mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the manufacture of a sheet material (6; 28; 28'; 31) by a paper manufacturing route, comprising at least one fibrous layer exhibiting two opposite faces (11; 14) with, on each of its faces, at least one window (12; 13), the fibrous layer being formed by deposition of fibres on a surface , the sheet material furthermore comprising at least one strip structure (7; 24; 30; 32; 37; 90) at least partially embedded in the fibrous layer, the strip structure exhibiting two opposite faces (8; 9) with, on at least one of its faces, at least one protruding portion , the process comprising the following stage: - bringing the strip structure (7; 24; 30; 32; 37; 90) into contact with the fibrous layer being formed, the face of the strip structure with the protruding portion being positioned in an opposite manner to the said surface , the protruding portion exhibiting a thickness sufficient to remain at least partially uncovered on one face of the fibrous layer, so as to bring about one of the said windows of the fibrous layer. - bringing the strip structure (7; 24; 30; 32; 37; 90) into contact with the fibrous layer being formed, the face of the strip structure with the protruding portion being positioned in an opposite manner to the said surface , the protruding portion exhibiting a thickness sufficient to remain at least partially uncovered on one face of the fibrous layer, so as to bring about one of the said windows of the fibrous layer.
Circuit assembly for an electrical converter , comprising switching units , each of which respectively having a semiconductor switch and a gate driver circuit for controlling the semiconductor switch , wherein, in each switching unit , the respective semiconductor switch and gate driver circuit are arranged on a common carrier circuit board , and the gate driver circuit is electrically connected to a gate (G) of the semiconductor switch by means of at least one printed conductor of the carrier circuit board , characterized in that a logic circuit is interconnected with the respective gate driver circuit of at least two parallel-connected switching units and is designed for the simultaneous actuation of the gate driver circuits , in response to a switching signal in order to make possible synchronous switching of the gate driver circuits , wherein the at least two parallel-connected switching units are arranged on the same carrier circuit board .
Roof rack for a motor vehicle , having at least one gallery bar and at least one fastening device for fastening the gallery bar at an end to a roof of the motor vehicle , wherein the fastening device comprises a fastening apparatus , which is fastened to the gallery bar and can be fastened to the roof , and an adapter component , which accommodates the fastening apparatus at least partially, wherein the adapter component is configured as an injection-moulded component and the fastening apparatus is present overmoulded in the adapter component , characterised in that the fastening apparatus comprises a plurality of first fastening recesses and a plurality of second fastening recesses , wherein the first fastening recesses are provided and designed to receive first screw connectors serving to fasten the fastening device to the gallery bar and the second fastening recesses are provided and designed to receive second screw connectors serving to fasten the fastening device to the roof , wherein each of the second fastening recesses is respectively embraced by an edge surface of the fastening apparatus , which is aligned with an underside of the adapter component or projects beyond it in the direction facing away from the gallery bar .
Method for preparing a sol-gel solution which can be used to prepare a barium titanate ceramic doped with hafnium and/or with at least one lanthanide element, comprising the following steps: a) a step to place a first mixture comprising a barium carboxylate and a diol solvent in contact with a second mixture comprising a titanium alkoxide and a hafnium alkoxide and/or an alkoxide of a lanthanide element in a monoalcohol solvent; b) a step to distil the mixture resulting from step a) to remove at least part of the monoalcohol solvent; c) a step to add acetic acid, under heat, to the distilled mixture of step b). a) a step to place a first mixture comprising a barium carboxylate and a diol solvent in contact with a second mixture comprising a titanium alkoxide and a hafnium alkoxide and/or an alkoxide of a lanthanide element in a monoalcohol solvent; b) a step to distil the mixture resulting from step a) to remove at least part of the monoalcohol solvent; c) a step to add acetic acid, under heat, to the distilled mixture of step b).
A compound having the structure: or or a pharmaceutically acceptable salt, enantiomer, stereoisomer, or isotopic derivative of any of the foregoing.
A method for manufacturing a composite brake disc comprising a brake ring with at least one braking surface and a brake disc chamber comprising a tubular section and a base part, the base part being connected to the tubular section and defining a reference plane (E), wherein the previously separate parts brake disc chamber and brake ring are joined together, characterized in that subsequently to the joining together, a wobble angle (α) between the at least one braking surface and the reference plane (E) is reduced by reshaping the brake disc chamber .
Suction cleaning attachment of a cleaning device for cleaning the interior cleaning of motor vehicles by means of a suction air flow, with a housing having an internal suction channel for guiding the suction air flow, wherein the housing has a handle piece with a handle region and a housing connection piece with a suction opening at the end of the suction channel and wherein at least one lighting device with at least one illuminant directed at least partially in the direction of the suction opening is provided, wherein the illuminant is arranged on the outside of the housing and in that the lighting device has at least one accumulator , in particular a rechargeable accumulator, for the electrical supply of the illuminant characterized in that the lighting device has on the outside of the housing , preferably on the housing connection piece , at least one lighting unit which can be at least partially detached from the housing or is designed as a lighting unit which can be separated from the housing , preferably from the housing connection piece , in particular wherein the lighting unit comprises the accumulator , the illuminant and, particularly preferably, at least one circuit board electrically connected to the accumulator and/or to the illuminant .
A power plant for energy production from a liquid gas product stored in a movable cryogenic storage tank , the power plant comprising: - a housing in the form of a container that is suitable for transporting the power plant integrally as a transport unit; - a gas inlet , provided in or on the housing, to receive the liquid gas product via a line connected to the removable cryogenic storage tank with the movable cryogenic storage tank ; - an evaporation unit , provided in or on the housing, for converting the liquid gas product to a gaseous phase; - an aggregate , provided in the housing, comprising a motor for the combustion of the gaseous phase and an electrical generator coupled to the motor such that the electrical generator can be driven by the motor; - a line circuit to bring the liquid gas product and/or the gaseous phase of the gas inlet to the motor via the evaporation unit; - a current output to supply an electrical current generated by the electrical generator to an external power consumer, and - a regulating unit , where the regulating unit is adapted to regulate the pressure and/or temperature in the line circuit using at least one valve in the line circuit, such that the pressure of the gaseous phase supplied to the motor is regulated in a predetermined range and such that the temperature of the gaseous phase amounts to at least 5° C, where the gas inlet , the line circuit , the evaporation unit and the regulating unit are adapted to supply the liquid gas product, when this is forced into the evaporation unit via the gas inlet and the line circuit by an overpressure in the cryogenic storage tank, to the motor in the gaseous phase by passive liquid and gas transport of the liquid gas product and the gaseous phase, characterized in that the power plant further comprises a cooling circuit to, in operation, withdraw heat from the motor, and in that the evaporation unit comprises a heat exchanger to transfer heat from the cooling circuit to the liquid gas product to evaporate the liquid gas product - a housing in the form of a container that is suitable for transporting the power plant integrally as a transport unit; - a gas inlet , provided in or on the housing, to receive the liquid gas product via a line connected to the removable cryogenic storage tank with the movable cryogenic storage tank ; - an evaporation unit , provided in or on the housing, for converting the liquid gas product to a gaseous phase; - an aggregate , provided in the housing, comprising a motor for the combustion of the gaseous phase and an electrical generator coupled to the motor such that the electrical generator can be driven by the motor; - a line circuit to bring the liquid gas product and/or the gaseous phase of the gas inlet to the motor via the evaporation unit; - a current output to supply an electrical current generated by the electrical generator to an external power consumer, and - a regulating unit ,
Bearing securing device for a rotatably mounted helicopter rotor shaft , the bearing securing device comprising: - a groove encircling the shaft , - two C rings which engage in a form-fitting manner in the groove and are arranged coaxially with respect to the shaft and have a receiving surface extending in the axial direction of a bearing to be secured, - a threaded ring which is arranged coaxially with respect to the shaft with bores arranged over the circumference of said threaded ring, wherein the threaded ring rests on the receiving surface of the two C rings , - a pressure ring which is arranged coaxially with respect to the shaft and can be brought into contact with a bearing element of the bearing to be secured, - a multiplicity of lock nuts which are connected to the threaded ring along the circumference of the threaded ring by means of screws protruding through the bores and are arranged axially between the threaded ring and pressure ring and are in contact with the pressure ring such that, in an assembled state of the bearing securing device, the two C rings are connected via the threaded ring , the lock nuts and the pressure ring to the bearing element of the bearing which rotatably supports the shaft . - a groove encircling the shaft , - two C rings which engage in a form-fitting manner in the groove and are arranged coaxially with respect to the shaft and have a receiving surface extending in the axial direction of a bearing to be secured, - a threaded ring which is arranged coaxially with respect to the shaft with bores arranged over the circumference of said threaded ring, wherein the threaded ring rests on the receiving surface of the two C rings , - a pressure ring which is arranged coaxially with respect to the shaft and can be brought into contact with a bearing element of the bearing to be secured, - a multiplicity of lock nuts which are connected to the threaded ring along the circumference of the threaded ring by means of screws protruding through the bores and are arranged axially between the threaded ring and pressure ring and are in contact with the pressure ring such that, in an assembled state of the bearing securing device, the two C rings are connected via the threaded ring , the lock nuts and the pressure ring to the bearing element of the bearing which rotatably supports the shaft .
A device for protecting an installation with a safety sensor monitoring a monitoring area and a safety controller associated therewith, wherein a switching signal is generated with the safety sensor, the switching states of which indicate whether or not an object is located in the monitoring area , wherein the switching signal is read into the safety controller , in which a safetyrelevant signal for the installation is generated depending on the switching signal, wherein an identification detector is provided, by means of which identifiers arranged on non-safety-critical objects can be detected, characterised in that the identifiers each contain data contents protected by at least one checksum, by means of which the non-safety-critical object can be identified, and in that the data contents and the associated checksum are fed to the safety controller and evaluated, it being possible to generate a bypass signal for the safety sensor in the safety controller as a function of this evaluation.
A walk behind mower including a driven wheel rotatably supported by a body frame , a power source for selectively driving the driven wheel, a dog clutch provided in a power transmission path between the power source and the driven wheel, and a clutch actuating mechanism interposed between the power source and the dog clutch for selectively disengaging the dog clutch; wherein the dog clutch includes an input end consisting of a first clutch half provided with teeth , an output end consisting of a second clutch half provided with teeth configured to selectively mesh with the teeth of the first clutch half, and a spring member interposed between the first clutch half and the second clutch half to normally urge the two clutch halves away from each other; wherein the clutch actuating mechanism is configured to displace the two clutch halves toward each other against a biasing force of the spring member by using a drive force transmitted from the power source to the clutch actuating mechanism; wherein the walk behind mower further includes an axle shaft rotatably supported by the body frame and having a pair of driven wheels fixedly attached to either end thereof, a driven gear rotatably supported by an intermediate part of the axle shaft, and a drive gear rotatably supported by the body frame and connected to an output end of the power source; and wherein the dog clutch is coaxially mounted on the axle shaft in such a manner that the second clutch half is fixedly secured to the axle shaft and the first clutch half is rotatably supported on the axle shaft, characterized in that the clutch actuating mechanism comprises at least one projection projecting from one of the first clutch half and the driven gear, and at least one recess provided in the other of the first clutch half and the driven gear, a cam mechanism being formed between the projection and the recess in such a manner that the first clutch half is displaced toward the second clutch half against a biasing force of the spring member when the drive force transmitted from the power source is transmitted to the clutch actuating mechanism.
Adjustment drive for a steering column for a motor vehicle, comprising a threaded spindle which extends axially longitudinally in the direction of a spindle axis (G) and engages in a spindle nut , and a drive unit which is coupled to the threaded spindle or the spindle nut in such a way that the threaded spindle and the spindle nut can be driven in rotation relative to one another, wherein a stop device for limiting an axial movement of the spindle nut relative to the threaded spindle having at least one stop surface supported in the axial direction on the threaded spindle , and a mating surface directed axially against the stop surface , and supported on the spindle nut , characterized in that the stop device has a disengaging device , the disengaging device having the stop surface and the latter being supported against the threaded spindle via the disengaging device such that it can be adjusted in the axial direction, and/or the disengaging device having the mating surface which is supported against the spindle nut via the disengaging device such that it can be adjusted in the axial direction.
A device for protecting paws, comprising an upper part and a lower part , each having a shank portion and a paw portion , the upper and lower parts being connected in sections at the edges, forming a shank and a paw holder adjacent to the shank , the paw portion of the lower part is in semi-oval shape adjoining, along its transversal axis , the shank portion of the lower part , characterised in that the paw portion of the upper part is in semi-oval shape adjoining, along its longitudinal axis , the shank portion of the upper part .
An installation for compacting strands or a preform comprising strands, the strands or the preform comprising at least a first portion in which the strands are twisted at a first angle and a second portion in which the strands are twisted at a second angle different from the first angle and greater than the first angle, the installation comprising a mould which comprises the strands or the preform comprising strands, and being characterised in that the mould has at least a first part in which the first portion of the strands or of the preform is disposed, the first part having a first thickness (E1, E) and a second part in which the second portion of the strands or of the preform is disposed, the second part having a second thickness (E3, E') different from the first thickness and greater than the first thickness.
An electronic device comprising: a housing including a first face (F1), a second face (F2) that faces a direction opposite to the first face, and a side wall (F3) that encloses at least a portion of a space between the first face and the second face; a first radiation conductor extended along a circumferential direction of the side wall; a plurality of second radiation conductors electrically connected to the first radiation conductor, and arranged inside of the first radiation conductor in a direction where the first radiation conductor extends; a ground conductor configured to provide a reference potential for the first radiation conductor and the plurality of second radiation conductors ; a first reflective member disposed between the second face (F2) and the first radiation conductor , wherein each of the plurality of second radiation conductors is combined with a portion of the first radiation conductor so as to form a respective closed loop shape with the first radiation conductor, wherein the first radiation conductor or the plurality of second radiation conductors are configured to transmit and receive a wireless signal, and wherein the first reflective member is configured to reflect the wireless signal in a direction where the first face is oriented. a housing including a first face (F1), a second face (F2) that faces a direction opposite to the first face, and a side wall (F3) that encloses at least a portion of a space between the first face and the second face; a first radiation conductor extended along a circumferential direction of the side wall; a plurality of second radiation conductors electrically connected to the first radiation conductor, and arranged inside of the first radiation conductor in a direction where the first radiation conductor extends; a ground conductor configured to provide a reference potential for the first radiation conductor and the plurality of second radiation conductors ; a first reflective member disposed between the second face (F2) and the first radiation conductor , wherein each of the plurality of second radiation conductors is combined with a portion of the first radiation conductor so as to form a respective closed loop shape with the first radiation conductor, wherein the first radiation conductor or the plurality of second radiation conductors are configured to transmit and receive a wireless signal, and wherein the first reflective member is configured to reflect the wireless signal in a direction where the first face is oriented.
A magnetic bearing comprising: a rotor to be supported for rotation about an axis ; and a stator extending from a first end to a second end and comprising: one or more first permanent magnets ; and one or more second permanent magnets of polarity substantially opposite to a polarity of the one or more first permanent magnets, characterised in that the stator further comprises: at least three radial windings for radially supporting the rotor; a first axial winding for axially supporting the rotor; a second axial winding for axially supporting the rotor; a first end pole ; and a second end pole ; in that the rotor comprises a metallic core carrying an axially laminated metallic jacket ; and in that the first end pole and second end pole extend radially inboard of the axially laminated metallic jacket . a rotor to be supported for rotation about an axis ; and a stator extending from a first end to a second end and comprising: one or more first permanent magnets ; and one or more second permanent magnets of polarity substantially opposite to a polarity of the one or more first permanent magnets, one or more first permanent magnets ; and one or more second permanent magnets of polarity substantially opposite to a polarity of the one or more first permanent magnets, characterised in that the stator further comprises: at least three radial windings for radially supporting the rotor; a first axial winding for axially supporting the rotor; a second axial winding for axially supporting the rotor; a first end pole ; and a second end pole ; at least three radial windings for radially supporting the rotor; a first axial winding for axially supporting the rotor; a second axial winding for axially supporting the rotor; a first end pole ; and a second end pole ; in that the rotor comprises a metallic core carrying an axially laminated metallic jacket ; and in that the first end pole and second end pole extend radially inboard of the axially laminated metallic jacket .
Composition comprising lacto-N-tetraose (LNT) and at least another human milk oligosaccharide, said at least another human milk oligosaccharide being lacto-N-neotetraose (LNnT), for use in preventing and/or treating necrotizing enterocolitis in infants and young children, wherein lacto-N-tetraose (LNT) and lacto-N-neotetraose (LNnT) are in a weight ratio LNT:LNnT between 5:1 and 1:2.