mhurhangee/ep-ind-claims huggingface dataset:
A device for fixing boards on a substructure comprising a holding plate which can be brought into engagement with mutually facing rim grooves of mutually adjacent boards, such holding plate being approachable to the substructure by means of an associated straining screw arrangement, and further comprising an underlying part which is placeable on the substructure and receives the mutually facing rim regions of mutually adjacent boards, whose board side contact level is towered by a spacer device determining the distance between two adjacent boards and engaging therebetween, and which underlying part comprises a first blocking device arranged transversely to the longitudinal direction of the boards, raised relative to the support face of the underlying part, formed as a longitudinal bracket designed as an incising element, which can be brought into engagement with the boards by pushing down the associated boards by means of the holding plate, and blocking the said boards against wandering in a longitudinal direction of the boards, characterized in that at least the underlying part comprises beside the first blocking device a second one associated with only one of the mutually adjacent boards and blocking the latter against wandering in the direction of the boards, with the second blocking device being designed as a transverse rib forming the first blocking device, crossing the longitudinal web extending transversely to the longitudinal direction of the boards, extending in the longitudinal direction of the boards and raised relative to the contact face of the underlying part, and like the first blocking device is designed as an incising element incising the board, coming into contact with the blocking device, pushed down by activating the holding plate.
Stator for a rotating electrical machine, particularly for an automobile vehicle, comprising: • a body equipped with a housing and a plurality of teeth extending radially outwards from an outer periphery of the housing, • a polyphase winding comprising a plurality of coils having coupling portions, each coil being wound around a tooth corresponding to the stator body, and • an interconnector comprising a plurality of coupling tracks equipped with connection tabs, said interconnector ensuring a coupling between the coils of different phases via the coupling portions, wherein the coupling tracks of the interconnector are coaxial and stacked radially with respect to each other and the connection tabs are directed radially towards the exterior of the interconnector and extend in a radial plane substantially perpendicular to an axis of the stator, and said interconnector forms a bobbin insulator, characterized in that the coupling tracks considered without the connection tabs are positioned axially between two axial extremities of the winding, and in that the interconnector includes apertures suitable for allowing the passage of welding electrodes so that the electrodes can come from one side and the other axially of the coupling track, in order to facilitate welding operations. • a body equipped with a housing and a plurality of teeth extending radially outwards from an outer periphery of the housing, • a polyphase winding comprising a plurality of coils having coupling portions, each coil being wound around a tooth corresponding to the stator body, and • an interconnector comprising a plurality of coupling tracks equipped with connection tabs, said interconnector ensuring a coupling between the coils of different phases via the coupling portions, wherein the coupling tracks of the interconnector are coaxial and stacked radially with respect to each other and the connection tabs are directed radially towards the exterior of the interconnector and extend in a radial plane substantially perpendicular to an axis of the stator, and said interconnector forms a bobbin insulator, characterized in that the coupling tracks considered without the connection tabs are positioned axially between two axial extremities of the winding, and in that the interconnector includes apertures suitable for allowing the passage of welding electrodes so that the electrodes can come from one side and the other axially of the coupling track, in order to facilitate welding operations.
Device for attachment on roof bars including: - a C-shaped rail with an overall rectangular section having a plane of symmetry; - a screw defining a first axis parallel to the axis of the rail; and - at least two jaws (125a, 125b), each jaw including: - a guiding body portion (130a, 130b), running in the rail with a play and including a through-opening (135a, 135b), and - a clamp portion (140a, 140b) outside the rail; the device being characterized in that: - the head of the screw is inserted into the through-opening of one jaw; - another jaw includes a nut in its through-opening, rotatably locked around the first axis; - the clamps of each jaw are off-center relative to the plane of symmetry of the rail, each on one side of the plane, clamping the bar by shearing; - the screwing of the screw into the nut translates the jaws towards one another in the rail of the guiding body, and the engagement of the clamps of each jaw with the bar rotates the guiding body, thus causing same to stick by self-locking on at least two adjacent sides of the rail. - a C-shaped rail with an overall rectangular section having a plane of symmetry; - a screw defining a first axis parallel to the axis of the rail; and - at least two jaws (125a, 125b), each jaw including: - a guiding body portion (130a, 130b), running in the rail with a play and including a through-opening (135a, 135b), and - a clamp portion (140a, 140b) outside the rail; - a guiding body portion (130a, 130b), running in the rail with a play and including a through-opening (135a, 135b), and - a clamp portion (140a, 140b) outside the rail; - the head of the screw is inserted into the through-opening of one jaw; - another jaw includes a nut in its through-opening, rotatably locked around the first axis; - the clamps of each jaw are off-center relative to the plane of symmetry of the rail, each on one side of the plane, clamping the bar by shearing; - the screwing of the screw into the nut translates the jaws towards one another in the rail of the guiding body, and the engagement of the clamps of each jaw with the bar rotates the guiding body, thus causing same to stick by self-locking on at least two adjacent sides of the rail.
Position controller (11, 111, 211, 311) for a pneumatic actuator (1, 101, 201, 301) of a process plant, comprising: - a current-pressure conversion (20, 220, 320) having at least two I/P converters (21, 23, 221, 223, 321, 322, 323) for generating at least two separate pneumatic control signals (S1, S2, S3, S4), - microelectronics for generating at least two electrical control signals (e1, e2, e3) for the at least two I/P converters (21, 23, 221, 223, 321, 322, 323), and - a pneumatic signal switching valve (40, 240, 242, 340, 342) with at least two inputs for the at least two pneumatic control signals (S1, S2, S3, S4), a pneumatic output for the forwarding of a pneumatic control signal to a working chamber (33, 333, 334) of the pneumatic actuator (1, 201, 301) and an electrical switching signal input, wherein the pneumatic signal switching valve (40, 240, 242, 340, 342) comprises a first switching position, in which it blocks one of the at least two pneumatic control signals (S1, S2, S3, S4), and a second switching position in which it blocks the other of the at least two pneumatic control signals (S1, S2, S3, S4). - a current-pressure conversion (20, 220, 320) having at least two I/P converters (21, 23, 221, 223, 321, 322, 323) for generating at least two separate pneumatic control signals (S1, S2, S3, S4), - microelectronics for generating at least two electrical control signals (e1, e2, e3) for the at least two I/P converters (21, 23, 221, 223, 321, 322, 323), and - a pneumatic signal switching valve (40, 240, 242, 340, 342) with at least two inputs for the at least two pneumatic control signals (S1, S2, S3, S4), a pneumatic output for the forwarding of a pneumatic control signal to a working chamber (33, 333, 334) of the pneumatic actuator (1, 201, 301) and an electrical switching signal input,
Method for configuring an on-board electronic system of a vehicle, the electronic system comprising an operating module with a plurality of operating elements for selecting a parameter of a plurality of parameters and a specific value of said parameter, the value and the parameter being addressed by operating at least one operating element of the operating module, comprising the steps of - determining a specific parameter or a specific value of the parameter, the user wants to address by operating the operating module, this step comprising the steps of entering a menu in which the different parameters and the values of the electronic system can be addressed and edited, choosing said parameter or said value of said parameter, and selecting said parameter or said value the user wants to address by operating the operating module, and informing the user which operating elements or which combination of operating elements are available to address said parameter or said value of said parameter, the user selecting one operating element or a combination of operating elements for addressing said parameter or said value of said parameter, - assigning said parameter or said value to at least one operating element, so that said parameter or said value is addressed when the assigned at least one operating element is activated. - determining a specific parameter or a specific value of the parameter, the user wants to address by operating the operating module, this step comprising the steps of entering a menu in which the different parameters and the values of the electronic system can be addressed and edited, choosing said parameter or said value of said parameter, and selecting said parameter or said value the user wants to address by operating the operating module, and informing the user which operating elements or which combination of operating elements are available to address said parameter or said value of said parameter, the user selecting one operating element or a combination of operating elements for addressing said parameter or said value of said parameter, - assigning said parameter or said value to at least one operating element, so that said parameter or said value is addressed when the assigned at least one operating element is activated.
A process for the preparation of Lurasidone starting from (1R,2R)-cyclohexane-1,2-diyldimethanol 1 which comprises the following steps: a) mesylation of 1 to give (1R,2R)-1,2-bis(methanesulfonyloxymethyl)cyclohexane 2; b) reaction of 2 with 3-(piperazin-1-yl)benz[d]isothiazole 3 in an organic solvent, to give (3aR,7aR)-4'-(benz[d]isothiazol-3-il)octahydrospiro[2H-isoindol-2,1'-piperazinium] methane sulfonate 4; c) reaction of 4 obtained in step b) with (3aR,4S,7R,7aS)hexahydro-1H-4,7-methanoisoindole-1,3 -dione 5 to give Lurasidone, characterized in that step b) is carried out in the presence of a calcium or magnesium oxide or hydroxide. a) mesylation of 1 to give (1R,2R)-1,2-bis(methanesulfonyloxymethyl)cyclohexane 2; b) reaction of 2 with 3-(piperazin-1-yl)benz[d]isothiazole 3 in an organic solvent, to give (3aR,7aR)-4'-(benz[d]isothiazol-3-il)octahydrospiro[2H-isoindol-2,1'-piperazinium] methane sulfonate 4; c) reaction of 4 obtained in step b) with (3aR,4S,7R,7aS)hexahydro-1H-4,7-methanoisoindole-1,3 -dione 5 to give Lurasidone,
An engine mounting system comprising: a forward engine mount carrying a forward shackle assembly, said forward shackle assembly comprises a coat hanger bracket, and a center bearing positioned within a first hole passing through said coat hanger bracket, characterized in that the system further comprises: a cylindrical bearing positioned within a second hole passing through said coat hanger bracket and a spherical bearing within a third hole passing through said coat hanger bracket; a first pin passing through said cylindrical bearing; a second pin passing through said spherical bearing; a first bolt passing through said first pin, said first bolt having a threaded end, said first bolt having a bolt head sized to permit passage of the bolt head through said cylindrical bearing; and a second bolt passing through said second pin, said second bolt having a threaded end, said second bolt having a bolt head sized to permit passage of the bolt head through said spherical bearing. a forward engine mount carrying a forward shackle assembly, said forward shackle assembly comprises a coat hanger bracket, and a center bearing positioned within a first hole passing through said coat hanger bracket, characterized in that the system further comprises: a cylindrical bearing positioned within a second hole passing through said coat hanger bracket and a spherical bearing within a third hole passing through said coat hanger bracket; a first pin passing through said cylindrical bearing; a second pin passing through said spherical bearing; a first bolt passing through said first pin, said first bolt having a threaded end, said first bolt having a bolt head sized to permit passage of the bolt head through said cylindrical bearing; and a second bolt passing through said second pin, said second bolt having a threaded end, said second bolt having a bolt head sized to permit passage of the bolt head through said spherical bearing. a cylindrical bearing positioned within a second hole passing through said coat hanger bracket and a spherical bearing within a third hole passing through said coat hanger bracket; a first pin passing through said cylindrical bearing; a second pin passing through said spherical bearing; a first bolt passing through said first pin, said first bolt having a threaded end, said first bolt having a bolt head sized to permit passage of the bolt head through said cylindrical bearing; and a second bolt passing through said second pin, said second bolt having a threaded end, said second bolt having a bolt head sized to permit passage of the bolt head through said spherical bearing.
Method for producing a tubular fibre arrangement as an intermediate product for a fibre-reinforced composite part (11, 13) which has a cross-sectional shape (11a, 11b, 11c, 13a, 13b, 13c) which changes over the length thereof, the tubular fibre arrangement being formed on a core which corresponds to the shape of the composite part, characterised in that the fibre mass supplied during the tube formation is proportional to the local circumference of the composite part resulting from the diameter (D1, D2, D3), the feed rate of the core remaining substantially constant.
A method for operating an avionics system comprising a headset and a head-up display device, the method comprising: detecting an initial position-orientation of the headset when the HUD device is in a first state of operation; detecting a predefined set of movements of the headset, the predefined set of movements of the headset beginning at the initial position-orientation; in response to said detection of the predefined set of movements, switching the HUD device from the first state of operation to a second state of operation; and causing the HUD device to remain in the second state of operation if the headset returns to the initial position-orientation, the detecting the predefined set of movements of the headset comprising: receiving, from a motion tracker, position and orientation coordinates of the headset having a first number of degrees of freedom; transforming the position and orientation coordinates of the headset having the first number of degrees of freedom into position and orientation coordinates having a second number of degrees of freedom, the second number being fewer than the first number; and performing pattern matching on the position and orientation coordinates having the second number of degrees of freedom. detecting an initial position-orientation of the headset when the HUD device is in a first state of operation; detecting a predefined set of movements of the headset, the predefined set of movements of the headset beginning at the initial position-orientation; in response to said detection of the predefined set of movements, switching the HUD device from the first state of operation to a second state of operation; and causing the HUD device to remain in the second state of operation if the headset returns to the initial position-orientation, the detecting the predefined set of movements of the headset comprising: receiving, from a motion tracker, position and orientation coordinates of the headset having a first number of degrees of freedom; transforming the position and orientation coordinates of the headset having the first number of degrees of freedom into position and orientation coordinates having a second number of degrees of freedom, the second number being fewer than the first number; and performing pattern matching on the position and orientation coordinates having the second number of degrees of freedom. receiving, from a motion tracker, position and orientation coordinates of the headset having a first number of degrees of freedom; transforming the position and orientation coordinates of the headset having the first number of degrees of freedom into position and orientation coordinates having a second number of degrees of freedom, the second number being fewer than the first number; and performing pattern matching on the position and orientation coordinates having the second number of degrees of freedom.
A first communication device for a wireless communication system, the first communication device comprising: a processor, a cascade precoder including an outer precoder and an inner precoder, and a transceiver; wherein the transceiver is configured to receive at least one of a data sequence and a second pilot sequence from a second communication device; wherein the processor is configured to compute a second channel estimation associated with a second radio channel from the second communication device to the first communication device based on the at least one data sequence and second pilot sequence and to determine the inner precoder based on the second channel estimation; wherein the transceiver is configured to transmit a first pilot sequence to the second communication device, the first pilot sequence being precoded with the determined inner precoder by the processor; wherein the transceiver is configured to receive a first channel estimation from the second communication device in response to the transmission of the first pilot sequence; wherein the processor is configured to determine the outer precoder based on the first channel estimation; wherein the transceiver is configured to transmit at least one of a data sequence and a pilot sequence to the second communication device. a processor, a cascade precoder including an outer precoder and an inner precoder, and a transceiver; wherein the transceiver is configured to receive at least one of a data sequence and a second pilot sequence from a second communication device; wherein the processor is configured to compute a second channel estimation associated with a second radio channel from the second communication device to the first communication device based on the at least one data sequence and second pilot sequence and to determine the inner precoder based on the second channel estimation; wherein the transceiver is configured to transmit a first pilot sequence to the second communication device, the first pilot sequence being precoded with the determined inner precoder by the processor; wherein the transceiver is configured to receive a first channel estimation from the second communication device in response to the transmission of the first pilot sequence; wherein the processor is configured to determine the outer precoder based on the first channel estimation; wherein the transceiver is configured to transmit at least one of a data sequence and a pilot sequence to the second communication device.
An ultrasonic inspection method comprising the steps of: displaying the three-dimensional inspection data of a target and the three-dimensional shape data of a target on the three-dimensional display unit, wherein a coordinate system of the three-dimensional ultrasonic inspection data differs from that of the three-dimensional shape data, receiving a first reference point of the three-dimensional inspection data which is then displayed, and a first reference point in the three-dimensional shape data, which corresponds to the reference point of the three-dimensional inspection data, wherein said first reference points are selected by an inspector, receiving a second reference point of the three-dimensional inspection data which is then displayed, and a second reference point in the three-dimensional shape data, which corresponds to the second reference point of the three-dimensional inspection data, wherein said second reference points are selected by the inspector, calculating a motion vector as an average of a vector defined by the two first reference points and another vector defined by the two second reference points, and moving a position of one of the three-dimensional shape data and the three-dimensional inspection data by the motion vector, and displaying the three-dimensional shape data and the three-dimensional inspection data in such a manner as to be superimposed on each other. displaying the three-dimensional inspection data of a target and the three-dimensional shape data of a target on the three-dimensional display unit, wherein a coordinate system of the three-dimensional ultrasonic inspection data differs from that of the three-dimensional shape data, receiving a first reference point of the three-dimensional inspection data which is then displayed, and a first reference point in the three-dimensional shape data, which corresponds to the reference point of the three-dimensional inspection data, wherein said first reference points are selected by an inspector, receiving a second reference point of the three-dimensional inspection data which is then displayed, and a second reference point in the three-dimensional shape data, which corresponds to the second reference point of the three-dimensional inspection data, wherein said second reference points are selected by the inspector, calculating a motion vector as an average of a vector defined by the two first reference points and another vector defined by the two second reference points, and moving a position of one of the three-dimensional shape data and the three-dimensional inspection data by the motion vector, and displaying the three-dimensional shape data and the three-dimensional inspection data in such a manner as to be superimposed on each other.
Clostridial neurotoxin for use in a method for increasing ejaculate volume of a patient in need thereof, the method comprising the step of local administration of a therapeutically effective amount of a Clostridial neurotoxin to a prostate of said patient.