mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analysing defects in transformer laminations with an inspection system , wherein the inspection system comprises a detection unit , a conveyance device and a processing device , wherein the detection unit includes an optical detecting device , wherein the conveyance device is used to continuously transport a plurality of transformer laminations relative to the detecting device, wherein the detecting device is arranged transversely, preferably orthogonally, to a direction of movement of a transformer lamination, characterized in that a velocity of movement of a transformer lamination relative to the detecting device is measured via a measurement device of the detection unit, wherein an image of a contour of a transformer lamination is captured with the detecting device, wherein images of a transformer lamination are assembled into a combined image of the transformer lamination via the processing device while considering the velocity of movement of the transformer lamination, wherein a shape of the transformer lamination is determined on the basis of the combined image via the processing device, wherein a position sensor and/or a distance sensor of the measurement device is used to measure a position, a distance of completed movement and/or the velocity of movement of the transformer lamination directly at the transformer lamination, wherein the processing device determines a placement sequence for a plurality of transformer laminations for producing a transformer core on the basis of the shape of the transformer laminations.
A seat height adjustment device for fixing to a plurality of mounting holes of a seat, comprising: a brake mechanism including a bracket , and the bracket having a plurality of fastening components that can be separately fixed corresponding to each of the mounting holes and cannot rotate with respect to the bracket ; each fastening component having a connecting end connected to the bracket; and a clutch mechanism being coaxially arranged with the brake mechanism ; the clutch mechanism including a cover , and the cover having an outer diameter enlarged with respect to each of the connecting ends such that when the cover is correspondingly combined with the bracket it partially or completely obscures the connecting ends. a brake mechanism including a bracket , and the bracket having a plurality of fastening components that can be separately fixed corresponding to each of the mounting holes and cannot rotate with respect to the bracket ; each fastening component having a connecting end connected to the bracket; and a clutch mechanism being coaxially arranged with the brake mechanism ; the clutch mechanism including a cover , and the cover having an outer diameter enlarged with respect to each of the connecting ends such that when the cover is correspondingly combined with the bracket it partially or completely obscures the connecting ends.
A tower foundation assembly , comprising: a foundation comprising a base section and a receptacle recessed within a top surface of the base section , the receptacle of the foundation defining a bottom surface and an inner perimeter wall ; and, a tower positioned atop the bottom surface within the receptacle , the tower secured to the inner perimeter wall of the receptacle of the foundation , the tower extending in a longitudinal direction from the foundation , wherein the receptacle comprises one or more radially-extending through-holes , one or more fasteners arranged through the one or more radially-extending through-holes to secure the tower to the inner perimeter wall within the base section and the receptacle and configured to activate a frictional load between the tower and the inner perimeter wall of the receptacle of the foundation , and one or more stress distribution rings arranged on an inner surface of the tower and secured thereto via the one or more fasteners and one or more nuts . a foundation comprising a base section and a receptacle recessed within a top surface of the base section , the receptacle of the foundation defining a bottom surface and an inner perimeter wall ; and, a tower positioned atop the bottom surface within the receptacle , the tower secured to the inner perimeter wall of the receptacle of the foundation , the tower extending in a longitudinal direction from the foundation , wherein the receptacle comprises one or more radially-extending through-holes , one or more fasteners arranged through the one or more radially-extending through-holes to secure the tower to the inner perimeter wall within the base section and the receptacle and configured to activate a frictional load between the tower and the inner perimeter wall of the receptacle of the foundation , and one or more stress distribution rings arranged on an inner surface of the tower and secured thereto via the one or more fasteners and one or more nuts .
Device for actuating an electric motor , in particular a DC motor in a cordless power tool , comprising a power circuit that comprises at least one power semiconductor and is intended for controllably applying an electrical voltage to the electric motor , as well as a control circuit for controlling the power semiconductor such that the electric motor can be operated at an adjustable speed or an adjustable torque, and comprising a switching module for switching on and/or off the operation for the electric motor , characterised in that the power circuit comprises one branch , in each case, as a current path comprising a power semiconductor for the clockwise and for the anti-clockwise rotation of the electric motor , and in that a mechanical, electric switch which can be actuated by a user, via a manually operable slide , and is intended for adjusting the relevant branch is arranged for the power circuit and/or in the power circuit , wherein detection means for determining the switching position of the electric switch by the control circuit are provided, such that the power semiconductor associated with the particular switching position can be actuated using the control circuit .
A system for controlling flow rate in an Ethernet Passive Optic Network, said system comprising: an optical line terminal, OLT, ; at least one optical network unit, ONU, coupled to the OLT via a passive optical splitter , wherein the ONU comprises one or more queues (402, 812-822) corresponding to one or more classes of services, and wherein each ONU comprise one or more ports; a switch coupled to a port located on the ONU , wherein the switch comprises a plurality of user-to-network interface, UNI, ports , and wherein the switch is configured to switch one or more upstream traffic flows belonging to the one or more classes of services from the plurality of UNI ports ; characterized by a flow control mechanism configured to monitor a queue status of each of the one or more queues (402, 812-822); wherein the flow control mechanism is further configured to set a flow rate of an upstream traffic flow originated from one of the plurality of the UNI ports on the switch , wherein the upstream traffic flow belongs to one of the one or more classes of services, and the flow rate is set based on the status of one of the one or more queues (402, 812-822) corresponding to the one of the one or more classes of services of the upstream traffic flow. an optical line terminal, OLT, ; at least one optical network unit, ONU, coupled to the OLT via a passive optical splitter , wherein the ONU comprises one or more queues (402, 812-822) corresponding to one or more classes of services, and wherein each ONU comprise one or more ports; a switch coupled to a port located on the ONU , wherein the switch comprises a plurality of user-to-network interface, UNI, ports , and wherein the switch is configured to switch one or more upstream traffic flows belonging to the one or more classes of services from the plurality of UNI ports ; characterized by a flow control mechanism configured to monitor a queue status of each of the one or more queues (402, 812-822); wherein the flow control mechanism is further configured to set a flow rate of an upstream traffic flow originated from one of the plurality of the UNI ports on the switch , wherein the upstream traffic flow belongs to one of the one or more classes of services, and the flow rate is set based on the status of one of the one or more queues (402, 812-822) corresponding to the one of the one or more classes of services of the upstream traffic flow.
A locking system for a door leaf of a motor vehicle comprising a door leaf which extends longitudinally, in a vertical plane, from a front edge up to a rear edge , the door leaf comprising a central area which is interposed longitudinally between the front edge and the rear edge , and the locking system comprising a handle which comprises: - a frame which is adapted to be fastened on the door leaf , - a gripping lever which is mounted movable in rotation relative to the frame about a first axis (B) of rotation, between at least a rest position and a control position for opening a lock of the door leaf , - a gripping element which is arranged on an outer side of the door leaf and which is designed so as to enable a user to actuate the gripping lever , the gripping element being delimited longitudinally by a front end and a rear end , - a transmission lever which is pivotally mounted relative to the frame about a second axis (C) of rotation, between a rest position and an actuation position in which the transmission lever actuates the opening of a lock, the transmission lever being driven in rotation by the gripping lever , - at least one first inertial safety system which is mounted on the frame and which includes a rocker which carries an inertial mass , the rocker being pivotally mounted between a rest position and a blocking position in which the rocker prevents the rotation of the transmission lever , in the event of an impact, characterized in that the axis (B) of rotation of the gripping lever extends generally vertically at the front of the front end of the gripping element , the inertial mass being arranged longitudinally at the front of the axis (B) of rotation of the gripping lever . - a frame which is adapted to be fastened on the door leaf , - a gripping lever which is mounted movable in rotation relative to the frame about a first axis (B) of rotation, between at least a rest position and a control position for opening a lock of the door leaf , - a gripping element which is arranged on an outer side of the door leaf and which is designed so as to enable a user to actuate the gripping lever , the gripping element being delimited longitudinally by a front end and a rear end , - a transmission lever which is pivotally mounted relative to the frame about a second axis (C) of rotation, between a rest position and an actuation position in which the transmission lever actuates the opening of a lock, the transmission lever being driven in rotation by the gripping lever , - at least one first inertial safety system which is mounted on the frame and which includes a rocker which carries an inertial mass , the rocker being pivotally mounted between a rest position and a blocking position in which the rocker prevents the rotation of the transmission lever , in the event of an impact,
Accessory for cooking dough for a cooking appliance, characterised in that this accessory comprises: - a support for cooking dough for a cooking appliance, said support comprising at least one imprint of elongate shape to receive the dough, each imprint having a semi-circular transversal cross-section, the longitudinal cross-section of the ends of each imprint having a circular arc-shaped cross-section, each of the longitudinal edges of the support having a substantially vertical wall , the maximum depth (p, p') of each imprint is of between 20 and 50mm, the transversal edges of the support comprising a substantially horizontal gripping and holding zone , and - a metal frame comprising two vertical, U-shaped parallel rods , held together by horizontal rods in the bottom portion, as well as by transversal plates connecting the vertical branches of the rods , said plates having slots opposite one another, wherein the transversal edges of the support are inserted, the metal frame further comprising two handles connected to the free ends of the vertical rods . - a support for cooking dough for a cooking appliance, said support comprising at least one imprint of elongate shape to receive the dough, each imprint having a semi-circular transversal cross-section, the longitudinal cross-section of the ends of each imprint having a circular arc-shaped cross-section, each of the longitudinal edges of the support having a substantially vertical wall , the maximum depth (p, p') of each imprint is of between 20 and 50mm, the transversal edges of the support comprising a substantially horizontal gripping and holding zone , and - a metal frame comprising two vertical, U-shaped parallel rods , held together by horizontal rods in the bottom portion, as well as by transversal plates connecting the vertical branches of the rods , said plates having slots opposite one another, wherein the transversal edges of the support are inserted, the metal frame further comprising two handles connected to the free ends of the vertical rods .
A crystalline Form I of nicotinamide riboside chloride according to formula I that is characterized by an IR spectrum having peaks at 671.7, 1035.6, and 1061.8 cm -1 ± 0.2 cm -1 .
A drive system for a screen , comprising an actuator for rotating a winding shaft associated with the screen , and a compensating spring , the compensating spring comprising: - a first end connected to a fixed part of the actuator , and - a second end connected to a rotating part of the actuator or to the winding shaft , the drive system comprising a tubular housing enclosing the actuator and an attachment part for the first end of the compensation spring , the attachment part comprising a body of substantially cylindrical inner and outer shape, this attachment part surrounding the tubular casing and being fixed to the tubular casing in a non-rotating and non-translating manner along a central axis (X) of the tubular casing , this system being characterised in that the attachment part comprises an opening slot allowing the attachment part to be opened by elastic deformation during a step of assembling the attachment part onto the housing . - a first end connected to a fixed part of the actuator , and - a second end connected to a rotating part of the actuator or to the winding shaft , the drive system comprising a tubular housing enclosing the actuator and an attachment part for the first end of the compensation spring , the attachment part comprising a body of substantially cylindrical inner and outer shape, this attachment part surrounding the tubular casing and being fixed to the tubular casing in a non-rotating and non-translating manner along a central axis (X) of the tubular casing , this system being characterised in that the attachment part comprises an opening slot allowing the attachment part to be opened by elastic deformation during a step of assembling the attachment part onto the housing . the drive system comprising a tubular housing enclosing the actuator and an attachment part for the first end of the compensation spring , the attachment part comprising a body of substantially cylindrical inner and outer shape, this attachment part surrounding the tubular casing and being fixed to the tubular casing in a non-rotating and non-translating manner along a central axis (X) of the tubular casing , this system being characterised in that the attachment part comprises an opening slot allowing the attachment part to be opened by elastic deformation during a step of assembling the attachment part onto the housing .
A compound of formula I, a deuterated analog or a pharmaceutically acceptable salt thereof for use in the treatment of hemorrhagic stroke in a subject, wherein R 1 is H, an alkyl or terminal alkenyl having 1 to 5 carbon atoms, or - CH(CH 3 )(CH 2 ) 3 CH(CH 3 ) 2 .
A deployment system for an implantable shunt device , the system comprising: an implantable shunt device having a first side and a second side , each of the first and second sides including a stent element and a membrane component , each of the first and second sides including series of radially extending lobes formed by portions of the stent element and the membrane component and wherein the shunt device further includes a plurality of eyelets arranged on end portions of the lobes; a catheter having a proximal end and a distal end; a tip arranged at the distal end of the catheter; one or more constraining lines arranged through the plurality of eyelets of the implantable shunt device , the one or more constraining lines being configured to collapse portions of the implantable shunt device toward the catheter ; and one or more release lines configured to engage the one or more constraining lines and maintain contact between the implantable shunt device and the one or more constraining lines during deployment, the one or more release lines being partially nested in the tip . an implantable shunt device having a first side and a second side , each of the first and second sides including a stent element and a membrane component , each of the first and second sides including series of radially extending lobes formed by portions of the stent element and the membrane component and wherein the shunt device further includes a plurality of eyelets arranged on end portions of the lobes; a catheter having a proximal end and a distal end; a tip arranged at the distal end of the catheter; one or more constraining lines arranged through the plurality of eyelets of the implantable shunt device , the one or more constraining lines being configured to collapse portions of the implantable shunt device toward the catheter ; and one or more release lines configured to engage the one or more constraining lines and maintain contact between the implantable shunt device and the one or more constraining lines during deployment, the one or more release lines being partially nested in the tip .
An apparatus comprising: a non-volatile random access memory, NVRAM, , adapted to store thereon a memory interface table, MIT, , the NVRAM being communicatively coupled to a processor by a first interface and being byte-rewritable and byte-erasable by the processor so that the NVRAM behaves as a system memory; and a plurality of NVRAM controllers to manage a respective portion of the NVRAM , wherein one of the NVRAM controllers is a boot agent adapted to initialize the NVRAM , and wherein the boot agent is adapted to respond to a query from a computer system to identify itself as the boot agent; wherein the MIT contains information for the one NVRAM controller to initialize the NVRAM upon power-on of the computer system without interacting with the processor and firmware outside of the NVRAM, to thereby allow access to the NVRAM by the computer system , the MIT further containing a pointer to BIOS program code that is stored in the NVRAM ; and wherein the one NVRAM controller is adapted to provide the processor with the pointer in the MIT, after initialization of the NVRAM, to allow the processor to access the BIOS program code and to thereby boot up the computer system. a non-volatile random access memory, NVRAM, , adapted to store thereon a memory interface table, MIT, , the NVRAM being communicatively coupled to a processor by a first interface and being byte-rewritable and byte-erasable by the processor so that the NVRAM behaves as a system memory; and a plurality of NVRAM controllers to manage a respective portion of the NVRAM , wherein one of the NVRAM controllers is a boot agent adapted to initialize the NVRAM , and wherein the boot agent is adapted to respond to a query from a computer system to identify itself as the boot agent; wherein the MIT contains information for the one NVRAM controller to initialize the NVRAM upon power-on of the computer system without interacting with the processor and firmware outside of the NVRAM, to thereby allow access to the NVRAM by the computer system , the MIT further containing a pointer to BIOS program code that is stored in the NVRAM ; and wherein the one NVRAM controller is adapted to provide the processor with the pointer in the MIT, after initialization of the NVRAM, to allow the processor to access the BIOS program code and to thereby boot up the computer system.
A process for producing glass fibers from raw glass batch in a refractory-lined glass melter, the process comprising the steps of: charging raw glass batch to the melting zone of a refractory-lined glass melter, the glass batch consisting of: 64-70 weight percent SiO 2 ; 17-22 weight percent Al 2 O 3 ; 9-12 weight percent MgO; 1.75-3.0 weight percent R 2 O, where R 2 O equals the sum of Li 2 O, Na 2 O and K 2 O; and trace impurities present in the raw materials providing the SiO 2 , Al 2 O 3 , MgO and R 2 O components, each impurity being present in an amount of 0.05 weight percent or less; heating the glass batch to a forming temperature in excess of the liquidus temperature of a resulting glass to form a fiberizable molten glass; and fiberizing said molten glass. charging raw glass batch to the melting zone of a refractory-lined glass melter, the glass batch consisting of: 64-70 weight percent SiO 2 ; 17-22 weight percent Al 2 O 3 ; 9-12 weight percent MgO; 1.75-3.0 weight percent R 2 O, where R 2 O equals the sum of Li 2 O, Na 2 O and K 2 O; and trace impurities present in the raw materials providing the SiO 2 , Al 2 O 3 , MgO and R 2 O components, each impurity being present in an amount of 0.05 weight percent or less; 64-70 weight percent SiO 2 ; 17-22 weight percent Al 2 O 3 ; 9-12 weight percent MgO; 1.75-3.0 weight percent R 2 O, where R 2 O equals the sum of Li 2 O, Na 2 O and K 2 O; and trace impurities present in the raw materials providing the SiO 2 , Al 2 O 3 , MgO and R 2 O components, each impurity being present in an amount of 0.05 weight percent or less; heating the glass batch to a forming temperature in excess of the liquidus temperature of a resulting glass to form a fiberizable molten glass; and fiberizing said molten glass.
A method for treating laundry, wherein the laundry is at least washed in a washing machine and at least some water being removed from said laundry in a subsequent water-removal press , characterized in that water is removed from the laundry selectively only in the water-removal press or in the water-removal press and then in a laundry centrifuge .