mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting coaxial light edge position skewing in operations of a machine vision inspection system which comprises an imaging system, a movable workpiece stage, a coaxial illumination portion which projects coaxial light from an objective lens of the imaging system toward the workpiece stage, a stage light illumination portion which projects stage light from the workpiece stage toward the imaging system, and a control system, the method comprising: a) positioning a workpiece (20, 320) on the workpiece stage with an edge feature of the workpiece in a field of view of the imaging system, wherein the edge feature comprises a boundary between a region which reflects coaxial light to the imaging system and a region which transmits stage light to the imaging system; b) holding the edge feature steady at a first position in the field of view and acquiring a first image of the edge using one of the coaxial light and the stage light; c) holding the edge feature steady at the first position in the field of view and acquiring a second image of the edge using the other of the coaxial light and the stage light; d) determining a first edge position measurement (ELcp) for a defined portion of the edge feature in the first image; e) determining a second edge position measurement (ELsp) for the defined portion of the edge feature in the second image; f) determining a coaxial light edge position correction factor based on a difference (δ) between the first edge position measurement (ELcp) and the second edge position measurement (ELsp); and g) storing the coaxial light edge position correction factor for correcting subsequent edge position measurements that are based on images acquired using coaxial light. a) positioning a workpiece (20, 320) on the workpiece stage with an edge feature of the workpiece in a field of view of the imaging system, wherein the edge feature comprises a boundary between a region which reflects coaxial light to the imaging system and a region which transmits stage light to the imaging system; b) holding the edge feature steady at a first position in the field of view and acquiring a first image of the edge using one of the coaxial light and the stage light; c) holding the edge feature steady at the first position in the field of view and acquiring a second image of the edge using the other of the coaxial light and the stage light; d) determining a first edge position measurement (ELcp) for a defined portion of the edge feature in the first image; e) determining a second edge position measurement (ELsp) for the defined portion of the edge feature in the second image; f) determining a coaxial light edge position correction factor based on a difference (δ) between the first edge position measurement (ELcp) and the second edge position measurement (ELsp); and g) storing the coaxial light edge position correction factor for correcting subsequent edge position measurements that are based on images acquired using coaxial light.
Actuator, having piezoelectric material, in the form of a single-layer or multi-layer flat plate, wherein at least one layer has two electrodes (6, 7, 8, 9) spaced from each other by means of an essentially linear separating area and arranged opposite each other both on its upper face and on its lower face, and said electrodes (6, 7) of said upper face are arranged at an offset from said electrodes (8, 9) of said lower face, characterized in that said actuator comprises at least one friction element, wherein said friction element is arranged along said linear separating area.
A modified conjugated diene-based polymer represented by Chemical Formula 2a or Chemical Formula 2b below: wherein b1 to b12, which are identical to or different from each other, range from 10 to 20,000.
Particle-reinforced steel strip or sheet comprising, in weight percent, • from 0.001 to 0.4 % C • from 3 to 9 % Al; • from 1.5 to 7% Ti • from 0.6 to 3.5% B • up to 5.0 % Mn; • up to 1% Cr • up to 1% Ni; • up to 1% Mo; • up to 1% Cu • up to 0.5 % Si; • up to 0.040% N; • up to 0.2 % Nb; • up to 0.2 % V; • up to 0.01 % S; • up to 0.1 % P; • remainder iron and inevitable impurities; wherein the structure of the steel comprises at least 3 wt% of ∑(TiB 2 +Fe 2 B +TiC)-particles, and wherein -0.5 <= (Ti-2.22*B) <= 1.6. • from 0.001 to 0.4 % C • from 3 to 9 % Al; • from 1.5 to 7% Ti • from 0.6 to 3.5% B • up to 5.0 % Mn; • up to 1% Cr • up to 1% Ni; • up to 1% Mo; • up to 1% Cu • up to 0.5 % Si; • up to 0.040% N; • up to 0.2 % Nb; • up to 0.2 % V; • up to 0.01 % S; • up to 0.1 % P; • remainder iron and inevitable impurities;
A method for shape modification of a polishing pad for polishing a workpiece into a desired surface shape, comprising: a measurement step of measuring a polishing pad shape in a state of being attached to a plate by using a polishing pad shape measuring apparatus; a condition determination step of selecting a dressing recipe capable of dressing the polishing pad so as to polish the workpiece into a desired surface shape from a plurality of pre-provided dressing recipes based on the measurement result of the measurement step; and a shape modification step of dressing the polishing pad by using the dressing recipe determined in the condition determination step, wherein the polishing pad shape measuring apparatus comprises a computing apparatus, characterized in that the computing apparatus has data showing the relationship.between the polishing pad shape and a shape of the workpiece polished by the polishing pad, the shape of the polished workpiece is estimated from the measurement result of the measurement step, and the data is data showing the relationship between a peak-to-valley value of the polishing pad and a Global Back-side Ideal Range (GBIR) value of the workpiece, wherein the workpiece is a wafer, and selecting the dressing recipe based on said data. a measurement step of measuring a polishing pad shape in a state of being attached to a plate by using a polishing pad shape measuring apparatus; a condition determination step of selecting a dressing recipe capable of dressing the polishing pad so as to polish the workpiece into a desired surface shape from a plurality of pre-provided dressing recipes based on the measurement result of the measurement step; and a shape modification step of dressing the polishing pad by using the dressing recipe determined in the condition determination step, wherein the polishing pad shape measuring apparatus comprises a computing apparatus, characterized in that the computing apparatus has data showing the relationship.between the polishing pad shape and a shape of the workpiece polished by the polishing pad, the shape of the polished workpiece is estimated from the measurement result of the measurement step, and the data is data showing the relationship between a peak-to-valley value of the polishing pad and a Global Back-side Ideal Range (GBIR) value of the workpiece, wherein the workpiece is a wafer, and selecting the dressing recipe based on said data.
A connector plug (100, 300) comprising: a plug body having a mating face; n parallel flanges (110, 310), where n≥2, formed in the mating face and defining a groove (130, 330) therebetween, and an array of conductors arranged on opposing faces of the n parallel flanges within the groove; a left array (170, 370) of conductors and a right array (190, 390) of conductors respectively formed on both sides of the n parallel flanges (110, 310); wherein both the left array (170, 370) of conductors and the right array (190, 390) of conductors are attached to the mating face; characterized in that the array (150, 350) of conductors comprises m conductors arranged regularly along the groove (130, 330), m being a natural number, wherein the groove has three groove faces and each conductor covers portions of the three groove faces. a plug body having a mating face; n parallel flanges (110, 310), where n≥2, formed in the mating face and defining a groove (130, 330) therebetween, and an array of conductors arranged on opposing faces of the n parallel flanges within the groove; a left array (170, 370) of conductors and a right array (190, 390) of conductors respectively formed on both sides of the n parallel flanges (110, 310); wherein both the left array (170, 370) of conductors and the right array (190, 390) of conductors are attached to the mating face; characterized in that the array (150, 350) of conductors comprises m conductors arranged regularly along the groove (130, 330), m being a natural number, wherein the groove has three groove faces and each conductor covers portions of the three groove faces.
A process for the production of a porous carbon product comprising the process steps of: a) Providing a substrate surface; b) Depositing silicon dioxide as a layer on the substrate surface, thereby obtaining a porous silicon dioxide material; c) Contacting the porous silicon dioxide material on the substrate surface with a first carbon source thereby obtaining a first precursor comprising the porous silicon dioxide material and the first carbon source; d) Heating the first precursor thereby obtaining a second precursor comprising the porous silicon dioxide material and carbon; and e) At least partially removing the silicon dioxide in the second precursor, thereby obtaining the porous carbon product. a) Providing a substrate surface; b) Depositing silicon dioxide as a layer on the substrate surface, thereby obtaining a porous silicon dioxide material; c) Contacting the porous silicon dioxide material on the substrate surface with a first carbon source thereby obtaining a first precursor comprising the porous silicon dioxide material and the first carbon source; d) Heating the first precursor thereby obtaining a second precursor comprising the porous silicon dioxide material and carbon; and e) At least partially removing the silicon dioxide in the second precursor, thereby obtaining the porous carbon product.
A projected capacitive touch sensor, comprising: a touch substrate including a touch surface; an sensing array (104, 1104, 2100) configured to provide sense signals indicating a first touch and a second touch occurring concurrently on the touch surface of the touch substrate; and a controller comprising means to: receive the sense signals from the sensing array; characterized in that the controller comprising means to: based on the sense signal, determine whether the first touch and the second touch share at least one anti-ghost, when the at least one anti-ghost is present at an intersection of projections of the first touch and the second touch along sensing axes of the controller; and in response to determining that the first touch and the second touch share the at least one anti-ghost, associate the first touch and the second touch with a common touch entity, and initiate a common touch entity interaction mode accordingly for those touches. a touch substrate including a touch surface; an sensing array (104, 1104, 2100) configured to provide sense signals indicating a first touch and a second touch occurring concurrently on the touch surface of the touch substrate; and a controller comprising means to: receive the sense signals from the sensing array; characterized in that the controller comprising means to: based on the sense signal, determine whether the first touch and the second touch share at least one anti-ghost, when the at least one anti-ghost is present at an intersection of projections of the first touch and the second touch along sensing axes of the controller; and in response to determining that the first touch and the second touch share the at least one anti-ghost, associate the first touch and the second touch with a common touch entity, and initiate a common touch entity interaction mode accordingly for those touches. receive the sense signals from the sensing array; characterized in that the controller comprising means to: based on the sense signal, determine whether the first touch and the second touch share at least one anti-ghost, when the at least one anti-ghost is present at an intersection of projections of the first touch and the second touch along sensing axes of the controller; and in response to determining that the first touch and the second touch share the at least one anti-ghost, associate the first touch and the second touch with a common touch entity, and initiate a common touch entity interaction mode accordingly for those touches. based on the sense signal, determine whether the first touch and the second touch share at least one anti-ghost, when the at least one anti-ghost is present at an intersection of projections of the first touch and the second touch along sensing axes of the controller; and in response to determining that the first touch and the second touch share the at least one anti-ghost, associate the first touch and the second touch with a common touch entity, and initiate a common touch entity interaction mode accordingly for those touches.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving information for a value that is used in a cell ranking calculation for a single-cell point-to-multipoint, SCPTM, cell and is unused in a cell ranking calculation for a non-SCPTM cell; detecting a plurality of cells including the SCPTM cell and the non-SCPTM cell; calculating a ranking of each of the plurality of cells including a ranking of the SCPTM cell and a ranking of the non-SCPTM cell; and performing a cell reselection to the SCPTM cell based on that the ranking of the SCPTM cell is the best among the plurality of cells; wherein the ranking of the SCPTM cell is calculated based on a measurement result of the SCPTM cell and the value that is used in the cell ranking calculation for the SCPTM cell and is unused in the cell ranking calculation for the non-SCPTM cell, and wherein the ranking of the non-SCPTM cell is calculated based on a measurement result of the non-SCPTM cell and not based on the value that is used in the cell ranking calculation for the SCPTM cell and is unused in the cell ranking calculation for the non-SCPTM cell. receiving information for a value that is used in a cell ranking calculation for a single-cell point-to-multipoint, SCPTM, cell and is unused in a cell ranking calculation for a non-SCPTM cell; detecting a plurality of cells including the SCPTM cell and the non-SCPTM cell; calculating a ranking of each of the plurality of cells including a ranking of the SCPTM cell and a ranking of the non-SCPTM cell; and performing a cell reselection to the SCPTM cell based on that the ranking of the SCPTM cell is the best among the plurality of cells; wherein the ranking of the SCPTM cell is calculated based on a measurement result of the SCPTM cell and the value that is used in the cell ranking calculation for the SCPTM cell and is unused in the cell ranking calculation for the non-SCPTM cell, and wherein the ranking of the non-SCPTM cell is calculated based on a measurement result of the non-SCPTM cell and not based on the value that is used in the cell ranking calculation for the SCPTM cell and is unused in the cell ranking calculation for the non-SCPTM cell.
A lifting hook for lifting a tensioning apparatus of a catenary, the tensioning apparatus comprising: - a rod on which weights are mounted, - a connecting part for connecting to the catenary, mounted at one end of the rod and extending radially protruding from the rod, the lifting hook comprising: - a plate; - gripping means which are secured to the plate and allowing the handling of the lifting hook by lifting means; the plate having: - a seat for receiving the connecting part of the tensioning apparatus; - a channel passing right through the plate in a lifting direction, from the receiving seat, and intended to house the rod of the tensioning apparatus, and - a slot for accessing the channel to bring the rod into the channel from the outside of the plate, characterised in that the access slot extends obliquely relative to the lifting direction in a plane transverse to a direction of insertion of the rod into the channel. - a rod on which weights are mounted, - a connecting part for connecting to the catenary, mounted at one end of the rod and extending radially protruding from the rod, the lifting hook comprising: - a plate; - gripping means which are secured to the plate and allowing the handling of the lifting hook by lifting means; - a plate; - gripping means which are secured to the plate and allowing the handling of the lifting hook by lifting means; the plate having: - a seat for receiving the connecting part of the tensioning apparatus; - a channel passing right through the plate in a lifting direction, from the receiving seat, and intended to house the rod of the tensioning apparatus, and - a slot for accessing the channel to bring the rod into the channel from the outside of the plate, - a seat for receiving the connecting part of the tensioning apparatus; - a channel passing right through the plate in a lifting direction, from the receiving seat, and intended to house the rod of the tensioning apparatus, and - a slot for accessing the channel to bring the rod into the channel from the outside of the plate, characterised in that the access slot extends obliquely relative to the lifting direction in a plane transverse to a direction of insertion of the rod into the channel.
An apparatus comprising: a first die having a thermal sensor; a second die stacked with the first die, the second die having a first thermal sensor and a second thermal sensor, the second die in close physical proximity with the first die and the thermal sensor of the first die aligned with the first thermal sensor of the second die, the second thermal sensor of the second die being located at a hot spot of the second die, wherein the thermal sensor of the first die does not align with the second thermal sensor of the second die; control logic coupled with the first thermal sensor on the second die and the second thermal sensor on the second die, the control logic to determine a temperature difference between the first thermal sensor on the second die and the second thermal sensor on the second die; management logic coupled with the control logic and the thermal sensor on the first die, the management logic to receive the temperature difference between the first thermal sensor on the second die and the second thermal sensor on the second die and a temperature measurement from the thermal sensor on the first die and to determine, based on the temperature difference, an adjustment to the temperature measurement from the thermal sensor on the first die and to manage refresh rates of the first die based on the adjusted temperature measurement. a first die having a thermal sensor; a second die stacked with the first die, the second die having a first thermal sensor and a second thermal sensor, the second die in close physical proximity with the first die and the thermal sensor of the first die aligned with the first thermal sensor of the second die, the second thermal sensor of the second die being located at a hot spot of the second die, wherein the thermal sensor of the first die does not align with the second thermal sensor of the second die; control logic coupled with the first thermal sensor on the second die and the second thermal sensor on the second die, the control logic to determine a temperature difference between the first thermal sensor on the second die and the second thermal sensor on the second die; management logic coupled with the control logic and the thermal sensor on the first die, the management logic to receive the temperature difference between the first thermal sensor on the second die and the second thermal sensor on the second die and a temperature measurement from the thermal sensor on the first die and to determine, based on the temperature difference, an adjustment to the temperature measurement from the thermal sensor on the first die and to manage refresh rates of the first die based on the adjusted temperature measurement.
An assembly including a seal fixed to the lower edge of the windscreen of a motor vehicle and a scuttle fixed to this seal, this scuttle comprising a lip covering a portion of the seal extending along the lower edge of the windscreen and a portion of the exterior face of the windscreen, the end of said portion of the seal opposite to the lower edge of the windscreen comprising a flexible thinned region (19, 19a) on which the end of the lip of the scuttle rests in order to bring said flexible thinned region (19, 19a) of said seal into contact with the exterior face of the windscreen, said flexible thinned region (19, 19a) being connected to the remainder of said seal by a narrowing of the material so as to constitute a hinge, permitting it to be movable by pivoting about the axis of the hinge, between a first position in which, before fixing of the scuttle on said seal, this thinned region (19, 19a) is free with respect to the exterior face of the windscreen, and a second position in which, after fixing of the scuttle on said seal, a portion of the end of the thinned region (19, 19a) rests in a sealed manner on the exterior face of the windscreen, characterized in that the exterior face of said portion of the seal comprises at the rear of said flexible thinned region (19, 19a) a protuberance on which the interior face of said lip can rest, when said thinned region (19, 19a) is in said second position.
Method for operating a switching power supply, which connects a load to a mains supply and comprises a forward converter, which is controlled with supply-side load current detection according to the current mode principle with a variable switching frequency, characterised in that a current load voltage is emulated on the supply side by averaging the voltage present on a primary winding (W_PR or W_H) of the forward converter during a blocking phase of a primary-side switching element, and that the switching frequency is lowered when the load voltage proportional to the averaged voltage falls below a predefined limit value.
A dishwashing appliance, comprising a cabinet with a compartment to receive articles to be washed and a door used to close said compartment, said cabinet and said door being provided with a device for retaining and automatic opening of the door, said device comprises a latch which is arranged on and, respectively, in the cabinet at the side opposite to hinges of the door, and a retaining element which is arranged in the door in order to cooperate with said latch, wherein an actuator arranged in the door, drives said retaining element, characterized in that said latch comprises a pair of holders (7, 8) lying approximately in a horizontal plane, wherein each end thereof that cooperates with a retaining element is provided with a hook (7', 8'), whereas each opposite end of the holders (7, 8) is connected by means of a resilient means, wherein said retaining element is movable in a vertical plane i.e. approximately perpendicularly to the plane in which said holders (7, 8) rest and operate.