mhurhangee/patent-ind-claim-en huggingface dataset:
Tool, in particular hand-held tool, having a working piston , which is intended to move along a working axis, a drive , which is intended to drive the working piston along the working axis, wherein the drive has an electrical capacitor , a squirrel-cage rotor , which is arranged on the working piston , and an excitation coil , which during rapid discharge of the capacitor is flowed through by current and generates a magnetic field that accelerates the working piston , wherein the tool has a frame , which is made of a soft-magnetic and electrically conducting material, surrounds the excitation coil and extends in a circumferential direction with respect to the working axis, wherein the frame has one or more at least partial interruptions , which extend over a significant part of a radial extent of the frame with respect to the working axis, wherein the frame is formed of multiple layers of the soft-magnetic and electrically conducting material, which are separated from one another by the one or more interruptions , characterized in that the layers of the soft-magnetic and electrically conducting material are stacked one on top of the other in a stacking direction , which is inclined in relation to the working axis.
A three-position disconnector switch, comprising: - an earthing contact ; - a power out contact ; - a power in contact ; and - a piston ; wherein the power out contact comprises a first part and a second part , and wherein the first part is connected to the second part by a leg portion ; wherein in a first switch position an outer surface of a wall of the piston makes a direct electrical contact with the first part of the power out contact and makes a direct electrical contact with the power in contact; wherein in a second switch position the outer surface of the wall of the piston makes a direct electrical contact with the first part of the power out contact and makes a direct electrical contact with the second part of the power out contact; wherein in a third switch position the outer surface of wall of the piston makes a direct electrical contact with the second part of the power out contact and makes a direct electrical contact with the earthing contact; and wherein the piston is configured to move along an axis of the three-position disconnector switch to transition the three-position disconnector switch between the different switch positions. - an earthing contact ; - a power out contact ; - a power in contact ; and - a piston ; wherein the power out contact comprises a first part and a second part , and wherein the first part is connected to the second part by a leg portion ; wherein in a first switch position an outer surface of a wall of the piston makes a direct electrical contact with the first part of the power out contact and makes a direct electrical contact with the power in contact; wherein in a second switch position the outer surface of the wall of the piston makes a direct electrical contact with the first part of the power out contact and makes a direct electrical contact with the second part of the power out contact; wherein in a third switch position the outer surface of wall of the piston makes a direct electrical contact with the second part of the power out contact and makes a direct electrical contact with the earthing contact; and wherein the piston is configured to move along an axis of the three-position disconnector switch to transition the three-position disconnector switch between the different switch positions.
Crane control for a crane , having a visualization device which is designed to visualize a camera image of a section of a working environment of the crane for an operator of the crane control, wherein the visualization device is configured to display a graphical auxiliary depiction in a depiction superposed on the visualized camera image , which highlights a change in the visualized camera image or a crane position caused by a movement of the operator , characterized in that at least one first section of the working environment can be visualized in the form of a stereoscopic camera image and at least one second section of the working environment, which is directly adjacent to the at least one first section , can be visualized in the form of a two-dimensional camera image, wherein, when simultaneously visualizing at least one part of the at least one first section and at least one part of the at least one second section of the working environment, a movement of a boundary extending between the at least one first section and the at least one second section caused by a movement of the operator can be highlighted by the graphical auxiliary display in the form of a line covering the boundary and moving along with it.
Assembly with an electrically shielded housing having - a housing body enclosing a accommodation volume for at least one electrical component, and - at least two cable bushings arranged on the housing body and cutting through the housing body, wherein - the housing body is formed from a plastic and is coated with a metallic coating at least on one of its lateral surfaces, and an electrical contact region for a shielding conductor of a cable which can be introduced into the cable entry is formed in the region of the respective cable bushing , and - characterized in - that a bypass line is guided inside the housing , - that the bypass line is guided between the cable bushings within the accommodation volume, and - that the bypass line is directly connected to the contact region and is thus electrically short-circuited to the metallic coating . - a housing body enclosing a accommodation volume for at least one electrical component, and - at least two cable bushings arranged on the housing body and cutting through the housing body, wherein - the housing body is formed from a plastic and is coated with a metallic coating at least on one of its lateral surfaces, and an electrical contact region for a shielding conductor of a cable which can be introduced into the cable entry is formed in the region of the respective cable bushing , and - characterized in - that a bypass line is guided inside the housing , - that the bypass line is guided between the cable bushings within the accommodation volume, and - that the bypass line is directly connected to the contact region and is thus electrically short-circuited to the metallic coating .
A towed agricultural working tool comprising a central frame element , a headstock and left and right hand side frame elements connected to the central frame element , each of the side frame elements supporting at least one processing unit , in which the central frame element is connected to the headstock for pivoting movement at at least one connecting location, the headstock comprises a plurality of headstock elements including an horizontal element comprising upper and lower headstock elements held in fixed relationship to one another, the central frame element comprises a plurality of central frame elements held in fixed relationship to one another and located between the headstock elements and one or more annular friction discs are arranged between the central frame element and the headstock at one of the at least one connecting locations at least one annular friction disc is arranged between at least one of the plurality of central frame elements and one of the plurality of headstock elements , and the headstock elements , the central frame elements and the one or more annular friction discs are clamped together in compression by a fastener, characterised in that the headstock elements , the central frame elements and the at least one annular friction disc are mounted about a bushing . a central frame element , a headstock and left and right hand side frame elements connected to the central frame element , each of the side frame elements supporting at least one processing unit , in which the central frame element is connected to the headstock for pivoting movement at at least one connecting location, the headstock comprises a plurality of headstock elements including an horizontal element comprising upper and lower headstock elements held in fixed relationship to one another, the central frame element comprises a plurality of central frame elements held in fixed relationship to one another and located between the headstock elements and one or more annular friction discs are arranged between the central frame element and the headstock at one of the at least one connecting locations at least one annular friction disc is arranged between at least one of the plurality of central frame elements and one of the plurality of headstock elements , and the headstock elements , the central frame elements and the one or more annular friction discs are clamped together in compression by a fastener, characterised in that the headstock elements , the central frame elements and the at least one annular friction disc are mounted about a bushing .
A method comprising: receiving a first amount of measurement data associated with measurements of a first plurality of sites on a surface of a semiconductor wafer with known variations of at least one process parameter, structure parameter, or both , wherein the first amount of measurement data is derived from measurements performed by at least one metrology technique; determining an expected response model of each of the at least one known process parameters, structure parameters, or both ; determining an input-output measurement model based at least in part on the first amount of measurement data ; training the input-output measurement model based on parameter values determined from the expected response model ; using the trained input-output measurement model to calculate process parameter values, structure paramter values, or both, directly from measurement data collected from other wafers; and communicating an indication of the at least one process parameter value, the at least one structural parameter value, or both, to a semiconductor fabrication tool that causes the semiconductor fabrication tool to adjust one or more parameters of a fabrication process of the semiconductor fabrication tool to achieve a desired output from the fabrication tool. receiving a first amount of measurement data associated with measurements of a first plurality of sites on a surface of a semiconductor wafer with known variations of at least one process parameter, structure parameter, or both , wherein the first amount of measurement data is derived from measurements performed by at least one metrology technique; determining an expected response model of each of the at least one known process parameters, structure parameters, or both ; determining an input-output measurement model based at least in part on the first amount of measurement data ; training the input-output measurement model based on parameter values determined from the expected response model ; using the trained input-output measurement model to calculate process parameter values, structure paramter values, or both, directly from measurement data collected from other wafers; and communicating an indication of the at least one process parameter value, the at least one structural parameter value, or both, to a semiconductor fabrication tool that causes the semiconductor fabrication tool to adjust one or more parameters of a fabrication process of the semiconductor fabrication tool to achieve a desired output from the fabrication tool.
A cyclic depsipeptide compound of formula (I), or a pharmaceutically or veterinarily acceptable salt thereof: wherein: Cy 1 and Cy 2 are as defined below: Cy 1 Cy2 p -CF 3 -Ph p -CF 3 -Ph p -OCF 3 -Ph p -OCF 3 -Ph p - t Bu-Ph p -tBu-Ph R', R", R′′′ and R"" are each Me; R 1' , R 2' , R 3' and R 4' are each hydrogen; and R a , R b , R 1 , R 2 , R 3 and R 4 are as defined below: R a /R b R 1 R 2 R 3 R 4 CH 3 -CH 2 -C(CH 3 ) 3 C1 -CH 2 -C(CH 3 ) 3 C1 CH 3 -CH 2 CF(CH 3 ) 2 C1 -CH 2 CF(CH 3 ) 2 C1 CH 3 -CH 2 -C(CH 3 ) 3 C2 -CH 2 -C(CH 3 ) 3 C2 CH 3 -CH 2 CF(CH 3 ) 2 C2 -CH 2 CF(CH 3 ) 2 C2 wherein C1 is CH 2 -cyclopropyl and C 2 is CH(F)-cyclopropyl. Cy 1 and Cy 2 are as defined below: Cy 1 Cy2 p -CF 3 -Ph p -CF 3 -Ph p -OCF 3 -Ph p -OCF 3 -Ph p - t Bu-Ph p -tBu-Ph R', R", R′′′ and R"" are each Me; R 1' , R 2' , R 3' and R 4' are each hydrogen; and R a , R b , R 1 , R 2 , R 3 and R 4 are as defined below: R a /R b R 1 R 2 R 3 R 4 CH 3 -CH 2 -C(CH 3 ) 3 C1 -CH 2 -C(CH 3 ) 3 C1 CH 3 -CH 2 CF(CH 3 ) 2 C1 -CH 2 CF(CH 3 ) 2 C1 CH 3 -CH 2 -C(CH 3 ) 3 C2 -CH 2 -C(CH 3 ) 3 C2 CH 3 -CH 2 CF(CH 3 ) 2 C2 -CH 2 CF(CH 3 ) 2 C2 wherein C1 is CH 2 -cyclopropyl and C 2 is CH(F)-cyclopropyl.
FMCW radar sensor having a plurality of radio-frequency modules which are synchronized with one another by means of a synchronization signal (sync) and comprise at least two radio-frequency modules which are spatially separate from one another and each have a transmitting part for transmitting a transmission signal (TX) whose frequency has been modulated and/or a receiving part for receiving a radar echo (E), wherein at least two of the radio-frequency modules each have a receiving part and each receiving part is assigned a mixer , which generates an intermediate frequency signal (Z1, Z2) by mixing the received signal (RX) with a portion of the transmission signal (TX), and an evaluation unit , and the evaluation unit is designed to record the intermediate frequency signal (Z1, Z2) as a function of the time (t) over a measurement period (T) and to subject the time signal (S1, S2) obtained in this manner to a Fourier transform, characterized in that at least one of the evaluation units is designed to window the time signal (S1) before the Fourier transform using a complex-valued window function (V) in order to compensate for a propagation time difference of the synchronization signal (sync) between the receiving parts .
A heavy-duty foldable storage bin , comprising: a) a rectilinear base made of thermoplastic material; b) a plurality of spaced columns integrally formed with said base; and c) a plurality of rectangular end panels and side panels made of thermoplastic material that are foldable and erectable with respect to said base, wherein; said plurality of columns includes one or more central columns each of which having an integral portion that protrudes upwardly from an upper surface of said base and is interlockable with a corresponding side panel of said plurality of side panels at a bottom center region of said corresponding side panel, for generating a sufficiently high sagging resisting moment, characterized in that at least one of said plurality of panels is detachable from said base, and in that said interlockable portion comprises a first surface that is engageable with a post of the corresponding side panel , and second and third coincident surfaces extending in two different directions, respectively, which are engageable and complementary with two edges, respectively, of the corresponding side panel, to prevent disengagement of the corresponding side panel from the base during either relative longitudinal movement or relative vertical movement, wherein a longitudinal movement is a movement that takes place along the length of said side panel; wherein the third surface is a vertical edge of a rectangular outer face of the central column and the second surface is a horizontal edge protruding from the third surface, and wherein the interlockable portion is configured as a mushroom shaped head having an upper surface that longitudinally curves from the first surface in two opposite directions until coinciding with a corresponding second surface to define a pointed edge , said mushroom shaped head being interlockable with a complementary thickened edge of a void area formed in the corresponding side panel. a) a rectilinear base made of thermoplastic material; b) a plurality of spaced columns integrally formed with said base; and c) a plurality of rectangular end panels and side panels made of thermoplastic material that are foldable and erectable with respect to said base,
An electronic device , comprising: an image sensor that includes an array of unit groups , each unit group comprising at least one image capturing pixel, wherein image-capturing conditions of each unit group are independently controllable; an object recognition unit for recognizing photographic subjects ; an area sectionalizing unit for designating unit groups of an image-capturing pixel area where a primary subject is to be captured; an image-capturing condition setting unit which sets a first image-capturing condition for unit groups in said first image-capturing pixel area corresponding to an image area of the primary subject and a second image-capturing condition for unit groups in a second image-capturing pixel area corresponding to an image area other than the primary subject; characterized by : an adjustment unit that is configured to adjust the second image-capturing condition in correspondence to an extent of adjustment of the first image-capturing condition. an image sensor that includes an array of unit groups , each unit group comprising at least one image capturing pixel, wherein image-capturing conditions of each unit group are independently controllable; an object recognition unit for recognizing photographic subjects ; an area sectionalizing unit for designating unit groups of an image-capturing pixel area where a primary subject is to be captured; an image-capturing condition setting unit which sets a first image-capturing condition for unit groups in said first image-capturing pixel area corresponding to an image area of the primary subject and a second image-capturing condition for unit groups in a second image-capturing pixel area corresponding to an image area other than the primary subject; characterized by : an adjustment unit that is configured to adjust the second image-capturing condition in correspondence to an extent of adjustment of the first image-capturing condition.
A clamp fastening device configured to attach a work line to a work machine , the clamp fastening device comprising: a clamp structure with a line aperture configured to receive the line , the clamp structure configured to releasably clamp to and retain a segment of the line within the line aperture ; and a mount structure configured to be supported on an area of the work line ; wherein the mount structure is moveably attached to the clamp structure to support movement of the clamp structure relative to the mount structure along at least one direction; and wherein the mount structure is configured to support movement of the clamp structure and the segment of the line relative to the area of the work line along the at least one direction, characterized in that one of the clamp structure and the mount structure includes a projection ; wherein the other of the clamp structure and the mount structure includes a cavity that receives the projection ; wherein the projection and an inner surface of the cavity are configured to abut to limit movement of the clamp structure relative to the mount structure . a clamp structure with a line aperture configured to receive the line , the clamp structure configured to releasably clamp to and retain a segment of the line within the line aperture ; and a mount structure configured to be supported on an area of the work line ; wherein the mount structure is moveably attached to the clamp structure to support movement of the clamp structure relative to the mount structure along at least one direction; and wherein the mount structure is configured to support movement of the clamp structure and the segment of the line relative to the area of the work line along the at least one direction, characterized in that one of the clamp structure and the mount structure includes a projection ; wherein the other of the clamp structure and the mount structure includes a cavity that receives the projection ; wherein the projection and an inner surface of the cavity are configured to abut to limit movement of the clamp structure relative to the mount structure .
A method of pose detection for a device, comprising: displaying , to a user, a first pose request for an expected user pose; detecting an initial presence of a user pose; indicating to the user progress toward achieving a predetermined state of detection of the user pose while continuing to detect the user pose, wherein the predetermined state comprises the user pose similar to the pose request having been detected for a predetermined period of time; determining that the predetermined state of detection has been achieved; displaying, in response to the determining, prompts of choices for interaction with the device; providing to the user, in response to the determining, pose requests , wherein movement of the pose requests indicate to the user to move the user pose in a respective direction of user motion to select a corresponding prompt choice; and responding to the user motion based on determining that the user completes the user motion to select a prompt choice. displaying , to a user, a first pose request for an expected user pose; detecting an initial presence of a user pose; indicating to the user progress toward achieving a predetermined state of detection of the user pose while continuing to detect the user pose, wherein the predetermined state comprises the user pose similar to the pose request having been detected for a predetermined period of time; determining that the predetermined state of detection has been achieved; displaying, in response to the determining, prompts of choices for interaction with the device; providing to the user, in response to the determining, pose requests , wherein movement of the pose requests indicate to the user to move the user pose in a respective direction of user motion to select a corresponding prompt choice; and responding to the user motion based on determining that the user completes the user motion to select a prompt choice.