mhurhangee/ep-ind-claims huggingface dataset:
System for producing electrical energy comprising - an electrical energy production circuit by thermodynamic cycle intended to receive a working fluid and comprising a turbine, - a first circuit for producing heat from solar energy intended to receive a first heat transfer fluid and comprising thermal solar sensors, - a second circuit for producing heat from nuclear energy intended to receive a second heat transfer fluid and comprising a nuclear reactor, and - a first heat exchanger arranged between the first circuit and the electrical energy production circuit configured to transfer the heat produced by the first circuit to the electrical energy production circuit, and - a second heat exchanger arranged between the second circuit and the electrical energy production circuit configured to transfer the heat produced by the second circuit to the electrical energy production circuit, where the second heat exchanger is arranged on the electrical energy production circuit downstream from the first exchanger such that the heat from the first circuit serves to preheat the working fluid prior to the passage thereof in the second exchanger, characterised in that the system comprises a third heat exchanger arranged on the electrical energy production circuit downstream from the turbine and an absorption machine arranged between the first circuit and the electrical energy production circuit by the third heat exchanger, the absorption machine comprising a generator arranged on the first circuit so as to convert the heat produced by the first circuit into a cold source for the third heat exchanger. - an electrical energy production circuit by thermodynamic cycle intended to receive a working fluid and comprising a turbine, - a first circuit for producing heat from solar energy intended to receive a first heat transfer fluid and comprising thermal solar sensors, - a second circuit for producing heat from nuclear energy intended to receive a second heat transfer fluid and comprising a nuclear reactor, and - a first heat exchanger arranged between the first circuit and the electrical energy production circuit configured to transfer the heat produced by the first circuit to the electrical energy production circuit, and - a second heat exchanger arranged between the second circuit and the electrical energy production circuit configured to transfer the heat produced by the second circuit to the electrical energy production circuit,
Drinking or service water system comprising a transfer point from a public supply network, at least one supply line for providing water and at least one ring line that leads to at least one consumer and is connected to the supply line via a diverging opening that branches off from the supply line and a converging opening that leads into the supply line, the cross section narrowing in the supply line between the diverging opening and the converging opening such that a flow through the supply line brings about a flow through the ring line, characterised by a ring line pump provided in the ring line, and a ring line volume flow rate measuring device by means of which the volume flow rate in the ring line can be measured and the volume measurement signal of which can be processed in a control device assigned to the ring line pump.
Method for producing a coated packaging material, including at least the steps of: a) providing a substrate, which has a base material of pulp, an outer side to be faced away from the packaging item as well as an inner side to be faced towards the packaging item, wherein the base material is coated or uncoated paper, coated or uncoated cardboard, or coated or uncoated paperboard; b) coating at least the inner side of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and/or at least one polyvinyl alcohol copolymer as well as a cross-linking agent, wherein the aqueous composition has at most 40 % by wt. of polyvinyl alcohol and/or polyvinyl alcohol copolymer and a total solid content of at least 26 % by wt. and at most 55 % by wt.; c) drying the layer and cross-linking the polyvinyl alcohol and/or the polyvinyl alcohol copolymer with the aid of the cross-linking agent with formation of a barrier layer (22a, 22b) for hydrophobic compounds, wherein the substrate before step a) and/or after step c) is coated with at least one further aqueous composition, wherein - the further aqueous composition includes at least polyvinyl alcohol and/or a polyvinyl alcohol copolymer and is free of cross-linking agents, and/or wherein - at least two barrier layers (22a, 22b) are formed, wherein the at least two barrier layers (22a, 22b) include polyvinyl alcohols and/or polyvinyl alcohol copolymers with different cross-linking levels and/or polyvinyl alcohols and/or polyvinyl alcohol copolymers with different degrees of hydrolysis and/or polyvinyl alcohols and/or polyvinyl alcohol copolymers cross-linked by different cross-linking agents. a) providing a substrate, which has a base material of pulp, an outer side to be faced away from the packaging item as well as an inner side to be faced towards the packaging item, wherein the base material is coated or uncoated paper, coated or uncoated cardboard, or coated or uncoated paperboard; b) coating at least the inner side of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and/or at least one polyvinyl alcohol copolymer as well as a cross-linking agent, wherein the aqueous composition has at most 40 % by wt. of polyvinyl alcohol and/or polyvinyl alcohol copolymer and a total solid content of at least 26 % by wt. and at most 55 % by wt.; c) drying the layer and cross-linking the polyvinyl alcohol and/or the polyvinyl alcohol copolymer with the aid of the cross-linking agent with formation of a barrier layer (22a, 22b) for hydrophobic compounds, - the further aqueous composition includes at least polyvinyl alcohol and/or a polyvinyl alcohol copolymer and is free of cross-linking agents, and/or wherein - at least two barrier layers (22a, 22b) are formed, wherein the at least two barrier layers (22a, 22b) include polyvinyl alcohols and/or polyvinyl alcohol copolymers with different cross-linking levels and/or polyvinyl alcohols and/or polyvinyl alcohol copolymers with different degrees of hydrolysis and/or polyvinyl alcohols and/or polyvinyl alcohol copolymers cross-linked by different cross-linking agents.
An electric pump apparatus comprising: a pump portion including a pump housing to which a constituent member of a pump is fitted; and a motor portion including a motor housing to which a constituent member of an electric motor for driving the pump is fitted, wherein one end of the motor housing is fitted to the pump housing, wherein a closing cover is installed on an opening portion at the other end of the motor housing, wherein the closing cover includes a cover main body, and a ventilation cap body that forms a ventilation passage for ventilation for an inside of the motor housing, wherein a ventilation recessed portion is formed at a location that is positioned in an inner surface side of the cover main body and that is positioned on an inner surface of the ventilation cap body, wherein an inner wall surface defining the ventilation recessed portion is formed in such a shape that a deep side of the ventilation passage hole is opened to the inner wall surface defining the ventilation recessed portion to form the ventilation passage, wherein a ventilation filter is installed on an inner opening portion of the ventilation recessed portion, wherein the cover main body and the ventilation cap body of the closing cover are formed integrally, and wherein the ventilation cap body has a connecting portion that is integrally connected to the cover main body, and at least one ventilation passage hole that is disposed in the connecting portion to perpendicularly extend in a direction from an outer surface to an inner surface of the cover main body, and has a depth smaller than a plate thickness of the cover main body, characterized in that said one end of the motor housing is fitted to the said pump housing in such a manner that a sealing member is interposed between the one end of the motor housing and the pump housing, and in a bottom face of the ventilation passage hole, a position of a radially inner end portion is higher than that of a radially outer end portion. a pump portion including a pump housing to which a constituent member of a pump is fitted; and a motor portion including a motor housing to which a constituent member of an electric motor for driving the pump is fitted,
A radiator for heating a room comprising a front radiant plate, a rear radiant plate, sides, and a circuit for a heat carrier fluid which extends in a compartment delimited between said front plate, said rear plate and said sides, at least one side having at least one light source associated with at least one light guide exposed toward the outside of the radiator, characterized in that said light guide comprises at least one longitudinal transparent element made of polycarbonate, and said light source comprises a longitudinal string of LEDs, and in that said longitudinal transparent element is housed in a box-like body completely encased between said front radiant plate and said rear radiant plate.
A lens module for imaging devices, comprising: a lens; a spacer; and a substrate equipped with a photodetector, the lens comprising: a functioning portion that functions as a lens; a non-functioning portion that is disposed around the periphery of the functioning portion and is integral with the functioning portion; and a support that is integral with the non-functioning portion and supports the lens, the spacer being disposed on the substrate around the photodetector, the spacer having a flat top face, the support of the lens having a flat bottom face, and the spacer being bonded at the top face to the bottom face of the support of the lens to support the lens, and the top face of the spacer having a width greater than a width of the bottom face of the support, characterized in that the lens has a height L1 as a dimension from the bottom face of the support to a lowermost end of the non-functioning portion, the spacer has a height L2, and the functioning portion has a diameter D, where the total of L1 and L2 is greater than D, and where D is equal to or greater than L1, the spacer has a tapered space in its central region, and the tapered space has such a shape that the top of the space is opened vertically. a lens; a spacer; and a substrate equipped with a photodetector, the lens comprising: a functioning portion that functions as a lens; a non-functioning portion that is disposed around the periphery of the functioning portion and is integral with the functioning portion; and a support that is integral with the non-functioning portion and supports the lens, a functioning portion that functions as a lens; a non-functioning portion that is disposed around the periphery of the functioning portion and is integral with the functioning portion; and a support that is integral with the non-functioning portion and supports the lens, the spacer being disposed on the substrate around the photodetector, the spacer having a flat top face, the support of the lens having a flat bottom face, and the spacer being bonded at the top face to the bottom face of the support of the lens to support the lens, and the top face of the spacer having a width greater than a width of the bottom face of the support, characterized in that the lens has a height L1 as a dimension from the bottom face of the support to a lowermost end of the non-functioning portion, the spacer has a height L2, and the functioning portion has a diameter D, where the total of L1 and L2 is greater than D, and where D is equal to or greater than L1, the spacer has a tapered space in its central region, and the tapered space has such a shape that the top of the space is opened vertically.
Guide element, particularly Isofix guide element, having a base portion, a rear side portion and two side portions connected to the base, an introduction opening which is delimited by respective inner sides (50, 52) of the base portion and the two side portions, a bracket opening, formed between the base portion and the rear side portion, which has notches formed in the side portions such that a bracket -like fastening element (34, 62) can be accommodated in the notches and that the fastening element (34, 62) is accessible through the introduction opening, wherein on an outer side of the base portion is arranged at least one fastening element protruding from the base portion, characterised in that the fastening element has at least one fastening opening in the form of an elongated hole, which can be connected to a tab of a seat cushion or of a seat cover of a vehicle seat. an introduction opening which is delimited by respective inner sides (50, 52) of the base portion and the two side portions, a bracket opening, formed between the base portion and the rear side portion, which has notches formed in the side portions such that a bracket -like fastening element (34, 62) can be accommodated in the notches and that the fastening element (34, 62) is accessible through the introduction opening, wherein on an outer side of the base portion is arranged at least one fastening element protruding from the base portion, characterised in that the fastening element has at least one fastening opening in the form of an elongated hole, which can be connected to a tab of a seat cushion or of a seat cover of a vehicle seat.
A fruits and vegetables refrigerator juicer being characterized in that it comprises a refrigerated display case the purpose of which is the promotion and preservation of fruits and vegetables to be selected from which the juice is produced, wherein on a back side of the refrigerated display case the fruits and vegetables refrigerator juicer incorporates juice extractors in which an operator can put the selected fruits, the juice extractors being centrifugal in order to separate the juice from the pulp residue, and wherein the fruits and vegetables refrigerator juicer comprises a servicing juice tube through which the juice is obtained, the servicing juice tube ending up at the front of the refrigerated display case leading the juice from the juice extractors directly into a glass.
A line measurement device including a vehicle having a pantograph, three line-sensor cameras that are placed at opposite left and right lateral ends and at a center of the vehicle between the lateral ends, and that are adapted to image overhead lines (8, 9) including a main line and a crossing line, and an image processing device that is adapted to measure heights and deviations of the overhead lines (8, 9) by performing image processing utilizing stereo measurement on images of the overhead lines (8, 9) captured by the three line-sensor cameras, characterized in that the line-sensor camera placed at the center of the vehicle has a low resolution and a wider imaging range than imaging ranges of the line-sensor cameras (1, 2) having a high resolution placed at the opposite left and right ends of the vehicle, the imaging range of the line-sensor camera placed at the center of the vehicle is an entire range where the crossing line is present, and the imaging range of each of the line-sensor cameras (1, 2) placed at the opposite ends of the vehicle is one of halves of the range of the crossing line halved at the center of the vehicle so that an overhead-line detection-measurement range capable of stereo measurement with the left-end camera and the center camera covering the entire left half range of the range of the crossing line and an overhead-line detection-measurement range capable of stereo measurement with the right-end camera and the center camera covering the entire right half range of the range of the crossing line is provided.
A transport anchor system for transporting an object, in particular a precast concrete part, comprising an anchoring means that is intended to remain in the object, and an elongated connection element to be detachably connected to the anchoring means inside the object for the purpose of transporting the object, wherein the connection element comprises a connection device at the upper end thereof for detachably connecting a load receptor of a transport means or the transport means for transporting the object, and a coupling device at the lower end thereof for a positive-locking and detachable coupling with the anchoring means, wherein the anchoring means comprises a smaller transverse extension at the upper end thereof than the one at the lower end thereof, wherein the coupling device comprises one or two coupling elements having each a lateral projection and the connection element comprises a locking element, such that for coupling the connection element to the anchoring means the one or the two coupling element(s) are brought to the anchoring means until the respective projection has reached a correspondingly shaped lateral recess of the anchoring means, and only after that the locking element is brought close to the anchoring means until the locking element has reached the respective projection, such that the respective projection will be held in the corresponding recess by means of the locking element, characterized in that the one or the two coupling element(s) and the locking element will be held together by means of a common transverse axis which passes through a cross bore of the one or the two coupling element(s) and an oblong hole of the locking element.
A shaving razor system comprising: a tottle defining a cavity for containing a liquid, the tottle having a first end having a seal and a second end defining a fluid port, the tottle having a maximum cross-sectional area between the first end and the second end; a coupler at the first end of the tottle and configured to engage a personal care article; an end cap mounted to the second end of the tottle, wherein the end cap has a bottom surface with a contact area greater than the maximum cross-sectional area between the first end and the second end of the tottle, characterized in that an angle between a center longitudinal axis of the shaving razor system passing through a center of mass of the shaving razor system and a line extending from the center of mass to an outer edge of the bottom surface is 10 degrees to 15 degrees in a full or an empty condition. a tottle defining a cavity for containing a liquid, the tottle having a first end having a seal and a second end defining a fluid port, the tottle having a maximum cross-sectional area between the first end and the second end; a coupler at the first end of the tottle and configured to engage a personal care article; an end cap mounted to the second end of the tottle, wherein the end cap has a bottom surface with a contact area greater than the maximum cross-sectional area between the first end and the second end of the tottle, characterized in that an angle between a center longitudinal axis of the shaving razor system passing through a center of mass of the shaving razor system and a line extending from the center of mass to an outer edge of the bottom surface is 10 degrees to 15 degrees in a full or an empty condition.
Method for recovering the platinum found in a membrane-electrode assembly, the membrane-electrode assembly being formed by a polymer electrolyte membrane provided with a first surface and a second surface, the first surface being covered by a first electrode formed by a first catalyst layer and a first gas diffusion layer, the second surface being covered by a second electrode formed by a second catalyst layer and a second gas diffusion layer, each catalyst layer being placed between the membrane and the corresponding gas diffusion layer, the catalyst of at least one of the catalyst layers being a platinum-based catalyst, said method comprising the following successive steps: - separating the polymer electrolyte membrane from the first electrode and from the second electrode so as to make the catalyst layers accessible, - performing leaching on at least the catalyst layers so as to dissolve at least a part of the platinum, the leaching being performed with an acid solution having an acid concentration lower than or equal to 1mol/L, the leaching solution being a mixture of water and HNO 3 /HCl, the leaching being performed at a temperature comprised between 70°C and 90°C. - separating the polymer electrolyte membrane from the first electrode and from the second electrode so as to make the catalyst layers accessible, - performing leaching on at least the catalyst layers so as to dissolve at least a part of the platinum, the leaching being performed with an acid solution having an acid concentration lower than or equal to 1mol/L, the leaching solution being a mixture of water and HNO 3 /HCl, the leaching being performed at a temperature comprised between 70°C and 90°C.
A computer-implemented method for ordering the vehicles of a fleet of vehicles according to a need for maintenance, the method including the steps of, for each vehicle in the fleet, - determining a time series, the time series including, for each time step, an instantaneous value of at least one quantity of interest obtained from monitoring events acquired by means of a system for monitoring vehicles of the fleet of vehicles; and, - analyzing, over a predetermined time interval, the time series, taking into account the time series determined for all the vehicles of the fleet of vehicles, considering that at each time step, the state of a vehicle is either a "normal" state or an "abnormal" state requiring maintenance, so as to obtain an optimal sequence of states over the predetermined time interval, the method being characterized in that it comprises the additional steps of: - for each vehicle in the fleet, detecting presence, if any, of one or a plurality of bursts in the optimum sequence of states; then, - ordering a list of vehicles of the fleet of vehicles according to the properties of the bursts detected for each vehicle. - determining a time series, the time series including, for each time step, an instantaneous value of at least one quantity of interest obtained from monitoring events acquired by means of a system for monitoring vehicles of the fleet of vehicles; and, - analyzing, over a predetermined time interval, the time series, taking into account the time series determined for all the vehicles of the fleet of vehicles, considering that at each time step, the state of a vehicle is either a "normal" state or an "abnormal" state requiring maintenance, so as to obtain an optimal sequence of states over the predetermined time interval, - for each vehicle in the fleet, detecting presence, if any, of one or a plurality of bursts in the optimum sequence of states; then, - ordering a list of vehicles of the fleet of vehicles according to the properties of the bursts detected for each vehicle.
A method for producing a conjugated diene comprising a reaction step of subjecting a raw material gas containing a monoolefin having a carbon atom number of 4 or more to an oxidative dehydrogenation reaction with a gas containing molecular oxygen in the presence of a catalyst, to obtain a reaction product gas containing a conjugated diene; and a cooling step of cooling the reaction product gas, wherein in the cooling step, a cooling agent is supplied into a cooling column and brought into contact with the reaction product gas; the cooling agent discharged from the cooling column is then cooled by a heat exchanger; a precipitate dissolved in the cooling agent is precipitated within the heat exchanger and recovered; and the cooling agent from which the precipitate has been recovered is circulated into the cooling column, wherein a liquid linear rate in the heat exchanger for precipitating the precipitate is 1.0 m/sec or less.