mhurhangee/ep-ind-claims huggingface dataset:
An automatic reversible arc assembly for a sprinkler, the sprinkler including a base cover and a direction change arm, the automatic reversible arc assembly comprising: a first rotary stop arm pivotably connectable to the sprinkler; a first primary stop member fixed to the first rotary stop arm adjacent a distal end of the first rotary stop arm; a second rotary stop arm pivotably connectable to the sprinkler; a second primary stop member fixed to the second rotary stop arm adjacent a distal end of the second rotary stop arm, the first and second primary stop members being circumferentially spaced from each other by a first amount; a stop assembly mounting plate connected between the first and second rotary stop arms at proximal ends of the first and second rotary stop arms; first and second secondary stop members coupled with the stop assembly mounting plate, the first and second secondary stop members being circumferentially spaced from each other by a second amount different from the first amount; a latch pin securable to the base cover of the sprinkler; and a timer module coupled to and pivotable with the first rotary stop arm, the timer module including a timer latch that is selectively engageable with the latch pin, wherein the first and second rotary stop arms are pivotable between a first position in which the timer latch is engaged with the latch pin and in which the first and second primary stop members are active, and a second position in which the timer latch is disengaged from the latch pin and in which the first and second secondary stop members are active. a first rotary stop arm pivotably connectable to the sprinkler; a first primary stop member fixed to the first rotary stop arm adjacent a distal end of the first rotary stop arm; a second rotary stop arm pivotably connectable to the sprinkler; a second primary stop member fixed to the second rotary stop arm adjacent a distal end of the second rotary stop arm, the first and second primary stop members being circumferentially spaced from each other by a first amount; a stop assembly mounting plate connected between the first and second rotary stop arms at proximal ends of the first and second rotary stop arms; first and second secondary stop members coupled with the stop assembly mounting plate, the first and second secondary stop members being circumferentially spaced from each other by a second amount different from the first amount; a latch pin securable to the base cover of the sprinkler; and a timer module coupled to and pivotable with the first rotary stop arm, the timer module including a timer latch that is selectively engageable with the latch pin, wherein the first and second rotary stop arms are pivotable between a first position in which the timer latch is engaged with the latch pin and in which the first and second primary stop members are active, and a second position in which the timer latch is disengaged from the latch pin and in which the first and second secondary stop members are active.
A computer implemented method of bringing an IVUS image of an area of a lumen and an OCT image of the same area of the lumen into register comprising: receiving, by one or more processors, the IVUS image of the area of the lumen; receiving, by the one or more processors, the OCT image of the same area of the lumen; determining the same asymmetry in each of the IVUS and OCT images; and overlaying the IVUS and OCT images and rotating them with respect to one another until the asymmetry in each of the IVUS and OCT images are in register. receiving, by one or more processors, the IVUS image of the area of the lumen; receiving, by the one or more processors, the OCT image of the same area of the lumen; determining the same asymmetry in each of the IVUS and OCT images; and overlaying the IVUS and OCT images and rotating them with respect to one another until the asymmetry in each of the IVUS and OCT images are in register.
A method for the removal of an ester from a vapor mixture containing the ester, by bringing the vapor mixture into contact with an aqueous solution containing the acid corresponding to the ester, wherein a portion of the ester is dissolved in or otherwise transferred to the aqueous solution, and the aqueous solution is after the contact led in a circulation, characterized in that the aqueous solution is processed in the circulation in a process comprising: - a heating step - a reaction step having a residence time and a temperature - a cooling step wherein the heating step precedes the reaction step, the reaction step precedes the cooling step, and the residence time and the temperature in the reaction step are sufficient to substantially reduce the content of the ester in the aqueous solution through a dissolution and hydrolysis of the ester. - a heating step - a reaction step having a residence time and a temperature - a cooling step
A method of stirring a fluid to be processed using a stirrer comprising: a rotating rotor which is equipped with plural blades and a screen having plural slits which is arranged around the rotor, in which the blades and the slits have at least a matching region between them in the same position in the axial direction of the rotation axis of the rotor, the slits extending in the axial direction, and the fluid to be processed is discharged as an intermittent jet flow through the slits from inside the screen to outside the screen by rotating the rotor; wherein when: maximum outer diameter of the rotor in the matching region is D m, speed of rotation of the rotor is N revolutions/sec, number of the blades is X, number of the slits is Y, circumferential velocity V in m/sec of rotation of the rotor is V = D×π×N, and frequency Z in kHz of the intermittent jet flow is Z = N×X×Y÷1000, then the circumferential velocity V is larger than 23 m/sec and smaller than 37 m/sec, and the frequency Z is more than 35 and less than 92. a rotating rotor which is equipped with plural blades and a screen having plural slits which is arranged around the rotor, in which the blades and the slits have at least a matching region between them in the same position in the axial direction of the rotation axis of the rotor, the slits extending in the axial direction, and the fluid to be processed is discharged as an intermittent jet flow through the slits from inside the screen to outside the screen by rotating the rotor; wherein when: maximum outer diameter of the rotor in the matching region is D m, speed of rotation of the rotor is N revolutions/sec, number of the blades is X, number of the slits is Y, circumferential velocity V in m/sec of rotation of the rotor is V = D×π×N, and frequency Z in kHz of the intermittent jet flow is Z = N×X×Y÷1000, then maximum outer diameter of the rotor in the matching region is D m, speed of rotation of the rotor is N revolutions/sec, number of the blades is X, number of the slits is Y, circumferential velocity V in m/sec of rotation of the rotor is V = D×π×N, and frequency Z in kHz of the intermittent jet flow is Z = N×X×Y÷1000, then the circumferential velocity V is larger than 23 m/sec and smaller than 37 m/sec, and the frequency Z is more than 35 and less than 92.
A wound closure device, comprising: a stabilizing structure for insertion into a wound, the stabilizing structure configured to collapse more in a horizontal plane parallel to the length and width of the stabilizing structure than in a vertical plane perpendicular to the horizontal plane wherein the stabilizing structure comprises one or more cells and wherein the stabilizing structure is configured to collapse by collapsing the one or more cells; a top layer of foam for positioning above the stabilizing structure, the top layer of foam conforming to a top surface of the stabilizing structure; and a bottom layer of foam for positioning below the stabilizing structure, the bottom layer of foam conforming to a bottom surface of the stabilizing structure; wherein the top layer of foam and/or the bottom layer of foam is at least partially curved along a horizontal plane parallel to a length and a width of the stabilizing structure. a stabilizing structure for insertion into a wound, the stabilizing structure configured to collapse more in a horizontal plane parallel to the length and width of the stabilizing structure than in a vertical plane perpendicular to the horizontal plane wherein the stabilizing structure comprises one or more cells and wherein the stabilizing structure is configured to collapse by collapsing the one or more cells; a top layer of foam for positioning above the stabilizing structure, the top layer of foam conforming to a top surface of the stabilizing structure; and a bottom layer of foam for positioning below the stabilizing structure, the bottom layer of foam conforming to a bottom surface of the stabilizing structure; wherein the top layer of foam and/or the bottom layer of foam is at least partially curved along a horizontal plane parallel to a length and a width of the stabilizing structure.
A filter comprising: a housing having first and second portions and a center portion, wherein the housing portions are removably secured to each other and the center portion is disposed between the first and second portions; an air inlet disposed on the center portion; an air outlet disposed on an end face of the second portion; a first chamber and a second chamber disposed within the housing, wherein the second chamber is concentric to and interior to the first chamber; a coalescer in the first chamber; a first inlet into the first chamber, wherein the first inlet is interior to the coalescer and is connected to the air inlet via a first passage in the center portion; a first outlet from the first chamber, wherein the first outlet is exterior the coalescer and is connected to the second chamber; a third chamber in the second housing portion; a membrane separator in the third chamber, wherein the membrane separator has an outlet connected to the air outlet and wherein the membrane separator also has an inlet; and a second passage in the center portion connecting the second chamber to the inlet of the membrane separator. a housing having first and second portions and a center portion, wherein the housing portions are removably secured to each other and the center portion is disposed between the first and second portions; an air inlet disposed on the center portion; an air outlet disposed on an end face of the second portion; a first chamber and a second chamber disposed within the housing, wherein the second chamber is concentric to and interior to the first chamber; a coalescer in the first chamber; a first inlet into the first chamber, wherein the first inlet is interior to the coalescer and is connected to the air inlet via a first passage in the center portion; a first outlet from the first chamber, wherein the first outlet is exterior the coalescer and is connected to the second chamber; a third chamber in the second housing portion; a membrane separator in the third chamber, wherein the membrane separator has an outlet connected to the air outlet and wherein the membrane separator also has an inlet; and a second passage in the center portion connecting the second chamber to the inlet of the membrane separator.
Rolling device for fastening to a stand frame of a clothes dryer, comprising - at least one rolling unit, fastenable to a mounting portion of the stand frame, - a support structure fastenable at the stand frame, which has an attachment area in the form of a socket, into which a frame portion of the stand frame can be tightly inserted such that the support structure at least partially embraces the stand frame in the attachment area, wherein at least one arm is provided on the support structure, on which the rolling unit is rotatably supported, characterized in that a roller carrier, on which the rolling unit is rotatably supported, is arranged on the arm and which can rotate around an axis of rotation arranged at an angle to the axis of rotation of the roller, wherein the axis of rotation of the roller carrier is tilted around an angle in relation to the vertical. - at least one rolling unit, fastenable to a mounting portion of the stand frame, - a support structure fastenable at the stand frame, which has an attachment area in the form of a socket, into which a frame portion of the stand frame can be tightly inserted such that the support structure at least partially embraces the stand frame in the attachment area,
A bicycle seatpost, in particular for racing bicycles, comprising a support element having a connecting member for connection to a bicycle saddle, a holding member for fixing inside a seat tube of a bicycle frame, and a bending member arranged between the connecting member and the holding member, a damping element connected to the support element, characterized by a shaped element being shell-shaped and having a U-shaped cross-section, which at least partially encloses the damping element. a support element having a connecting member for connection to a bicycle saddle, a holding member for fixing inside a seat tube of a bicycle frame, and a bending member arranged between the connecting member and the holding member, a damping element connected to the support element, characterized by a shaped element being shell-shaped and having a U-shaped cross-section, which at least partially encloses the damping element.
A liquid chromatography system comprising a chromatographic separator having an inlet and an outlet, a first detector, a second detector and an electrolytic device suitable for use in detecting analytes in a liquid sample, said electrolytic device comprising a housing including at least first, second, third, and fourth side-by-side liquid flow-through channels (10, 12, 14, 16), each having an inlet (10a, 12a, 14b, 16a) and an outlet (10b, 12b, 14a, 16b); said first channel being separated from said second channel by a first charged barrier having exchangeable ions and capable of blocking bulk liquid flow; said second channel being separated from said third channel by a second charged barrier having exchangeable ions and capable of blocking bulk liquid flow; said third channel being separated from said fourth channel by a third charged barrier having exchangeable ions and capable of blocking bulk liquid flow; wherein said first, second and third charged barriers (18, 20, 22) are each capable of passing ions of only one charge, positive or negative, and are of a same type; a first electrode disposed adjacent to and along said first channel in electrical communication therewith; and a second electrode disposed adjacent to and along said fourth channel in electrical communication therewith, in which said first detector is in fluid communication with said second channel outlet and said third channel inlet, and said third channel outlet is in fluid communication with said second detector, and in which said chromatographic separator outlet is upstream of and in fluid communication with said second channel inlet.
Dental prosthesis with fastening device, comprising one or more retentive regions in which a recess is formed which is lined with a silicone material, wherein the recess is suitable for receiving an implant pin, wherein the silicone material is chosen such that a predetermined adherence of the dental prosthesis is set by adjusting the hardness of the silicone material by means of addition of silicic acid prior to curing.
A method of manufacturing a freeze-dried composition suitable for the preparation of a suspension of stabilized gas-filled microbubbles, said composition comprising: (i) an amphiphilic material comprising a phospholipid and a fatty acid; and (ii) a polyethylene glycol as freeze-drying protecting component; which comprises: a. preparing a liquid mixture comprising said amphiphilic material and said freeze-drying protecting component in a solvent; b. freeze-drying the liquid mixture to remove said solvent and obtain a freeze-dried product; and c. after completion of the freeze-drying of step b, heating said freeze-dried product at ambient pressure at a temperature higher than 35°C, for a period of time of from eight to twenty hours. a. preparing a liquid mixture comprising said amphiphilic material and said freeze-drying protecting component in a solvent; b. freeze-drying the liquid mixture to remove said solvent and obtain a freeze-dried product; and c. after completion of the freeze-drying of step b, heating said freeze-dried product at ambient pressure at a temperature higher than 35°C, for a period of time of from eight to twenty hours.
Combination of a cooling system and a feed grate of an incinerator of solid materials, the feed grate comprising a plurality of grate bars, at least one of the grate bars including a body having atop surface, a bottom surface, a first end and a second end, the cooling system comprising: a first aperture in the body and a second aperture in the body, and an internal passageway defined within the body and fluidly connecting the first aperture to the second aperture, the first aperture being arranged to receive a gas therethrough into the body, and the second aperture arranged to provide an egress for the gas out of the body; and a manifold duct fluidly coupled to the second aperture for receiving the gas from the second aperture; wherein the gas is independent of the primary combustion air of the incinerator; characterized by a heat exchanger fluidly connected to the manifold duct and forming a closed loop with the internal passageway in the body of the grate bar. a first aperture in the body and a second aperture in the body, and an internal passageway defined within the body and fluidly connecting the first aperture to the second aperture, the first aperture being arranged to receive a gas therethrough into the body, and the second aperture arranged to provide an egress for the gas out of the body; and a manifold duct fluidly coupled to the second aperture for receiving the gas from the second aperture; wherein the gas is independent of the primary combustion air of the incinerator; characterized by a heat exchanger fluidly connected to the manifold duct and forming a closed loop with the internal passageway in the body of the grate bar.
Electronic system comprising a first and a second oscillator that are mutually cross-coupled and have one and the same resonant frequency, each said oscillator comprising an electrical resonator (RES1, RES2), an active cell (CA1, CA2) having a negative small-signal resistance linked to said electrical resonator, an electric power supply terminal (AE1, AE2) of said active cell, an output (S1, S2) for an oscillation signal (s_osc1, s_osc2) and a terminal (CM1, CM2) for connection to a ground point, characterized in that: - the electric power supply terminal of the second oscillator and the terminal for connection to a ground point of the first oscillator are linked to one and the same point, termed dynamic ground; and characterized in that - the system also comprises a differential amplifier (CMFB) having a first input that is able to be connected to a reference voltage source, a second input linked to said dynamic ground point, and an output linked to a terminal for controlling the bias current of one from the first and the second oscillator so as to form a feedback loop designed to maintain the potential of said dynamic ground point at a constant level, dependent on said reference voltage. - the electric power supply terminal of the second oscillator and the terminal for connection to a ground point of the first oscillator are linked to one and the same point, termed dynamic ground; and characterized in that - the system also comprises a differential amplifier (CMFB) having a first input that is able to be connected to a reference voltage source, a second input linked to said dynamic ground point, and an output linked to a terminal for controlling the bias current of one from the first and the second oscillator so as to form a feedback loop designed to maintain the potential of said dynamic ground point at a constant level, dependent on said reference voltage.
A cAMP inhibitor selected from so mast in, octreotide, lanreotide, or vapreotide.for use in a method of treatment of liver conditions characterized by the presence of solitary or multiple liver cysts by reducing liver cyst growth.
An electronic cigarette, comprising an atomizer and a power supply assembly interconnected with the atomizer, and the atomizer comprising a top cover, a base, an atomizing assembly, and a light pervious sleeve connecting the top cover and the base, wherein the atomizing assembly is accommodated in the light pervious sleeve, and a liquid storage chamber is defined between the atomizing assembly and the light pervious sleeve; the atomizer further comprises a light-emitting assembly configured for illuminating the liquid storage chamber; wherein the light-emitting assembly is fixed mounted on the base body and is electrically connected to the power supply assembly; wherein a position on the light pervious sleeve contacting the base is provided with an oil-sealing ring, characterized in that the oil-sealing ring is made of light pervious material. the atomizing assembly is accommodated in the light pervious sleeve, and a liquid storage chamber is defined between the atomizing assembly and the light pervious sleeve; the atomizer further comprises a light-emitting assembly configured for illuminating the liquid storage chamber; wherein the light-emitting assembly is fixed mounted on the base body and is electrically connected to the power supply assembly; wherein a position on the light pervious sleeve contacting the base is provided with an oil-sealing ring, characterized in that the oil-sealing ring is made of light pervious material.
An apparatus for extracting a circulating charged particle beam from a synchrotron, said synchrotron having a center, said apparatus comprising: an extraction material; a pair of extraction blades (414,416); and a deflector, wherein said extraction material is configured such that in operation the circulating charged particle beam passes through said extraction material resulting in a reduced energy charged particle beam, wherein said pair of extraction blades is configured such that in operation the reduced energy charged particle beam passes between said pair of extraction blades, and wherein said pair of extraction blades is activated in operation by at least one kilovolt direct current field across the pair such that the direct current field redirects the reduced energy charged particle beam through said deflector, wherein said deflector is configured to yield the reduced energy charged particle beam into an extracted charged particle beam. an extraction material; a pair of extraction blades (414,416); and a deflector, wherein said extraction material is configured such that in operation the circulating charged particle beam passes through said extraction material resulting in a reduced energy charged particle beam, wherein said pair of extraction blades is configured such that in operation the reduced energy charged particle beam passes between said pair of extraction blades, and wherein said pair of extraction blades is activated in operation by at least one kilovolt direct current field across the pair such that the direct current field redirects the reduced energy charged particle beam through said deflector, wherein said deflector is configured to yield the reduced energy charged particle beam into an extracted charged particle beam.