mhurhangee/patent-ind-claim-en huggingface dataset:
A method for measuring positions of structures on a substrate comprising the steps of: • placing the substrate in a stage of a metrology machine , wherein the substrate carries a plurality of structures ; • carrying out a first measurement loop (41 1 ) and at least one second measurement loop (41 2 ) according to a predefined recipe, wherein the first measurement loop (41 1 ) is started at a time where a substrate temperature is different from the temperature at the stage, and the at least one second measurement loop (41 2 ) is started at a time after the first measurement loop and when the substrate temperature is different from the temperature at the stage; • obtaining from the first and the at least one second measurement loops (41 1 , 41 2 ) at least two distorted grids (51 1 , 51 2 ) representing a two-dimensional distribution of the structures measured with the predetermined recipe; and • calculating a real grid from the at least two compensated grids (54 1 ) , wherein each compensated grid is determined from each of the at least two distorted grids, and the real grid is similar to a measured grid where the temperature of the substrate matches the temperature of the stage within a predetermined threshold. • placing the substrate in a stage of a metrology machine , wherein the substrate carries a plurality of structures ; • carrying out a first measurement loop (41 1 ) and at least one second measurement loop (41 2 ) according to a predefined recipe, wherein the first measurement loop (41 1 ) is started at a time where a substrate temperature is different from the temperature at the stage, and the at least one second measurement loop (41 2 ) is started at a time after the first measurement loop and when the substrate temperature is different from the temperature at the stage; • obtaining from the first and the at least one second measurement loops (41 1 , 41 2 ) at least two distorted grids (51 1 , 51 2 ) representing a two-dimensional distribution of the structures measured with the predetermined recipe; and • calculating a real grid from the at least two compensated grids (54 1 ) , wherein each compensated grid is determined from each of the at least two distorted grids, and the real grid is similar to a measured grid where the temperature of the substrate matches the temperature of the stage within a predetermined threshold.
An articulating portion for an elongate medical device , comprising: a plurality of segments movable relative to one another; and a plurality of hinges disposed between adjacent segments , wherein the segments are configured to bend at the hinges upon manipulation of a control member of the device , wherein the segments and the hinges are a single continuous piece of material, and wherein at least one of the plurality of hinges comprises a twisted strip of material having a central portion oriented perpendicularly to opposing ends of the strip. a plurality of segments movable relative to one another; and a plurality of hinges disposed between adjacent segments , wherein the segments are configured to bend at the hinges upon manipulation of a control member of the device , wherein the segments and the hinges are a single continuous piece of material, and wherein at least one of the plurality of hinges comprises a twisted strip of material having a central portion oriented perpendicularly to opposing ends of the strip.
A print consumable comprising: a rotatable core extending along a core axis; a roll of dispensable print substrate dispensably secured to the core about the core axis; and a radio-frequency identification, RFID, tag secured to the core and configured to rotate about the core axis, wherein the RFID tag comprises an RFID antenna coupled to an RFID chip , characterized in that the RFID chip comprises a print counter , a stock-keeping unit, SKU, code , and a consumable authentication code , wherein the print counter and the SKU code are password-protected, and wherein the consumable authentication code and the SKU code are not modifiable or accessible. a rotatable core extending along a core axis; a roll of dispensable print substrate dispensably secured to the core about the core axis; and a radio-frequency identification, RFID, tag secured to the core and configured to rotate about the core axis, wherein the RFID tag comprises an RFID antenna coupled to an RFID chip , characterized in that the RFID chip comprises a print counter , a stock-keeping unit, SKU, code , and a consumable authentication code , wherein the print counter and the SKU code are password-protected, and wherein the consumable authentication code and the SKU code are not modifiable or accessible.
A deposit module comprising: a first region in which a media item is transported in a first orientation; a further region in which the media item is transported in a further orientation; and a re-orientation device configured to: (i) transport the media item between the first and further regions; and (ii) rotate the media item between the first and further orientations; wherein the re-orientation device comprises: a rotatable item guide rotatable by a drive shaft ; and at least one clamping element configured to selectively clamp an item of media to move with the item guide , and configured to automatically release a clamped item from the item guide , as the item guide rotates to a pre-determined location; and in that a first axis of transport associated with the first region is substantially parallel to and spaced apart from a further axis of transport associated with the further region ; and in that the deposit module is adapted to be incorporated into an Automated Teller Machine and each item of media is a currency note or cheque. a first region in which a media item is transported in a first orientation; a further region in which the media item is transported in a further orientation; and a re-orientation device configured to: (i) transport the media item between the first and further regions; and (ii) rotate the media item between the first and further orientations; wherein the re-orientation device comprises: a rotatable item guide rotatable by a drive shaft ; and at least one clamping element configured to selectively clamp an item of media to move with the item guide , and configured to automatically release a clamped item from the item guide , as the item guide rotates to a pre-determined location; and in that a first axis of transport associated with the first region is substantially parallel to and spaced apart from a further axis of transport associated with the further region ; and in that the deposit module is adapted to be incorporated into an Automated Teller Machine and each item of media is a currency note or cheque. a rotatable item guide rotatable by a drive shaft ; and at least one clamping element configured to selectively clamp an item of media to move with the item guide , and configured to automatically release a clamped item from the item guide , as the item guide rotates to a pre-determined location; and in that a first axis of transport associated with the first region is substantially parallel to and spaced apart from a further axis of transport associated with the further region ; and in that the deposit module is adapted to be incorporated into an Automated Teller Machine and each item of media is a currency note or cheque.
Annular Helmholtz damper for a gas turbine can combustor, the annular Helmholtz damper having an axis (A) and comprising: - an inner wall and an outer wall concentrically arranged with respect to the axis (A) to define an annular damping volume to be arranged around the can combustor ; - a front circumferential plate and a rear circumferential plate for closing upstream and downstream the annular damping volume; - at least one intermediate circumferential plate arranged between the front and the rear plates for dividing the annular damping volume in a main volume and in at least a secondary volume ; - at least one main neck passing at the inner wall and configured for fluidly connecting the main volume with the can combustor chamber; - at least one intermediate neck passing the intermediate circumferential plate configured for fluidly connecting the main volume with the secondary volume ; - a plurality of purge holes passing the rear circumferential plate configured for entering purge air in the secondary volume ; characterized in that the annular Helmholtz damper comprises a plurality of intermediate drain holes passing the intermediate circumferential plate configured for draining collected liquid from the main volume to the secondary volume . - an inner wall and an outer wall concentrically arranged with respect to the axis (A) to define an annular damping volume to be arranged around the can combustor ; - a front circumferential plate and a rear circumferential plate for closing upstream and downstream the annular damping volume; - at least one intermediate circumferential plate arranged between the front and the rear plates for dividing the annular damping volume in a main volume and in at least a secondary volume ; - at least one main neck passing at the inner wall and configured for fluidly connecting the main volume with the can combustor chamber; - at least one intermediate neck passing the intermediate circumferential plate configured for fluidly connecting the main volume with the secondary volume ; - a plurality of purge holes passing the rear circumferential plate configured for entering purge air in the secondary volume ;
Process for the enhancement of waste from the regeneration of exhaust oils which provides a treatment of the residue contained in at least one centrifugal separator , active in a process for the regeneration of exhaust oils, characterised in that said residue undergoes a decanting step, to separate the solid from the liquid, in that said solid undergoes a drying step, and in that the processed solid is mixed with bitumen, coming from fractioned column distillation of the centrate of the at least one centrifugal separator .
A gearbox for an irrigation system comprising: a housing ; an output shaft ; a worm gear within the housing; a bull gear within the housing and configured to be engaged with the worm gear and drive the output shaft; and characterized in that a diaphragm is positioned within the housing defining a first chamber fluidically sealed from a second chamber, and the diaphragm extends circumferentially around the entire output shaft, and the first chamber is configured for expansion and contraction and configured to be positioned inside the housing to regulate pressure within the housing; and a vent is configured to allow air to flow between the atmosphere and the first chamber. a housing ; an output shaft ; a worm gear within the housing; a bull gear within the housing and configured to be engaged with the worm gear and drive the output shaft; and characterized in that a diaphragm is positioned within the housing defining a first chamber fluidically sealed from a second chamber, and the diaphragm extends circumferentially around the entire output shaft, and the first chamber is configured for expansion and contraction and configured to be positioned inside the housing to regulate pressure within the housing; and a vent is configured to allow air to flow between the atmosphere and the first chamber.
A battery module comprising: a plurality of battery cells stacked on each other; a housing accommodating the plurality of battery cells and including a support member configured to support the plurality of battery cells ; and a heat sink configured to contact the support member , wherein the support member has a plurality of through-holes formed therein, and the plurality of through-holes are filled with a thermal interface material that contacts the plurality of battery cells and the heat sink through the through-holes , wherein the thermal interface material is interposed between the plurality of battery cells and the support member so as to be connected to the thermal interface material in the plurality of through-holes of the support member . a plurality of battery cells stacked on each other; a housing accommodating the plurality of battery cells and including a support member configured to support the plurality of battery cells ; and a heat sink configured to contact the support member , wherein the support member has a plurality of through-holes formed therein, and the plurality of through-holes are filled with a thermal interface material that contacts the plurality of battery cells and the heat sink through the through-holes , wherein the thermal interface material is interposed between the plurality of battery cells and the support member so as to be connected to the thermal interface material in the plurality of through-holes of the support member .
A seed comprising: a magnetized magnetic particle on a surface of the seed, characterized in that the magnetized magnetic particle has a coercive force of 40 kA/m or higher, wherein the coercive force is measured under a condition of an applied magnetic field of 79.6 kA/m under an environment of an atmosphere temperature of 25 °C using a vibrating sample magnetometer.
Method for producing a manufactured article made of composite material; said method comprising: a first insertion step to arrange at least a first sheet of at least a first material inside a mould ; a hardening step, during which the first material is hardened; said method comprises: a positioning step to arrange at least an edge strip , having at least a longitudinal fold , inside the mould along at least part of an inside edge of the mould ; the edge strip and the first sheet being arranged inside the mould so that a longitudinal border of the edge strip opposite the fold and the first sheet at least partially overlap and the fold is at least partially oriented towards the inside edge ; the edge strip comprises a strip made of at least a second material folded longitudinally; the hardening step follows the positioning step and the first insertion step; characterized in that the edge strip comprises a shim element , which comprises a braided fibre string and around which the strip is folded. a first insertion step to arrange at least a first sheet of at least a first material inside a mould ; a hardening step, during which the first material is hardened; said method comprises: a positioning step to arrange at least an edge strip , having at least a longitudinal fold , inside the mould along at least part of an inside edge of the mould ; the edge strip and the first sheet being arranged inside the mould so that a longitudinal border of the edge strip opposite the fold and the first sheet at least partially overlap and the fold is at least partially oriented towards the inside edge ; the edge strip comprises a strip made of at least a second material folded longitudinally; the hardening step follows the positioning step and the first insertion step;
An inverter and protecting apparatus arrangement comprising a grid-connected inverter and an apparatus for protecting the grid-connected inverter from a low grid voltage, the apparatus comprising: an output current sensor configured to sense an output current of the grid-connected inverter; an output current calculator configured to calculate an output current based on a D-axis current and a Q-axis current of the sensed output current; and an output current controller configured to determine whether a difference between the calculated output current and a reference value exceeds a predetermined range, and to decrease the sensed output current to below the reference value when the difference between the calculated output current and the reference value exceeds the predetermined range, wherein the reference value is a value of the sensed output current when a grid voltage is normal and wherein the predetermined range is a range limit from the reference value, in which the sensed output current does not cause breakdown of the grid-connected inverter. an output current sensor configured to sense an output current of the grid-connected inverter; an output current calculator configured to calculate an output current based on a D-axis current and a Q-axis current of the sensed output current; and an output current controller configured to determine whether a difference between the calculated output current and a reference value exceeds a predetermined range, and to decrease the sensed output current to below the reference value when the difference between the calculated output current and the reference value exceeds the predetermined range, wherein the reference value is a value of the sensed output current when a grid voltage is normal and wherein the predetermined range is a range limit from the reference value, in which the sensed output current does not cause breakdown of the grid-connected inverter.
A bearing assembly , comprising: an inner ring comprising an inner ring raceway ; an outer ring comprising an outer ring raceway ; rolling elements configured to roll or rotate between the inner ring raceway and the outer ring raceway ; at least one electrically conductive part with a first end and a second end; wherein the at least one electrically conductive part comprises a first part and a second part that are directly coupled together; and a seal coupled to the at least one electrically conductive part and; electrically conductive brush filaments fixed to the at least one electrically conductive part between the first part and the second part to extend past the first end of the at least one electrically conductive part ; wherein: the seal is configured to directly contact only one of the inner ring or the outer ring , and the first end is configured to electrically contact one of the inner ring and the outer ring , and the second end is configured to electrically contact the other of the inner ring and the outer ring . an inner ring comprising an inner ring raceway ; an outer ring comprising an outer ring raceway ; rolling elements configured to roll or rotate between the inner ring raceway and the outer ring raceway ; at least one electrically conductive part with a first end and a second end; wherein the at least one electrically conductive part comprises a first part and a second part that are directly coupled together; and a seal coupled to the at least one electrically conductive part and; electrically conductive brush filaments fixed to the at least one electrically conductive part between the first part and the second part to extend past the first end of the at least one electrically conductive part ; wherein: the seal is configured to directly contact only one of the inner ring or the outer ring , and the first end is configured to electrically contact one of the inner ring and the outer ring , and the second end is configured to electrically contact the other of the inner ring and the outer ring . the seal is configured to directly contact only one of the inner ring or the outer ring , and the first end is configured to electrically contact one of the inner ring and the outer ring , and the second end is configured to electrically contact the other of the inner ring and the outer ring .
A door inside release spring for a vehicle door assembly , comprising: a torsional spring body ; a first spring arm extending from a first axial end of the spring body , the first spring arm configured to be operably connected to an inside release lever to bias a position of the inside release lever ; and a second spring arm extending from a second axial end of the spring body opposite the first axial end , the second spring arm configured to be operably connected to a child lock lever to bias a position of the child lock lever , the second spring arm including : a first arm portion extending tangentially from the spring body ; a second spring arm tip extending in a direction non-parallel to the first arm portion ; and a knee portion connecting the first arm portion and the second spring arm tip , characterized in that the second spring arm is configured to bend at the knee portion in response to forces applied at the second spring arm tip . a torsional spring body ; a first spring arm extending from a first axial end of the spring body , the first spring arm configured to be operably connected to an inside release lever to bias a position of the inside release lever ; and a second spring arm extending from a second axial end of the spring body opposite the first axial end , the second spring arm configured to be operably connected to a child lock lever to bias a position of the child lock lever , the second spring arm including : a first arm portion extending tangentially from the spring body ; a second spring arm tip extending in a direction non-parallel to the first arm portion ; and a knee portion connecting the first arm portion and the second spring arm tip , characterized in that the second spring arm is configured to bend at the knee portion in response to forces applied at the second spring arm tip . a first arm portion extending tangentially from the spring body ; a second spring arm tip extending in a direction non-parallel to the first arm portion ; and a knee portion connecting the first arm portion and the second spring arm tip , characterized in that the second spring arm is configured to bend at the knee portion in response to forces applied at the second spring arm tip .
Mixture of three or more citrate salts, comprising magnesium citrate, wherein the mixture of three or more citrate salts additionally comprises calcium citrate and/or zinc citrate, for use in a therapeutic method for preventing and/or treating lactate acidosis and/or obesity.