mhurhangee/patent-ind-claim-en huggingface dataset:
A substrate processing apparatus , comprising: a first and second reactor , each reactor configured for processing a plurality of substrates; and, a substrate handling robot constructed and arranged to transfer substrates; a housing with a front wall and a back wall connected with first and second side walls extending over the full length of the substrate processing apparatus , wherein no doors are provided in the first and second side walls, wherein the substrate processing apparatus in top view is configured in a substantial U-shape with the first and second reactors provided in legs of the U-shape, at least one of the first and second reactors being provided in a lower part of the legs of the U-shape and a maintenance area configured between the legs of the U-shape; and a gas cabinet constructed and arranged to provide process gas to at least one of the first and the second reactors and being comprised in a higher part of the legs of the U-shape, wherein the apparatus is constructed and arranged with the maintenance area between the first and second reactors to allow maintenance of the reactors from the maintenance area to both the first and second reactor . a first and second reactor , each reactor configured for processing a plurality of substrates; and, a substrate handling robot constructed and arranged to transfer substrates; a housing with a front wall and a back wall connected with first and second side walls extending over the full length of the substrate processing apparatus , wherein no doors are provided in the first and second side walls, wherein the substrate processing apparatus in top view is configured in a substantial U-shape with the first and second reactors provided in legs of the U-shape, at least one of the first and second reactors being provided in a lower part of the legs of the U-shape and a maintenance area configured between the legs of the U-shape; and a gas cabinet constructed and arranged to provide process gas to at least one of the first and the second reactors and being comprised in a higher part of the legs of the U-shape, wherein the apparatus is constructed and arranged with the maintenance area between the first and second reactors to allow maintenance of the reactors from the maintenance area to both the first and second reactor .
A BMP protein comprising the amino acid sequence of any one of SEQ ID NOs: 8, 9, 10, 11, 12, 13, 14 or 15.
A biological signal measuring system comprising: a light emitter which is configured to emit a first light beam having a first wavelength, and a second light beam having a second wavelength; a light receiver which is configured to output first and second signals respectively in accordance with received light intensities of the first and second light beams that have been passed through or reflected from a living tissue of a subject; a first calculating section which is configured to acquire a light attenuation of the first light beam based on the first signal, and a light attenuation of the second light beam based on the second signal; a second calculating section which is configured to acquire a blood-derived light attenuation based on the light attenuation of the first light beam, and the light attenuation of the second light beam; a third calculating section which is configured to acquire information relating to a blood oxygen saturation, based on an amount of change of the blood-derived light attenuation associated with pressurization of the living tissue eliminating arterial blood and venous blood; and an outputting section which is configured to output the acquired information. a light emitter which is configured to emit a first light beam having a first wavelength, and a second light beam having a second wavelength; a light receiver which is configured to output first and second signals respectively in accordance with received light intensities of the first and second light beams that have been passed through or reflected from a living tissue of a subject; a first calculating section which is configured to acquire a light attenuation of the first light beam based on the first signal, and a light attenuation of the second light beam based on the second signal; a second calculating section which is configured to acquire a blood-derived light attenuation based on the light attenuation of the first light beam, and the light attenuation of the second light beam; a third calculating section which is configured to acquire information relating to a blood oxygen saturation, based on an amount of change of the blood-derived light attenuation associated with pressurization of the living tissue eliminating arterial blood and venous blood; and an outputting section which is configured to output the acquired information.
A turret head assembly (300; 500; 700) for forming a necked article having a narrowed neck portion , the narrowed neck portion including a radiused portion extending from a generally cylindrical body and a tapered portion extending from the radiused portion , the turret head assembly (300; 500; 700) comprising: at least one smoothing roller (302; 502; 702), each of the at least one smoothing roller (302; 502; 702) being rotatably mounted on a respective at least one roller support member (304; 504), each of the at least one smoothing roller (302; 502; 702) having a generally concave-shaped portion (322a; 522a) configured to engage and smooth witness marks on the radiused portion of the necked article ; an upper ring member and a lower ring member , the upper and lower ring members including respective apertures located in the centers thereof, the at least one roller support member extending between the upper ring member and the lower ring member ; and a turret head-assembly support member defining a turret-head axis, the turret-head-assembly support member extending through the aperture in the upper ring member . at least one smoothing roller (302; 502; 702), each of the at least one smoothing roller (302; 502; 702) being rotatably mounted on a respective at least one roller support member (304; 504), each of the at least one smoothing roller (302; 502; 702) having a generally concave-shaped portion (322a; 522a) configured to engage and smooth witness marks on the radiused portion of the necked article ; an upper ring member and a lower ring member , the upper and lower ring members including respective apertures located in the centers thereof, the at least one roller support member extending between the upper ring member and the lower ring member ; and a turret head-assembly support member defining a turret-head axis, the turret-head-assembly support member extending through the aperture in the upper ring member .
A method of manufacturing an analysis tool, the method comprising: a first process for forming a plurality of electrodes including at least a reactive electrode and a counter electrode on a mother substrate ; a second process for forming an element for defining an effective area for performing transfer of electrons at at least one of the reactive electrode or the counter electrode ; a third process for defining a contact area that contacts a specimen at the reactive electrode by attaching plural spacers ; and applying a reagent solution between the spacers , wherein the second process is performed by forming a plurality of slits in the electrode including the reactive electrode , wherein each slit is formed to have a main line extending in a first direction (D1) in which the reactive electrode and the counter electrode are aligned and a subsidiary line extending in a second direction (D2) that intersects the first direction (D1), and wherein the spacers are attached in such a manner that the main lines of the silts are exposed, and the spacers are attached farther than a distance between the main lines of the silts . a first process for forming a plurality of electrodes including at least a reactive electrode and a counter electrode on a mother substrate ; a second process for forming an element for defining an effective area for performing transfer of electrons at at least one of the reactive electrode or the counter electrode ; a third process for defining a contact area that contacts a specimen at the reactive electrode by attaching plural spacers ; and applying a reagent solution between the spacers , wherein the second process is performed by forming a plurality of slits in the electrode including the reactive electrode , wherein each slit is formed to have a main line extending in a first direction (D1) in which the reactive electrode and the counter electrode are aligned and a subsidiary line extending in a second direction (D2) that intersects the first direction (D1), and wherein the spacers are attached in such a manner that the main lines of the silts are exposed, and the spacers are attached farther than a distance between the main lines of the silts .
A method for producing a radial flow runner for a hydroelectric turbine and/or pump installation, wherein the runner comprises a crown , a band and a plurality of blades, wherein the method comprises a first step (V1) and a second step (V2), wherein the first step (V1) comprises the activity of providing a first main component , which comprises the crown and a portion of each blade, wherein each of those portions comprises a blade stub portion and a fillet area, and of providing a plurality of second main components , wherein each second main component comprises a portion of the band and a portion of one single blade, wherein the second step (V2) comprises the activity of joining the second main components to the first main component and of joining adjacent second main components to each other to build up the runner, wherein the joins of the second step (V2) are performed by joining portions of the blades, which are part of the second main components , and portions of the blades, which are part of the first main component , and by joining portions of the band, which are part of adjacent second main components .
A method for operating a system comprising a first Radio Frequency Identification, RFID, tag and a remote tag reader , the method comprising: - monitoring a level of Radio Frequency, RF, energy being received by the first RFID tag ; - performing operations by a circuit of the first RFID tag to compare the level of RF energy in a given frequency band to a first threshold value; and - transitioning an operational mode of the first RFID tag from a first operational mode in which a receiver of the first RFID tag is disabled to a second operational mode in which the receiver of the first RFID tag is enabled, when the level of RF energy exceeds the first threshold value; wherein the first RFID tag is able to communicate with the remote tag reader when the first RFID tag is in the second operational mode and not when the first RFID tag is in the first operational mode, characterized in that the method further comprises performing operations by the first RFID tag to determine if a level of charge of a power source of the first RFID tag is below a second threshold value. - monitoring a level of Radio Frequency, RF, energy being received by the first RFID tag ; - performing operations by a circuit of the first RFID tag to compare the level of RF energy in a given frequency band to a first threshold value; and - transitioning an operational mode of the first RFID tag from a first operational mode in which a receiver of the first RFID tag is disabled to a second operational mode in which the receiver of the first RFID tag is enabled, when the level of RF energy exceeds the first threshold value; wherein the first RFID tag is able to communicate with the remote tag reader when the first RFID tag is in the second operational mode and not when the first RFID tag is in the first operational mode, characterized in that the method further comprises performing operations by the first RFID tag to determine if a level of charge of a power source of the first RFID tag is below a second threshold value. wherein the first RFID tag is able to communicate with the remote tag reader when the first RFID tag is in the second operational mode and not when the first RFID tag is in the first operational mode, characterized in that the method further comprises performing operations by the first RFID tag to determine if a level of charge of a power source of the first RFID tag is below a second threshold value.
A gas venting induction block comprising: a block body having a slit (S) to allow the cell terrace of a pouch-type secondary battery to be inserted to a predetermined depth; a pocket portion provided inside the block body and provided to accommodate a portion of the cell terrace in a form in which a space is expanded larger than the slit (S); and an exhaust pipe provided in a tubular shape and extending from the pocket portion to the outer surface of the block body , wherein the exhaust pipe comprises a needle portion protruding sharply toward the inner space of the pocket portion so as to perforate the cell terrace when the cell terrace expands beyond a certain volume in the pocket portion . a block body having a slit (S) to allow the cell terrace of a pouch-type secondary battery to be inserted to a predetermined depth; a pocket portion provided inside the block body and provided to accommodate a portion of the cell terrace in a form in which a space is expanded larger than the slit (S); and an exhaust pipe provided in a tubular shape and extending from the pocket portion to the outer surface of the block body , wherein the exhaust pipe comprises a needle portion protruding sharply toward the inner space of the pocket portion so as to perforate the cell terrace when the cell terrace expands beyond a certain volume in the pocket portion .
A stylus pen, comprising: a voltage boost circuit including a charging portion and a discharging portion ; the charging portion including an inductor coupled at a first end to a voltage rail and at a second end to an output node , the inductor second end further being coupled to a first terminal on a charging transistor ; and wherein the discharging portion including a discharging transistor having a first terminal coupled to the output node and a second terminal coupled to the voltage rail so that the discharge transistor is operable to discharge the output node to the voltage rail , wherein the discharging transistor is connected to an AC-coupling circuit which includes a resistor and a capacitor, and wherein the resistor is coupled at one end to a gate of the discharge transistor and coupled at an opposite end to the voltage rail . a voltage boost circuit including a charging portion and a discharging portion ; the charging portion including an inductor coupled at a first end to a voltage rail and at a second end to an output node , the inductor second end further being coupled to a first terminal on a charging transistor ; and wherein the discharging portion including a discharging transistor having a first terminal coupled to the output node and a second terminal coupled to the voltage rail so that the discharge transistor is operable to discharge the output node to the voltage rail , wherein the discharging transistor is connected to an AC-coupling circuit which includes a resistor and a capacitor, and wherein the resistor is coupled at one end to a gate of the discharge transistor and coupled at an opposite end to the voltage rail .
A processing device for temperature treatment, the processing device comprising: - wall structures defining an interior room , - a temperature control device configured to control temperature of a treatment room being a part of the interior room, - an inlet configured to supply material to be treated to a first end of the treatment room, - a conveyor belt constituting a closed loop and configured to transfer the material inside the treatment room from the first end of the treatment room to a second end of the treatment room, and - an outlet configured to remove the temperature treated material from the second end of the treatment room, wherein the interior room contains a drive mechanism configured to drive the conveyor belt, the drive mechanism comprising a first wheel supporting the conveyor belt at the first end of the treatment room and a second wheel supporting the conveyor belt at the second end of the treatment room, characterized in that the wall structures are configured to exclude a room being between the first and second wheels out from the interior room so that the wall structures are configured to constitute a first tubular part containing a first part of the conveyor belt being between the first and second wheels and a second tubular part containing a second part of the conveyor belt being between the first and second wheels, the first tubular part forming at least a part of the treatment room. - wall structures defining an interior room , - a temperature control device configured to control temperature of a treatment room being a part of the interior room, - an inlet configured to supply material to be treated to a first end of the treatment room, - a conveyor belt constituting a closed loop and configured to transfer the material inside the treatment room from the first end of the treatment room to a second end of the treatment room, and - an outlet configured to remove the temperature treated material from the second end of the treatment room,
A method for moving a stack of flat laminar products via a carrying device which has a support part, which is positioned above the stack, and has a strap, which is securable to the support part, the method comprising: guiding the strap around the stack on a lower face; and securing the strap to the support part; pressing the support part against the stack by tensioning the strap; lifting the stack, which is surrounded by the strap on the lower face; placing the stack on a target storage area; and releasing the strap from the stack, wherein the strap is gripped by a gripping device and is drawn from a strap storage spool that is mounted on the support part and the strap is placed around the stack, and wherein the strap is wound onto the strap storage spool for tensioning. guiding the strap around the stack on a lower face; and securing the strap to the support part; pressing the support part against the stack by tensioning the strap; lifting the stack, which is surrounded by the strap on the lower face; placing the stack on a target storage area; and releasing the strap from the stack, wherein the strap is gripped by a gripping device and is drawn from a strap storage spool that is mounted on the support part and the strap is placed around the stack, and wherein the strap is wound onto the strap storage spool for tensioning.
Support assembly for movable, rotating or sliding shafts , comprising a bearing unit adapted to receive the movable shaft, a casing and a cover for fluid sealing an opening of an internal seat of the casing ; the bearing unit comprising a radially outer ring , a radially inner ring and a row of rolling bodies between the radially outer ring and the radially inner ring ; the support assembly also being provided with: - a rear sealing device , placed on the opposite side with respect to the cover , and comprising a metal screen and a vulcanized rubber liner equipped with a first sealing lip axially outer and with a second sealing lip , axially inner; the support assembly being characterized in that the rear sealing device comprises a further third sealing lip slidingly contacting the radially inner ring . the bearing unit comprising a radially outer ring , a radially inner ring and a row of rolling bodies between the radially outer ring and the radially inner ring ; the support assembly also being provided with: - a rear sealing device , placed on the opposite side with respect to the cover , and comprising a metal screen and a vulcanized rubber liner equipped with a first sealing lip axially outer and with a second sealing lip , axially inner; - a rear sealing device , placed on the opposite side with respect to the cover , and comprising a metal screen and a vulcanized rubber liner equipped with a first sealing lip axially outer and with a second sealing lip , axially inner; the support assembly being characterized in that the rear sealing device comprises a further third sealing lip slidingly contacting the radially inner ring .
A battery pack comprising: a secondary battery ; and a battery case that houses the secondary battery , wherein the battery case includes an exhaust section through which gas discharged from the secondary battery is exhausted to outside of the battery case , and the exhaust section includes at least one slit that is opened along with deformation of the exhaust section occurring in accordance with an increase in pressure in the battery case ; wherein in the exhaust section , the at least one slit reversibly operates due to pressure in the battery case . a secondary battery ; and a battery case that houses the secondary battery , wherein the battery case includes an exhaust section through which gas discharged from the secondary battery is exhausted to outside of the battery case , and the exhaust section includes at least one slit that is opened along with deformation of the exhaust section occurring in accordance with an increase in pressure in the battery case ; wherein in the exhaust section , the at least one slit reversibly operates due to pressure in the battery case .
A method for producing a rim comprising at least one three-dimensionally shaped layer of reinforcing fibers comprising the steps of a. providing a forming tool comprising a three-dimensionally shaped outer contour; b. winding a band of reinforcing fibers onto the forming tool such that the reinforcing fibers follow the outer contour of the forming tool and are arranged in at least one layer of reinforcing fibers around the forming tool ; c. providing a draping device by which the band of reinforcing fibers is preformed before the band of reinforcing fibers is wound onto the forming tool . a. providing a forming tool comprising a three-dimensionally shaped outer contour; b. winding a band of reinforcing fibers onto the forming tool such that the reinforcing fibers follow the outer contour of the forming tool and are arranged in at least one layer of reinforcing fibers around the forming tool ; c. providing a draping device by which the band of reinforcing fibers is preformed before the band of reinforcing fibers is wound onto the forming tool .
A rigid-flex printed circuit board , comprising: a flexible region , including: a first copper layer , a first dielectric layer , a second copper layer , a first adhesive layer , and a first metal layer , in this order, wherein the first metal layer is a metal film made of stainless steel having a tensile strength greater than each of the first and second copper layers and greater than the first dielectric layer ; a rigid region including a rigid substrate , wherein the first metal layer extends through the flexible region and the rigid region; and wherein components are mounted in the rigid region. a first copper layer , a first dielectric layer , a second copper layer , a first adhesive layer , and a first metal layer , in this order, wherein the first metal layer is a metal film made of stainless steel having a tensile strength greater than each of the first and second copper layers and greater than the first dielectric layer ; a rigid region including a rigid substrate , wherein the first metal layer extends through the flexible region and the rigid region; and wherein components are mounted in the rigid region.