mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a cold water spray system in an exhaust ventilation system, the exhaust ventilation system including an exhaust hood and the cold water spray system, the cold water spray system including a plurality of cold water spray nozzles, the method comprising: determining a demand load of a cooking appliance that generates cooking effluent in a vicinity of the exhaust hood; determining a temperature of water in the cold water spray system; and controlling the cold water spray system in response to at least one of the determined appliance demand load and the determined temperature of water in the cold water spray system to maintain a low temperature of water in the cold water spray system below a predetermined temperature threshold, thereby enabling efficient removal of contaminants from the exhaust hood by the cold water spray system; controlling an amount of water sprayed through the cold water spray nozzles responsive to the appliance demand load; and spraying water from a storage tank of the cold water spray system through one or more of the plurality of cold water spray nozzles during a predetermined time period to wash the exhaust hood, characterized in that the controlling includes draining water from the cold water spray system when the determined temperature of water in the cold water spray system exceeds a first predetermined out-of-bounds temperature threshold. determining a demand load of a cooking appliance that generates cooking effluent in a vicinity of the exhaust hood; determining a temperature of water in the cold water spray system; and controlling the cold water spray system in response to at least one of the determined appliance demand load and the determined temperature of water in the cold water spray system to maintain a low temperature of water in the cold water spray system below a predetermined temperature threshold, thereby enabling efficient removal of contaminants from the exhaust hood by the cold water spray system; controlling an amount of water sprayed through the cold water spray nozzles responsive to the appliance demand load; and spraying water from a storage tank of the cold water spray system through one or more of the plurality of cold water spray nozzles during a predetermined time period to wash the exhaust hood, characterized in that the controlling includes draining water from the cold water spray system when the determined temperature of water in the cold water spray system exceeds a first predetermined out-of-bounds temperature threshold.
Procedure for packaging articles, wherein the articles are not recognizable from its packaging, comprising the steps of: - providing a packaging sheet having a longitudinal extension and two longitudinal edges; - moving said packaging sheet forward along a direction of forward movement substantially parallel to said longitudinal extension; - arranging a plurality of articles on said packaging sheet at a reciprocal distance along said direction of forward movement; - moving said longitudinal edges close to each other to form a substantially tubular section of said packaging sheet having an open extremity (1 1) and said articles inside; - blowing air in said substantially tubular section through said open extremity; - sealing said longitudinal edges together longitudinally; - sealing transversally said substantially tubular section downstream and upstream of each of said articles to form a plurality of closed packages containing said articles and substantially swollen with air so as to avoid that potential buyers can recognize the article without removing the package. - providing a packaging sheet having a longitudinal extension and two longitudinal edges; - moving said packaging sheet forward along a direction of forward movement substantially parallel to said longitudinal extension; - arranging a plurality of articles on said packaging sheet at a reciprocal distance along said direction of forward movement; - moving said longitudinal edges close to each other to form a substantially tubular section of said packaging sheet having an open extremity (1 1) and said articles inside; - blowing air in said substantially tubular section through said open extremity; - sealing said longitudinal edges together longitudinally; - sealing transversally said substantially tubular section downstream and upstream of each of said articles to form a plurality of closed packages containing said articles and substantially swollen with air so as to avoid that potential buyers can recognize the article without removing the package.
An extract from inflamed tissue of rabbit skin, which tissue has been inflamed by inoculation with vaccinia virus, for use in treating a muscle injury; which extract is obtainable by crushing said inflamed tissue, adding an extraction solvent to remove tissue fragments, deproteinising the solution, adsorbing the deproteinised solution onto an adsorbent, and eluting the extract.
A system comprising: a cannula comprising a side wall defining a lumen (138; 187), an opening in fluid communication with the lumen (138; 187) and extending through the side wall and a tapered distal tip (134; 190) of the cannula to define a trough (154, 186) having a depth, a curved distal portion (144, 185), and a distal opening surface (142; 188A, 188B, 192A, 192B) surrounding the opening, the tapered distal tip (134; 190) of the cannula being shaped and configured to stretch Schlemm's canal tissues over a portion of the trough (154, 186) as the tapered distal tip (134; 190) is advanced into Schlemm's canal; an ocular implant disposed inside the cannula lumen (138; 187); and a delivery tool coupled to the ocular implant within the lumen (138; 187) and adapted to move the implant distally into the trough (154, 186) and through the cannula opening into Schlemm's canal of a patient's eye when the cannula opening is in fluid communication with Schlemm's canal; characterized in that the ocular implant has a height less than the depth of the trough (154, 186) so that a distal end of the ocular implant can travel between an inner surface of the trough (154, 186) and the Schlemm's canal tissue stretched over the trough (154, 186) after the tapered distal tip (134; 190) of the cannula is inserted into Schlemm's canal. a cannula comprising a side wall defining a lumen (138; 187), an opening in fluid communication with the lumen (138; 187) and extending through the side wall and a tapered distal tip (134; 190) of the cannula to define a trough (154, 186) having a depth, a curved distal portion (144, 185), and a distal opening surface (142; 188A, 188B, 192A, 192B) surrounding the opening, the tapered distal tip (134; 190) of the cannula being shaped and configured to stretch Schlemm's canal tissues over a portion of the trough (154, 186) as the tapered distal tip (134; 190) is advanced into Schlemm's canal; an ocular implant disposed inside the cannula lumen (138; 187); and a delivery tool coupled to the ocular implant within the lumen (138; 187) and adapted to move the implant distally into the trough (154, 186) and through the cannula opening into Schlemm's canal of a patient's eye when the cannula opening is in fluid communication with Schlemm's canal; characterized in that the ocular implant has a height less than the depth of the trough (154, 186) so that a distal end of the ocular implant can travel between an inner surface of the trough (154, 186) and the Schlemm's canal tissue stretched over the trough (154, 186) after the tapered distal tip (134; 190) of the cannula is inserted into Schlemm's canal.
A method of configuring a cooling system, wherein the method comprises: transmitting one or more signature parameters of a first pump signature from a first refrigerant distribution unit of the cooling system to a cooling module of the cooling system by transmitting values for one or more of a pumping pressure to be supplied by the first refrigerant distribution unit during an identification sequence, a duration of the identification sequence, and a number of pumping cycles to be performed during the identification sequence over a control area network bus from the first refrigerant distribution unit to the cooling module; transmitting one or more identification parameters from the first refrigerant distribution unit to the cooling module by performing the identification sequence, the identification sequence including pumping coolant in a coded manner from the first refrigerant distribution unit to the cooling module; and assigning the cooling module to the first refrigerant distribution unit responsive to the one or more identification parameters matching the one or more signature parameters. transmitting one or more signature parameters of a first pump signature from a first refrigerant distribution unit of the cooling system to a cooling module of the cooling system by transmitting values for one or more of a pumping pressure to be supplied by the first refrigerant distribution unit during an identification sequence, a duration of the identification sequence, and a number of pumping cycles to be performed during the identification sequence over a control area network bus from the first refrigerant distribution unit to the cooling module; transmitting one or more identification parameters from the first refrigerant distribution unit to the cooling module by performing the identification sequence, the identification sequence including pumping coolant in a coded manner from the first refrigerant distribution unit to the cooling module; and assigning the cooling module to the first refrigerant distribution unit responsive to the one or more identification parameters matching the one or more signature parameters.
Method for monitoring the temperature of the sleeve part of a tool holder which is introduced into the induction coil of a shrink-fitting device, in which the instantaneous inductance of the induction coil is measuring during the inductive heating and the power supply to the induction coil is influenced if the instantaneous inductance approaches, reaches or exceeds a predefined value, characterized in that for one or more tool holders having different sleeve parts, the instantaneous inductance reached by the induction coil is measured and stored when the sleeve part introduced into the induction coil has been heated to such an extent that shrinking or removal can be carried out, and in that at the start of a new shrink-fitting operation, a query is performed as to which tool holder has been inserted into the induction coil for shrinking or removal, and in that the heating cycle is terminated when an instantaneous inductance is measured which corresponds to the stored inductance of the sleeve part of this tool holder when it is ready for shrinking or removal.
A thermoplastic molding composition comprising A) 50 to 95 percent linear aromatic (co)polycarbonate having a weight-average molecular weight of at least 25,000, B) 1 to 15 percent graft a (co)polymer having a core-shell morphology, including a grafted shell that contains polymerized alkyl(meth)acrylate and a composite rubber core that contains interpenetrated and inseparable polyorganosiloxane and poly(meth)alkyl acrylate components, wherein the weight ratio of polyorganosiloxane/ poly(meth)alkylacrylate/rigid shell is 75-85/7-12/7-12 C) 2 to 20 percent phosphorous-containing flame retarding compound, D) 0.1 to 2 percent fluorinated polyolefin and E) 0.1 to 15 percent boron compound said percent, all occurrences being relative to the total weight of A), B), C), D), and E), with the provisos that polyalkylene terephthalate is not included and in the instances where the amount of component B) is at least 6.25 percent and less than 7 percent, B/E is less than 4.2, and in the instance where component B) is 7 percent or more, C/B is greater than 1.3. A) 50 to 95 percent linear aromatic (co)polycarbonate having a weight-average molecular weight of at least 25,000, B) 1 to 15 percent graft a (co)polymer having a core-shell morphology, including a grafted shell that contains polymerized alkyl(meth)acrylate and a composite rubber core that contains interpenetrated and inseparable polyorganosiloxane and poly(meth)alkyl acrylate components, wherein the weight ratio of polyorganosiloxane/ poly(meth)alkylacrylate/rigid shell is 75-85/7-12/7-12 C) 2 to 20 percent phosphorous-containing flame retarding compound, D) 0.1 to 2 percent fluorinated polyolefin and E) 0.1 to 15 percent boron compound said percent, all occurrences being relative to the total weight of A), B), C), D), and E), with the provisos that polyalkylene terephthalate is not included and in the instances where the amount of component B) is at least 6.25 percent and less than 7 percent, B/E is less than 4.2, and in the instance where component B) is 7 percent or more, C/B is greater than 1.3.
Polyethylene composition comprising, a base resin comprising a copolymer of ethylene and at least one comonomer selected from alpha-olefins having from three to twelve carbon atoms, wherein the ethylene copolymer comprises a low molecular weight component (A-1) and a high molecular weight component (A-2) with the low molecular weight component (A-1) having a lower weight average molecular weight than the high molecular weight component (A-2), carbon black in an amount of 1.0 to 10 wt% based on the total amount of the polyethylene composition, and optional further additives other than carbon black; wherein the base resin has a density of equal to or more than 943 kg/m 3 to equal to or less than 957 kg/m 3, determined according to ISO 1183, and the composition has a melt flow rate MFR 5 (190°C, 5 kg) of equal to or more than 0.12 g/10 min to equal to or less than 0.20 g/10 min, determined according to ISO 1133, a shear thinning index SHI 2.7/210 of equal to or more than 95 to equal to or less than 130 and a viscosity at a constant shear stress of 747 Pa, eta 747, of equal to or more than 700 kPas to equal to or less than 1200 kPas. a copolymer of ethylene and at least one comonomer selected from alpha-olefins having from three to twelve carbon atoms, carbon black in an amount of 1.0 to 10 wt% based on the total amount of the polyethylene composition, and optional further additives other than carbon black;
A method for improving heat transfer between a cold finger (18, 118) of a cryogenic cooler (12, 112) and a Dewar (14, 114), the method comprising: forming an annulus between the cold finger of the cryogenic cooler and the Dewar by inserting the cold finger into the Dewar, the cold finger having a first end and a second end and at least one disk around a perimeter of the cold finger, the at least one disk having an inner perimeter and an outer perimeter; inhibiting the formation of convection currents within the annulus in a direction between the first end and the second end; and forming bellows at one of the ends of the cold finger to allow for expansion due to extreme temperature changes experienced by the cold finger; wherein the at least one disk is attached either to the cold finger at the inner perimeter of the at least one disk or to an inner wall of the Dewar at the outer perimeter of the at least one disk. forming an annulus between the cold finger of the cryogenic cooler and the Dewar by inserting the cold finger into the Dewar, the cold finger having a first end and a second end and at least one disk around a perimeter of the cold finger, the at least one disk having an inner perimeter and an outer perimeter; inhibiting the formation of convection currents within the annulus in a direction between the first end and the second end; and forming bellows at one of the ends of the cold finger to allow for expansion due to extreme temperature changes experienced by the cold finger; wherein the at least one disk is attached either to the cold finger at the inner perimeter of the at least one disk or to an inner wall of the Dewar at the outer perimeter of the at least one disk.
Carburettor for a hand-guided working implement, comprising a carburettor housing, in which a carburettor roller is mounted for rotation about an axis of rotation, wherein a needle extending into a fuel opening of the carburettor is fixed to the carburettor roller, wherein the position of the needle relative to the carburettor roller is adjustable via an adjusting element, wherein the adjusting element has an engagement contour, to which a tool for adjusting the adjusting element can be applied, wherein the engagement contour is located in a recess bounded by a circumferential wall, characterised in that the carburettor has a retaining contour for the engagement of an auxiliary tool, wherein the retaining contour is non-rotatably joined to the carburettor roller and facilitates the location of the rotatably mounted carburettor roller and the movement of the adjusting element relative to the retaining contour, so that the position of the needle relative to the carburettor roller can be adjusted without the co-rotation of the carburettor roller, in that the retaining contour is located at the end face of the circumferential wall, and in that the distance (g) of the retaining contour from the axis of rotation is less than approximately 10 mm at each point of the retaining contour.
A closed-environment comprising a closed-environment air purification system wherein the closed-environment is a sealed environment that does not exchange air with the environment surrounding the closed environment; the closed-environment air purification system comprising: an air line for circulating air within the closed-environment; and a purifier, situated in the air line, through which air from the closed-environment can be recirculated; the system characterized by the purifier having a reactor bed including media comprised of support particles and a metal catalyst disposed on the support particles; wherein the media has 2% to 30% by weight of the metal catalyst; wherein the metal catalyst is selected from the group consisting of gold, palladium, copper, manganese, and combinations or their oxides thereof; and wherein the support particles are formed of at least one of carbon material, polymeric material, or metal oxide; one or more internal temperature sensors; a temperature sensor disposed in the air line upstream of the purifier; an ammonia filter disposed in the air line upstream of the purifier; and a dehumidifier disposed in the air line upstream of the purifier; the purifier being capable at a temperature of equal or less than 35°C of converting hydrogen in the air to water and converting carbon monoxide in the air to carbon dioxide. an air line for circulating air within the closed-environment; and a purifier, situated in the air line, through which air from the closed-environment can be recirculated; the system characterized by the purifier having a reactor bed including media comprised of support particles and a metal catalyst disposed on the support particles; wherein the media has 2% to 30% by weight of the metal catalyst; wherein the metal catalyst is selected from the group consisting of gold, palladium, copper, manganese, and combinations or their oxides thereof; and wherein the support particles are formed of at least one of carbon material, polymeric material, or metal oxide; one or more internal temperature sensors; a temperature sensor disposed in the air line upstream of the purifier; an ammonia filter disposed in the air line upstream of the purifier; and a dehumidifier disposed in the air line upstream of the purifier; the purifier being capable at a temperature of equal or less than 35°C of converting hydrogen in the air to water and converting carbon monoxide in the air to carbon dioxide.
A load securing system comprising: first and second containers arrangeable adjacent each other in an array of containers, each of said first and second containers comprising a main body and a plurality of support members extending downwardly from the main body to provide a space beneath the main body, the space being of a sufficient size to receive lifting members of a lifting apparatus; a securing assembly for securing the containers to one another, comprising a plurality of tensioning members; characterized in that the securing assembly comprises a respective securing member on the end of each tensioning member, and the securing assembly further comprising a plurality of tensioning devices for tensioning the tensioning members; wherein each container comprises a cooperating formation to cooperate with one of the securing members.; wherein the securing assembly is arranged on the containers so that each tensioning member can extend from the securing assembly across the containers to the aforesaid cooperating formations to attach the securing members to the cooperating formations; and wherein the tensioning devices are operable to tension the tensioning members to secure the first and second containers to each other. first and second containers arrangeable adjacent each other in an array of containers, each of said first and second containers comprising a main body and a plurality of support members extending downwardly from the main body to provide a space beneath the main body, the space being of a sufficient size to receive lifting members of a lifting apparatus; a securing assembly for securing the containers to one another, comprising a plurality of tensioning members; characterized in that the securing assembly comprises a respective securing member on the end of each tensioning member, and the securing assembly further comprising a plurality of tensioning devices for tensioning the tensioning members; wherein each container comprises a cooperating formation to cooperate with one of the securing members.; wherein the securing assembly is arranged on the containers so that each tensioning member can extend from the securing assembly across the containers to the aforesaid cooperating formations to attach the securing members to the cooperating formations; and wherein the tensioning devices are operable to tension the tensioning members to secure the first and second containers to each other.
A radio transmission apparatus comprising: a coding unit configured to code one form of control data using a coding scheme that is obtained based on multiplying a value related to a modulation and coding scheme, MCS, for a data channel by a scaling factor, the scaling factor being different for said one form of the control data to another form of control data in the radio transmission apparatus; and a radio transmitting unit configured to transmit data in the data channel and said one form of the control data coded with the coding scheme. a coding unit configured to code one form of control data using a coding scheme that is obtained based on multiplying a value related to a modulation and coding scheme, MCS, for a data channel by a scaling factor, the scaling factor being different for said one form of the control data to another form of control data in the radio transmission apparatus; and a radio transmitting unit configured to transmit data in the data channel and said one form of the control data coded with the coding scheme.
An acoustic absorbing filler, the acoustic absorbing filler comprising a core particle comprising a polymer; an outer layer coated on the core particle, wherein the outer layer comprises microporous particulates; and wherein the acoustic absorbing filler has a median particle size of from 100 micrometer to 700 micrometers and a specific surface area of from 10 m 2 /g to 400 m 2 /g; wherein a bed packed with acoustic absorbing fillers and having a bed thickness of 20 mm has a normal incidence acoustic absorption of no less than 0.15 at 300 Hz. a core particle comprising a polymer; an outer layer coated on the core particle, wherein the outer layer comprises microporous particulates; and wherein the acoustic absorbing filler has a median particle size of from 100 micrometer to 700 micrometers and a specific surface area of from 10 m 2 /g to 400 m 2 /g; wherein a bed packed with acoustic absorbing fillers and having a bed thickness of 20 mm has a normal incidence acoustic absorption of no less than 0.15 at 300 Hz.