mhurhangee/ep-ind-claims huggingface dataset:
A turbine, wherein a propeller is mounted to said turbine, rotatable around a propeller axis, wherein a multi piston pump is provided, said multi piston pump being drivable by said propeller for pressurizing a pumping fluid, wherein the multi piston pump comprises a central part and a drive ring, wherein the central part comprises a series of piston-cylinder assemblies which are each compressible and extendible in a respective radial direction with respect to a common central axis, wherein each of the piston-cylinder assemblies is directly or indirectly engageable by the drive ring for radial compression thereof, in particular for pressurizing said pumping fluid, wherein at least one of the piston-cylinder assemblies is provided with a hydraulic and/or pneumatic biasing means for biasing, at least selectively biasing, at least part of that piston-cylinder assembly towards engagement with the drive ring, substantially independent of and/or complementary to a biasing by a pressure of pumping fluid at that piston-cylinder assembly. wherein the multi piston pump comprises a central part and a drive ring, wherein the central part comprises a series of piston-cylinder assemblies which are each compressible and extendible in a respective radial direction with respect to a common central axis, wherein each of the piston-cylinder assemblies is directly or indirectly engageable by the drive ring for radial compression thereof, in particular for pressurizing said pumping fluid, wherein at least one of the piston-cylinder assemblies is provided with a hydraulic and/or pneumatic biasing means for biasing, at least selectively biasing, at least part of that piston-cylinder assembly towards engagement with the drive ring, substantially independent of and/or complementary to a biasing by a pressure of pumping fluid at that piston-cylinder assembly.
A balloon endoscope comprising: an endoscope body (110, 112, 114) having a selectably pressurizable interior volume, the endoscope body comprising an insertion tube portion; and a selectably inflatable balloon located on an outer surface of said endoscope body and defining a balloon volume which communicates with said interior volume for selectable inflation of said balloon by selectable pressurization of said interior volume; characterized in that: the selectively pressurizable interior volume generally fills the interior of said endoscope body, with the insertion tube portion including: a reinforcement mesh which serves to maintain the selectively pressurizable interior volume against collapse during bending thereof; and a tubular sealing sheath sealing the interior volume of the insertion tube portion from the exterior of the balloon endoscope; and at least one conduit (122, 136) extends through at least part of said selectably pressurizable interior volume without fluid communication between the selectively pressurizeable interior volume and the interior of any such conduit (122, 136) extending therethrough. an endoscope body (110, 112, 114) having a selectably pressurizable interior volume, the endoscope body comprising an insertion tube portion; and a selectably inflatable balloon located on an outer surface of said endoscope body and defining a balloon volume which communicates with said interior volume for selectable inflation of said balloon by selectable pressurization of said interior volume; characterized in that: the selectively pressurizable interior volume generally fills the interior of said endoscope body, with the insertion tube portion including: a reinforcement mesh which serves to maintain the selectively pressurizable interior volume against collapse during bending thereof; and a tubular sealing sheath sealing the interior volume of the insertion tube portion from the exterior of the balloon endoscope; and at least one conduit (122, 136) extends through at least part of said selectably pressurizable interior volume without fluid communication between the selectively pressurizeable interior volume and the interior of any such conduit (122, 136) extending therethrough. the selectively pressurizable interior volume generally fills the interior of said endoscope body, with the insertion tube portion including: a reinforcement mesh which serves to maintain the selectively pressurizable interior volume against collapse during bending thereof; and a tubular sealing sheath sealing the interior volume of the insertion tube portion from the exterior of the balloon endoscope; and at least one conduit (122, 136) extends through at least part of said selectably pressurizable interior volume without fluid communication between the selectively pressurizeable interior volume and the interior of any such conduit (122, 136) extending therethrough.
An integrated interface system comprising a top case, comprising: a top member formed from a glass sheet and defining, along a top surface of the glass sheet: a keyboard region; and a trackpad region adjacent the keyboard region; and a sidewall formed from glass and integrally formed with the glass sheet; and a sensing system configured to determine whether a touch input applied to the top surface of the glass sheet corresponds to a typing input or a trackpad input, the sensing system comprising: a first sensing system configured to determine a location of a touch input applied to the top surface of the glass sheet; and a second sensing system configured to determine a force of the touch input; a first haptic actuator coupled to a bottom surface of the glass sheet and configured to, in accordance with a determination that the touch input corresponds to a typing input, produce a localized out-of-plane deflection of the glass sheet at the location of the touch input; and a second haptic actuator configured to, in accordance with a determination that the touch input is within the trackpad region and that the force of the touch input satisfies a force threshold, impart a force to the glass sheet in a direction that is in-plane with the top surface of the glass sheet, thereby producing a second haptic output different from the first haptic output, the second haptic output detectable at any location along the top surface of the glass sheet. a top member formed from a glass sheet and defining, along a top surface of the glass sheet: a keyboard region; and a trackpad region adjacent the keyboard region; and a keyboard region; and a trackpad region adjacent the keyboard region; and a sidewall formed from glass and integrally formed with the glass sheet; and a sensing system configured to determine whether a touch input applied to the top surface of the glass sheet corresponds to a typing input or a trackpad input, the sensing system comprising: a first sensing system configured to determine a location of a touch input applied to the top surface of the glass sheet; and a second sensing system configured to determine a force of the touch input; a first sensing system configured to determine a location of a touch input applied to the top surface of the glass sheet; and a second sensing system configured to determine a force of the touch input; a first haptic actuator coupled to a bottom surface of the glass sheet and configured to, in accordance with a determination that the touch input corresponds to a typing input, produce a localized out-of-plane deflection of the glass sheet at the location of the touch input; and a second haptic actuator configured to, in accordance with a determination that the touch input is within the trackpad region and that the force of the touch input satisfies a force threshold, impart a force to the glass sheet in a direction that is in-plane with the top surface of the glass sheet, thereby producing a second haptic output different from the first haptic output, the second haptic output detectable at any location along the top surface of the glass sheet.
A pneumatic tire (1, 11) comprising a tread portion having (i) circumferential grooves and (ii) circumferential ribs or rows of tread blocks; an inner surface defining a tire cavity; and a sealant material layer at least partially covering the inner surface radially below the tread portion within the tire cavity, the sealant material layer comprising elevations of sealant material, wherein an elevation of sealant material is provided radially below each of at least two of the circumferential grooves, and wherein the sealant material layer has a larger radial thickness in said elevations than in areas radially below the circumferential ribs or rows of tread blocks; characterized in that at least one foam element is attached to a radially inner surface of at least two axially neighboring elevations such that at least one air cavity is formed between said axially neighboring elevations, a radially outer surface of the foam element and a radially inner surface of the sealant material layer between said axially neighboring elevations.
An operation field-securing device for securing an operation field by being deployed in a body cavity, the operation field-securing device comprising: at least three elongated parts extending radially in a deployed state; curved parts, the number of which is the same as that of the elongated parts; and a sheet member configured to cover a space between the elongated parts when being deployed, wherein each pair of the two adjacent elongated parts is connected at one ends thereof by the curved part, wherein the one ends being the upper ends, in a deployed state, each of the curved parts is convex toward a side opposite to the elongated part, in the deployed state, the curved parts are arranged circumferentially, and by deforming the curved parts, the operation field-securing device is capable of being brought into either one of a contracted state where a distance between the adjacent elongated parts is shortened and the deployed state where the distance between the adjacent elongated parts is expanded, wherein the operation field-securing device further comprising an annular member to which a first edge part of the sheet member is attached, wherein a second edge part of the sheet member is attached to the other ends of the elongated parts, wherein the other ends being the lower ends, in a deployed state, and characterized in that in the contracted state, the elongated parts and the curved parts are configured to pass from one side to another side of the annular member through an inside of the annular member. at least three elongated parts extending radially in a deployed state; curved parts, the number of which is the same as that of the elongated parts; and a sheet member configured to cover a space between the elongated parts when being deployed, wherein each pair of the two adjacent elongated parts is connected at one ends thereof by the curved part, wherein the one ends being the upper ends, in a deployed state, each of the curved parts is convex toward a side opposite to the elongated part, in the deployed state, the curved parts are arranged circumferentially, and by deforming the curved parts, the operation field-securing device is capable of being brought into either one of a contracted state where a distance between the adjacent elongated parts is shortened and the deployed state where the distance between the adjacent elongated parts is expanded, wherein the operation field-securing device further comprising an annular member to which a first edge part of the sheet member is attached, wherein a second edge part of the sheet member is attached to the other ends of the elongated parts, wherein the other ends being the lower ends, in a deployed state, and characterized in that in the contracted state, the elongated parts and the curved parts are configured to pass from one side to another side of the annular member through an inside of the annular member.
A pin assembly for operation, comprising: a hollow pin for operation having a plurality of side holes defined through a wall thereof and a root part which is open due to the presence of a through-hole; a hollow support member having a pin fastening part formed therein in the shape of a groove to fasten one end of the pin for operation, and being open at both ends thereof; a T-shaped impactor adapted to be inserted into an insertion hole defined through the support member, wherein the pin for operation is adapted to be fastened to the pin fastening part of the support member, and by applying external force to the impactor, the pin for operation is adapted to be inserted into a bone; characterised in that the T-shaped inpactor has a through-hole defined through a center portion thereof; and the pin assembly further comprises a guide pin or a reinforcing metal wire adapted to be inserted through the through-hole defined through the root part of the pin for operation, wherein: the guide pin or reinforcing metal wire is adapted to reinforce the strength of the pin for operation when in situ; and the pin for operation, the guide pin and the reinforcing metal wire are adapted to bent. a hollow pin for operation having a plurality of side holes defined through a wall thereof and a root part which is open due to the presence of a through-hole; a hollow support member having a pin fastening part formed therein in the shape of a groove to fasten one end of the pin for operation, and being open at both ends thereof; a T-shaped impactor adapted to be inserted into an insertion hole defined through the support member, wherein the pin for operation is adapted to be fastened to the pin fastening part of the support member, and by applying external force to the impactor, the pin for operation is adapted to be inserted into a bone; characterised in that the T-shaped inpactor has a through-hole defined through a center portion thereof; and the pin assembly further comprises a guide pin or a reinforcing metal wire adapted to be inserted through the through-hole defined through the root part of the pin for operation, wherein: the guide pin or reinforcing metal wire is adapted to reinforce the strength of the pin for operation when in situ; and the pin for operation, the guide pin and the reinforcing metal wire are adapted to bent. the guide pin or reinforcing metal wire is adapted to reinforce the strength of the pin for operation when in situ; and the pin for operation, the guide pin and the reinforcing metal wire are adapted to bent.
Unit for transporting sample containers that contain samples to analyse by a diagnostic automaton, the unit comprising: - a path for transporting racks of samples, said path extending along a first direction, said path comprising a first end suitable for receiving a sample rack from a first device and comprising a second end suitable for transmitting a sample rack to a second device, - a moveable tray comprising a positioning surface extending along a plane, - an analysis area arranged within the positioning surface and a waiting area arranged within the positioning surface, the analysis area and the waiting area being suitable for accommodating a rack of samples and being offset from the transport path, - selection means configured to displace a rack of samples between the transport path and the waiting area, the tray being configured to displace a rack along the plane in order to allow back and forth movements of said rack in both directions between the waiting area and the analysis area. - a path for transporting racks of samples, said path extending along a first direction, said path comprising a first end suitable for receiving a sample rack from a first device and comprising a second end suitable for transmitting a sample rack to a second device, - a moveable tray comprising a positioning surface extending along a plane, - an analysis area arranged within the positioning surface and a waiting area arranged within the positioning surface, the analysis area and the waiting area being suitable for accommodating a rack of samples and being offset from the transport path, - selection means configured to displace a rack of samples between the transport path and the waiting area,
A method of preparing synthetic quartz glass substrates, comprising the steps of: furnishing a synthetic quartz glass block to be sliced into synthetic quartz glass substrates, the glass block having a surface parallel to a slicing plane and a surface opposed thereto, coating said opposed surfaces of the glass block with a liquid having a transmittance of at least 99.0 %/mm at a birefringence-measuring wavelength, measuring birefringence of the glass block by directing light to enter one coated surface and emerge from the other coated surface, characterized by determining a slice thickness to which the glass block is sliced, on the basis of the birefringence measurement and the dimensions of the substrate, and slicing the glass block at the determined slice thickness into synthetic quartz glass substrates. furnishing a synthetic quartz glass block to be sliced into synthetic quartz glass substrates, the glass block having a surface parallel to a slicing plane and a surface opposed thereto, coating said opposed surfaces of the glass block with a liquid having a transmittance of at least 99.0 %/mm at a birefringence-measuring wavelength, measuring birefringence of the glass block by directing light to enter one coated surface and emerge from the other coated surface, characterized by determining a slice thickness to which the glass block is sliced, on the basis of the birefringence measurement and the dimensions of the substrate, and slicing the glass block at the determined slice thickness into synthetic quartz glass substrates.
Protective cover for medium or high-voltage connector, the cover comprising: an electrically insulating at least partly transparent or translucent main body, an electrically conductive opaque layer, wherein the electrically conductive layer comprises at least one radiation window that allows optical radiation to penetrate the protective cover, characterized in that the radiation window is formed by a plurality of radiation passages, wherein the radiation passages form an array that forms an electrically screening Faraday cage. an electrically insulating at least partly transparent or translucent main body, an electrically conductive opaque layer, wherein the electrically conductive layer comprises at least one radiation window that allows optical radiation to penetrate the protective cover, characterized in that the radiation window is formed by a plurality of radiation passages, wherein the radiation passages form an array that forms an electrically screening Faraday cage.
A method for indicating a number of repetitions, comprising: receiving, by the terminal, radio resource control RRC signaling, wherein the RRC signaling comprises second indication information, and the second indication information indicates a first number of repetitions of the SRS and/or the PUSCH; receiving, by a terminal, downlink control information DCI, wherein the DCI comprises first indication information, and the first indication information is for the terminal to determine a number of repetitions of a sounding reference signal SRS and/or a physical uplink shared channel PUSCH; and determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information; wherein the first indication information is carried in an existing field in the DCI, and the existing field in the DCI comprises a modulation and coding scheme MCS index, and the determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information comprises: obtaining, by the terminal, the number of repetitions of the SRS and/or the PUSCH by using an adjustment value indicated by the first indication information and the first number, indicated by the second indication information, of repetitions of the SRS and/or the PUSCH. receiving, by the terminal, radio resource control RRC signaling, wherein the RRC signaling comprises second indication information, and the second indication information indicates a first number of repetitions of the SRS and/or the PUSCH; receiving, by a terminal, downlink control information DCI, wherein the DCI comprises first indication information, and the first indication information is for the terminal to determine a number of repetitions of a sounding reference signal SRS and/or a physical uplink shared channel PUSCH; and determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information; wherein the first indication information is carried in an existing field in the DCI, and the existing field in the DCI comprises a modulation and coding scheme MCS index, and the determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information comprises: obtaining, by the terminal, the number of repetitions of the SRS and/or the PUSCH by using an adjustment value indicated by the first indication information and the first number, indicated by the second indication information, of repetitions of the SRS and/or the PUSCH. wherein the first indication information is carried in an existing field in the DCI, and the existing field in the DCI comprises a modulation and coding scheme MCS index, and the determining, by the terminal, the number of repetitions of the SRS and/or the PUSCH based on the first indication information comprises: obtaining, by the terminal, the number of repetitions of the SRS and/or the PUSCH by using an adjustment value indicated by the first indication information and the first number, indicated by the second indication information, of repetitions of the SRS and/or the PUSCH.
A roof window with a window frame adapted for standardized manufacture, said window frame comprising two side frame members, a top frame member and a bottom frame member, with all frame members coupled together to form a rectangular frame structure, characterized in that each side frame member defines a concave central cutout adapted for receiving a central hinge and a support means of the roof window at a longitudinal central portion of its inner wall, and a concave top cutout, separate from said central cutout, adapted for receiving a top hinge of the roof window at a longitudinal top portion of its inner wall where the top frame member connects with the side frame member, and that said central and top cutouts (211 and 212) are arranged at an upper portion of the inner wall of the side frame and extend upwardly to the top edge of said inner wall of the side frame member.