mhurhangee/ep-ind-claims huggingface dataset:
Surgical instrument for connection to a supplying surgery device, with a handle which is connected to a device plug via a line for connection to the surgery device, with at least one functional element which is held by the handle and is supplied with active medium from the supplying surgery device via the line, with several operating elements which are arranged on the handle, with a microcontroller which is arranged in the handle and connected to the operating elements, is supplied with electrical energy via the line and communicates data-transmissively with the supplying surgery device via data communication, characterised in that two cores (22, 23) are provided in the line for data transmission, wherein the microcontroller transmits and/or receives the data to be transmitted on one core and the data in physically inverted state on the other core.
A liquid container manufacturing method of manufacturing a liquid container that contains a content liquid from a synthetic resin preform, the method comprising: an inflation body insertion step of inserting an inflation body into the preform placed in a mold for blow molding; an air discharge step of discharging air out of the preform by inflating the inflation body in the preform; a mouth blocking step of blocking a mouth of the preform with the inflation body inflated in the preform; an inflation body contraction step of contracting the inflation body with the mouth blocked; and a liquid blow molding step of molding the preform into a liquid container having a shape conforming to an inner surface of the mold for blow molding by supplying, after the inflation body contraction step, a pressurized liquid into the preform through a blow nozzle, characterized by that in the inflation body contraction step, the inflation body is contracted without supplying the pressurized liquid into the preform. an inflation body insertion step of inserting an inflation body into the preform placed in a mold for blow molding; an air discharge step of discharging air out of the preform by inflating the inflation body in the preform; a mouth blocking step of blocking a mouth of the preform with the inflation body inflated in the preform; an inflation body contraction step of contracting the inflation body with the mouth blocked; and a liquid blow molding step of molding the preform into a liquid container having a shape conforming to an inner surface of the mold for blow molding by supplying, after the inflation body contraction step, a pressurized liquid into the preform through a blow nozzle,
A microfluidic energy harvester for converting solar energy into electrical energy comprising a substrate having an embedded central microchannel; electrolyte in said central microchannel; electrode assembly having at least one pair of electrodes arranged in series and integrated with said central microchannel from sides ensuring direct contact between said pair of electrodes with said electrolyte in said central microchannel for ensuing electrochemical photovoltaic effect to convert the solar energy into the electrical energy under solar illumination under regenerative conditions, wherein the electrolyte is configured to flow in the central microchannel through the inlet by using hydrostatic head or micro-pump at a constant flow rate enabling conversion of mechanical energy of the electrolyte flow into streaming potential across the electrodes and showing a potential difference equivalent to combined influences from the solar energy and the streaming potential resulting in amplification of the electrical energy generation, and wherein the electrolyte includes a suspension of salt-water and metal nanoparticles capable of producing surface plasmon resonance under direct solar illumination when it flows through the central microchannel which enhances potential difference across the electrodes and generates the potential difference equivalent to combined influences from the solar energy, the streaming potential and the surface plasmon resonance resulting in further amplification of the electrical energy generation.
Cellulase comprising the catalytic domain motif -T-R-Y- -D-x - and a carbohydrate binding domain with a sequence identity of at least 80% to SEQ ID NO: 3 or a carbohydrate binding domain comprising the tag motif V- -[DQEN]-S-G-G-P-G-P-G-P-G-P-G-P and wherein the cellulase has a sequence identity of at least 99% to SEQ ID NO: 11, SEQ ID NO: 13, SEQ ID NO: 15 or SEQ ID NO: 17.
Gesture-sensitive screen comprising a screen display, wherein the gesture-sensitive screen is configured in such a manner that, during operation with two fingers (105, 107) on a screen surface or in the sensitive vicinity of the gesture-sensitive screen, a magnification area is adjusted by moving the two fingers apart or together, wherein at least one part of the screen display is displayed in a magnified manner in the magnification area, wherein a reticle, in particular crosshair, with an intersection point or intersection area is displayed in the magnification area, characterized in that the gesture-sensitive screen is configured in such a manner that, with the magnification area displayed and with a constant distance between the two fingers (105, 107), the magnification area is controlled according to a movement of the two fingers.
A display device that displays an image based on image data, comprising: a touch panel that transforms the image data into a rectangular image (51a, 51b) and displays the rectangular image on a screen, a depressed time measuring section that measures depressed time in the area of the image displayed on the touch panel, and a determining section that determines whether the depressed time measured by the depressed time measuring section is longer than a prescribed period of time, characterized by: a virtual line displaying section that displays a virtual line if the determining section determines that the depressed time is longer than the prescribed period of time, said virtual line extending in the diagonal direction (52a, 52b) of the rectangular image such that the length of said virtual line is longer than the length of the diagonal line (52a, 52b) of the rectangular image, a display mode changing section that changes display modes of the image that has been displayed on the touch panel depending on the depressed state of the virtual line displayed by the virtual line displaying section, and a virtual line hiding section that hides the displayed virtual line, wherein the display mode changing section magnifies or reduces the display size of the image such that a corner of the image is located at the depressed position on the virtual line, and the virtual line hiding section hides the virtual line if the depression in an area not on the virtual line is detected. a touch panel that transforms the image data into a rectangular image (51a, 51b) and displays the rectangular image on a screen, a depressed time measuring section that measures depressed time in the area of the image displayed on the touch panel, and a determining section that determines whether the depressed time measured by the depressed time measuring section is longer than a prescribed period of time, a virtual line displaying section that displays a virtual line if the determining section determines that the depressed time is longer than the prescribed period of time, said virtual line extending in the diagonal direction (52a, 52b) of the rectangular image such that the length of said virtual line is longer than the length of the diagonal line (52a, 52b) of the rectangular image, a display mode changing section that changes display modes of the image that has been displayed on the touch panel depending on the depressed state of the virtual line displayed by the virtual line displaying section, and a virtual line hiding section that hides the displayed virtual line, wherein the display mode changing section magnifies or reduces the display size of the image such that a corner of the image is located at the depressed position on the virtual line, and the virtual line hiding section hides the virtual line if the depression in an area not on the virtual line is detected.
Control device for a vehicle comprising a trajectory monitoring system capable of correcting trajectory deviations in order to position it correctly in a traffic lane as a function of images representative of a part of the latter situated in front of the said vehicle, comprising i) analysis means arranged to analyse data representative of movements of the eyes of a driver of the said vehicle in order to detect an observation in the direction of at least one rear-view mirror (RI, RE), characterized in that it further comprises ii) control means arranged, in the absence of activation by the driver of direction change indication means of said vehicle at the beginning of a correction of deviation from the trajectory, to trigger a temporary deactivation of the monitoring carried out by said system in the event of detection of said observation, so as to allow the carrying out of an eventual overtaking maneuver;; at the beginning of a course deviation correction and to then activate said direction change indicating means which until then had been inactivated and in that said control means are also arranged to trigger said temporary deactivation of the monitoring performed by said system in case of detection of an obstacle in front of said vehicle.
A process for making a polysaccharide food casing comprising: (a) dissolving polysaccharide in a solvent composition to provide a solution of polysaccharide; (b) extruding the solution of polysaccharide into a coagulation bath to make a tube-shaped wet gel; (c) washing the tube-shaped wet gel with water; (d) optionally, plasticizing the tube-shaped wet gel with a plasticizer additive; and (e) removing the water from the tube-shaped wet gel to form a polysaccharide food casing, characterized in that the polysaccharide is poly alpha-1,3-glucan and the process does not use carbon disulfide. (a) dissolving polysaccharide in a solvent composition to provide a solution of polysaccharide; (b) extruding the solution of polysaccharide into a coagulation bath to make a tube-shaped wet gel; (c) washing the tube-shaped wet gel with water; (d) optionally, plasticizing the tube-shaped wet gel with a plasticizer additive; and (e) removing the water from the tube-shaped wet gel to form a polysaccharide food casing,
A throttle opening detection device comprising: a rotor which is mounted on a handle bar and is rotated in an interlocking manner by manipulation of an acceleration grip; at least two magnets (28a, 28c) which are mounted on the rotor; a magnetic sensor which detects a magnetic force generated by the at least two magnets (28a, 28c); and a housing which houses the rotor and the magnetic sensor and is mounted on the handle bar, wherein the at least two magnets (28a, 28c) are arranged in the vicinity of a peripheral portion of one bottom surface of the rotor and adjacent to each other along the circumferential direction of the rotor, the magnetic sensor is arranged to face the one bottom surface in an opposed manner in the axial direction of the rotor, and the at least two magnets (28a, 28c) are spaced apart from each other in the direction along the circumferential direction of the rotor, the throttle opening detection device being characterized in that a spaced-apart distance between the at least two magnets (28a, 28c) is set to a distance at which the degree of change in magnetic flux density corresponding to throttle opening in an intermediate range of throttle opening can be decreased.
Method for controlling at least one controllable device arranged in a predetermined area by means of a communication terminal, wherein a transmitting device wirelessly transmits a radio signal with identification data specific to the transmitting device and wherein the transmitting device is arranged in or directly on the lighting device, having the steps: - assigning the at least one controllable device to the transmitting device, - receiving the radio signal by means of the communication terminal, - evaluating the radio signal to detect the specific identification data, - determining the at least one controllable device associated with the transmitting device on the basis of the specific identification data acquired, - establishing a communication link between the at least one device and the communication terminal, and - transmitting data corresponding to a control command for controlling the at least one device and/or the transmitting device itself, wherein establishing the communication link comprises establishing the communication link at least via a control center, wherein the at least one controllable device automatically establishes a communication link to the transmitting device, whereby the controllable device is associated with the transmitting device. - assigning the at least one controllable device to the transmitting device, - receiving the radio signal by means of the communication terminal, - evaluating the radio signal to detect the specific identification data, - determining the at least one controllable device associated with the transmitting device on the basis of the specific identification data acquired, - establishing a communication link between the at least one device and the communication terminal, and - transmitting data corresponding to a control command for controlling the at least one device and/or the transmitting device itself, wherein establishing the communication link comprises establishing the communication link at least via a control center, wherein the at least one controllable device automatically establishes a communication link to the transmitting device, whereby the controllable device is associated with the transmitting device.
A method of assembling a shroud assembly for a gas turbine engine comprising a rotor including a blade and a splitter for dividing airflow between a bypass passage and a core flow passage, the method comprising: assembling an annular shroud extension from at least a first section and a second section about an engine axis, wherein the shroud extension is assembled in-place, normal to the engine axis, by assembling the first section to the second section; wherein each of the first and second shroud extension sections form a portion of an annular ring; assembling a first annular portion of a main shroud into a first housing; assembling the first portion of the main shroud and the first housing radially upward to the shroud extension, wherein the shroud extension extends aft from the first portion of the main shroud and first housing; assembling a second annular portion of the main shroud into a second housing; and moving the second portion of the main shroud and second housing radially inward to engage the first housing with the second housing and engaging the shroud extension with the second portion of the main shroud, wherein the assembled shroud extension is axially proximate the rotor; defining an axial gap between the shroud extension and the blade, the gap having a first axial length less than a second axial length between the blade and an end of the flow splitter and defining an air passage inner surface by the main shroud and the shroud extension. assembling an annular shroud extension from at least a first section and a second section about an engine axis, wherein the shroud extension is assembled in-place, normal to the engine axis, by assembling the first section to the second section; wherein each of the first and second shroud extension sections form a portion of an annular ring; assembling a first annular portion of a main shroud into a first housing; assembling the first portion of the main shroud and the first housing radially upward to the shroud extension, wherein the shroud extension extends aft from the first portion of the main shroud and first housing; assembling a second annular portion of the main shroud into a second housing; and moving the second portion of the main shroud and second housing radially inward to engage the first housing with the second housing and engaging the shroud extension with the second portion of the main shroud, wherein the assembled shroud extension is axially proximate the rotor; defining an axial gap between the shroud extension and the blade, the gap having a first axial length less than a second axial length between the blade and an end of the flow splitter and defining an air passage inner surface by the main shroud and the shroud extension.
A method of forming a graphene device, the method comprising: - forming a graphene film over a substrate, wherein the thickness of the graphene film is from one atom to 8 atom layers; - depositing, by gas phase deposition, a polymer material from the n-xylylene family covering a surface of the graphene film; wherein the polymer layer is deposited with a thickness of between 10 nm and 5 mm, and - removing the substrate from the graphene film, wherein the polymer material from the n-xylylene family forms the support for the graphene film. - forming a graphene film over a substrate, wherein the thickness of the graphene film is from one atom to 8 atom layers; - depositing, by gas phase deposition, a polymer material from the n-xylylene family covering a surface of the graphene film; wherein the polymer layer is deposited with a thickness of between 10 nm and 5 mm, and - removing the substrate from the graphene film, wherein the polymer material from the n-xylylene family forms the support for the graphene film.
A connector to be attached to a garment (C1, C2) by sandwiching an attachment portion of the garment having a conductive member (33, 42) from opposite sides with a first member and a second member, wherein the first member has a first garment retaining portion of planar shape extending along an XY plane to be contacted with one surface of the attachment portion of the garment and a projection that is made of a conductive material, is disposed in a position different from a position of the first garment retaining portion and projects in a +Z direction perpendicular to the first garment retaining portion, wherein the second member has a second garment retaining portion of planar shape extending along the XY plane to be contacted with the other surface of the attachment portion of the garment and a projection accommodating portion which is disposed in a position different from a position of the second garment retaining portion and into which the projection is fitted, wherein the projection is formed from a metal sheet bent into a U shape to have a pair of flat plate portions that extend along a YZ plane perpendicular to the first garment retaining portion and face each other in an X direction, a connecting portion that extends along the XY plane and connects the +Z directional ends of the pair of flat plate portions to each other, and a slit that is formed continuously in the pair of flat plate portions and the connecting portion and extend along an XZ plane perpendicular to the first garment retaining portion, and wherein when the projection is fitted into the projection accommodating portion, the projection is electrically connected to the conductive member (33, 42) of the garment (C1, C2).
A process for the preparation of compound, or pharmaceutically acceptable salts thereof, comprising the step of (i) coupling the corresponding succinimidyl ester intermediate with the DSPE-PEG 2000 -NH 2 phospholipid in the presence of DIEA, wherein said phospholipid is present in excess with respect to compound. (i) coupling the corresponding succinimidyl ester intermediate with the DSPE-PEG 2000 -NH 2 phospholipid in the presence of DIEA, wherein said phospholipid is present in excess with respect to compound.
A compressing system that compresses a target gas to a pressure that is equal to or higher than a target pressure higher than a critical pressure, the compressing system comprising: a compression section that compresses the target gas to an intermediate pressure, which is equal to or higher than the critical pressure and is lower than the target pressure to generate an intermediate supercritical fluid; a cooling section that cools the intermediate supercritical fluid generated in the compression section to near a critical temperature to generate an intermediate supercritical pressure liquid; a pumping section that compresses the intermediate supercritical pressure liquid generated in the cooling section to a pressure that is equal to or higher than the target pressure; and characterized by comprising a heating section that heats the intermediate supercritical pressure liquid compressed in the pumping section to near the critical temperature, wherein the cooling section has a main cooling part that performs heat exchange with the heating section to cool the intermediate supercritical fluid. a compression section that compresses the target gas to an intermediate pressure, which is equal to or higher than the critical pressure and is lower than the target pressure to generate an intermediate supercritical fluid; a cooling section that cools the intermediate supercritical fluid generated in the compression section to near a critical temperature to generate an intermediate supercritical pressure liquid; a pumping section that compresses the intermediate supercritical pressure liquid generated in the cooling section to a pressure that is equal to or higher than the target pressure; and characterized by comprising a heating section that heats the intermediate supercritical pressure liquid compressed in the pumping section to near the critical temperature, wherein the cooling section has a main cooling part that performs heat exchange with the heating section to cool the intermediate supercritical fluid.
A linear compressor comprising: a linear motor having a mover reciprocating with respect to a stator; a piston coupled to the mover to reciprocate; a cylinder into which the piston is slidingly inserted, the cylinder having an inner circumferential surface forming a bearing surface together with an external circumferential surface of the piston, the cylinder forming a compression space together with the piston, and the cylinder having a first hole formed through the inner circumferential surface of the cylinder and an outer circumferential surface of the cylinder to guide refrigerant discharged from the compression space to the bearing surface; a porous member coupled to the outer circumferential surface of the cylinder and configured to cover the first hole, the porous member having multiple micropores smaller than the first hole; a cover member surrounding the porous member and coupled to an outer circumferential surface of the porous member; and a second hole formed on the cover member to communicate with the micropores of the porous member, wherein the first hole is not aligned with the second hole in a radial direction of the piston, wherein the first hole and the second hole are circumferentially formed respectively in plurality. a linear motor having a mover reciprocating with respect to a stator; a piston coupled to the mover to reciprocate; a cylinder into which the piston is slidingly inserted, the cylinder having an inner circumferential surface forming a bearing surface together with an external circumferential surface of the piston, the cylinder forming a compression space together with the piston, and the cylinder having a first hole formed through the inner circumferential surface of the cylinder and an outer circumferential surface of the cylinder to guide refrigerant discharged from the compression space to the bearing surface; a porous member coupled to the outer circumferential surface of the cylinder and configured to cover the first hole, the porous member having multiple micropores smaller than the first hole; a cover member surrounding the porous member and coupled to an outer circumferential surface of the porous member; and a second hole formed on the cover member to communicate with the micropores of the porous member, wherein the first hole is not aligned with the second hole in a radial direction of the piston, wherein the first hole and the second hole are circumferentially formed respectively in plurality.