mhurhangee/ep-ind-claims huggingface dataset:
Agricultural baler comprising: - a bale case, having a wall portion with an entrance opening for the introduction of crop material; - a plunger, disposed for movement in the bale case to thereby compact said crop material into bales; - a duct for the transportation of said crop material to said entrance opening; - a stuffer unit, operable associated with said duct and comprising: - a fork assembly comprising tines; and - a drive mechanism (75, 175, 275, 375) acting on the fork assembly; wherein - the drive mechanism comprises: - a first drive member (77, 105) configured for a reciprocating motion along a path of movement and operatively connected to a power source of the baler; and - a second drive member (71, 107) configured for a reciprocating motion along the path of movement of the first drive member and operatively connected to the fork assembly, characterized in that - the drive mechanism further comprises: - a selectively operable coupling arrangement configured for selectively coupling the second drive member either to the first drive member or to a stationary part of the baler. - a bale case, having a wall portion with an entrance opening for the introduction of crop material; - a plunger, disposed for movement in the bale case to thereby compact said crop material into bales; - a duct for the transportation of said crop material to said entrance opening; - a stuffer unit, operable associated with said duct and comprising: - a fork assembly comprising tines; and - a drive mechanism (75, 175, 275, 375) acting on the fork assembly; - a fork assembly comprising tines; and - a drive mechanism (75, 175, 275, 375) acting on the fork assembly; - the drive mechanism comprises: - a first drive member (77, 105) configured for a reciprocating motion along a path of movement and operatively connected to a power source of the baler; and - a second drive member (71, 107) configured for a reciprocating motion along the path of movement of the first drive member and operatively connected to the fork assembly, - a first drive member (77, 105) configured for a reciprocating motion along a path of movement and operatively connected to a power source of the baler; and - a second drive member (71, 107) configured for a reciprocating motion along the path of movement of the first drive member and operatively connected to the fork assembly, - the drive mechanism further comprises: - a selectively operable coupling arrangement configured for selectively coupling the second drive member either to the first drive member or to a stationary part of the baler. - a selectively operable coupling arrangement configured for selectively coupling the second drive member either to the first drive member or to a stationary part of the baler.
A thermosiphon device including: an evaporator section arranged to receive heat and evaporate a liquid; and a condenser section arranged to transfer heat from evaporated liquid to a surrounding environment to condense the evaporated liquid; characterized by the device comprising at least one flat multiport tube structure having a first section defining one or more flow channels, a second section defining one or more flow channels, and a web that extends between the first and second sections in a plane of the multiport tube structure, wherein the first section defines one or more evaporation channels, and the second section defines one or more evaporation channels, one or more condensing channels, or a liquid return path of the evaporator section, or the first section defines one or more condensing channels, and the second section defines one or more evaporation channels, one or more condensing channels, or a vapor supply path of the condenser section. an evaporator section arranged to receive heat and evaporate a liquid; and a condenser section arranged to transfer heat from evaporated liquid to a surrounding environment to condense the evaporated liquid; characterized by the device comprising at least one flat multiport tube structure having a first section defining one or more flow channels, a second section defining one or more flow channels, and a web that extends between the first and second sections in a plane of the multiport tube structure, wherein the first section defines one or more evaporation channels, and the second section defines one or more evaporation channels, one or more condensing channels, or a liquid return path of the evaporator section, or the first section defines one or more condensing channels, and the second section defines one or more evaporation channels, one or more condensing channels, or a vapor supply path of the condenser section.
A photovoltaic device comprising: - a CIGS photovoltaic module having a surface, called the upper surface, intended to be exposed to luminous radiation; and - a light-emitting diode having a luminous emission at a wavelength shorter than 600 nm, preferably shorter than or equal to 443 nm and even more preferably comprised between 250 and 400 nm, and transparent to radiation in the near infrared, fastened to said upper surface of the photovoltaic module. - a CIGS photovoltaic module having a surface, called the upper surface, intended to be exposed to luminous radiation; and - a light-emitting diode having a luminous emission at a wavelength shorter than 600 nm, preferably shorter than or equal to 443 nm and even more preferably comprised between 250 and 400 nm, and transparent to radiation in the near infrared, fastened to said upper surface of the photovoltaic module.
Rolling method for the production of flat products, such as metal strip, which provides a production step of a thin slab with a thickness comprised between 30 and 90 mm, preferably between 35 and 70 mm, a temperature maintenance and/or possible heating step of the slab to be sent for rolling, and a rolling step with multiple passes performed in a reversing rolling mill comprising at least a reversing rolling stand, in which at least a winding reel furnace is also present upstream of the stand and a winding reel furnace downstream of the stand, a winding step also being provided downstream of the rolling in at least a coiler (19a, 19b) to form a relative coil of strip of a defined weight, comprised between 20 and 30 tons, and a cooling step of the strip being provided between the reversing rolling mill and said at least one coiler (19a, 19b), wherein the method provides that the thin slab is disposed, for example, sheared to size, upstream of the maintenance and/or possible heating step in order to form a segment of slab having a length equivalent, in weight, equal to a finite multiple greater than 1 of the weight of a coil, characterized in that, already after the first rolling pass in the reversing rolling mill, the thickness of the segment of slab is reduced to a value in the range of 20-25 mm so as to wind it immediately on the winding reel furnace downstream of the stand, in that in the last rolling pass in the reversing rolling mill is defined the final thickness of the strip, and in that during the last pass the strip is simultaneously gripped on said winding reel furnace upstream of the stand, on the rolling stand of the reversing rolling mill and on one relative of said coilers (19a, 19b), realizing a process without solution of continuity for the whole length relative to the formation of at least 2 coils of finished strip.
A metal-air battery comprising: an anode portion comprising a metal; a cathode portion comprising a porous layer, wherein the porous layer comprises a reduced non-stacked graphene oxide; and an electrolyte disposed between the anode portion and the cathode portion; characterized in that the porous layer consists of the reduced non-stacked graphene oxide, wherein the reduced non-stacked graphene oxide comprises adjacent layers which are separated by a gap of 1 nanometer to 0.15 micrometer, and wherein the porous layer has a porosity of 70 volume percent to 99 volume percent, based on a total volume of the porous layer. an anode portion comprising a metal; a cathode portion comprising a porous layer, wherein the porous layer comprises a reduced non-stacked graphene oxide; and an electrolyte disposed between the anode portion and the cathode portion; characterized in that the porous layer consists of the reduced non-stacked graphene oxide, wherein the reduced non-stacked graphene oxide comprises adjacent layers which are separated by a gap of 1 nanometer to 0.15 micrometer, and wherein the porous layer has a porosity of 70 volume percent to 99 volume percent, based on a total volume of the porous layer.
Silenced head for a gas discharge, in particular for a fire extinguishing gas discharge, comprising: - a base with an opening (4.3, 14) forming a gas input; - a closed wall made of porous material and extending longitudinally from the base so as to form a distal opening; - a front wall made of porous material closing the distal opening of the closed wall; - a fastening ring arranged against an outer face of the front wall and attached to the base by longitudinal screws; characterized in that the fastening ring comprises a ring portion (10.1) and webs (10.2) extending radially from the ring portion (10.1) so as to form contact surfaces for the front wall. - a base with an opening (4.3, 14) forming a gas input; - a closed wall made of porous material and extending longitudinally from the base so as to form a distal opening; - a front wall made of porous material closing the distal opening of the closed wall; - a fastening ring arranged against an outer face of the front wall and attached to the base by longitudinal screws;
Device for activating a screw cap of a container, in particular a container for use in a chemical analyzer, comprising a first holding device for holding the screw cap, and a drive for activating the first holding device, wherein the first holding device is settable into a rotational movement by the drive, characterized in that the device further comprises a switchover device for switching over the device between a first configuration for opening and closing the first holding device and a second configuration for setting the first holding device into a rotational movement, wherewith a separate activation of the two configurations is achieved.
A method to control a road vehicle provided with a clutch, which connects an internal combustion engine to drive wheels and is arranged between the internal combustion engine and a servo-assisted transmission; the control method comprising the steps of: checking whether the tyres of the drive wheels are close to a grip limit; and opening the clutch so that the clutch transmits a torque to the drive wheels with a slip of the clutch that is constant and other than zero when the tyres of the drive wheels are close to the grip limit; wherein the tyres of the drive wheels are considered to be close to the grip limit if: in the servo-assisted transmission a gear is engaged, which belongs to a predetermined set of gears; a rotation speed (ω E) of the internal combustion engine is comprised in a predetermined range of speed; and a torque (T E) generated by the internal combustion engine exceeds a torque threshold value. checking whether the tyres of the drive wheels are close to a grip limit; and opening the clutch so that the clutch transmits a torque to the drive wheels with a slip of the clutch that is constant and other than zero when the tyres of the drive wheels are close to the grip limit; wherein the tyres of the drive wheels are considered to be close to the grip limit if: in the servo-assisted transmission a gear is engaged, which belongs to a predetermined set of gears; a rotation speed (ω E) of the internal combustion engine is comprised in a predetermined range of speed; and a torque (T E) generated by the internal combustion engine exceeds a torque threshold value.
A method of enhancing a magnetic resonance imaging image of a body or body region such as an organ or organ region in a subject to whom an MRI image-enhancing amount of a mixture of sodium ascorbate and meglumine ascorbate has been parenterally administered, said method comprising: generating, by MRI of the subject, an image of said body or body region, whereby said mixture enhances the MRI image.
An element of a chute which is intended to guide an ammunition belt formed of links carrying ammunition between a magazine and a weapon, which element is formed as one piece and is provided with means (16, 18) allowing to make the element integral with at least one another element in order to constitute a chute, wherein the element is characterised in that it is constituted by a plate having a substantially rectangular closed contour comprising two long sides (11b, 11c) connected by two short sides (11d, 11e) and delimiting a passage for the ammunition belt, the means allowing to make it integral with another element comprising at least two pairs (15a, 15b) of tabs extending substantially perpendicularly to the plate, the tabs being intended to be inserted into notches carried by a next element, a first pair of tabs being arranged at a first long side of the rectangular contour and the second pair of tabs being arranged at a second long side of the contour that is parallel to the first long side.
Interface module of a shoring device comprising: - a first assembly provided to be attached to a supporting wall, comprising a first panel on which first guide means are arranged, - a second assembly cooperating with the first assembly, so as to define a chamber, said second assembly being provided to be attached to one end of a shoring device and comprising a second panel adapted to cooperate with the first guide means so that the second assembly is slidably guided with respect to the first assembly, - at least one actuator adapted to generate a thrust force suitable for moving the first and second assemblies (100, 200) away from each other so as to put the shoring device under compressive stress, said chamber being formed by two lateral cheeks connected to each other by two crossmembers in the form of plates respectively referred to as "bottom crossmember" and "top crossmember", said lateral cheeks and said bottom and top crossmembers being attached to the first panel, said chamber being designed to receive a bracing element adapted to distribute, in the chamber, forces tending to attract the first and second assemblies (100, 200) one against the other, said forces resulting from the release of the compressive stress on the shoring device, when the actuator is no longer generating a thrust force. - a first assembly provided to be attached to a supporting wall, comprising a first panel on which first guide means are arranged, - a second assembly cooperating with the first assembly, so as to define a chamber, said second assembly being provided to be attached to one end of a shoring device and comprising a second panel adapted to cooperate with the first guide means so that the second assembly is slidably guided with respect to the first assembly, - at least one actuator adapted to generate a thrust force suitable for moving the first and second assemblies (100, 200) away from each other so as to put the shoring device under compressive stress,
An article of protective clothing, particularly a protective coat, having a main part, which clothes the upper body of a wearer wearing the article of protective clothing and can be opened and closed in the chest area and abdominal area of the wearer, and two sleeves (104, 204), which branch from the main part on opposite sides in the shoulder area of the wearer, and also having a monitoring system with respect to the current environmental conditions for the wearer, the monitoring system having at least one sensor element for detecting an environmental parameter and/or at least one indicating element (117, 217, 317) for optically and/or acoustically indicating a state and also a cable arrangement, connected to the at least one sensor element and/or to the at least one indicating element (117, 217, 317), for connection to a control unit, the cable arrangement running at least in the main part of the article of protective clothing and being arranged at least in certain sections between two textile layers of the article of protective clothing, it being possible to remove the cable arrangement together with the at least one sensor element and/or with the at least one indicating element (117, 217, 317) from the article of protective clothing, and the at least one sensor element and/or the at least one indicating element (117, 217, 317) being arranged on one carrier element in each case, characterized in that the carrier element can be covered from the inner surface of the outer fabric with a cover element or can be introduced into a pocket arranged on the inner surface of the outer fabric and can be fixed therein in an operating position, wherein, in the operating position, the at least one sensor element and/or the at least one indicating element (117, 217, 317) penetrates a through hole, which leads into the pocket and is located in the outer fabric, towards an outer side of the article of protective clothing.
A method of making a polymer foam article, the method comprising: heating and mixing a thermoplastic polymer and a pneumatogen source in an extruder under a pressure to form a molten pneumatic mixture, wherein the temperature of the molten pneumatic mixture exceeds the critical temperature of the pneumatogen source; collecting an amount of the molten pneumatic mixture in a collection region of the extruder; defining an expansion volume in the collection region to cause a pressure to drop in the collection region; allowing an expansion period of time to elapse after the defining; dispensing a molten polymer foam from the collection region to substantially fill a mold; and cooling the dispensed molten polymer foam to form a solidified polymer foam article. heating and mixing a thermoplastic polymer and a pneumatogen source in an extruder under a pressure to form a molten pneumatic mixture, wherein the temperature of the molten pneumatic mixture exceeds the critical temperature of the pneumatogen source; collecting an amount of the molten pneumatic mixture in a collection region of the extruder; defining an expansion volume in the collection region to cause a pressure to drop in the collection region; allowing an expansion period of time to elapse after the defining; dispensing a molten polymer foam from the collection region to substantially fill a mold; and cooling the dispensed molten polymer foam to form a solidified polymer foam article.
A power take off comprising: a housing; an input mechanism that is supported in the housing and is adapted to be rotatably driven by a source of rotational energy; and an output mechanism (36, 37) that is supported in the housing and is rotatably driven by the input mechanism, the output mechanism (36, 37) being adapted to rotatably drive a rotatably driven accessory, wherein the power take off further includes a two piece damping assembly that minimizes the transmission of torque transients from the input mechanism to the output mechanism (36, 37), wherein: the two piece damping assembly is an input cluster gear assembly that includes a first gear portion and a second gear portion that are supported for rotational movement relative to one another, and the housing includes an opening, and wherein the first gear portion extends outwardly from the housing through the opening. a housing; an input mechanism that is supported in the housing and is adapted to be rotatably driven by a source of rotational energy; and an output mechanism (36, 37) that is supported in the housing and is rotatably driven by the input mechanism, the output mechanism (36, 37) being adapted to rotatably drive a rotatably driven accessory, wherein the power take off further includes a two piece damping assembly that minimizes the transmission of torque transients from the input mechanism to the output mechanism (36, 37), wherein: the two piece damping assembly is an input cluster gear assembly that includes a first gear portion and a second gear portion that are supported for rotational movement relative to one another, and the housing includes an opening, and wherein the first gear portion extends outwardly from the housing through the opening. the two piece damping assembly is an input cluster gear assembly that includes a first gear portion and a second gear portion that are supported for rotational movement relative to one another, and the housing includes an opening, and wherein the first gear portion extends outwardly from the housing through the opening.
An iminodiacetic acid type chelate resin characterized in that a sodium salt type carboxymethyl group is introduced into primary amino groups of polyvinylamine crosslinked polymer particles resulting from N-vinyl carboxylic acid amide and a crosslinkable monomer, in an amount of 50% by mass or more with respect to a dry mass after the introduction.
A gas turbine engine heat shield (90, 92, 94, 96) comprising: a first circumferential heat shield segment defined about an axis; and a second circumferential heat shield segment defined about said axis; characterised in that said heat shield further comprises: a double circumferential lap joint between said first circumferential heat shield segment and said second circumferential heat shield segment, wherein said double circumferential lap joint is defined by an outer cover and an alignment tab mounted to said first circumferential heat shield segment; and said outer cover and said alignment tab extend circumferentially beyond an edge of said first circumferential heat shield segment, wherein said alignment tab includes a curved end which curves away from said outer cover to facilitate receipt of the second circumferential heat shield segment. a first circumferential heat shield segment defined about an axis; and a second circumferential heat shield segment defined about said axis; characterised in that said heat shield further comprises: a double circumferential lap joint between said first circumferential heat shield segment and said second circumferential heat shield segment, wherein said double circumferential lap joint is defined by an outer cover and an alignment tab mounted to said first circumferential heat shield segment; and said outer cover and said alignment tab extend circumferentially beyond an edge of said first circumferential heat shield segment, wherein said alignment tab includes a curved end which curves away from said outer cover to facilitate receipt of the second circumferential heat shield segment. a double circumferential lap joint between said first circumferential heat shield segment and said second circumferential heat shield segment, wherein said double circumferential lap joint is defined by an outer cover and an alignment tab mounted to said first circumferential heat shield segment; and said outer cover and said alignment tab extend circumferentially beyond an edge of said first circumferential heat shield segment, wherein said alignment tab includes a curved end which curves away from said outer cover to facilitate receipt of the second circumferential heat shield segment.