmed to issue a fault indicator signal in response to receipt from said second computer of an instruction to activate said target function while said switch is in said second state.
A dosing mechanism for an injection device, comprising: a) a dosage setting element, and a first element which is coupled to the dosage setting element and can be rotated in a first rotational direction about a main rotational axis relative to another, second element by means of a coupling while a dosage is set and which is rotationally fixed relative to the second element while a dosage is delivered, wherein the first element and the second element are coupled via a sleeve-shaped stop element which forms a complementary stop abutment; and b) a stop abutment (110; 210), wherein the complementary stop abutment performs a movement towards a stop position while the first element rotates in the first rotational direction, wherein the complementary stop abutment abuts against the stop abutment (110; 210) in the stop position and prevents the first element from rotating in the first rotational direction relative to the second element, characterised in that c) the sleeve-shaped stop element can be rotated about a secondary rotational axis which is arranged such that it is offset in parallel or is angularly offset with respect to the main rotational axis and which surrounds the first element or the second element. a) a dosage setting element, and a first element which is coupled to the dosage setting element and can be rotated in a first rotational direction about a main rotational axis relative to another, second element by means of a coupling while a dosage is set and which is rotationally fixed relative to the second element while a dosage is delivered, wherein the first element and the second element are coupled via a sleeve-shaped stop element which forms a complementary stop abutment; and b) a stop abutment (110; 210), wherein the complementary stop abutment performs a movement towards a stop position while the first element rotates in the first rotational direction, wherein the complementary stop abutment abuts against the stop abutment (110; 210) in the stop position and prevents the first element from rotating in the first rotational direction relative to the second element, characterised in that c) the sleeve-shaped stop element can be rotated about a secondary rotational axis which is arranged such that it is offset in parallel or is angularly offset with respect to the main rotational axis and which surrounds the first element or the second element.
Take-off assist actuator comprising: - a support suitable for being fixed to a subframe of a lifting device, - a body, - a piston moveably mounted in translation relative to the body along a translation axis, - a rod connected to the piston and having an end suitable for coming into contact with a lifting arm of the lifting device, in order to push the lifting arm during rotation of the lifting arm relative to the subframe, and - a connecting device connecting the body to the support, the connecting device allowing angular displacement of the body relative to the support during rotation of the lifting arm relative to the subframe, wherein the body has an external surface having a convex portion arranged to bear against a bearing surface fixedly mounted relative to the subframe when the rod pushes the lifting arm, the convex portion being suitable for rolling on the bearing surface during the angular displacement of the body relative to the support. - a support suitable for being fixed to a subframe of a lifting device, - a body, - a piston moveably mounted in translation relative to the body along a translation axis, - a rod connected to the piston and having an end suitable for coming into contact with a lifting arm of the lifting device, in order to push the lifting arm during rotation of the lifting arm relative to the subframe, and - a connecting device connecting the body to the support, the connecting device allowing angular displacement of the body relative to the support during rotation of the lifting arm relative to the subframe,
Apparatus for the production of phosgene by reaction of chlorine and carbon monoxide in the presence of a fixed-bed catalyst, comprising a) a tube bundle arranged inside a reactor shell and having a plurality of reaction tubes which are arranged substantially parallel to one another and extend from a bottom tube plate to a top tube plate, at least one inlet opening for liquid cooling fluid and at least one outlet opening for gaseous cooling fluid, the inlet opening being arranged beneath the outlet opening, and b) a coolant chamber for the cooling fluid, which coolant chamber surrounds the reaction tubes and is delimited by the bottom tube plate, the top tube plate and the reactor shell, characterized in that the tube bundle is enclosed by an annulus plate which defines an inner annulus for the passage of the cooling fluid and which is at a distance from both the bottom tube plate and the top tube plate, wherein there is formed between the annulus plate and the reactor shell an outer annulus for the passage of liquid cooling fluid, which outer annulus is in flow communication with the inner annulus, wherein the reactor shell is widened in the top region to form a vapour belt, the outlet opening for gaseous cooling fluid being arranged on said vapour belt, and wherein at least one down tube for the passage of liquid cooling fluid is arranged inside the tube bundle. a) a tube bundle arranged inside a reactor shell and having a plurality of reaction tubes which are arranged substantially parallel to one another and extend from a bottom tube plate to a top tube plate, at least one inlet opening for liquid cooling fluid and at least one outlet opening for gaseous cooling fluid, the inlet opening being arranged beneath the outlet opening, and b) a coolant chamber for the cooling fluid, which coolant chamber surrounds the reaction tubes and is delimited by the bottom tube plate, the top tube plate and the reactor shell,
A flushable article comprising: a substrate comprising fibers; and a dried binder composition in contact with the fibers, the dried binder composition having been derived from an anionic polyurethane dispersion comprising a polyurethane comprising the reaction product of an acid-functional polyurethane prepolymer, a chain extending agent comprising a polyamine, and a chain terminating agent comprising a monoamine, the article being insoluble in water having a pH of no greater than 6, disintegrating in water having a pH of at least 6.5, and comprising at least 5 % by weight binder based on the weight of the binder and the substrate. a substrate comprising fibers; and a dried binder composition in contact with the fibers, the dried binder composition having been derived from an anionic polyurethane dispersion comprising a polyurethane comprising the reaction product of an acid-functional polyurethane prepolymer, a chain extending agent comprising a polyamine, and a chain terminating agent comprising a monoamine, the article being insoluble in water having a pH of no greater than 6, disintegrating in water having a pH of at least 6.5, and comprising at least 5 % by weight binder based on the weight of the binder and the substrate.
A method used in a wireless transmit/receive unit, WTRU, the method comprising: registering with an IP multimedia subsystem, IMS, using Session Initiation Protocol, SIP, with a wireless local area network, WLAN; receiving a voice call service from the IMS via the WLAN; establishing a connection to the IMS via a radio access network, RAN, wherein the RAN is a cellular RAN; initiating a handover of the voice call service from the WLAN to the RAN; characterized by performing the handover while continuously receiving the voice call service from the IMS during the handover and maintaining a connection to the WLAN while simultaneously maintaining a connection to the cellular RAN. registering with an IP multimedia subsystem, IMS, using Session Initiation Protocol, SIP, with a wireless local area network, WLAN; receiving a voice call service from the IMS via the WLAN; establishing a connection to the IMS via a radio access network, RAN, wherein the RAN is a cellular RAN; initiating a handover of the voice call service from the WLAN to the RAN; characterized by performing the handover while continuously receiving the voice call service from the IMS during the handover and maintaining a connection to the WLAN while simultaneously maintaining a connection to the cellular RAN.
Conveying device with at least one transport unit (20a, 20'b-c, 20"b-c) for the transport of packaging blank cuts and/or containers (14a, 14'a-c, 14"a-c, 14"'a) in a transport direction (16a-c) along a transport path (18a-c), the transport unit comprising at least one conveying element (24a, 24'b-c, 24"b-c) that is drivable along a subsection (22a-c) of the transport path (18a-c), the at least one conveying element (24a, 24'b-c, 24"b-c) having a rear side (26a, 26'b-c, 26"b-c), which is in at least one operation state configured to pull packaging blank cuts and/or containers (14a, 14'a-c, 14"a-c, 14"'a) in the transport direction (16a-c), and having a front side (28a, 28'b-c, 28"b-c), which is in at least one operation state configured to push packaging blank cuts and/or containers (14a, 14'a-c, 14"a-c, 14"'a) in the transport direction (16a-c), the rear side (26a, 26'b-c, 26"b-c) of the at least one conveying element (24a, 24'b-c, 24"b-c) comprising at least one holding element (42a-b) that is configured to exert a pull force onto packaging blank cuts and/or containers (14a, 14'a-c, 14"a-c, 14"'a) which are to be pulled, wherein the at least one conveying element (24a, 24'b-c, 24"b-c) is configured, in at least one operation state, to simultaneously pull at least one of the packaging blank cuts and/or containers (14a, 14'a-c, 14"a-c, 14"'a) with its rear side (26a, 26'b-c, 26"b-c) and push at least one further packaging blank cut and/or container (14a, 14'a-c, 14"a-c, 14"'a) with its front side (28a, 28'b-c, 28"b-c), and with a support unit which, for a return transport of the conveying element (24a, 24'b-c, 24"b-c) counter to the transport direction (16a-c), supports the at least one conveying element (24a, 24'b-c, 24"b-c) on a guiding unit of the transport unit (20a, 20'b-c, 20"b-c) in such a way that it is foldable away out of a work zone, wherein the support unit supports the conveying element (24a, 24'b-c, 24"b-c) on a carriage of the transport unit (16a-c) that is drivable in and counter the transport direction (16a-c) such that it is movable about a pivot axis, the conveying element (24a, 24'b-c, 24"b-c) being foldable about the pivot axis of the support unit in the transport direction (16a-c), characterised in that the conveying element comprises at least one sensor which is configured for identifying packaging blank cuts and/or containers in the work zone during the transport or the return transport.
A wireless resonant sensor assembly comprising: a pick-up coil (12, 26, 42, 56); a wireless resonant sensor (18, 38); a ferrite alignment key (14, 22, 40, 46) positioned in and extending from the pick-up coil or the wireless sensor; and the pick-up coil or the wireless resonant sensor having a receiving element (20, 36, 52), wherein the pick-up coil and the wireless resonant sensor align upon insertion of the ferrite alignment key into the receiving element; the assembly being characterized in that the ferrite alignment key further comprises an alignment stop surface which corresponds with an alignment stop surface of the receiving element and whereby contact between the alignment stop surfaces increases the sensing of the wireless resonant sensor signal by the pick-up coil. a pick-up coil (12, 26, 42, 56); a wireless resonant sensor (18, 38); a ferrite alignment key (14, 22, 40, 46) positioned in and extending from the pick-up coil or the wireless sensor; and the pick-up coil or the wireless resonant sensor having a receiving element (20, 36, 52), wherein the pick-up coil and the wireless resonant sensor align upon insertion of the ferrite alignment key into the receiving element;
A method for damping the rolling motion of a watercraft about the longitudinal axis thereof, wherein the watercraft has at least one drive for generating a thrust jet for the watercraft, in which at least one measured value characterising the rolling motion is measured and a transverse force counteracting the rolling motion is generated as a function of the measured value, characterised in that the duration of the rolling motion and/or the speed and direction of the rolling motion are measured as the measured value, and the drive generating the thrust jet can be pivoted about the vertical axis of the watercraft and is pivoted about the vertical axis into a control angle in accordance with a controller, and a damping angle is calculated as a function of the measured value, which is superimposed on the at least one drive, and the drive is pivoted from the specified control angle by a damping angle about the vertical axis in order to generate the transverse force, such that the control angle is increased or decreased by the damping angle during a rolling period of the watercraft.
A build material supply for an additive manufacturing machine, comprising a container to de-agglomerate a supply of powdered build material; where the container to de-agglomerate a supply of powdered build material comprises a rotatable container and the supply includes a controller to rotate the container to cause a cataracting flow of powdered build material inside the container.
A method for producing a layer (10, 300, 400, 500) containing impregnated and unidirectionally arranged fibres (12, 14, 312, 314, 412, 414, 512, 514) for use as a prepreg or for a prepreg (202, 204, 206) intended for the production of a fibre-reinforced object, wherein fibres are cut through after production of the layer in several areas at a distance to one another, and wherein cuts (16, 18, 20, 22, 24, 26, 28, 318, 320, 418, 420, 518, 520) formed in this way extend within limits of the prepreg, characterized by the method steps: - Impregnation of the fibres (12, 14, 312, 314, 412, 414, 512, 514) with a slip containing - 10 % v/v to 50 % v/v of ceramic particles, relative to the total volume of the slip, wherein the ceramic particles used are those from the group of oxides, mixed oxides, nitrides, carbonitrides of the elements Al, Si, Zr, Y, Mg, Ca, or carbon, - water, - 10 % v/v to 35 % v/v of alcoholic compound, such as glycerol, relative to the total weight of the ceramic particles in the slip, - Arrangement of the layer produced in this way on a carrier element and subsequent cutting through of the fibres. - Impregnation of the fibres (12, 14, 312, 314, 412, 414, 512, 514) with a slip containing - 10 % v/v to 50 % v/v of ceramic particles, relative to the total volume of the slip, wherein the ceramic particles used are those from the group of oxides, mixed oxides, nitrides, carbonitrides of the elements Al, Si, Zr, Y, Mg, Ca, or carbon, - water, - 10 % v/v to 35 % v/v of alcoholic compound, such as glycerol, relative to the total weight of the ceramic particles in the slip, - 10 % v/v to 50 % v/v of ceramic particles, relative to the total volume of the slip, wherein the ceramic particles used are those from the group of oxides, mixed oxides, nitrides, carbonitrides of the elements Al, Si, Zr, Y, Mg, Ca, or carbon, - water, - 10 % v/v to 35 % v/v of alcoholic compound, such as glycerol, relative to the total weight of the ceramic particles in the slip, - Arrangement of the layer produced in this way on a carrier element and subsequent cutting through of the fibres.