mhurhangee/ep-ind-claims huggingface dataset:
A lens shift mechanism comprising: a projection lens; a cylindrical housing that holds the projection lens; and an operating unit that moves the cylindrical housing in one axial direction perpendicular to an optical axis of the projection lens, wherein the operating unit includes a pair of a main shaft and a countershaft extending in the one axial direction and disposed to be opposed to each other across the cylindrical housing, characterised by a pair of elastic bodies (34, 35) provided respectively for the main shaft and the countershaft, the pair of elastic bodies being parallel to the one axial direction and having biasing directions opposite to each other. a projection lens; a cylindrical housing that holds the projection lens; and an operating unit that moves the cylindrical housing in one axial direction perpendicular to an optical axis of the projection lens, wherein the operating unit includes a pair of a main shaft and a countershaft extending in the one axial direction and disposed to be opposed to each other across the cylindrical housing, characterised by a pair of elastic bodies (34, 35) provided respectively for the main shaft and the countershaft, the pair of elastic bodies being parallel to the one axial direction and having biasing directions opposite to each other. a pair of a main shaft and a countershaft extending in the one axial direction and disposed to be opposed to each other across the cylindrical housing, characterised by a pair of elastic bodies (34, 35) provided respectively for the main shaft and the countershaft, the pair of elastic bodies being parallel to the one axial direction and having biasing directions opposite to each other.
An elastic wiring comprising: an elastic tube; a conductor wire arranged within the tube; and fixing portions including caulking members that fix the conductor wire and the tube at both ends (10a, 10b) of the tube in the lengthwise direction, wherein the length of the conductor wire between the fixing portions when the tube is in an unextended state is longer than the length of the tube between the fixing portions, characterized in that at least one of the caulking members comprises: a male member comprising a flat plate portion and a spike extending substantially perpendicularly from the flat plate portion; and a ring-shaped female member fixed to the male member by being crimped to the spike; wherein by fixing the female member to the male member, the conductor wire and the tube are caulked by the flat plate portion and the female member, and a recess is formed in the ring-shaped central portion of the female member. an elastic tube; a conductor wire arranged within the tube; and fixing portions including caulking members that fix the conductor wire and the tube at both ends (10a, 10b) of the tube in the lengthwise direction, wherein the length of the conductor wire between the fixing portions when the tube is in an unextended state is longer than the length of the tube between the fixing portions, characterized in that at least one of the caulking members comprises: a male member comprising a flat plate portion and a spike extending substantially perpendicularly from the flat plate portion; and a ring-shaped female member fixed to the male member by being crimped to the spike; wherein by fixing the female member to the male member, the conductor wire and the tube are caulked by the flat plate portion and the female member, and a recess is formed in the ring-shaped central portion of the female member. a male member comprising a flat plate portion and a spike extending substantially perpendicularly from the flat plate portion; and a ring-shaped female member fixed to the male member by being crimped to the spike; wherein by fixing the female member to the male member, the conductor wire and the tube are caulked by the flat plate portion and the female member, and a recess is formed in the ring-shaped central portion of the female member.
Sensor array for the potentiometric measurement of a fill level in a container, comprising an oscillator array for generating alternative voltage, whereby the oscillator array is at least partly located in an electro-magnetically shielding array whose potential is dependent on the potential of the container, wherein the sensor arrangement has an electrode which can be brought into the container and which is connected to the oscillator arrangement and protrudes out of the screen arrangement, characterized in that the shielding array is connected to the container via an impedance converter and a distal end of the electrode is connected to an internal reference mass of the impedance converter.
Black particles comprising a copolymer including a structural unit derived from pyrrole and a structural unit derived from benzoquinone, the copolymer having a weight average molecular weight of 1 x 10 6 or more and 1 x 10 15 or less, the black particles having an aqueous dispersion number average particle size of 100 nm or less and a zeta potential of -5 mV or less. a copolymer including a structural unit derived from pyrrole and a structural unit derived from benzoquinone, the copolymer having a weight average molecular weight of 1 x 10 6 or more and 1 x 10 15 or less, the black particles having an aqueous dispersion number average particle size of 100 nm or less and a zeta potential of -5 mV or less.
A flow regulator for regulating flow of an inflation fluid to a balloon catheter, comprising: a valve body enclosing a control chamber comprising a passageway for fluid flow; a distal end of the valve body with a distal flow orifice for connection with the balloon catheter, a proximal end of the valve body with a proximal flow orifice for connection with a catheter in fluid communication an inflation device, a slidable restrictor body positioned within the control chamber to allow fluid flow distally or proximally through the restrictor body; a valve seat positioned distal to the restrictor body comprising a valve seat orifice which allows fluid to flow out of the distal flow orifice, and a biasing element that applies a biasing force that opposes the distal sliding of the restrictor body, wherein the slidable restrictor body is operable to slide distally in response to fluid flow in the distal direction toward the valve seat during inflation of the balloon, wherein as a distal end of the restrictor body approaches the valve seat they cooperate to increase restriction to fluid flow which controls the pressurization rate of the balloon to within a specified range, wherein a distal end of the restrictor body comprises a wall with at least one opening to allow fluid flow distally or proximally that restricts the fluid flow and the openings are positioned with respect to the valve seat orifice to allow some fluid flow when the wall engages the valve seat. a valve body enclosing a control chamber comprising a passageway for fluid flow; a distal end of the valve body with a distal flow orifice for connection with the balloon catheter, a proximal end of the valve body with a proximal flow orifice for connection with a catheter in fluid communication an inflation device, a slidable restrictor body positioned within the control chamber to allow fluid flow distally or proximally through the restrictor body; a valve seat positioned distal to the restrictor body comprising a valve seat orifice which allows fluid to flow out of the distal flow orifice, and a biasing element that applies a biasing force that opposes the distal sliding of the restrictor body, wherein the slidable restrictor body is operable to slide distally in response to fluid flow in the distal direction toward the valve seat during inflation of the balloon, wherein as a distal end of the restrictor body approaches the valve seat they cooperate to increase restriction to fluid flow which controls the pressurization rate of the balloon to within a specified range, wherein a distal end of the restrictor body comprises a wall with at least one opening to allow fluid flow distally or proximally that restricts the fluid flow and the openings are positioned with respect to the valve seat orifice to allow some fluid flow when the wall engages the valve seat.
A working control circuit for an ultrasonic atomization sheet, comprising a power module, a booster circuit, a smoking switch, a controller, a drive circuit, and an LC oscillation circuit, wherein the power module is electrically connected to the ultrasonic atomization sheet sequentially through the booster circuit, the drive circuit, and the LC oscillation circuit; the smoking switch is electrically connected to an input end of the controller, and an output end of the controller is electrically connected to an enable end of the booster circuit; characterized in that the working control circuit further comprises a voltage regulator circuit for increasing a voltage value transmitted by the booster circuit to the drive circuit when a time interval between two adjacent ON moments of the smoking switch is longer than a preset time, an output end of the booster circuit is electrically connected to an input end of the drive circuit through the voltage regulator circuit, and the output end of the controller is electrically connected to a control end of the voltage regulator circuit.
A chemical ablation device comprising: an electrode-equipped guidewire with which intracardiac potential is measurable; an over-the-wire balloon catheter including an inner tube having a guidewire lumen into which the electrode-equipped guidewire is to be inserted, an outer tube provided on an outer side of the inner tube in such a manner as to provide an expansion lumen, a balloon provided on the outer side of the inner tube with a proximal end thereof attached to a distal end of the outer tube, and a distal tip that is continuous with the inner tube and extends from a distal end of the balloon; a Y-shaped connector connected to a proximal side of the balloon catheter and including a guidewire port communicating with the guidewire lumen of the balloon catheter, and an expansion port communicating with the expansion lumen of the balloon catheter; and a hemostasis valve connected to the guidewire port of the Y-shaped connector and including a side-infusion tube for supplying a medical fluid for ablation to the guidewire lumen of the balloon catheter, wherein the medical fluid supplied to the guidewire lumen of the balloon catheter is ejected from an opening of the distal tip. an electrode-equipped guidewire with which intracardiac potential is measurable; an over-the-wire balloon catheter including an inner tube having a guidewire lumen into which the electrode-equipped guidewire is to be inserted, an outer tube provided on an outer side of the inner tube in such a manner as to provide an expansion lumen, a balloon provided on the outer side of the inner tube with a proximal end thereof attached to a distal end of the outer tube, and a distal tip that is continuous with the inner tube and extends from a distal end of the balloon; a Y-shaped connector connected to a proximal side of the balloon catheter and including a guidewire port communicating with the guidewire lumen of the balloon catheter, and an expansion port communicating with the expansion lumen of the balloon catheter; and a hemostasis valve connected to the guidewire port of the Y-shaped connector and including a side-infusion tube for supplying a medical fluid for ablation to the guidewire lumen of the balloon catheter, wherein the medical fluid supplied to the guidewire lumen of the balloon catheter is ejected from an opening of the distal tip.
A drying unit for domestic and/or hospitality use for drying garments, fabrics and similar objects, comprising hot air generation means and interfacing means with a containment cabin, said interfacing means being adapted to conduct the hot air generated by said hot air generation means into said containment cabin, said drying unit being adapted to be associated with said containment cabin in order to dry objects contained therein, characterized in that said containment cabin is a shower cabin, and in that it comprises connection means adapted to connect said drying unit to a shower head, said shower head being an interface element of said drying unit, wherein said drying unit includes switching means adapted to switch said shower head from a drying configuration, in which it emits hot air, to a washing configuration, in which it emits water, and vice versa.
A flexible brachytherapy device for application on a wound site in a body, the device comprising: a bioresorbable carrier matrix structure comprising a plurality of radio-isotope particles, the bioresorbable carrier matrix structure configured to degrade, when implanted at the wound site, at a rate such that the bioresorbable carrier matrix structure has a half-life that is longer than a half-life of the plurality of radio-isotope particles such that activity from the plurality of radio-isotope particles is localised to the wound site, wherein the bioresorbable carrier matrix structure has opposite first surface and second surface; a hydrophilic substrate located adjacent to the first surface of the bioresorbable carrier matrix structure, wherein the hydrophilic substrate is configured to adhere to the wound site, the hydrophilic substrate configured to degrade, when implanted at the wound site, at a rate faster than the bioresorbable carrier matrix structure to prevent migration of the device during the half-life of the plurality of radio-isotope particles; and a hydrogel substrate located adjacent to the second surface of the bioresorbable carrier matrix structure, the hydrogel substrate configured to shield radioactivity and to degrade at a rate such that the hydrogel substrate has a half-life that is longer than the half-life of the plurality of radio-isotope particles, wherein the plurality of radio-isotope particles are elements in compound molecules of calcium phosphate. a bioresorbable carrier matrix structure comprising a plurality of radio-isotope particles, the bioresorbable carrier matrix structure configured to degrade, when implanted at the wound site, at a rate such that the bioresorbable carrier matrix structure has a half-life that is longer than a half-life of the plurality of radio-isotope particles such that activity from the plurality of radio-isotope particles is localised to the wound site, wherein the bioresorbable carrier matrix structure has opposite first surface and second surface; a hydrophilic substrate located adjacent to the first surface of the bioresorbable carrier matrix structure, wherein the hydrophilic substrate is configured to adhere to the wound site, the hydrophilic substrate configured to degrade, when implanted at the wound site, at a rate faster than the bioresorbable carrier matrix structure to prevent migration of the device during the half-life of the plurality of radio-isotope particles; and a hydrogel substrate located adjacent to the second surface of the bioresorbable carrier matrix structure, the hydrogel substrate configured to shield radioactivity and to degrade at a rate such that the hydrogel substrate has a half-life that is longer than the half-life of the plurality of radio-isotope particles, wherein the plurality of radio-isotope particles are elements in compound molecules of calcium phosphate.
A method for managing optical network units, ONUs, characterized by comprising: issuing, according to a group manage message format, a group manage negotiation message to each of the ONUs to be managed in batches; receiving group manage negotiation response messages returned by each of the ONUs according to a group manage response message format when receiving the group manage negotiation message; and including, in response to a group manage negotiation being successful, a respective one of the ONUs into a group, wherein a message indicating that the group manage negotiation is successful is returned by the respective ONU if the ONU supports group management and has created a passive optical network encapsulation method port, GEM PORT, for receiving group manage messages, and wherein each of the ONUs in the group has created a respective GEM PORT with a same PORT ID; and issuing, according to a message header format, group manage messages to each of the ONUs in the group, so that each of the ONUs in the group receives the group manage messages through the respective GEM PORT created with the same PORT ID, thereby realizing batch management for all of the ONUs in the group. issuing, according to a group manage message format, a group manage negotiation message to each of the ONUs to be managed in batches; receiving group manage negotiation response messages returned by each of the ONUs according to a group manage response message format when receiving the group manage negotiation message; and including, in response to a group manage negotiation being successful, a respective one of the ONUs into a group, wherein a message indicating that the group manage negotiation is successful is returned by the respective ONU if the ONU supports group management and has created a passive optical network encapsulation method port, GEM PORT, for receiving group manage messages, and wherein each of the ONUs in the group has created a respective GEM PORT with a same PORT ID; and issuing, according to a message header format, group manage messages to each of the ONUs in the group, so that each of the ONUs in the group receives the group manage messages through the respective GEM PORT created with the same PORT ID, thereby realizing batch management for all of the ONUs in the group.
A tool comprising a tool holder (30, 60) in which a face, a flank, and a cutting edge forming an intersection ridge between the face and the flank are disposed at a leading end portion of a shaft-shaped tool body, wherein a coolant supply passage is formed in the tool body, a coolant ejection member (37, 61) is detachably provided at the leading end portion of the tool body, and the coolant ejection member (37, 61) includes a tubular portion and an ejection portion provided with an ejection hole that communicates with the coolant supply passage through the inside of the tubular portion and opens toward the flank and the cutting edge, wherein the flank is positioned between the ejection hole of the coolant ejection member (37, 61) and the cutting edge, and the ejection hole is disposed adjacent to the flank,and a housing recess, which communicates with the coolant supply passage, is formed at the leading end portion of the tool body, and the coolant ejection member (37, 61) is housed in the housing recess, characterized in that the tubular portion extends so as to be gradually inclined toward the cutting edge as approaching at least one of a leading end side and a lateral side of the tool body from a portion of the tubular portion, which is connected to the coolant supply passage. holder (30, 60) in which a face, a flank, and a cutting edge forming an intersection ridge between the face and the flank are disposed at a leading end portion of a shaft-shaped tool body, wherein a coolant supply passage is formed in the tool body, a coolant ejection member (37, 61) is detachably provided at the leading end portion of the tool body, and the coolant ejection member (37, 61) includes a tubular portion and an ejection portion provided with an ejection hole that communicates with the coolant supply passage through the inside of the tubular portion and opens toward the flank and the cutting edge, wherein the flank is positioned between the ejection hole of the coolant ejection member (37, 61) and the cutting edge, and the ejection hole is disposed adjacent to the flank,and a housing recess, which communicates with the coolant supply passage, is formed at the leading end portion of the tool body, and the coolant ejection member (37, 61) is housed in the housing recess,
A gap frame press machine comprising: a press frame; a ram; a crankshaft rotatably supported by the press frame, wherein the crankshaft has an eccentric portion (14, 15); a linkage type ram drive mechanism operably connected between the ram and the crankshaft; a first drive motor, with a first rotary position feedback device, said first motor connected to a first end of the crankshaft and driven to rotate said crankshaft from said first end; a second drive motor, with a second rotary position feedback device, said second motor connected to a second end of the crankshaft and driven to rotate said crankshaft from said second end; wherein the eccentric portion (14, 15) of the crankshaft is located between the first and second ends of the crankshaft; and a control device; wherein the control device is configured to receive signals from said first and second rotary position feedback devices; wherein the control device is configured to command the first drive motor, and wherein the control device is configured to command the second drive motor; and wherein the control device is configured to compare the rotary position feedback signals of the first and second rotary position feedback devices. a press frame; a ram; a crankshaft rotatably supported by the press frame, wherein the crankshaft has an eccentric portion (14, 15); a linkage type ram drive mechanism operably connected between the ram and the crankshaft; a first drive motor, with a first rotary position feedback device, said first motor connected to a first end of the crankshaft and driven to rotate said crankshaft from said first end; a second drive motor, with a second rotary position feedback device, said second motor connected to a second end of the crankshaft and driven to rotate said crankshaft from said second end; wherein the eccentric portion (14, 15) of the crankshaft is located between the first and second ends of the crankshaft; and a control device; wherein the control device is configured to receive signals from said first and second rotary position feedback devices; wherein the control device is configured to command the first drive motor, and wherein the control device is configured to command the second drive motor; and wherein the control device is configured to compare the rotary position feedback signals of the first and second rotary position feedback devices.
A fluid permeable heater assembly for an aerosol-generating system, the heater assembly comprising: a cap comprising a hollow body with a first and a second cap opening, wherein the first cap opening is opposite to the second cap opening, wherein the cap further comprises a holder with a holder opening, and wherein the holder covers the first cap opening such that the holder opening coincides with at least a portion of the first cap opening; wherein the cap and the holder are integrally formed; a substantially flat electrically conductive and fluid permeable heating element, wherein the heating element is configured to vaporise a liquid aerosol-forming substrate and wherein the heating element is mounted on the holder such that the heating element extends across the first cap opening; and a host material piece configured to retain the liquid aerosol-forming substrate, wherein at least a portion of the host material piece is arranged in the hollow body between the first and the second cap opening. a cap comprising a hollow body with a first and a second cap opening, wherein the first cap opening is opposite to the second cap opening, wherein the cap further comprises a holder with a holder opening, and wherein the holder covers the first cap opening such that the holder opening coincides with at least a portion of the first cap opening; wherein the cap and the holder are integrally formed; a substantially flat electrically conductive and fluid permeable heating element, wherein the heating element is configured to vaporise a liquid aerosol-forming substrate and wherein the heating element is mounted on the holder such that the heating element extends across the first cap opening; and a host material piece configured to retain the liquid aerosol-forming substrate, wherein at least a portion of the host material piece is arranged in the hollow body between the first and the second cap opening.