mhurhangee/patent-ind-claim-en huggingface dataset:
Interconnector with conductors of annular shape (31-34) for a stator of a polyphase rotary electric machine, comprising a body of the stator bearing a winding equipped with a plurality of coils each having input and output ends, the interconnector having a first part comprising at least three conductors (32-34) of annular shape that are stacked axially above one another and are electrically insulated from one another, and a second part comprising at least one electrically insulated conductor of annular shape, said first and second parts being intended to be fitted on either side of the body of the stator, characterized in that the conductors of annular shape (32-34) of the first part and the conductor of annular shape of the second part bear, at their internal periphery, tabs protruding towards the interior for respectively welding the input ends and the output ends of the coils, and in that the first part of the interconnector has L-shaped support legs that are intended to rest on a rim of a yoke comprised by the body of the stator.
A pivot fitting , in particular for movable furniture parts on pieces of furniture, comprising - a first lever and a second lever , which are mounted so they are pivotable in relation to one another in an adjustment direction (V) and a reset direction (R) around a pivot axis (D) from a base position by a predetermined angle (α), - a catch mechanism , using which the two levers can be latched in relation to one another against a force acting in the reset direction (R) in different angular positions within the predetermined angle (α) and can be pivoted in the reset direction (R) when the catch mechanism is deactivated, - wherein a force shaft of the catch mechanism is coupled in a rotationally-fixed manner to the second lever , - wherein the catch mechanism is deactivatable by pivoting the second lever in relation to the first lever in the adjustment direction (V) upon reaching a switchover position, characterized in that - a damping unit is arranged on the first lever for damping the pivot movement of the second lever in relation to the first lever in the adjustment direction (V) from a predetermined adjustment angle (β), - whereby the damping unit is arranged such that from the predetermined adjustment angle (β) the adjustment force needed is increased in comparison to the adjustment force needed before reaching the predetermined adjustment angle (β). - a first lever and a second lever , which are mounted so they are pivotable in relation to one another in an adjustment direction (V) and a reset direction (R) around a pivot axis (D) from a base position by a predetermined angle (α), - a catch mechanism , using which the two levers can be latched in relation to one another against a force acting in the reset direction (R) in different angular positions within the predetermined angle (α) and can be pivoted in the reset direction (R) when the catch mechanism is deactivated, - wherein a force shaft of the catch mechanism is coupled in a rotationally-fixed manner to the second lever , - wherein the catch mechanism is deactivatable by pivoting the second lever in relation to the first lever in the adjustment direction (V) upon reaching a switchover position, characterized in that - a damping unit is arranged on the first lever for damping the pivot movement of the second lever in relation to the first lever in the adjustment direction (V) from a predetermined adjustment angle (β), - whereby the damping unit is arranged such that from the predetermined adjustment angle (β) the adjustment force needed is increased in comparison to the adjustment force needed before reaching the predetermined adjustment angle (β).
Bag with variable carrying methods, whereby the bag has a) two handles 2; b) at least one guiding element 3 on the side of the bag; c) at least one fastening element 4, which is arranged on the underside of the bag, whereby the one side of the fastening element is fixed to the bag 1 and the other side is connected to the bag 1 but is detachable, so that the fastening element 4 is arranged in a stowable manner; and d) retaining elements 5, whereby one end of each handle is fixedly connected to the bag, and whereby said first handle 2 shows an initial part of a retaining element 5, which interacts with a complementary second part of the retaining element 5 on the bag underside 1 and which can retain, in a releasable manner, said second handle 2, whereby the second handle 2 has a hole 8 near its free end and acts with at least one retaining element 5 of the first handle 2 either with at least one retaining element 5 of the second handle 2 or through the hole 8 on the bag underside 1. a) two handles 2; b) at least one guiding element 3 on the side of the bag; c) at least one fastening element 4, which is arranged on the underside of the bag, whereby the one side of the fastening element is fixed to the bag 1 and the other side is connected to the bag 1 but is detachable, so that the fastening element 4 is arranged in a stowable manner; and d) retaining elements 5, whereby one end of each handle is fixedly connected to the bag, and whereby said first handle 2 shows an initial part of a retaining element 5, which interacts with a complementary second part of the retaining element 5 on the bag underside 1 and which can retain, in a releasable manner, said second handle 2, whereby the second handle 2 has a hole 8 near its free end and acts with at least one retaining element 5 of the first handle 2 either with at least one retaining element 5 of the second handle 2 or through the hole 8 on the bag underside 1.
Connecting fitting for connecting a first workpiece and a second workpiece, with an anchor module (11; 111) for anchoring the connecting fitting (10; 110) in an anchoring recess of the first workpiece and an abutment module (13; 113) for support in an abutment recess of the second workpiece , and with a connecting device with clamping means for fitting in a connection recess, communicating with the abutment recess and the anchoring recess , in the first and/or second workpiece, and for releasable connection and clamping of the abutment module (13; 113) to the anchor module (11; 111) along a clamping axis (S) for clamping together of the first and second workpiece, wherein the anchor module (11; 111) has an anchor support body (20; 120) for support on an inner periphery of the anchoring recess , and the abutment module (13; 113) has an abutment support body (80; 180) for support on an inner periphery of the abutment recess , wherein the anchor support body (20; 120) and the abutment support body (80; 180) have, on the outer periphery of their cross-section through which their respective longitudinal axis (L11, L12, L13) passes, a flat shape with opposite flat sides and narrow sides , in particular rounded, extending between the flat sides , and wherein in the assembled state of the connecting fitting (10; 110), the clamping axis (S) runs at an angle transversely to at least one of the longitudinal axes (L11, L12, L13) of anchor module (11; 111) or abutment module (13; 113), so that the anchor support body (20; 120) or the abutment support body (80; 180) rests with a flat side or narrow side on the inner periphery of the assigned anchoring recess or abutment recess transversely to the clamping axis (S), characterised in that the abutment support body (80; 180) and the anchor support body (20; 120) of the connecting device have substantially the same cross-sectional dimensions.
A method to monitor Internet activity, the method comprising: obtaining, from a panelist during a panelist registration process, by executing an instruction with a processor, panelist demographic information identifying a demographic of the panelist; assigning, in response to the obtaining of the panelist demographic information, by executing an instruction with the processor, credentials to a mobile device of the panelist; determining if an application identified by an identifier of a content request from the mobile device supports proxy authentication, the identifier of the content request including a user agent identifier; not requesting authentication credentials if it is determined that the application does not support authentication; determining if the user agent identifier matches a user agent identifier entry in a list of blocked user agents; blocking the content request if the user agent identifier is within the list of blocked user agents to prevent Internet activity running on a desktop computer from affecting a monitoring result; transmitting a request for credentials to the mobile device if the application supports proxy authentication and if the user agent identifier is not within the list of blocked user agents; and storing an identifier of a content requested by the content request in association with the mobile device to monitor Internet activity on the mobile device. obtaining, from a panelist during a panelist registration process, by executing an instruction with a processor, panelist demographic information identifying a demographic of the panelist; assigning, in response to the obtaining of the panelist demographic information, by executing an instruction with the processor, credentials to a mobile device of the panelist; determining if an application identified by an identifier of a content request from the mobile device supports proxy authentication, the identifier of the content request including a user agent identifier; not requesting authentication credentials if it is determined that the application does not support authentication; determining if the user agent identifier matches a user agent identifier entry in a list of blocked user agents; blocking the content request if the user agent identifier is within the list of blocked user agents to prevent Internet activity running on a desktop computer from affecting a monitoring result; transmitting a request for credentials to the mobile device if the application supports proxy authentication and if the user agent identifier is not within the list of blocked user agents; and storing an identifier of a content requested by the content request in association with the mobile device to monitor Internet activity on the mobile device.
Process for the beam processing of a plate-shaped or tubular workpiece , comprising a) at least one cutting procedure for producing a cutting gap along a cutting line which extends at least partially along the contour of a workpiece part to be produced from the workpiece , the cutting procedure comprising: moving a beam head for guiding a processing beam above the workpiece , wherein the processing beam is guided along the cutting line from a first cutting position to a second cutting position, and wherein the processing beam has a first power density which is dimensioned such that the workpiece is cut through, wherein the process is characterized by b) at least one finishing procedure for finishing the workpiece along at least a part of the cutting gap , wherein the workpiece part is not completely cut out along the cutting line , and wherein the finishing procedure comprises: moving the beam head over the workpiece , wherein the processing beam is guided along a finishing line from a first finishing position to a second finishing position, wherein the processing beam has a second power density which is such that the workpiece is not cut, and wherein the workpiece is irradiated by the processing beam along at least a part of the cutting gap in a region containing a workpiece part-side cutting edge of the cutting gap and/or in a region containing a residual grid-side cutting edge of the cutting gap . a) at least one cutting procedure for producing a cutting gap along a cutting line which extends at least partially along the contour of a workpiece part to be produced from the workpiece , the cutting procedure comprising: moving a beam head for guiding a processing beam above the workpiece , wherein the processing beam is guided along the cutting line from a first cutting position to a second cutting position, and wherein the processing beam has a first power density which is dimensioned such that the workpiece is cut through, wherein the process is characterized by b) at least one finishing procedure for finishing the workpiece along at least a part of the cutting gap , wherein the workpiece part is not completely cut out along the cutting line , and wherein the finishing procedure comprises: moving the beam head over the workpiece , wherein the processing beam is guided along a finishing line from a first finishing position to a second finishing position, wherein the processing beam has a second power density which is such that the workpiece is not cut, and wherein the workpiece is irradiated by the processing beam along at least a part of the cutting gap in a region containing a workpiece part-side cutting edge of the cutting gap and/or in a region containing a residual grid-side cutting edge of the cutting gap .
A polishing device, comprising: - a polishing platen rotatable about an axis, and - a polishing pad attached to the polishing platen for polishing a specimen , characterised in that the polishing device comprises: - a moisture sensor comprising a contact surface for contacting the polishing pad , and a first, a second and a third electrical contact element electrically isolated from each other, the electrical contact elements being disposed within the moisture sensor so that they are exposed at the contact surface , wherein the contact surface of the moisture sensor is arranged in contact with the surface of the polishing pad , and - means for measuring the capacitance between the first electrical contact element and the polishing platen and the resistance between the second electrical contact element and the third electrical contact element . - a polishing platen rotatable about an axis, and - a polishing pad attached to the polishing platen for polishing a specimen , - a moisture sensor comprising a contact surface for contacting the polishing pad , and a first, a second and a third electrical contact element electrically isolated from each other, the electrical contact elements being disposed within the moisture sensor so that they are exposed at the contact surface , wherein the contact surface of the moisture sensor is arranged in contact with the surface of the polishing pad , and - means for measuring the capacitance between the first electrical contact element and the polishing platen and the resistance between the second electrical contact element and the third electrical contact element .
Method of treating an element of the type comprising at least one first support which has a functional face at least partially covered by a layer of indium and tin (ITO) oxide, according to which said functional face is placed in contact with an acid solution so as to dissolve said layer of ITO in said acid solution, characterised in that said first support is displaced at least after having placed in contact at least said functional face with said acid solution, and characterised in that said first support has a thickness which extends substantially perpendicular to said functional face, in that said acid solution forms a free surface, in that said functional face is disposed so that it is inclined towards said free surface of said acid solution and in that at least said functional face is made to penetrate into said acid solution, said functional surface and said free surface of said acid solution forming an angle α substantially equal to or less than 3°.
A method comprising: registering a graphics buffer with a kernel running on a first processor , the kernel comprising a display driver and a user space, wherein the user space registers the buffer; storing, by the first processor, the registered graphics buffer in memory initially without drawing the graphics buffer to a display; informing a second processor of the registered graphics buffer, wherein the second processor is operatively coupled to the first processor; while the first processor is in sleep mode, receiving, by the first processor from the second processor, a wake command sent in response to a received trigger; in response to the wake command, performing a partial resume of the kernel without activating a user space on the first processor, wherein performing the partial resume comprises the kernel performing a partial resume of necessary hardware drivers; and drawing, by the first processor using the display driver of the kernel, the graphics buffer to the display without using an operating system graphics pipeline of the user space, wherein the second processor passes the registered graphics buffer to the display driver of the kernel to draw the graphics buffer to the display. registering a graphics buffer with a kernel running on a first processor , the kernel comprising a display driver and a user space, wherein the user space registers the buffer; storing, by the first processor, the registered graphics buffer in memory initially without drawing the graphics buffer to a display; informing a second processor of the registered graphics buffer, wherein the second processor is operatively coupled to the first processor; while the first processor is in sleep mode, receiving, by the first processor from the second processor, a wake command sent in response to a received trigger; in response to the wake command, performing a partial resume of the kernel without activating a user space on the first processor, wherein performing the partial resume comprises the kernel performing a partial resume of necessary hardware drivers; and drawing, by the first processor using the display driver of the kernel, the graphics buffer to the display without using an operating system graphics pipeline of the user space, wherein the second processor passes the registered graphics buffer to the display driver of the kernel to draw the graphics buffer to the display.
A method for producing a laminated packaging material , comprising: providing a core material layer having an inner side and an outer side , embossing said core material layer for forming embossed features having an initial height (d1), laminating at least one layer to said embossed core material layer , characterized in that said core material layer being a fibre-based material said embossed features protruding from the outer side of said core material layer to later form a tactile pattern on a side of the package to be formed by said packaging material , and laminating said at least one layer to the inner side of said embossed core material layer such that the height of the embossed features is temporarily reduced to a minimum height (d2). providing a core material layer having an inner side and an outer side , embossing said core material layer for forming embossed features having an initial height (d1), laminating at least one layer to said embossed core material layer , characterized in that said core material layer being a fibre-based material said embossed features protruding from the outer side of said core material layer to later form a tactile pattern on a side of the package to be formed by said packaging material , and laminating said at least one layer to the inner side of said embossed core material layer such that the height of the embossed features is temporarily reduced to a minimum height (d2).
A raw material mixing apparatus comprising two horizontally-arranged cylindrical mixing drums and a feed pipe for feeding raw materials to the mixing drums , wherein each of the two mixing drums is provided with a feed port and a discharge port , characterized in that the feed ports of the two mixing drums are both communicated with the feed pipe , and a switching valve is arranged on the feed pipe ; a first rotating disc and a second rotating disc are rotatably connected at two ends of the mixing drum respectively, and a stirring assembly is connected between the first rotating disc and the second rotating disc in the axial direction of the mixing drum ; the stirring assembly comprises a central stirring element and a plurality of non-central stirring elements radially arranged between inner side walls of the mixing drums and outer side walls of the central stirring element , the outer side walls of the non-central stirring elements are all arranged closely adjacent to the inner side walls of the mixing drums , each of the non-central stirring elements has a spreading bar arranged inside, and the central stirring element and the non-central stirring element are both movable in the axial direction of the first rotating disc and the second rotating disc , and the axial movements of the central stirring element and the non-central stirring element are in opposite directions.
A Magnetic Resonance Imaging (MRI) system configured to occasionally stay in idling mode and configured to increase temperature of cold-mass of the system, the system comprising: a magnet coil configured to operate as a superconducting magnet in a desired cryogenic temperature; a cooler comprising at least one cryogen-free cryocooler configured to cool the magnet coil by heat conduction, to the desired cryogenic temperature; and a control component to controllably discharge the energy stored in the magnet coil at least partially and to control idling mode temperatures of the cold-mass during the idling mode and controllably maintain any desired cold-mass temperature between the cryogenic temperature and ambient temperature of the system by operating the at least one cryocooler at lower cooling capacities or by turning the at least one cryocooler OFF for periods of time, wherein the cold-mass includes the magnet coil, and a structure and connections that keep the magnet coil together. a magnet coil configured to operate as a superconducting magnet in a desired cryogenic temperature; a cooler comprising at least one cryogen-free cryocooler configured to cool the magnet coil by heat conduction, to the desired cryogenic temperature; and a control component to controllably discharge the energy stored in the magnet coil at least partially and to control idling mode temperatures of the cold-mass during the idling mode and controllably maintain any desired cold-mass temperature between the cryogenic temperature and ambient temperature of the system by operating the at least one cryocooler at lower cooling capacities or by turning the at least one cryocooler OFF for periods of time, wherein the cold-mass includes the magnet coil, and a structure and connections that keep the magnet coil together.