mhurhangee/ep-ind-claims huggingface dataset:
A thermal control device intended to collect the thermal dissipation generated by a group of dissipative pieces of equipment of a spacecraft in an evaporation zone before discharging this heat to cold space via a condensation zone, the spacecraft comprising a plurality of structural panels and the thermal control device comprising means of circulating thermal fluid connecting, in a closed loop, at least the evaporation zone and the condensation zone, the evaporation zone constituting a first heat exchange surface, directly or indirectly via other heat transfer means that are compact and connected in series and/or in parallel by the tubes of the circulation means, with the dissipative equipment, and the condensation zone constituting a second heat exchange surface for exchanging heat, directly or indirectly, via other heat transfer means, with radiators radiating into space, characterised in that the evaporation zone and/or the condensation zone consist of at least one heat exchange part comprising a network of a plurality of compact heat exchange elements (21, 22) distributed over their respective heat exchange surface and connected in series and/or in parallel by the tubes of the thermal fluid circulation means (11, 12).
A polymerization reactor for performing polymerization reaction, comprising: a container body; and a jacket covering an outer surface of the container body and defining a passage for passing a non-corrosive cooling/heating liquid between itself and the outer surface of the container body; wherein the container body is made of a clad metal plate comprising a support metal layer having an inner surface at an inner side of the container body and an outer surface at an outer side of the container body, and an inner corrosion-resistant metal skin layer bonded to the inner surface of the support metal layer and being smaller in thickness than the support metal layer; and wherein the reactor further comprises an inert gas supplier for supplying an inert gas into the passage; and wherein the support metal layer is made of carbon steel, whereas the inner skin layer is made of stainless steel; characterised in that the thickness of the inner skin layer is in a range of 1/10 to 1/2 of the thickness of the support metal layer; and the thickness of the support metal layer is 5 to 15 mm. a container body; and a jacket covering an outer surface of the container body and defining a passage for passing a non-corrosive cooling/heating liquid between itself and the outer surface of the container body; wherein the container body is made of a clad metal plate comprising a support metal layer having an inner surface at an inner side of the container body and an outer surface at an outer side of the container body, and an inner corrosion-resistant metal skin layer bonded to the inner surface of the support metal layer and being smaller in thickness than the support metal layer; and wherein the reactor further comprises an inert gas supplier for supplying an inert gas into the passage; and wherein the support metal layer is made of carbon steel, whereas the inner skin layer is made of stainless steel; characterised in that the thickness of the inner skin layer is in a range of 1/10 to 1/2 of the thickness of the support metal layer; and the thickness of the support metal layer is 5 to 15 mm.
Method for controlling a water filling of a washing tub of a washing machine, said washing machine comprising a washing tub fillable with water and in hydraulic connection with at least two water inlets (30, 40) connectable to corresponding external water intakes (31, 41), a control valve (32, 42) at each water inlet for opening and closing the water flow-through from the external water intakes towards the washing tub, and a water level sensor for detecting a pre-determined maximum water level in the washing tub; characterized in that the method, at a beginning of a washing cycle, comprises the steps of a) opening the first control valve to let flow the water into the washing tub, b) measuring the water level in the washing tub, and b1) if the maximum water level is reached, continuing the washing cycle, or if the maximum water level is not reached within a pre-determined time period, b2) opening the second control valve to allow water flow-through into the washing tub, and carrying out step b) b3) if the maximum water level is reached, continuing the washing cycle, or if the maximum water level is not reached within the pre-determined time period, b4) cancelling the washing cycle. a) opening the first control valve to let flow the water into the washing tub, b) measuring the water level in the washing tub, and b1) if the maximum water level is reached, continuing the washing cycle, or if the maximum water level is not reached within a pre-determined time period, b2) opening the second control valve to allow water flow-through into the washing tub, and carrying out step b) b3) if the maximum water level is reached, continuing the washing cycle, or if the maximum water level is not reached within the pre-determined time period, b4) cancelling the washing cycle. b1) if the maximum water level is reached, continuing the washing cycle, or if the maximum water level is not reached within a pre-determined time period, b2) opening the second control valve to allow water flow-through into the washing tub, and carrying out step b) b3) if the maximum water level is reached, continuing the washing cycle, or if the maximum water level is not reached within the pre-determined time period, b4) cancelling the washing cycle.
Supporting frame structure for a utility vehicle, in particular heavy goods vehicle, preferably semitrailer tractor, having: - a first longitudinally running supporting construction and a second longitudinally running supporting construction, said supporting constructions being spaced apart from one another in a transverse direction of the supporting frame structure, - two wheel suspension units for front wheels (Rv) for the utility vehicle, and - at least one tank unit for accommodating fluid, wherein - the first supporting construction and the second supporting construction are guided upwards so as to form a raised supporting structure, characterized in that - the tank unit is arranged at least in sections between the raised supporting structure and forms a part of the raised supporting structure. - a first longitudinally running supporting construction and a second longitudinally running supporting construction, said supporting constructions being spaced apart from one another in a transverse direction of the supporting frame structure, - two wheel suspension units for front wheels (Rv) for the utility vehicle, and - at least one tank unit for accommodating fluid, - the first supporting construction and the second supporting construction are guided upwards so as to form a raised supporting structure, - the tank unit is arranged at least in sections between the raised supporting structure and forms a part of the raised supporting structure.
A dark current cutoff device comprising: a battery configured to perform electrical power supply to a plurality of loads; an open/close unit configured to cut off the electrical power supply to the plurality of loads at a time of being opened, and supply electrical power to the plurality of loads at a time of being closed, the open/close unit being provided between the battery and the plurality of loads; a failure recording unit configured to determine and record a case where the load does not operate as a failure of the load; an open/close determining unit configured to determine that the open/close unit is opened; and a recording prohibiting unit configured to, in a case where the open/close unit is determined to be opened by the open/close determining unit, prohibit the failure recording unit from determining and recording the failure; characterized by an abnormality detecting unit configured to detect abnormality of the open/close unit, wherein it is determined that an abnormality of the open/close unit occurred when a failure of the load is recorded for a large number of the loads; and wherein the recording prohibiting unit is configured to not execute an operation of prohibiting the determination and the recording in a case where the abnormality of the open/close unit is detected by the abnormality detecting unit. a battery configured to perform electrical power supply to a plurality of loads; an open/close unit configured to cut off the electrical power supply to the plurality of loads at a time of being opened, and supply electrical power to the plurality of loads at a time of being closed, the open/close unit being provided between the battery and the plurality of loads; a failure recording unit configured to determine and record a case where the load does not operate as a failure of the load; an open/close determining unit configured to determine that the open/close unit is opened; and a recording prohibiting unit configured to, in a case where the open/close unit is determined to be opened by the open/close determining unit, prohibit the failure recording unit from determining and recording the failure; characterized by an abnormality detecting unit configured to detect abnormality of the open/close unit, wherein it is determined that an abnormality of the open/close unit occurred when a failure of the load is recorded for a large number of the loads; and wherein the recording prohibiting unit is configured to not execute an operation of prohibiting the determination and the recording in a case where the abnormality of the open/close unit is detected by the abnormality detecting unit.
A method comprising: managing, by a server, a chat room, the managing including storing a chat room ID of the chat room, a first user ID of a first user associated with the chat room, a second user ID of a second user associated with the chat room, the managing further including recording, into a main chat history, historical chat messages of the chat room sent by the first and second users, each historical chat message in the main chat history including an original message time corresponding to when the historical chat message was sent to the chat room; receiving, by the server, after the historical chat messages of the chat room have been recorded into the main chat history, a chat invitation message from the first user or the second user, the chat invitation message including a third user ID of a third user being invited to the chat room and including a time limit; based on the chat invitation message and the time limit thereof, generating a chat sub-history by including in the chat sub-history those historical chat messages in the main chat history determined to have original message times within the time limit such that historical chat messages with original message times outside the time limit are not included in the chat sub-history; and sending the chat sub-history to a user device associated with the third user ID. managing, by a server, a chat room, the managing including storing a chat room ID of the chat room, a first user ID of a first user associated with the chat room, a second user ID of a second user associated with the chat room, the managing further including recording, into a main chat history, historical chat messages of the chat room sent by the first and second users, each historical chat message in the main chat history including an original message time corresponding to when the historical chat message was sent to the chat room; receiving, by the server, after the historical chat messages of the chat room have been recorded into the main chat history, a chat invitation message from the first user or the second user, the chat invitation message including a third user ID of a third user being invited to the chat room and including a time limit; based on the chat invitation message and the time limit thereof, generating a chat sub-history by including in the chat sub-history those historical chat messages in the main chat history determined to have original message times within the time limit such that historical chat messages with original message times outside the time limit are not included in the chat sub-history; and sending the chat sub-history to a user device associated with the third user ID.
A hand-held system for calibrating and auditing a liquid dispenser, comprising: a. a first flow meter (36, 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the first flow meter in-line to a first liquid input to the dispenser; b. a second flow meter (36, 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the second flow meter (36, 37) in-line to a second liquid input to the dispenser; c. each flow meter (36, 37) having a sensor (94, 95) with a data output of liquid flow information for each liquid input; and d. a controller operably connected to each data output by a data link to receive the liquid flow information for each liquid input and display a dilution ratio between the first and second liquid inputs to the dispenser. a. a first flow meter (36, 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the first flow meter in-line to a first liquid input to the dispenser; b. a second flow meter (36, 37) having an inlet (40; 41) with a quick-connector (90; 92) adapted for connecting the inlet (40; 41) of the second flow meter (36, 37) in-line to a second liquid input to the dispenser; c. each flow meter (36, 37) having a sensor (94, 95) with a data output of liquid flow information for each liquid input; and d. a controller operably connected to each data output by a data link to receive the liquid flow information for each liquid input and display a dilution ratio between the first and second liquid inputs to the dispenser.
A reusable and washable surface cleaning substrate, comprising (a) less than 15 weight-%, preferably less than 10 weight-%, and more preferably less than 5 weight-% of a liquid carrier, and other liquid components of a impregnating liquor, based on the total weight of the loaded substrate, (b) ethyl cellulose as an impregnating aid, capable of treating the surface of said cleaning substrate, (c) monohydric citric acid as a pH adjustment, capable of adjusting the pH of an impregnating liquor comprising an impregnating carrier, said impregnating aid, and a cleaning composition, to a slightly acidic pH between 3.5 and 5.5, and (d) a first substrate region or zone having a volume extension of at least 125 mm 3 comprising at least 1 weight-%, preferably more than 5 weight-%, more preferably more than 20 weight-% and most preferably more than 40 weight-% of a cleaning composition based on the dry weight of the substrate in said region or zone. (a) less than 15 weight-%, preferably less than 10 weight-%, and more preferably less than 5 weight-% of a liquid carrier, and other liquid components of a impregnating liquor, based on the total weight of the loaded substrate, (b) ethyl cellulose as an impregnating aid, capable of treating the surface of said cleaning substrate, (c) monohydric citric acid as a pH adjustment, capable of adjusting the pH of an impregnating liquor comprising an impregnating carrier, said impregnating aid, and a cleaning composition, to a slightly acidic pH between 3.5 and 5.5, and (d) a first substrate region or zone having a volume extension of at least 125 mm 3 comprising at least 1 weight-%, preferably more than 5 weight-%, more preferably more than 20 weight-% and most preferably more than 40 weight-% of a cleaning composition based on the dry weight of the substrate in said region or zone.
Method for machining metallic workpieces with the following steps: - processing a workpiece by means of a first tool, with -- the first tool being held by means of a first chuck and -- the first tool being cooled during processing by a cryogenic coolant, - precooling of a second tool provided for processing the workpiece, with -- the second tool being held by means of a second chuck and -- the second tool during the processing of the workpiece by means of the first tool being cooled by the cryogenic coolant, - processing the workpiece by means of the precooled second tool, with the second tool during processing being cooled by the cryogenic coolant. - processing a workpiece by means of a first tool, with -- the first tool being held by means of a first chuck and -- the first tool being cooled during processing by a cryogenic coolant, -- the first tool being held by means of a first chuck and -- the first tool being cooled during processing by a cryogenic coolant, - precooling of a second tool provided for processing the workpiece, with -- the second tool being held by means of a second chuck and -- the second tool during the processing of the workpiece by means of the first tool being cooled by the cryogenic coolant, -- the second tool being held by means of a second chuck and -- the second tool during the processing of the workpiece by means of the first tool being cooled by the cryogenic coolant, - processing the workpiece by means of the precooled second tool, with the second tool during processing being cooled by the cryogenic coolant.
Method for manufacture of sanitised organic sludge, characterised i n that the method encompasses the following steps: - mechanical mixing of shredded newspaper with a super absorbent and dewatered organic sludge, said dewatered organic sludge has a dry matter content of 20-25 % by weight, and the amount of shredded newspaper in relation to the dewatered organic sludge is 5-10 % by weight, and the amount of super absorbent is 2 % by weight in relation to the shredded newspaper, - lead the sludge mixture containing super absorbent and shredded newspaper to a sanitising container, - continuously supply air to the sludge mixture until the desired temperature has been reached. - mechanical mixing of shredded newspaper with a super absorbent and dewatered organic sludge, said dewatered organic sludge has a dry matter content of 20-25 % by weight, and the amount of shredded newspaper in relation to the dewatered organic sludge is 5-10 % by weight, and the amount of super absorbent is 2 % by weight in relation to the shredded newspaper, - lead the sludge mixture containing super absorbent and shredded newspaper to a sanitising container, - continuously supply air to the sludge mixture until the desired temperature has been reached.
A centrifugal pump assembly, with electric motor arranged in a casing, the assembly comprising, at one end, a wet section, formed by a volute and containing an impeller, and, at the other end, a box, which contains an electrical board, in contact with one end of said casing, said electric motor being of the permanent-magnet brushless type and said casing being made of stainless steel, characterized in that said casing is cup-shaped with a base which comprises one or more elastically deformable elements, which are adapted to generate a thrust on one or more corresponding pins arranged on a surface of said box that faces said base.
A polyol premix composition comprising at least one halogenated blowing agent containing a hydrohaloolefin, at least one polyol, water, a contact product of at least one organic carboxylic acid component comprising at least one member selected from the group consisting of succinic acid, glutaric acid, adipic acid, and at least tetraalkylguanidine, the equivalent ratio of carboxylic acid to tetraalkylguanidine ranges from 0,2 to 2.0.
A ceramic electronic component comprising: a magnetic body part comprising a ferrite material; and a conductive part containing Cu as its main constituent, wherein the magnetic body part contains trivalent Fe and a divalent element including at least divalent Ni, the content of the Fe is 20 to 48% in molar ratio in terms of Fe 2 O 3, and the magnetic body part contains Mn so that the ratio of Mn to the total of the Fe and the Mn is less than 50% in molar ratio each in terms of Mn 2 O 3 and Fe 2 O 3, characterized in that the ceramic electronic component is obtained by co-firing the magnetic body part with the conductive part in an atmosphere at a pressure equal to or lower than an equilibrium oxygen partial pressure of Cu-Cu 2 O.
A composition comprising the following: A) a first ethylene-based polymer, formed by a high pressure, free-radical polymerization process, and comprising the following properties: a) a Mw(abs)/Mw < 2.2, and b) a MS versus I2 relationship: MS ≥ C x [ D], where C = 13.5 cN/(dg/min) D, and D = -0.55, c) a melt index from 0.1 to 0.9 g/10 min; and B) a second ethylene-based polymer; and wherein the second ethylene-based polymer has a melt index from 0.1 to 4.0 g/10 min; wherein Mw(abs) and Mw are each determined by GPC Method A as described in the description and MS is determined at 190 °C as described in the description; wherein the first ethylene-based polymer is a low density polyethylene (LDPE). A) a first ethylene-based polymer, formed by a high pressure, free-radical polymerization process, and comprising the following properties: a) a Mw(abs)/Mw < 2.2, and b) a MS versus I2 relationship: MS ≥ C x [ D], where C = 13.5 cN/(dg/min) D, and D = -0.55, c) a melt index from 0.1 to 0.9 g/10 min; and a) a Mw(abs)/Mw < 2.2, and b) a MS versus I2 relationship: MS ≥ C x [ D], where C = 13.5 cN/(dg/min) D, and D = -0.55, c) a melt index from 0.1 to 0.9 g/10 min; and B) a second ethylene-based polymer; and
A device forming a seal for a relief valve in a turbine engine, with said valve comprising: - a gate intended to be mounted mobile between a position for sealing an air port provided within a casing of the turbine engine and a position for opening said port, with said device comprising: - a seal assembly extending along the peripheral edge of the gate in the sealing position thereof, with the seal comprising: * a main body intended to be sealingly inserted, in operation, between the peripheral edge of the gate in the sealing position thereof and the rim of the port of the casing, and * at least one attachment projection extending from at least one portion of the main body and involved in the attachment of the seal to the casing of the engine, * said projection being intended to be inserted, in operation, into a matching notch provided in the casing. - a gate intended to be mounted mobile between a position for sealing an air port provided within a casing of the turbine engine and a position for opening said port, - a seal assembly extending along the peripheral edge of the gate in the sealing position thereof, with the seal comprising: * a main body intended to be sealingly inserted, in operation, between the peripheral edge of the gate in the sealing position thereof and the rim of the port of the casing, and * at least one attachment projection extending from at least one portion of the main body and involved in the attachment of the seal to the casing of the engine, * said projection being intended to be inserted, in operation, into a matching notch provided in the casing. * a main body intended to be sealingly inserted, in operation, between the peripheral edge of the gate in the sealing position thereof and the rim of the port of the casing, and * at least one attachment projection extending from at least one portion of the main body and involved in the attachment of the seal to the casing of the engine, * said projection being intended to be inserted, in operation, into a matching notch provided in the casing.