mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor package comprising: a first vertical FET in a first active die having a first source and a first gate on a source side of said first active die and a first drain on a drain side of said first active die ; a second vertical FET in a second active die having a second source and a second gate on a source side of said second active die and a second drain on a drain side of said second active die ; a first conductive carrier attached to said source side of said first active die and to said drain side of said second active die ; a second conductive carrier attached to said first gate at said source side of said first active die ; said first conductive carrier coupling said first source to said second drain and providing a structural support, wherein said first conductive carrier and said second conductive carrier comprise respective first and second portions of a lead frame. a first vertical FET in a first active die having a first source and a first gate on a source side of said first active die and a first drain on a drain side of said first active die ; a second vertical FET in a second active die having a second source and a second gate on a source side of said second active die and a second drain on a drain side of said second active die ; a first conductive carrier attached to said source side of said first active die and to said drain side of said second active die ; a second conductive carrier attached to said first gate at said source side of said first active die ; said first conductive carrier coupling said first source to said second drain and providing a structural support,
An apparatus, comprising: a well plate including a top portion , a bottom portion , and a membrane disposed between the top portion and the bottom portion, the top portion defining a sample well and an opening in fluid communication with an opening defined by the membrane and with a reservoir defined by the bottom portion, the well plate configured to be used in a centrifugation process of a test sample including a sample material and a wash liquid, the test sample configured to be received within the sample well and the reservoir; and a collection chamber in fluid communication with the reservoir via the membrane, the bottom portion of the well plate disposed between the collection chamber and the membrane, the membrane configured to filter the wash liquid from the test sample during the centrifugation process such that the wash liquid can pass from the reservoir, through the membrane and be captured within the collection chamber while the sample material remains within the reservoir. a well plate including a top portion , a bottom portion , and a membrane disposed between the top portion and the bottom portion, the top portion defining a sample well and an opening in fluid communication with an opening defined by the membrane and with a reservoir defined by the bottom portion, the well plate configured to be used in a centrifugation process of a test sample including a sample material and a wash liquid, the test sample configured to be received within the sample well and the reservoir; and a collection chamber in fluid communication with the reservoir via the membrane, the bottom portion of the well plate disposed between the collection chamber and the membrane, the membrane configured to filter the wash liquid from the test sample during the centrifugation process such that the wash liquid can pass from the reservoir, through the membrane and be captured within the collection chamber while the sample material remains within the reservoir.
Method (S1-S5) for treating food to be cooked (G) in a household cooking appliance having a cooking compartment , at least one unit (6-9) for treating the food to be cooked and at least one sensor for determining at least one surface condition (BG) of the food to be cooked (G) in which a) a local distribution (LBG1, LBG2) of at least one surface condition (BG) of the food to be cooked (G) is measured by means of at least one sensor (S1), b) a respective measure of deviation is calculated from the measured dimensionless distribution (LBG1, LBG2) of the at least one surface condition (BG) and multiple dimensionless local power distributions (LV1, LV2) that are known in advance in the region of the food to be cooked (G), wherein the power distributions (LV1, LV2) that are known in advance correspond to different sets of setting values of the at least one unit (6-9) for treating the food to be cooked (S3), and c) the at least one unit (6-9) for treating the food to be cooked is operated using the set of setting values of the power distribution (LV2) and the measure of deviation of said power distribution corresponds to the greatest deviation between the distributions (LBG1, LBG2, LV1, LV2). a) a local distribution (LBG1, LBG2) of at least one surface condition (BG) of the food to be cooked (G) is measured by means of at least one sensor (S1), b) a respective measure of deviation is calculated from the measured dimensionless distribution (LBG1, LBG2) of the at least one surface condition (BG) and multiple dimensionless local power distributions (LV1, LV2) that are known in advance in the region of the food to be cooked (G), wherein the power distributions (LV1, LV2) that are known in advance correspond to different sets of setting values of the at least one unit (6-9) for treating the food to be cooked (S3), and c) the at least one unit (6-9) for treating the food to be cooked is operated using the set of setting values of the power distribution (LV2) and the measure of deviation of said power distribution corresponds to the greatest deviation between the distributions (LBG1, LBG2, LV1, LV2).
Computer-implemented method for the monitoring of a plurality of cable-processing machines for the processing of cables, wherein the method comprises the following steps: transmission of production parameters from a cable-processing machine , or a plurality of cable-processing machines to a control server with a central database , wherein the production parameters comprise settings for the cable-processing machine for the processing of the cables by the cable-processing machine in question ; and reception of the production parameters by the control server ; storage of the production parameters in the central database . transmission of production parameters from a cable-processing machine , or a plurality of cable-processing machines to a control server with a central database , wherein the production parameters comprise settings for the cable-processing machine for the processing of the cables by the cable-processing machine in question ; and reception of the production parameters by the control server ; storage of the production parameters in the central database .
Method for positioning an anatomy for imaging, wherein the positioning comprises positioning the anatomy for tomographic imaging by a tomographic imaging apparatus, which tomographic imaging comprises i) a first imaging of first partial volume of the anatomy while the anatomy is positioned at an imaging station of the tomographic imaging apparatus and ii) after that a second imaging of a second partial volume of the anatomy by said tomographic imaging apparatus while the anatomy is positioned at the imaging station of the tomographic imaging apparatus, wherein in connection with the tomographic imaging of the first partial volume of the anatomy, also a photograph or a still video image of the anatomy positioned at the imaging station is taken by a camera arranged in connection with the imaging station so as to generate a first image of the anatomy positioned for tomographic imaging and wherein, for positioning the anatomy for imaging the second partial volume, on a display is presented, one upon another i) a real time image of the imaging station and ii) said first image, said first image being presented as moved into a new position in relation to the imaging station so as to enable observing, from the display, the positioning of the anatomy at the imaging station to meet the first partial volume in the first image, which is now being presented on the display as moved into the new position.
Connector arrangement for connection to a mating connector, the connector arrangement having a housing that includes a receptacle , in which at least one standardised connector , configured in accordance with an industrial or company standard, attached to at least one cable , is attached, and an attachment section for the attachment of the housing to a support , wherein a cable support , when in the receptacle , is directly supported by the housing and that the cable support has at least one retaining hole in which the cable is held free of play, wherein a clear width of the retaining hole is smaller than the external diameter of the cable at least when the cable support is in the receptacle , wherein the cable support along with the connector are insertable as a pre-assembled unit into the housing , characterised in that a form-fitting element of the cable support protrudes out of the connector and engages with a complementary form-fitting element of the housing .
An adapter assembly for operably connecting an end effector to a handle assembly , the adapter assembly comprising: a coupling assembly ; a first drive assembly extending from the coupling assembly and defining a first longitudinal axis, the first drive assembly including a first drive screw ; a second drive assembly extending from the coupling assembly, the second drive assembly defining a second longitudinal axis and including a second drive screw in engagement with the first drive screw; a third drive assembly extending from the coupling assembly , the third drive assembly defining a third longitudinal axis and including a third drive screw in engagement with the second drive screw; and a handle member wherein the first, second and third drive screws are coaxial and the first, second, and third drive assemblies include respective first, second, and third bearing assemblies for rotatably supporting the respective first, second and third drive screws and characterised in that the first drive assembly further includes a thrust plate coupled to the handle member, the first drive screw engaging the thrust plate during operation of the first drive assembly to transfer load from the first drive assembly to the handle member . a coupling assembly ; a first drive assembly extending from the coupling assembly and defining a first longitudinal axis, the first drive assembly including a first drive screw ; a second drive assembly extending from the coupling assembly, the second drive assembly defining a second longitudinal axis and including a second drive screw in engagement with the first drive screw; a third drive assembly extending from the coupling assembly , the third drive assembly defining a third longitudinal axis and including a third drive screw in engagement with the second drive screw; and a handle member wherein the first, second and third drive screws are coaxial and the first, second, and third drive assemblies include respective first, second, and third bearing assemblies for rotatably supporting the respective first, second and third drive screws and characterised in that the first drive assembly further includes a thrust plate coupled to the handle member, the first drive screw engaging the thrust plate during operation of the first drive assembly to transfer load from the first drive assembly to the handle member .
A method to separate motile cells from a cell population using a device which comprises a first reservoir and a second reservoir linked by at least a membrane, characterized in that said membrane comprises a multiplicity of channels with at least one end that comprises a reduction in diameter towards the interior of said channels, comprising the following steps: a) placing the culture medium to flood said second reservoir and said channels; b) contacting the cell population in said first reservoir with a face of said membrane comprising a multiplicity of channels with at least one end having a reduction in their diameter towards the interior of said channels, wherein said first reservoir is filled with a sample of said population of cells to be separated at a level that is lower than the level of said second reservoir, whereby a pressure difference in said reservoirs is generated, so that continuous passing medium to the first reservoir is allowed, and the initial counter current effect is produced, so that said motile cells swim in counter-current for their separation; c) incubating; d) retrieving motile cells of a higher percentage of normal morphology from the other side of said membrane. a) placing the culture medium to flood said second reservoir and said channels; b) contacting the cell population in said first reservoir with a face of said membrane comprising a multiplicity of channels with at least one end having a reduction in their diameter towards the interior of said channels, wherein said first reservoir is filled with a sample of said population of cells to be separated at a level that is lower than the level of said second reservoir, whereby a pressure difference in said reservoirs is generated, so that continuous passing medium to the first reservoir is allowed, and the initial counter current effect is produced, so that said motile cells swim in counter-current for their separation; c) incubating; d) retrieving motile cells of a higher percentage of normal morphology from the other side of said membrane.
Method for analysing a medical imaging data set comprising: - providing the medical imaging data set ; - providing an information data set compiling personal information of a patient; - assigning a probability value for a negative finding to the medical imaging data set , wherein the probability value is based on the medical imaging data set and the information data set and represents a probability for successively identifying no abnormality by analysing the medical imaging data set in detail; - comparing the probability value to a threshold value ; - providing a further probability value based on the information data set ; and - providing the medical imaging data set automatically either - to an output device for analysing the medical imaging data set by an operator when the probability value is smaller than the threshold value or - to a device for storing the medical imaging data set and/or for creating a report data set, thereby omitting the analysing step based on the probability value only when the difference between the threshold value and the further probability value is smaller than a further threshold . - providing the medical imaging data set ; - providing an information data set compiling personal information of a patient; - assigning a probability value for a negative finding to the medical imaging data set , wherein the probability value is based on the medical imaging data set and the information data set and represents a probability for successively identifying no abnormality by analysing the medical imaging data set in detail; - comparing the probability value to a threshold value ; - providing a further probability value based on the information data set ; and - providing the medical imaging data set automatically either - to an output device for analysing the medical imaging data set by an operator when the probability value is smaller than the threshold value or - to a device for storing the medical imaging data set and/or for creating a report data set, thereby omitting the analysing step based on the probability value only when the difference between the threshold value and the further probability value is smaller than a further threshold . - to an output device for analysing the medical imaging data set by an operator when the probability value is smaller than the threshold value or - to a device for storing the medical imaging data set and/or for creating a report data set, thereby omitting the analysing step
A laminate tear membrane for sealing an inner compartment in a packaging container, said laminate tear membrane comprising a top member and a bottom member , said top and bottom members being laminated sheet materials, said top member having a top member peripheral edge portion and a top member second surface facing said bottom member and said bottom member having a bottom member peripheral edge portion and a bottom member first surface facing said top member second surface , said laminate tear membrane comprising a tear-away area being delimited by a contour line arranged in said top member and a tear strip being arranged in said top laminate tear membrane and being part of said tear-away area , said tear-strip comprising a pull-tab arranged at a grip end of said tear strip , said pull-tab facing a pull-tab facing region arranged in said bottom member , said top member and said bottom member being interconnected along said top member peripheral edge portion and said bottom member peripheral edge portion characterized in that a plurality of discrete distance elements comprising or consisting of a plurality of embossed elements, are arranged i) in said pull-tab facing region of said bottom member or ii) in said pull-tab , said plurality of distance elements having a height (H) of 0.1 mm or more, as measured from said bottom member first surface or from the surface of said top member second surface respectively.
A process for treating an H 2 S- and CO 2 -comprising hydrocarbonaceous fluid stream, in which a) the fluid stream is treated in a first absorber (A1) at a pressure of 10 to 150 bar with a first substream of a regenerated H 2 S-selective absorbent to obtain a treated fluid stream and an H 2 S-laden absorbent; b) the H 2 S-laden absorbent is heated by indirect heat exchange with regenerated H 2 S-selective absorbent; c) the heated H 2 S-laden absorbent is decompressed to a pressure of 1.2 to 10 bar in a low-pressure decompression vessel (LPF) to obtain a first CO 2 -rich offgas and a partly regenerated absorbent; d) the partly regenerated absorbent is regenerated in a desorption column (D) to obtain an H 2 S-rich offgas and regenerated absorbent; e) the H 2 S-rich offgas is fed to a Claus unit (CL) and the offgas from the Claus unit (CL) is fed to a hydrogenation unit (HY) to obtain hydrogenated Claus tail gas; f) the hydrogenated Claus tail gas and the first CO 2 -rich offgas are treated in a second absorber (TGA) at a pressure of 1 to 4 bar with a second substream of the regenerated H 2 S-selective absorbent to obtain a second CO 2 -rich offgas and a second H 2 S-laden absorbent; and g) the second H 2 S-laden absorbent is guided into the first absorber (A1). a) the fluid stream is treated in a first absorber (A1) at a pressure of 10 to 150 bar with a first substream of a regenerated H 2 S-selective absorbent to obtain a treated fluid stream and an H 2 S-laden absorbent; b) the H 2 S-laden absorbent is heated by indirect heat exchange with regenerated H 2 S-selective absorbent; c) the heated H 2 S-laden absorbent is decompressed to a pressure of 1.2 to 10 bar in a low-pressure decompression vessel (LPF) to obtain a first CO 2 -rich offgas and a partly regenerated absorbent; d) the partly regenerated absorbent is regenerated in a desorption column (D) to obtain an H 2 S-rich offgas and regenerated absorbent; e) the H 2 S-rich offgas is fed to a Claus unit (CL) and the offgas from the Claus unit (CL) is fed to a hydrogenation unit (HY) to obtain hydrogenated Claus tail gas; f) the hydrogenated Claus tail gas and the first CO 2 -rich offgas are treated in a second absorber (TGA) at a pressure of 1 to 4 bar with a second substream of the regenerated H 2 S-selective absorbent to obtain a second CO 2 -rich offgas and a second H 2 S-laden absorbent; and g) the second H 2 S-laden absorbent is guided into the first absorber (A1).
A braking device for braking a movement of a first vehicle part and a second vehicle part with respect to each other, the braking device comprising: a housing element having an inner bore ; a piston element having a shaft extending in the inner bore along a longitudinal axis (L) and being mounted to the housing element such that the shaft is displaceable along the longitudinal axis (L) with respect to the housing element along a displacement path; a braking element arranged within the inner bore of the housing element and constituted to provide a friction force for braking a displacement movement of the piston element and the housing element with respect to each other at least within a portion of the displacement path; a tensioning device constituted to radially act, with respect to the longitudinal axis, onto the braking element to provide a radial tensioning force; wherein the braking element , for braking the displacement movement of the piston element and the housing element with respect to each other, is in frictional contact with the housing element or the piston element or a component connected to the housing element or the piston element at least within said portion of the displacement path, characterized in that the tensioning device is constituted by a wrap spring circumferentially extending about the longitudinal axis (L) for acting radially onto the braking element . a housing element having an inner bore ; a piston element having a shaft extending in the inner bore along a longitudinal axis (L) and being mounted to the housing element such that the shaft is displaceable along the longitudinal axis (L) with respect to the housing element along a displacement path; a braking element arranged within the inner bore of the housing element and constituted to provide a friction force for braking a displacement movement of the piston element and the housing element with respect to each other at least within a portion of the displacement path; a tensioning device constituted to radially act, with respect to the longitudinal axis, onto the braking element to provide a radial tensioning force; wherein the braking element , for braking the displacement movement of the piston element and the housing element with respect to each other, is in frictional contact with the housing element or the piston element or a component connected to the housing element or the piston element at least within said portion of the displacement path, characterized in that the tensioning device is constituted by a wrap spring circumferentially extending about the longitudinal axis (L) for acting radially onto the braking element .