mhurhangee/ep-ind-claims huggingface dataset:
A sheet manufacturing method comprising: a step of mixing fibers and a composite in air, wherein the composite is a powder; and a step of bonding the fibers and the composite mixed in the step of mixing to form a sheet in which the fibers and the composite are bonded, wherein the step of bonding the fibers and the composite includes: a step of forming a web by depositing the fibers and the composite, in air; a step of applying pressure to the web; and a step of heating the web to melt the resin and to make a sheet; characterized in that the composite integrally includes a resin and inorganic particles of a coagulation inhibitor, in a state in which at least a part of the inorganic particles are arranged on the surface of the composite. a step of mixing fibers and a composite in air, wherein the composite is a powder; and a step of bonding the fibers and the composite mixed in the step of mixing to form a sheet in which the fibers and the composite are bonded, wherein the step of bonding the fibers and the composite includes: a step of forming a web by depositing the fibers and the composite, in air; a step of applying pressure to the web; and a step of heating the web to melt the resin and to make a sheet; a step of forming a web by depositing the fibers and the composite, in air; a step of applying pressure to the web; and a step of heating the web to melt the resin and to make a sheet; characterized in that the composite integrally includes a resin and inorganic particles of a coagulation inhibitor, in a state in which at least a part of the inorganic particles are arranged on the surface of the composite.
A validation set for checking the cleaning performance of a cleaning apparatus designed for cleaning dental hand tools, wherein the cleaning apparatus comprises a cleaning chamber for receiving one or more dental hand tools and a cover for closing the cleaning chamber, and wherein the cleaning apparatus has a plurality of receiving sockets for coupling and retaining a dental hand tool within the cleaning chamber, that the validation set comprises an adapter having a first connection region, via which the adapter can be coupled with one of the receiving sockets of the cleaning apparatus, and comprises a second connection region, wherein the validation set comprises a test piece, which is contaminated in a controlled manner prior to insertion into the cleaning apparatus, so that the cleaning performance can be derived from the residual amount of contamination present after the cleaning process, and comprises a connection with the aid of which the test piece can be coupled with the adapter via the second connection region of the adapter, that the validation set comprises a plurality of adapters, characterized in that at least the first connection regions of two adapters are formed differently in order to be able to couple the respective adapters with differently formed receiving sockets, and the second connection regions of all adapters are formed in an identical manner.
A method for producing ε-caprolactam, comprising the step of reacting a compound represented by General Formula or: [wherein R 1, R 2, and R 3 each independently represent OR 4 or NR 5 R 6; each R 4 independently represents H or C 1 -C 5 alkyl; each R 5 independently represents H or C 1 -C 5 alkyl; and X represents -CH CH 2 CH 2 -, CH 2 CH CH 2 -, -CH=CHCH 2 -, or -CH 2 CH=CH-] or a salt thereof with hydrogen and ammonia.
A device comprising: a grip to secure the device to an expansion card based on a friction fit, wherein the grip includes an upper grip portion to receive a fastener; a shoulder to retain the fastener and enable the fastener to be operable while retained in the device to fasten the device to a mainboard; and a standoff formed by a lower grip portion, to establish a standoff distance between the expansion card and the mainboard when the device is secured to the expansion card and fastened to the mainboard, wherein the shoulder is to contact the expansion card to provide heat transfer and electrical grounding between the expansion card and the mainboard. a grip to secure the device to an expansion card based on a friction fit, wherein the grip includes an upper grip portion to receive a fastener; a shoulder to retain the fastener and enable the fastener to be operable while retained in the device to fasten the device to a mainboard; and a standoff formed by a lower grip portion, to establish a standoff distance between the expansion card and the mainboard when the device is secured to the expansion card and fastened to the mainboard, wherein the shoulder is to contact the expansion card to provide heat transfer and electrical grounding between the expansion card and the mainboard.
A triple-clad optical fiber comprising: a core, a first inner cladding, a second inner cladding, and an outer cladding wherein, the core comprises a radius r 0 of less than 5 μm and a first index of refraction no and does not contain any rare-earth dopants;; the first inner cladding surrounds the core and has a numerical aperture of at least 0.12, a second index of refraction n 1 such that n 1 <n 0 and a radial thickness of at least 10 μm, wherein a relative refractive index percent (Δ%) of the core relative to the inner cladding is greater than 0.07%; the second inner cladding surrounds the first inner cladding, and has a radial thickness of at least 8 μm, a numerical aperture of at least about 0.2, and a second index of refraction n 2 such that n 2 >n 1, wherein a relative refractive index percent (Δ%) of the second cladding relative to the outer cladding is greater 1%; and the outer cladding surrounds the second inner cladding and has a third index of refraction n 3, such that n 3 <n 2, and n 3 <n 1 and comprises a radial thickness of at least 10 μm.
A beehive entrance tunnel comprising: an elongate tubular tunnel adapted for fitment to the base of a beehive, the tunnel comprising an interior defined by at least an upper tunnel surface portion, wherein the tunnel comprises a first opening located at one end to thereby define a hive entrance; wherein the tunnel has a height providing for no more vertical space than is required by one bee; and wherein the tunnel further comprises a second opening located in the upper tunnel surface portion to thereby define a tunnel exit. an elongate tubular tunnel adapted for fitment to the base of a beehive, the tunnel comprising an interior defined by at least an upper tunnel surface portion, wherein the tunnel comprises a first opening located at one end to thereby define a hive entrance; wherein the tunnel has a height providing for no more vertical space than is required by one bee; and wherein the tunnel further comprises a second opening located in the upper tunnel surface portion to thereby define a tunnel exit.
Mould for continuous casting of blooms, slabs or billets, with a mould tube surrounded by a support jacket, the mould tube being supported on its support jacket extending over its longitudinally direction and circumferentially distributed support profiles and being positively connected thereto via connecting means, wherein between the support jacket and the mould tube cooling channels for guiding cooling water are distributed over the entire circumference and essentially over the entire length of the mould, characterized in that in the rib-shaped support profiles arranged on the other surface of the mould a number of spaced respective support profiles completely sticking groove-shaped recesses with undercuts are provided, in which the connecting means engage which additionally have a shaft-shaped hollow body with an inner threaded hole which receives a fixing screw for fixing the support jacket.
An arrangement comprising a first pair of hoses, a second pair of hoses and a hose feed machine for the feed of the first and second pair of hoses (3, 6) into and/or out of a cavity, the machine having a motor, which drives at least one driving wheel (2.2), which in turn exerts a feed force on the first pair of hoses, the machine being arranged to feed at least the second pair of hoses into the cavity simultaneously with the first pair of hoses and/or to feed at least one second pair of hoses out of the cavity simultaneously with the first pair of hoses, and the pairs of hoses (3, 6) being mechanically interconnected in at least one point, wherein the arrangement further comprises a hose head, wherein both pairs of hoses are connected to the hose head and wherein at least one driving wheel (2.2) exerts said feed force directly on said first pair of hoses, which in turn pulls along said second pair of hoses.
A stacked-chip image sensor, comprising: a semiconductor substrate having opposing first and second surfaces (15, 19); an array of image sensor pixels in the semiconductor substrate that are configured to receive image light through the first surface; and control circuitry coupled to the array of image sensor pixels by a plurality of vertical conductive column interconnects that extend through the second surface, wherein the array of image sensor pixels comprises a plurality of pixel blocks, the plurality of vertical conductive interconnects comprises a plurality of vertical block interconnects, the control circuitry comprises a plurality of analog-to-digital conversion circuits, and each of the plurality of vertical block interconnects couples the image sensor pixels of a respective one of the plurality of pixel blocks to the control circuitry through the second surface, and wherein the control circuitry includes: a pixel power supply terminal (33, 61); and a plurality of switches each interposed between the pixel power supply terminal (33, 61) and a respective one of the vertical column interconnects. a semiconductor substrate having opposing first and second surfaces (15, 19); an array of image sensor pixels in the semiconductor substrate that are configured to receive image light through the first surface; and control circuitry coupled to the array of image sensor pixels by a plurality of vertical conductive column interconnects that extend through the second surface, wherein the array of image sensor pixels comprises a plurality of pixel blocks, the plurality of vertical conductive interconnects comprises a plurality of vertical block interconnects, the control circuitry comprises a plurality of analog-to-digital conversion circuits, and each of the plurality of vertical block interconnects couples the image sensor pixels of a respective one of the plurality of pixel blocks to the control circuitry through the second surface, and wherein the control circuitry includes: a pixel power supply terminal (33, 61); and a plurality of switches each interposed between the pixel power supply terminal (33, 61) and a respective one of the vertical column interconnects. a pixel power supply terminal (33, 61); and a plurality of switches each interposed between the pixel power supply terminal (33, 61) and a respective one of the vertical column interconnects.
A polypeptide comprising an RNase, a DNase, and a variant Fc domain, wherein the RNase is operatively coupled, optionally with a linker, to the variant Fc domain, and wherein the DNase is operatively coupled, optionally with a linker, to the variant Fc domain, wherein the variant Fc domain is a variant human IgG1 Fc domain comprising an amino acid substitution which decreases binding, compared to wild-type, to an Fcγ receptor or a complement protein or both, wherein the polypeptide has a reduced effector function optionally selected from the group consisting of opsonization, phagocytosis, complement dependent cytotoxicity, and antibody-dependent cellular cytotoxicity.
A fluid flow sensing and bubble detecting apparatus, comprising: a housing provided with a channel configured to receive a tube through which fluid flows; a sensor apparatus supported by the housing, wherein the sensor apparatus includes a first sensor constituting at least one pair of offset ultrasonic piezoelectric detectors, operable to measure a flow rate of fluid and operable to detect bubbles in flowing fluid; and a temperature sensor operable to detect a temperature of the flowing fluid; and a processor operably connected to receive fluid flow rate data obtained by the first sensor, and operably connected to receive bubble detection data obtained by the first sensor, and operably connected to receive fluid temperature data obtained by the temperature sensor, wherein when a tube through which fluid is flowing is disposed in the channel of the housing, the first sensor measures the flow rate of the flowing fluid and detects bubbles in the flowing fluid, and the temperature sensor measures the temperature of the flowing fluid; wherein the processor is configured to calculate a temperature corrected fluid flow rate of the flowing fluid in the tube based on the fluid flow rate data obtained by the first sensor and the fluid temperature data obtained by the temperature sensor, and wherein the fluid flowing through the tube is blood. a housing provided with a channel configured to receive a tube through which fluid flows; a sensor apparatus supported by the housing, wherein the sensor apparatus includes a first sensor constituting at least one pair of offset ultrasonic piezoelectric detectors, operable to measure a flow rate of fluid and operable to detect bubbles in flowing fluid; and a temperature sensor operable to detect a temperature of the flowing fluid; and a first sensor constituting at least one pair of offset ultrasonic piezoelectric detectors, operable to measure a flow rate of fluid and operable to detect bubbles in flowing fluid; and a temperature sensor operable to detect a temperature of the flowing fluid; and a processor operably connected to receive fluid flow rate data obtained by the first sensor, and operably connected to receive bubble detection data obtained by the first sensor, and operably connected to receive fluid temperature data obtained by the temperature sensor, wherein when a tube through which fluid is flowing is disposed in the channel of the housing, the first sensor measures the flow rate of the flowing fluid and detects bubbles in the flowing fluid, and the temperature sensor measures the temperature of the flowing fluid; wherein the processor is configured to calculate a temperature corrected fluid flow rate of the flowing fluid in the tube based on the fluid flow rate data obtained by the first sensor and the fluid temperature data obtained by the temperature sensor, and wherein the fluid flowing through the tube is blood.
A combustion system for a gas turbine engine, comprising: a) a housing defining a pressure vessel; b) a master injector mounted to the housing for injecting fuel along a central axis defined through the pressure vessel; c) a plurality of slave injectors each disposed radially outward of and substantially parallel to the master injector for injecting fuel and air in an injection plume radially outward of fuel injected through the master injector, wherein the master injector and slave injectors are configured and adapted so that, in use, the injection plume of the master injector intersects with the injection plumes of the slave injectors, and d) an outlet bulkhead mounted to outlets of each of the master and slave injectors, the outlet bulkhead having an outlet opening sealed around an outlet of each injector (112, 124); wherein a floating collar seal is movably mounted to each outlet opening to seal between the outlet of each respective injector (112, 124) and the outlet bulkhead to accommodate relative thermal expansion and contraction of the injectors (112, 124) and outlet bulkhead; characterised in that each floating collar seal is partially sandwiched between an upper plate of the outlet bulkhead and a lower plate of the outlet bulkhead mounted to the upper plate of the outlet bulkhead. a) a housing defining a pressure vessel; b) a master injector mounted to the housing for injecting fuel along a central axis defined through the pressure vessel; c) a plurality of slave injectors each disposed radially outward of and substantially parallel to the master injector for injecting fuel and air in an injection plume radially outward of fuel injected through the master injector, wherein the master injector and slave injectors are configured and adapted so that, in use, the injection plume of the master injector intersects with the injection plumes of the slave injectors, and d) an outlet bulkhead mounted to outlets of each of the master and slave injectors, the outlet bulkhead having an outlet opening sealed around an outlet of each injector (112, 124);
An electronic device comprising: a piezoelectric element; a vibration plate to which the piezoelectric element is joined, wherein the piezoelectric element is configured to expand and contract in its longitudinal direction to directly bend the vibration plate for vibration; and a housing to which the vibration plate is joined, wherein vibration sound, which is transmitted by vibrating a part of a human body, is generated by the vibration plate being bent such that a portion of the vibration plate directly above the piezoelectric element protrudes relative to neighboring portions of the vibration plate, the vibration plate includes, in a plan view thereof, a first area including a joining portion with the piezoelectric element and a second area located further away from the joining portion than the first area is, and rigidity in the first area is lower than rigidity in the second area, and wherein the first area is exposed to the outside. a piezoelectric element; a vibration plate to which the piezoelectric element is joined, wherein the piezoelectric element is configured to expand and contract in its longitudinal direction to directly bend the vibration plate for vibration; and a housing to which the vibration plate is joined, wherein vibration sound, which is transmitted by vibrating a part of a human body, is generated by the vibration plate being bent such that a portion of the vibration plate directly above the piezoelectric element protrudes relative to neighboring portions of the vibration plate, the vibration plate includes, in a plan view thereof, a first area including a joining portion with the piezoelectric element and a second area located further away from the joining portion than the first area is, and rigidity in the first area is lower than rigidity in the second area, and wherein the first area is exposed to the outside.
A method of fabricating a thin-film solar cell module with a plurality of segments (5, 7) that are electrically connected in series and arranged on a common substrate, the method comprising: - steps for applying layers to the substrate to form at least one electrode, a photoactive layer sequence and a further electrode and - steps for structuring applied layers to form the plurality of segments (5, 7), in which the electrode, the photoactive layer sequence and the further electrode are applied before subsequent structuring steps are carried out, wherein the structuring steps comprise: - creating a separating line, which interrupts the electrode, the photoactive layer sequence and the further electrode, - introducing a further separating line into the further electrode and the photoactive layer sequence, - forming a contact line laterally spaced apart from the further separating line and between the separating line and the further separating line, wherein the electrode is electrically connected to the further electrode by means of the contact line for the series connection of the segments (5, 7), - applying an electrically conductive adhesive strip or a conductive strand of a conductive paste over the separating line, as a result of which the interruption of the further electrode by the separating line is electrically reclosed. - steps for applying layers to the substrate to form at least one electrode, a photoactive layer sequence and a further electrode and - steps for structuring applied layers to form the plurality of segments (5, 7), - creating a separating line, which interrupts the electrode, the photoactive layer sequence and the further electrode, - introducing a further separating line into the further electrode and the photoactive layer sequence, - forming a contact line laterally spaced apart from the further separating line and between the separating line and the further separating line, wherein the electrode is electrically connected to the further electrode by means of the contact line for the series connection of the segments (5, 7), - applying an electrically conductive adhesive strip or a conductive strand of a conductive paste over the separating line, as a result of which the interruption of the further electrode by the separating line is electrically reclosed.
An injection device adapted for injecting particles into a bone cavity, said injection device comprising: - a reservoir capable of containing at least in part the particles; - an injection needle having a tubular shape around a main axis and provided with a proximal end fixed to a base of the reservoir and open to the reservoir, and a distal end opposite to the proximal end and open; and characterized in that the device further comprises:- a worm screw movable in rotation around the main axis inside the injection needle and extending at least from the proximal end up to at least the distal end of the injection needle; and - an actuator coupled to the worm screw to drive it in rotation. - a reservoir capable of containing at least in part the particles; - an injection needle having a tubular shape around a main axis and provided with a proximal end fixed to a base of the reservoir and open to the reservoir, and a distal end opposite to the proximal end and open; - an actuator coupled to the worm screw to drive it in rotation.
Chip antenna, comprising at least one emitter which extends parallel to a main surface of a semiconductor substrate, characterized in that the emitter is arranged on an island-like support zone of the semiconductor substrate, the support zone being surrounded by at least one trench which is completely filled with a gas, the trench passing through the entire depth of the semiconductor substrate and being bridged by at least one retaining web which forms a supporting connection between the support zone and the rest of the semiconductor substrate.
Drive device for driving at least a first and a second axle (axle 1, axle 2) and having a first closed-loop control device by means of which at least the first axle (axle 1) can be subjected to a closed-loop drive control, and having a second closed-loop control device by means of which at least the second axle (axle 2) can be subjected to a closed-loop drive control, characterized in that a position sensor for sensing a position of the second axle (axle 2) is provided which feeds a sensing signal of the position sensor to the first closed-loop control device.