mhurhangee/ep-ind-claims huggingface dataset:
A cylinder head structure (1A, 1B) for an internal combustion engine, wherein a monolithic cam carrier is placed on a top of a cylinder head, wherein the cam carrier comprises a pair of longitudinal frames provided parallel to an axial direction of a camshaft and a plurality of transversal frames connected to the pair of longitudinal frames to be spaced from each other and supporting the camshaft via cam bearings, and wherein a flexible structure suppressing amounts of change in a relative position and an inclined angle of the cam bearings relative to the camshaft due to a thermal expansion is provided on at least one of wall surfaces of the longitudinal frames, the wall surfaces being located between adjacent transversal frames, characterized in that: the flexible structure is a structure configured to absorb a difference in thermal expansion between an upper surface side and a contact surface side of the longitudinal frames, the contact surface being in contact with the cylinder head.
A saponification product of a vinyl ester/ethylenically unsaturated carboxylic acid ester copolymer having a mass average particle size of from 20 to 100 μm, and a viscosity retention of 80% or higher when a 1 mass%-aqueous thickening liquid is stirred for 20 minutes at 5 m/s of blade tip peripheral velocity.
A cell comprising: (a) a first expression cassette comprising a first coding sequence for a membrane-associated protein comprising a first dimerization domain, wherein the membrane-associated protein is selected from the group consisting of a myristoylated protein, a farnesylated protein, a membrane anchor protein, a transmembrane protein and a membrane lipid binding protein; (b) a second expression cassette comprising a promoter and a coding sequence for a heterologous target protein comprising a second dimerization domain; and (c) a micro-vesicle inducer, and wherein, under conditions sufficient to produce a micro-vesicle from the cell, the cell produces a micro-vesicle containing a dimerized complex of the membrane-associated protein and the heterologous target protein. (a) a first expression cassette comprising a first coding sequence for a membrane-associated protein comprising a first dimerization domain, wherein the membrane-associated protein is selected from the group consisting of a myristoylated protein, a farnesylated protein, a membrane anchor protein, a transmembrane protein and a membrane lipid binding protein; (b) a second expression cassette comprising a promoter and a coding sequence for a heterologous target protein comprising a second dimerization domain; and (c) a micro-vesicle inducer,
Polyurethane pultrudate consisting of 40-80 vol% of carbon fibers and a polyurethane resin having a density of > 1.05 g/cm 3, wherein the polyurethane is obtainable from a reaction mixture consisting of a polyisocyanate component, a polyol component consisting of b1) a mixture of at least two polyols, b2) 0-20% by weight based on the total weight of of one or more further isocyanate-reactive compounds distinct from b1), in the presence of b3) 0-5% by weight based on the total weight of of one or more catalysts, b4) 0-20% by weight based on the total weight of of further assistant and/or additive substances, 0.1-8% by weight based on the total weight of of at least one internal release agent, characterized in that the polyisocyanate component contains 1) > 55% by weight based on the total weight of of monomeric diphenylmethane diisocyanate, wherein 2) the sum of 2,2'-MDI and 2,4'-MDI based on the total weight of is < 40% by weight, and 3) contains no prepolymer, the polyol component contains no polymer polyol, the number-average hydroxyl number of the sum of the components in is ≥ 400 mg KOH/g and ≤2000 mg KOH/g, and the sum of the nominal OH functionalities in has a number-average value between 2.5 and 3.5, and the ratio of the number of NCO groups in to the sum of the number of OH groups in and multiplied by 100 has a value of 90-120. a polyisocyanate component, a polyol component consisting of b1) a mixture of at least two polyols, b2) 0-20% by weight based on the total weight of of one or more further isocyanate-reactive compounds distinct from b1), in the presence of b3) 0-5% by weight based on the total weight of of one or more catalysts, b4) 0-20% by weight based on the total weight of of further assistant and/or additive substances, b1) a mixture of at least two polyols, b2) 0-20% by weight based on the total weight of of one or more further isocyanate-reactive compounds distinct from b1), in the presence of b3) 0-5% by weight based on the total weight of of one or more catalysts, b4) 0-20% by weight based on the total weight of of further assistant and/or additive substances, 0.1-8% by weight based on the total weight of of at least one internal release agent, characterized in that the polyisocyanate component contains 1) > 55% by weight based on the total weight of of monomeric diphenylmethane diisocyanate, wherein 2) the sum of 2,2'-MDI and 2,4'-MDI based on the total weight of is < 40% by weight, and 3) contains no prepolymer, 1) > 55% by weight based on the total weight of of monomeric diphenylmethane diisocyanate, wherein 2) the sum of 2,2'-MDI and 2,4'-MDI based on the total weight of is < 40% by weight, and 3) contains no prepolymer, the polyol component contains no polymer polyol, the number-average hydroxyl number of the sum of the components in is ≥ 400 mg KOH/g and ≤2000 mg KOH/g, and the sum of the nominal OH functionalities in has a number-average value between 2.5 and 3.5, and the ratio of the number of NCO groups in to the sum of the number of OH groups in and multiplied by 100 has a value of 90-120.
A toner container for detachably installing in an image forming apparatus, comprising: an elongated toner container main body to accommodate toner, the toner container main body including an upper case and a lower case; ribs provided at edges of the upper case and the lower case to join the upper case and the lower case; a discharge port formed on one side of the lower case in a width direction perpendicular to an elongated direction of the toner container main body to discharge the toner from the toner container main body; a screw provided at the bottom of an interior of the lower case and extending along the elongated direction to convey the toner to the discharge port; a coupling member provided at a tip portion of the screw which is connectable to a driving device provided in the image forming apparatus being configured to rotate the screw; a shutter movably provided at the discharge port; a positioning member in form of a pressed plate being provided on the other side of the lower case in the width direction; and a plate-like handle provided on a front surface side of the upper case along the width direction and extending in a vertical direction, wherein the pressed plate is configured to be pressed to the front surface side by a lever provided in the image forming apparatus to project the handle out of the image forming apparatus. an elongated toner container main body to accommodate toner, the toner container main body including an upper case and a lower case; ribs provided at edges of the upper case and the lower case to join the upper case and the lower case; a discharge port formed on one side of the lower case in a width direction perpendicular to an elongated direction of the toner container main body to discharge the toner from the toner container main body; a screw provided at the bottom of an interior of the lower case and extending along the elongated direction to convey the toner to the discharge port; a coupling member provided at a tip portion of the screw which is connectable to a driving device provided in the image forming apparatus being configured to rotate the screw; a shutter movably provided at the discharge port; a positioning member in form of a pressed plate being provided on the other side of the lower case in the width direction; and a plate-like handle provided on a front surface side of the upper case along the width direction and extending in a vertical direction, wherein the pressed plate is configured to be pressed to the front surface side by a lever provided in the image forming apparatus to project the handle out of the image forming apparatus.
A mold assembly for manufacturing a syringe container which is provided with a cannula and a syringe barrel, the syringe barrel being formed with an annular section and a joint section which holds the cannula, the mold assembly comprising: a first set; a second set movable to abut against the first set to define a mold cavity (621,631, 661,671) therebetween; a core located in the mold cavity (621,631, 661,671); and a first clamping piece and a second clamping piece for holding the cannula; characterized in that the first and second clamping pieces (64, 68) are respectively secured to the first and second sets (61, 65). a first set; a second set movable to abut against the first set to define a mold cavity (621,631, 661,671) therebetween; a core located in the mold cavity (621,631, 661,671); and a first clamping piece and a second clamping piece for holding the cannula; the first and second clamping pieces (64, 68) are respectively secured to the first and second sets (61, 65).
An anastomosis device comprising: a frame formed by an elongate member, said frame defining: a first flange; a second flange; and a connecting region; a central aperture adapted to facilitate material transfer therethrough; and a covering material cooperating with the frame to provide a circumferential seal at an outer peripheral edge of the first flange and/or the second flange; wherein the connecting region is disposed between and interconnects the first flange and the second flange; wherein the elongate member defines one or more apposition petals of the first flange that form the first flange; wherein the elongate member also forms one or more apposition petals of the second flange that form the second flange. a frame formed by an elongate member, said frame defining: a first flange; a second flange; and a connecting region; a first flange; a second flange; and a connecting region; a central aperture adapted to facilitate material transfer therethrough; and a covering material cooperating with the frame to provide a circumferential seal at an outer peripheral edge of the first flange and/or the second flange; wherein the connecting region is disposed between and interconnects the first flange and the second flange; wherein the elongate member defines one or more apposition petals of the first flange that form the first flange; wherein the elongate member also forms one or more apposition petals of the second flange that form the second flange.
A method of encoding a signal to be transmitted from a terminal via a channel in a communication network comprising: receiving the signal at the terminal; determining characteristics of the channel; characterized by: determining a first frequency portion of the signal in dependence on the determined characteristics of the channel; encoding the first frequency portion of the signal in accordance with a first encoding method to produce a first encoded signal portion; determining a second frequency portion of the signal; encoding the second frequency portion of the signal in accordance with a second encoding method to produce a second encoded signal portion; and transmitting the first encoded signal portion and the second encoded signal portion via the channel. receiving the signal at the terminal; determining characteristics of the channel; characterized by: determining a first frequency portion of the signal in dependence on the determined characteristics of the channel; encoding the first frequency portion of the signal in accordance with a first encoding method to produce a first encoded signal portion; determining a second frequency portion of the signal; encoding the second frequency portion of the signal in accordance with a second encoding method to produce a second encoded signal portion; and transmitting the first encoded signal portion and the second encoded signal portion via the channel. determining a first frequency portion of the signal in dependence on the determined characteristics of the channel; encoding the first frequency portion of the signal in accordance with a first encoding method to produce a first encoded signal portion; determining a second frequency portion of the signal; encoding the second frequency portion of the signal in accordance with a second encoding method to produce a second encoded signal portion; and transmitting the first encoded signal portion and the second encoded signal portion via the channel.
A welding system, comprising: a welding power source comprising power conversion circuitry configured to generate a welding power output for use in a welding operation, characterised in that the welding power source is configured to receive a desired heat input level for the welding operation and an operator initiated adjustment to a first weld variable level of a first weld variable of a set of weld variables; and control circuitry communicatively coupled to the welding power source and configured to receive data encoding the desired heat input level and the first weld variable level, to determine a change to a second weld variable level of a second weld variable of the set of weld variables suitable to substantially maintain the desired heat input level, and to generate a control signal to command the welding power source to implement the second weld variable level, wherein the set of weld variables comprises a welding voltage, a welding current, a wire feed speed, a travel speed, or a combination thereof. a welding power source comprising power conversion circuitry configured to generate a welding power output for use in a welding operation, characterised in that the welding power source is configured to receive a desired heat input level for the welding operation and an operator initiated adjustment to a first weld variable level of a first weld variable of a set of weld variables; and control circuitry communicatively coupled to the welding power source and configured to receive data encoding the desired heat input level and the first weld variable level, to determine a change to a second weld variable level of a second weld variable of the set of weld variables suitable to substantially maintain the desired heat input level, and to generate a control signal to command the welding power source to implement the second weld variable level, wherein the set of weld variables comprises a welding voltage, a welding current, a wire feed speed, a travel speed, or a combination thereof.
A belt-driven starter-generator comprising: a rotary shaft; a bearing supporting the rotary shaft; a pulley belt coupled to the rotary shaft and configured such that one end of the rotary shaft is exposed therethrough; a pocket formed between the rotary shaft and the pulley belt; a key arranged in the pocket; and a coupling member coupled to one end of the rotary shaft, wherein the pulley belt comprises a receiving groove to which one end of the rotary shaft is exposed, and a through-hole formed on a bottom surface of the receiving groove so that the rotary shaft is inserted into the through-hole; and wherein the receiving groove has a diameter greater than a diameter of the through-hole and a maximum linear width of the coupling member, and wherein the pocket comprises a first slit formed on a side wall of the through-hole and a second slit formed on an outer peripheral surface of the rotary shaft, and wherein the key is press-fitted into the pocket such that the rotary shaft is fixed to the pulley belt, characterized in that the first slit is extended to a portion where the pulley belt supports an upper surface of the bearing, and a length of the first slit is longer than a length of the second slit so that a space portion is formed between the first slit and the rotary shaft. a rotary shaft; a bearing supporting the rotary shaft; a pulley belt coupled to the rotary shaft and configured such that one end of the rotary shaft is exposed therethrough; a pocket formed between the rotary shaft and the pulley belt; a key arranged in the pocket; and a coupling member coupled to one end of the rotary shaft, wherein the pulley belt comprises a receiving groove to which one end of the rotary shaft is exposed, and a through-hole formed on a bottom surface of the receiving groove so that the rotary shaft is inserted into the through-hole; and wherein the receiving groove has a diameter greater than a diameter of the through-hole and a maximum linear width of the coupling member, and wherein the pocket comprises a first slit formed on a side wall of the through-hole and a second slit formed on an outer peripheral surface of the rotary shaft, and wherein the key is press-fitted into the pocket such that the rotary shaft is fixed to the pulley belt, characterized in that the first slit is extended to a portion where the pulley belt supports an upper surface of the bearing, and a length of the first slit is longer than a length of the second slit so that a space portion is formed between the first slit and the rotary shaft.
A floor cleaner comprising: a supply tank configured to store a fluid; a distribution nozzle in fluid communication with the supply tank, the distribution nozzle configured to spray the fluid onto a surface to be cleaned; an electrically powered component; and a power switch operable to control a supply of electrical power to the electrically powered component, the power switch including, a button including, an actuator surface pressed by a user to operate the power switch, and a wall that extends away from the actuator surface, a frame, the button movable relative to the frame to operate the power switch to control the supply of electrical power, the frame including, an inner wall that defines an inner button aperture, the button extending into the inner button aperture, an outer wall, a fluid outlet, and a fluid collection surface between the inner wall and the outer wall that directs fluid on the fluid collection surface toward the fluid outlet, wherein the wall of the button is received in a gap between the inner wall and the outer wall of the frame so that fluid is directed along the wall of the button to the fluid collection surface and inhibited from passing through the button aperture. a supply tank configured to store a fluid; a distribution nozzle in fluid communication with the supply tank, the distribution nozzle configured to spray the fluid onto a surface to be cleaned; an electrically powered component; and a power switch operable to control a supply of electrical power to the electrically powered component, the power switch including, a button including, an actuator surface pressed by a user to operate the power switch, and a wall that extends away from the actuator surface, a frame, the button movable relative to the frame to operate the power switch to control the supply of electrical power, the frame including, an inner wall that defines an inner button aperture, the button extending into the inner button aperture, an outer wall, a fluid outlet, and a fluid collection surface between the inner wall and the outer wall that directs fluid on the fluid collection surface toward the fluid outlet, wherein the wall of the button is received in a gap between the inner wall and the outer wall of the frame so that fluid is directed along the wall of the button to the fluid collection surface and inhibited from passing through the button aperture.
A phosphor expressed by a composition formula of MmAaBbOoNn:Z wherein an element M is one or more bivalent elements, an element A is one or more trivalent elements, an element B is one or more tetravalent elements, O is oxygen, N is nitrogen, an element Z is an activator, n=2/3m+a+4/3b-2/3o, m/(a+b) ≥ 1/2, (o+n)/(a+b) > 4/3, m=a=b=1, o and n are not 0, 0<o≤m, wherein the element M is partially replaced by the activator element Z, wherein the mole amount m of the element M includes the doping amount z of the activator element Z, wherein the mole ratio of the doping amount z of the activator element Z to the mole amount m of the element M meets the requirement 0.0001 ≤ z/m ≤ 0.5, wherein the element M is one or more kinds of elements selected from Mg, Ca, Sr, Ba, and Zn, and the element A is Al or is obtained by replacing Al or a part of Al with one or more kinds of elements selected from B (boron) and Ga, and the element B is Si and/or Ge, and the element Z is Eu, and wherein the phosphor contains 3 wt% or less oxygen with respect to a mass of the phosphor in addition to the molar amount o of the oxygen O in the composition formula MmAaBbOoNn:Z.
A valve for dispensing frozen confection, wherein the valve comprises: (a) a housing having a bore extending from an outlet end having an outlet orifice to a sealed end, the housing comprising an inlet orifice at a position between the ends; and (b) a valve stem slidably mounted within the bore of the housing wherein the stem comprises an upper gasket in sealing engagement with the housing; wherein: - the bore of the housing narrows in a region towards the outlet end sufficient to form a valve seat on which the stem rests with the valve in a closed position; - the housing and stem are arranged such that on application of an external opening force to one or other of the housing or stem, the housing and stem slide relative to one another to lift the stem from the valve seat and bring the inlet orifice and outlet orifice into fluid communication; and - the upper gasket remains in sealing engagement with the housing when the housing and stem slide relative to one another during application of the opening force; wherein the valve comprises a lower gasket that forms a seal between the stem and bore at the valve seat. (a) a housing having a bore extending from an outlet end having an outlet orifice to a sealed end, the housing comprising an inlet orifice at a position between the ends; and (b) a valve stem slidably mounted within the bore of the housing wherein the stem comprises an upper gasket in sealing engagement with the housing; wherein: - the bore of the housing narrows in a region towards the outlet end sufficient to form a valve seat on which the stem rests with the valve in a closed position; - the housing and stem are arranged such that on application of an external opening force to one or other of the housing or stem, the housing and stem slide relative to one another to lift the stem from the valve seat and bring the inlet orifice and outlet orifice into fluid communication; and - the upper gasket remains in sealing engagement with the housing when the housing and stem slide relative to one another during application of the opening force; wherein the valve comprises a lower gasket that forms a seal between the stem and bore at the valve seat. - the bore of the housing narrows in a region towards the outlet end sufficient to form a valve seat on which the stem rests with the valve in a closed position; - the housing and stem are arranged such that on application of an external opening force to one or other of the housing or stem, the housing and stem slide relative to one another to lift the stem from the valve seat and bring the inlet orifice and outlet orifice into fluid communication; and - the upper gasket remains in sealing engagement with the housing when the housing and stem slide relative to one another during application of the opening force;