mhurhangee/ep-ind-claims huggingface dataset:
An aqueous coating composition, the aqueous coating composition comprising: a) an acrylic polyester resin, obtainable by grafting an acrylic polymer with a polyester material, the polyester material being obtainable by polymerizing: i) a polyacid component, with ii) a polyol component, wherein at least one of the polyacid component and/or the polyol component comprises a monomer having an aliphatic group containing at least 15 carbon atoms; wherein the aliphatic group-containing monomer is a dimer fatty acid; wherein at least one of the polyacid component and/or the polyol component comprises a functional monomer operable to impart functionality on to the polyester resin, such that an acrylic polymer may be grafted with the polyester material via the use of said functionality, b) a crosslinking material. a) an acrylic polyester resin, obtainable by grafting an acrylic polymer with a polyester material, the polyester material being obtainable by polymerizing: i) a polyacid component, with ii) a polyol component, wherein at least one of the polyacid component and/or the polyol component comprises a monomer having an aliphatic group containing at least 15 carbon atoms; wherein the aliphatic group-containing monomer is a dimer fatty acid; wherein at least one of the polyacid component and/or the polyol component comprises a functional monomer operable to impart functionality on to the polyester resin, such that an acrylic polymer may be grafted with the polyester material via the use of said functionality, i) a polyacid component, with ii) a polyol component, b) a crosslinking material.
A coating composition for flexible roof coatings comprising - at least one aqueous polyurethane dispersion, having a polyalkylene oxide content of at least 10 g/kg of polyurethane and a sulfonated raw material content of at least 25 mmol per kg of polyurethane, as binder, - at least one (in)organic filler and/or at least one (in)organic pigment, - at least one customary auxiliary and - water, wherein the pigment concentration by volume is 10 to 40. - at least one aqueous polyurethane dispersion, having a polyalkylene oxide content of at least 10 g/kg of polyurethane and a sulfonated raw material content of at least 25 mmol per kg of polyurethane, as binder, - at least one (in)organic filler and/or at least one (in)organic pigment, - at least one customary auxiliary and - water,
Electric motor, comprising: - a motor housing on which there is assembled at least one end shield; - a shaft which is rotatable about an axis (A-A') relative to the housing; - a bearing device fixed to the housing, comprising a casing containing a roller bearing positioned around the shaft so as to allow the shaft to rotate about the axis (A-A') relative to the housing, the bearing device closing the shield; characterised in that the casing has a plurality of cavities on a portion of a surface that is in circumferential contact with the shield and a plurality of centring seats on the remainder of the surface that is in circumferential contact with the shield, the cavities and the centring seats of the casing being evenly distributed around the axis (A-A'), the shield having a plurality of cavities on a portion of the surface that is in circumferential contact with the casing and a plurality of centring seats on the remainder of the surface that is in circumferential contact with the casing, the cavities and the centring seats of the shield being evenly distributed around the axis (A-A'), the bearing device being displaceable between a mounting position, in which each centring seat of the casing is in abutment against one of the centring seats of the shield so that the bearing device is fixed to the housing in the mounting position, and a demounting position, in which each centring seat of the casing is arranged opposite one of the cavities of the shield and each centring seat of the shield is arranged opposite one of the cavities of the casing, so that the bearing device is movable in translation along the axis (A-A') relative to the housing and to the shaft, in the demounting position, wherein the displacement of the bearing device between its mounting position and its demounting position is effected by rotating the bearing device about the axis (A-A'). - a motor housing on which there is assembled at least one end shield; - a shaft which is rotatable about an axis (A-A') relative to the housing; - a bearing device fixed to the housing, comprising a casing containing a roller bearing positioned around the shaft so as to allow the shaft to rotate about the axis (A-A') relative to the housing, the bearing device closing the shield;
A padlock, comprising a shackle and a body, which body comprises drillings (5, 5A) for both ends (4, 4A) of the shackle, a cylinder drilling, into which is placed a lock cylinder, and latch drillings between the drillings (5, 5A) and the cylinder drilling, into which latch drillings are placed latch elements, which padlock further comprises gasket rings, which are arranged in connection with the drillings (5, 5A) in the vicinity of the shackle holes (2A, 2B), characterized in that the padlock further comprises a threaded cover with an external thread for positioning the lock cylinder into the body, which threaded cover comprises a key channel and a recess with an internal thread around the key channel on the outer surface side of the threaded cover, and a cap, which comprises a twisting part and a cylinder projection with an external thread (29, 29A), which external thread (29, 29A) is arranged to be inserted into the internal thread of the threaded cover, which cap further comprises a second gasket ring on the cylinder projection side surface of the twisting part.
A liquefied gas treatment system, comprising: a liquefied gas supply line connected from a liquefied gas storing tank to a source of demand; a heat exchanger provided on the liquefied gas supply line between the source of demand and the liquefied gas storing tank and configured to exchange heat between liquefied gas, supplied from the liquefied gas storing tank, and a heat transfer medium; a medium heater configured to heat the heat transfer medium and to supply the heated heat transfer medium to the heat exchanger; a medium circulation line connected from the medium heater to the heat exchanger to circulate the heat transfer medium; a liquefied gas temperature sensor provided on the liquefied gas supply line and configured to measure a temperature of the liquefied gas, a medium state detecting sensor provided on the medium circulation line and configured to detect a difference between temperatures of the heat transfer medium at front and rear ends of the heat exchanger, and a controller configured to cause the measured temperature of the liquefied gas to be equal to or higher than a demanded temperature of the source of demand and configured to cause the difference between the temperatures of the heat transfer medium to be equal to or greater than a predetermined value in such a manner that the controller decreases a flow rate of the heat transfer medium flowing into the medium heater. a liquefied gas supply line connected from a liquefied gas storing tank to a source of demand; a heat exchanger provided on the liquefied gas supply line between the source of demand and the liquefied gas storing tank and configured to exchange heat between liquefied gas, supplied from the liquefied gas storing tank, and a heat transfer medium; a medium heater configured to heat the heat transfer medium and to supply the heated heat transfer medium to the heat exchanger; a medium circulation line connected from the medium heater to the heat exchanger to circulate the heat transfer medium; a liquefied gas temperature sensor provided on the liquefied gas supply line and configured to measure a temperature of the liquefied gas, a medium state detecting sensor provided on the medium circulation line and configured to detect a difference between temperatures of the heat transfer medium at front and rear ends of the heat exchanger, and a controller configured to cause the measured temperature of the liquefied gas to be equal to or higher than a demanded temperature of the source of demand and configured to cause the difference between the temperatures of the heat transfer medium to be equal to or greater than a predetermined value in such a manner that the controller decreases a flow rate of the heat transfer medium flowing into the medium heater.
Apparatus for starting a fire, comprising: a stack of combustible fuel elements and a flammable ignition element located in a combustible container configured to provide at least one aperture for igniting the flammable ignition element located therein; wherein the ignition element is supported by at least two of the fuel elements and the at least one aperture is located below the ignition element. a stack of combustible fuel elements and a flammable ignition element located in a combustible container configured to provide at least one aperture for igniting the flammable ignition element located therein; wherein the ignition element is supported by at least two of the fuel elements and the at least one aperture is located below the ignition element.
A user equipment UE, operable to establish direct transport layer connectivity with a selected UE, the UE having computer circuitry configured to: send, to a Proximity Services, ProSe, server, an internet protocol, IP, address of the first UE; characterized by: request an application identificationID, and a ProSe server ID of the selected UE from an application server; receive the application ID and the ProSe server ID from the application server; and send a facilitation message to the ProSe server in communication with the UE, wherein the facilitation message includes a request to establish direct transport layer connectivity between the UE and the selected UE. send, to a Proximity Services, ProSe, server, an internet protocol, IP, address of the first UE; characterized by: request an application identificationID, and a ProSe server ID of the selected UE from an application server; receive the application ID and the ProSe server ID from the application server; and send a facilitation message to the ProSe server in communication with the UE, wherein the facilitation message includes a request to establish direct transport layer connectivity between the UE and the selected UE. request an application identificationID, and a ProSe server ID of the selected UE from an application server; receive the application ID and the ProSe server ID from the application server; and send a facilitation message to the ProSe server in communication with the UE, wherein the facilitation message includes a request to establish direct transport layer connectivity between the UE and the selected UE.
A conditioning agent preparation for use in conditioning glazing panels for repair, the conditioning agent preparation comprising acetone combined with one or more primer additives to prime the surface of the glazing panel for repair, the one or more primer additives comprising acrylic acid; characterised in that the conditioning agent preparation comprises one per cent or less by volume primer additives; and wherein the primer additives comprise 0.4% or less by volume acrylic acid.
An austenitic stainless cast steel, wherein a volume fraction of a ferrite phase is 0.1 - 5.0 %, and the cast steel consists of: 0.01 - 0.10 percent by mass of C; 0.6 - 1.0 percent by mass of Si; 2.0 - 2.8 percent by mass of Mn; 0.1 - 0.4 percent by mass of N; 18.0 - 24.0 percent by mass of Cr; 8.0 - 15.0 percent by mass of Ni; 0.2 - 0.7 percent by mass of Nb; and the balance is Fe and inevitable impurities. a volume fraction of a ferrite phase is 0.1 - 5.0 %, and the cast steel consists of: 0.01 - 0.10 percent by mass of C; 0.6 - 1.0 percent by mass of Si; 2.0 - 2.8 percent by mass of Mn; 0.1 - 0.4 percent by mass of N; 18.0 - 24.0 percent by mass of Cr; 8.0 - 15.0 percent by mass of Ni; 0.2 - 0.7 percent by mass of Nb; and the balance is Fe and inevitable impurities.
A method for saturating or re-saturating ammonia storage material capable of reversibly absorbing and desorbing ammonia in one or more storage containers wherein the ammonia storage material is at least one metal salt capable of reversibly absorbing and desorbing ammonia, which, in its form where it has absorbed ammonia, is a metal ammine complex salt having the formula M a (NH 3) n X z, wherein M is one or more cations selected from alkali metals such as Li, Na, K or Cs, alkaline earth metals such as Mg, Ca, Sr or Ba, and/or transition metals such as V, Cr, Mn, Fe, Co, Ni, Cu, or Zn or combinations thereof, such as NaAl, KAl, K 2 Zn, CsCu, or K 2 Fe; X is one or more anions selected from fluoride, chloride, bromide, iodide, nitrate, thiocyanate, sulphate, molybdate, and phosphate ions; a is the number of cations per salt molecule; z is the number of anions per salt molecule; and n is the coordination number of 2 to 12, preferably 6 to 8, wherein said material is partly or fully depleted of ammonia, with ammonia to a predetermined saturation degree said method comprising: a. placing the storage container(s) in direct or indirect contact with a thermostatting medium at a temperature level T T ≤ 65 °C; and b. connecting the storage container(s) to a source of gaseous ammonia wherein at least during a part of the method the gaseous ammonia during saturating or re-saturating of the ammonia storage material is at a pressure P S ≤ P T, wherein P S is the ammonia pressure during saturating or re-saturating of the ammonia storage material and P T is the equilibrium vapor pressure of liquid ammonia at the temperature level T T, characterized in that said pressure P S is at least 75% of the equilibrium vapor pressure of liquid ammonia at the temperature T T, and the part of the method where the gaseous ammonia is at a pressure P S which is lower than or equal to the equilibrium vapor pressure P T of liquid ammonia at the temperature T T is the final part of the method during the last 1/3 of the total saturation period or when the last 25% of the predetermined saturation degree is achieved. a. placing the storage container(s) in direct or indirect contact with a thermostatting medium at a temperature level T T ≤ 65 °C; and b. connecting the storage container(s) to a source of gaseous ammonia wherein at least during a part of the method the gaseous ammonia during saturating or re-saturating of the ammonia storage material is at a pressure P S ≤ P T, wherein P S is the ammonia pressure during saturating or re-saturating of the ammonia storage material and P T is the equilibrium vapor pressure of liquid ammonia at the temperature level T T,
A suppressor for use with a firearm, said suppressor comprising: (a) a cylindrical baffle core having a first end and an opposing second end, said baffle core including plural baffles; (b) a tubular housing surrounding said baffle core and having a first end and an opposing second end, wherein said first and second end of said tubular housing are flared outwardly; (c) an inlet nozzle covering said first end of said tubular housing, said inlet nozzle having a flange, said flange of said inlet nozzle having exterior threads and a terminal portion; (d) an exit plate covering said second end of said tubular housing, said exit plate having a flange, said flange of said exit plate having exterior threads and a terminal portion; (e) a collar threaded to said flange of said inlet nozzle and having a terminal portion corresponding to said terminal portion of said flange of said inlet nozzle, said collar and said flange of said inlet nozzle capture said first end of said tubular housing to seal said first end of said tubular housing to said inlet nozzle; and (f) a collar threaded to said flange of said exit plate and having a terminal portion corresponding to said terminal portion of said flange of said exit plate, said collar and flange of said exit plate capture said second end of said tubular housing to seal said second end of said tubular housing to said exit plate. (a) a cylindrical baffle core having a first end and an opposing second end, said baffle core including plural baffles; (b) a tubular housing surrounding said baffle core and having a first end and an opposing second end, wherein said first and second end of said tubular housing are flared outwardly; (c) an inlet nozzle covering said first end of said tubular housing, said inlet nozzle having a flange, said flange of said inlet nozzle having exterior threads and a terminal portion; (d) an exit plate covering said second end of said tubular housing, said exit plate having a flange, said flange of said exit plate having exterior threads and a terminal portion; (e) a collar threaded to said flange of said inlet nozzle and having a terminal portion corresponding to said terminal portion of said flange of said inlet nozzle, said collar and said flange of said inlet nozzle capture said first end of said tubular housing to seal said first end of said tubular housing to said inlet nozzle; and (f) a collar threaded to said flange of said exit plate and having a terminal portion corresponding to said terminal portion of said flange of said exit plate, said collar and flange of said exit plate capture said second end of said tubular housing to seal said second end of said tubular housing to said exit plate.
An embedded sensor for the continuous measurement of mechanical resistance in structures made from cementitious material characterized in that it comprises: - a block of cementitious material, configured to be embedded in structures made from cementitious material, and - at least one amorphous magnetic microwire, embedded in the block of cementitious material, where the magnetic microwire is resistant to the alkaline environment of the block of cementitious material and comprises a metal core. - a block of cementitious material, configured to be embedded in structures made from cementitious material, and - at least one amorphous magnetic microwire, embedded in the block of cementitious material, where the magnetic microwire is resistant to the alkaline environment of the block of cementitious material and comprises a metal core.
Rotating contact apparatus for a switch with a contact apparatus housing and a contact housing, a support provided in the contact apparatus housing for the contact housing, wherein the contact housing is rotatably supported in the support around a rotational axis, a contact bridge supported in the contact housing and rotating with same, which has at each of its ends a receiving part (22, 24) for a stationary counter contact (26, 28), wherein the receiving parts protrude out of corresponding openings in the contact housing so far that they engage with the stationary counter contacts when the contact housing is rotated and an electrical contact can occur between the stationary counter contacts via the contact bridge, and at least one spring clamp which is disposed between the contact housing and the contact bridge such that the contact bridge is spring-mounted in the contact housing approximately perpendicularly to the rotation plane of the contact apparatus, wherein the contact housing is formed approximately cylinder -shaped, characterised in that the contact housing has at its jacket surface at least partially a gear portion, and the contact apparatus housing has an opening through which the gear portion protrudes so that the contact housing by means of a gear engaging into the gear portion can be brought into a rotational movement for opening or for closing the contact between the stationary counter contacts (26, 28) and the receiving parts (22, 24).
Door locking device suitable to be mounted on a household appliance such as a washing machine or a dishwasher, said door locking device comprising a containment casing, having a window, a slider, comprising a locking portion, intended to engage with a door of the household appliance, wherein said slider is contained in said containment casing and wherein said slider is capable of assuming a retracted position, in which said locking portion is at least partially contained in said containment casing, and an extracted position in which said locking portion is at least partially extracted from said containment casing, moving through said window, and a moving and controlling system (6, 7) of said slider, configured for allowing the passage of said slider from said retracted position to said extracted position and vice-versa, wherein said containment casing comprises a base, a containment intermediate element, couplable with said base, and a top lid, couplable with said containment intermediate element, characterized in that said moving and controlling system (6, 7) is arranged between said base and said containment intermediate element, wherein said slider is interposed between said containment intermediate element and said top lid, wherein said slider comprises lateral ribs for containing possible water drops that may fall on said locking portion and drain them on an upper surface of said containment intermediate element, and wherein said locking portion has a groove on the top and/or two through holes (512, 513) for allowing drainage of water that may fall on said locking portion when said slider is in said extracted position. a containment casing, having a window, a slider, comprising a locking portion, intended to engage with a door of the household appliance, wherein said slider is contained in said containment casing and wherein said slider is capable of assuming a retracted position, in which said locking portion is at least partially contained in said containment casing, and an extracted position in which said locking portion is at least partially extracted from said containment casing, moving through said window, and a moving and controlling system (6, 7) of said slider, configured for allowing the passage of said slider from said retracted position to said extracted position and vice-versa, wherein said containment casing comprises a base, a containment intermediate element, couplable with said base, and a top lid, couplable with said containment intermediate element, characterized in that said moving and controlling system (6, 7) is arranged between said base and said containment intermediate element, wherein said slider is interposed between said containment intermediate element and said top lid, wherein said slider comprises lateral ribs for containing possible water drops that may fall on said locking portion and drain them on an upper surface of said containment intermediate element, and wherein said locking portion has a groove on the top and/or two through holes (512, 513) for allowing drainage of water that may fall on said locking portion when said slider is in said extracted position.
A modular system of building blocks (10, 20, 30, 40, 50), especially of the building blocks for buttress walls or dividing walls including a pair of separate building elements having unit height (vj), of which each building element is furnished with one part of dovetail joint for mutual coupling of the separate building elements by vertically oriented dovetail joint while one of the building element pair is a face plate (1, 2) and the other of the pair of building elements is a coupling block (3, 4, 5, 6), characterised in that it contains at least another one face plate (11, 21) and/or at least another one coupling block (3, 4, 5, 6) with different height that the unit one (vj), while another face plate (11, 21) and/or coupling block (3, 4, 5, 6) are furnished with particular part of the dovetail joint.