mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic device capable of capturing cells contained in a sample at one-cell level by a micromesh, comprising sequentially an upper substrate consisting of a plastic flat plate wherein a sample-supply opening and a sample-discharge opening are formed on a surface and a groove for forming a microchannel communicating the sample-supply opening and the sample-discharge opening is provided on a lower surface; a plastic upper flat plate forming the microchannel by cooperating with the upper substrate, the plate being provided with an aperture for a micromesh at a position corresponding to a part of the microchannel; a micromesh-holding flat plate consisting of a plastic micromesh having a plurality of micro through-pores for capturing cells at a position corresponding to a downward side of the aperture of the upper flat plate, and a holding plate holding the micromesh; and a plastic lower flat plate provided with an aperture for suctioning at a position corresponding to a downward side of the micromesh of the holding flat plate; and a lower substrate consisting of a plastic flat plate wherein a suction opening is formed on a surface and a groove for forming a suction channel which communicates the aperture for suctioning and the suction opening by cooperating with the lower flat plate is provided on an upper surface; wherein the micro through-pores for capturing cells of the micromesh have an inverted mortar-like shape or a cylindrical shape; characterized in that: the cells are animal cells; the upper flat plate is constituted by a softer plastic as compared to the upper substrate, and one side of the lower substrate is provided with a step part having an equal height to a sequence of the lower flat plate, micromesh-holding flat plate, upper flat plate, and upper substrate that are layered from the bottom, so as to constitute the lower flat plate, micromesh-holding flat plate, upper flat plate and upper substrate stably layered and mounted on a lower substrate at the time of reduced-pressure suctioning. the cells are animal cells; the upper flat plate is constituted by a softer plastic as compared to the upper substrate, and one side of the lower substrate is provided with a step part having an equal height to a sequence of the lower flat plate, micromesh-holding flat plate, upper flat plate, and upper substrate that are layered from the bottom, so as to constitute the lower flat plate, micromesh-holding flat plate, upper flat plate and upper substrate stably layered and mounted on a lower substrate at the time of reduced-pressure suctioning.
A method for producing a wear and corrosion resistant WC based structure comprising the steps of: treating a WC based substrate comprising a binder agent selected from the group consisting of Co, Ni and Mo, with a first type of treatment, said first type of treatment involving plasma application of a metal selected from the group consisting of Cr, Ti, Mo, Nb or alloys thereof, using an arc plasma treatment procedure, the procedure comprising deposition of said metal ions on the substrate surface by applying a low negative bias voltage ranging in between -1 to -300 V and then bombarding the substrate with said metal ions by changing the voltage to a higher bias value ranging from -500 to -1100 V, wherein the method comprises multiple cycles of low and high bias applications, or treating a WC based substrate with a second type of treatment, said second type of treatment involving plasma application of a metal selected from Al, Cu or alloys thereof, using an arc plasma treatment procedure, the procedure comprising deposition of said metal ions on the substrate surface by applying a low negative bias voltage ranging in between -1 to -300 V and then bombarding the substrate with said metal ions by changing the voltage to a higher bias value ranging from -500 to -1000 V, wherein the method comprises multiple cycles of low and high bias applications. treating a WC based substrate comprising a binder agent selected from the group consisting of Co, Ni and Mo, with a first type of treatment, said first type of treatment involving plasma application of a metal selected from the group consisting of Cr, Ti, Mo, Nb or alloys thereof, using an arc plasma treatment procedure, the procedure comprising deposition of said metal ions on the substrate surface by applying a low negative bias voltage ranging in between -1 to -300 V and then bombarding the substrate with said metal ions by changing the voltage to a higher bias value ranging from -500 to -1100 V, wherein the method comprises multiple cycles of low and high bias applications, or treating a WC based substrate with a second type of treatment, said second type of treatment involving plasma application of a metal selected from Al, Cu or alloys thereof, using an arc plasma treatment procedure, the procedure comprising deposition of said metal ions on the substrate surface by applying a low negative bias voltage ranging in between -1 to -300 V and then bombarding the substrate with said metal ions by changing the voltage to a higher bias value ranging from -500 to -1000 V, wherein the method comprises multiple cycles of low and high bias applications.
Device for the heating or cooling of a living room, with a body through which a heat carrier fluid, preferably water, is able to flow, and which has a feed line for the feeding of heat carrier fluid into the body and a return line for carrying heat carrier fluid away from the body, wherein the device has a pump provided in the feed line or in the return line for the conveyance of heat carrier fluid through the body, and has at least one fan located next to the body for the movement of air relative to an outer surface of the body, wherein the device has an air temperature sensor to determine an air temperature in the living room, and wherein the device has a fluid temperature sensor, namely a feed temperature sensor, in the feed line, characterised in that the device has a control unit which is connected on the input side via a data link to a sensor signal of the air temperature sensor to determine the air temperature in the living room, and a sensor signal of the fluid temperature sensor, namely of the feed temperature sensor in the feed line, to determine at least one temperature of the heat carrier fluid in the feed line, and on the output side via a data link to pump setting means for setting the pump delivery rate and to fan setting means for setting the fan output, wherein the device has a humidity sensor to avoid falling below the dew point, wherein the control unit, thanks to the temperature and humidity sensors, recognizes a lowest possible feed temperature and is so able to regulate the cooling power by means of the pump that it is as high as possible without reaching the dew point.
A sputtering target comprising a target material, wherein the target material has a sputtering surface having a first area placed at the center, which is circular and flat; and a second area placed outside of the first area and concentrically with the first area, which has a ring shape, wherein the first area is positioned at a location in a perpendicular and downward direction lower than that of the second area, the distance between the first area and second area in the perpendicular direction is not smaller than 1 mm and not larger than 4 mm, and characterised in that the first area has a diameter which is ranging from 65% to 80% of a circumferential diameter of the sputtering surface.
A method for a device capable of carrier aggregation, comprising: receiving at least two different time division duplexing configurations for different serving cells, and operating at least one timer function associated with discontinuous reception from the serving cells based on counting of subframes of the received at least two different configurations according to a predefined rule of counting. receiving at least two different time division duplexing configurations for different serving cells, and operating at least one timer function associated with discontinuous reception from the serving cells based on counting of subframes of the received at least two different configurations according to a predefined rule of counting.
A working vehicle comprising: a vehicle main body to which two front tires are mounted; an excavation member coupled to the vehicle main body on a front side of the vehicle main body, the excavation member including two end parts arranged on the outer sides of the front tires in a vehicle-width direction of the vehicle main body; a hydraulic cylinder arranged in a center part in the vehicle-width direction, the hydraulic cylinder being to move the excavation member; a housing that houses a power transmission mechanism to transmit power to the tire; and a camera supported by a part of the vehicle main body on a lower side of the hydraulic cylinder and on an upper side of the housing, the camera acquiring an image of a region that includes the end parts on both sides of the excavation member, wherein the region is between the excavation member in a grounded state and the front tires, and wherein the region includes the end parts on both sides of the excavation member and includes the front parts of the front tires. a vehicle main body to which two front tires are mounted; an excavation member coupled to the vehicle main body on a front side of the vehicle main body, the excavation member including two end parts arranged on the outer sides of the front tires in a vehicle-width direction of the vehicle main body; a hydraulic cylinder arranged in a center part in the vehicle-width direction, the hydraulic cylinder being to move the excavation member; a housing that houses a power transmission mechanism to transmit power to the tire; and a camera supported by a part of the vehicle main body on a lower side of the hydraulic cylinder and on an upper side of the housing, the camera acquiring an image of a region that includes the end parts on both sides of the excavation member, wherein the region is between the excavation member in a grounded state and the front tires, and wherein the region includes the end parts on both sides of the excavation member and includes the front parts of the front tires.
A method for providing magnetic resonance information from an examination space of a magnetic resonance imaging system, comprising providing a radio frequency antenna device with at least one RF coil having at least one connection port, receiving an analog MR information signal, said MR information signal comprising a carrier signal and a modulation signal, at the at least one connection port of the at least one RF coil within the RF antenna device, performing an analog to digital conversion of the analog MR information signal into a digital MR information signal in the RF antenna device, whereby the step of performing an analog to digital conversion comprises performing an analog to digital conversion by a RF band-pass sigma-delta analog to digital converter, ADC, wherein the sigma-delta analog to digital converter has a sampling frequency which violates the requirements of the Nyquist-Shannon sampling theorem, which requires that the sampling frequency is at least two times the highest frequency component of the MR information signal and wherein the sampling frequency is at least two times higher than the frequency of the modulation signal, and transmitting the digital MR information signal from the RF antenna device via a communication link. providing a radio frequency antenna device with at least one RF coil having at least one connection port, receiving an analog MR information signal, said MR information signal comprising a carrier signal and a modulation signal, at the at least one connection port of the at least one RF coil within the RF antenna device, performing an analog to digital conversion of the analog MR information signal into a digital MR information signal in the RF antenna device, whereby the step of performing an analog to digital conversion comprises performing an analog to digital conversion by a RF band-pass sigma-delta analog to digital converter, ADC, wherein the sigma-delta analog to digital converter has a sampling frequency which violates the requirements of the Nyquist-Shannon sampling theorem, which requires that the sampling frequency is at least two times the highest frequency component of the MR information signal and wherein the sampling frequency is at least two times higher than the frequency of the modulation signal, and transmitting the digital MR information signal from the RF antenna device via a communication link.
A driving control device comprising: a target pathway generating device; and a control device adapted to control the driving of a vehicle based on a target pathway generated by the target pathway generating device; wherein the target pathway generating device comprises: a generating unit adapted to generate, at a predetermined timing, a target pathway, for a vehicle in a predetermined section of a course, the course being divided into predetermined sections between a departure point and a destination point; and a setting unit adapted to set a target vehicle speed in advance at a section endpoint of the current section; wherein the current section is the section in which the vehicle is currently driving; the control device uses the target vehicle speed to control the driving of the vehicle when the generating unit cannot generate the target pathway at the predetermined timing, and the target vehicle speed is set based on traffic rules of the predetermined section. a target pathway generating device; and a control device adapted to control the driving of a vehicle based on a target pathway generated by the target pathway generating device; wherein the target pathway generating device comprises: a generating unit adapted to generate, at a predetermined timing, a target pathway, for a vehicle in a predetermined section of a course, the course being divided into predetermined sections between a departure point and a destination point; and a setting unit adapted to set a target vehicle speed in advance at a section endpoint of the current section; wherein the current section is the section in which the vehicle is currently driving; the control device uses the target vehicle speed to control the driving of the vehicle when the generating unit cannot generate the target pathway at the predetermined timing, and the target vehicle speed is set based on traffic rules of the predetermined section.
An electrode device having an insertion part, characterized in that said insertion part is curved, the radius of curvature being greater than 9 mm and less than 15 mm, and is adapted to be inserted into the suprachoroidal space of an eye so as to reach a service position, in that said electrode device comprises a handling part for or manipulation of the electrode device, and in that said electrode device comprises: - a support having a distal part; - a set of wires supported by said support and mobile between a retracted position in which said wires substantially extend along the support, and a deployed position in which respective parts of said wires, called "outside parts", project from said distal part of the support, the distal part of the support being adapted to be inserted into said suprachoroidal space in said retracted position; - an electrically conductive element forming at least a portion of a said outside parts or supported by a said outside parts, - an electrical conductor enabling, in said deployed position, an electrical connection between said electrically conductive element and an electrical generator; and - an actuator (16,60) adapted for an operator to move the set of wires from said retracted position to said deployed position in said service position. - a support having a distal part; - a set of wires supported by said support and mobile between a retracted position in which said wires substantially extend along the support, and a deployed position in which respective parts of said wires, called "outside parts", project from said distal part of the support, the distal part of the support being adapted to be inserted into said suprachoroidal space in said retracted position; - an electrically conductive element forming at least a portion of a said outside parts or supported by a said outside parts, - an electrical conductor enabling, in said deployed position, an electrical connection between said electrically conductive element and an electrical generator; and - an actuator (16,60) adapted for an operator to move the set of wires from said retracted position to said deployed position in said service position.
Slat roof having a frame formed from a plurality of supports, wherein a plurality of slats (10, 20, 30, 40) are arranged parallel to one another on the frame, which slats cover the surface spanned by the frame in a closed position, wherein the slats (10, 20, 30, 40) are each rotatable about an axis of rotation from the closed position into an open position and wherein at least part of the slats (20, 30, 40) in the open position are movable along guide rails between a closed position in which the slats (10, 20, 30, 40) are evenly distributed over the surface spanned by the frame, and an open position in which the slats (10, 20, 30, 40) are pushed together on one side of the surface spanned by the frame to form a stack, wherein the slat roof has two separately controllable drives, wherein the first drive serves to rotate the slats (10, 20, 30, 40) between the closed position and the open position and wherein the second drive serves to move the slats (10, 20, 30, 40) in the open position along the guide rails between the closed position and the open position, characterised in that the second drive is formed by at least one driven traction means, in particular a driven belt, in particular a driven toothed belt, which engages indirectly or directly on the last slat in the extension direction, and wherein the slats (10, 20, 30, 40) are coupled by collapsible coupling elements, so that, when the last slat in the extension direction is moved in the retraction direction, the slats are pushed together to form a stack when the coupling elements automatically fold together, and wherein, when the last slat in the extension direction is moved in the extension direction, the slats (10, 20, 30, 40) are arranged evenly distributed over the surface spanned by the frame due to the coupling elements.
A segmented shroud assembly for a gas turbine engine, comprising: a shroud hanger which extends in a circumferential direction and has an axial dimension, a cavity disposed between an axially forward end and an axially rearward end and extending circumferentially, further including a first wall and a second wall each of which extending in radial and circumferential direction; a ceramic matrix composite shroud disposed within said cavity; said CMC shroud having a lower wall, at least one side wall, at least one upper wall and at least a partially hollow interior; and, a c-clip connecting said shroud hanger and said CMC shroud; said c-clip disposed at a circumferential end of said shroud hanger and engaging a lower surface of said upper wall; characterized in that the shroud hanger further includes a hanger gusset extending between the first wall and the second wall and having a recess; wherein said c-clip extending into the recess in said shroud hanger; and said recess is formed to allow said c-clip to fit flush with a slash face of said shroud hanger. a shroud hanger which extends in a circumferential direction and has an axial dimension, a cavity disposed between an axially forward end and an axially rearward end and extending circumferentially, further including a first wall and a second wall each of which extending in radial and circumferential direction; a ceramic matrix composite shroud disposed within said cavity; said CMC shroud having a lower wall, at least one side wall, at least one upper wall and at least a partially hollow interior; and, a c-clip connecting said shroud hanger and said CMC shroud; said c-clip disposed at a circumferential end of said shroud hanger and engaging a lower surface of said upper wall; characterized in that the shroud hanger further includes a hanger gusset extending between the first wall and the second wall and having a recess; wherein said c-clip extending into the recess in said shroud hanger; and said recess is formed to allow said c-clip to fit flush with a slash face of said shroud hanger.
A transport device for transporting containers with a plurality of pucks, which are each designed for receiving a container and for standing transport of the container, wherein the transport device comprises an intermediate starwheel and a container lifting device designed to adjust the vertical position of the containers, and wherein the transport device is designed such that the containers can be transported by means of the pucks to an inlet of a treatment machine and away from an outlet of the treatment machine, characterized in that the container lifting device is integrally formed with or attached to the intermediate starwheel and is formed and arranged in operation such that it lifts the containers for removing the containers from the pucks before they pass through a treatment section of the treatment machine and lowers the containers for inserting the containers into the pucks after they have passed through the treatment section, wherein the transport device comprises an infeed starwheel and an outfeed starwheel and the intermediate starwheel is arranged between the infeed starwheel and the outfeed starwheel such that during transfer to the infeed starwheel and taking over from the outfeed starwheel, it simultaneously forms the counterpart to the infeed starwheel and the outfeed starwheel. wherein the transport device comprises an intermediate starwheel and a container lifting device designed to adjust the vertical position of the containers, and wherein the transport device is designed such that the containers can be transported by means of the pucks to an inlet of a treatment machine and away from an outlet of the treatment machine, characterized in that the container lifting device is integrally formed with or attached to the intermediate starwheel and is formed and arranged in operation such that it lifts the containers for removing the containers from the pucks before they pass through a treatment section of the treatment machine and lowers the containers for inserting the containers into the pucks after they have passed through the treatment section, wherein the transport device comprises an infeed starwheel and an outfeed starwheel and the intermediate starwheel is arranged between the infeed starwheel and the outfeed starwheel such that during transfer to the infeed starwheel and taking over from the outfeed starwheel, it simultaneously forms the counterpart to the infeed starwheel and the outfeed starwheel.