mhurhangee/ep-ind-claims huggingface dataset:
Device comprising: - an item of equipment (102; 201; 211; 301; 401) with a heat source, - a part (102; 202; 212; 302; 402) that is cold relative to the item of equipment, and - an element (103; 203, 204; 213, 214; 303; 403, 404, 405) able to transmit the heat from the item of equipment to the cold part, the element (103; 203; 213; 404) comprising a component (103; 203; 213; 404) thermally connected to the heat source under certain thermal conditions situated inside a given thermal condition, wherein, under certain thermal conditions situated beyond the given thermal condition, said component (103; 203; 213; 404) comprises a liquid phase which is discharged so as to no longer be thermally connected to the heat source, this leading to a loss of contact between the element and the item of equipment or the cold part, characterised in that the element is such that, under certain thermal conditions situated beyond the given thermal condition, the item of equipment and the cold part are essentially thermally isolated so as to avoid a transmission of the heat generated within the item of equipment to the cold part and overheating of the cold part leading to degradation or ignition thereof, and in that the cold part is a liquid fuel. - an item of equipment (102; 201; 211; 301; 401) with a heat source, - a part (102; 202; 212; 302; 402) that is cold relative to the item of equipment, and - an element (103; 203, 204; 213, 214; 303; 403, 404, 405) able to transmit the heat from the item of equipment to the cold part,
A method to protect digital content within a particular domain, the particular domain including a first client device and a second client device, the method comprising: receiving the digital content at the first client device, the received digital content being encrypted and in a first format; decrypting the received digital content to produce decrypted digital content in the first format at the first client device using a first key; transcoding the decrypted digital content in the first format to produce the digital content in a second format; re-encrypting the digital content in the second format using a second key, wherein the first client device derives the second key by deriving it locally using one of the domain ID or a time value and the first key; and transmitting the re-encrypted digital content in the second format to the second client device, wherein the second client device connects to a server to obtain the second key and decrypts the re-encrypted digital content in the second format at the second client device, wherein the second key is also derived at the server using the same one of the domain ID or a time value and the first key used by the first client device. receiving the digital content at the first client device, the received digital content being encrypted and in a first format; decrypting the received digital content to produce decrypted digital content in the first format at the first client device using a first key; transcoding the decrypted digital content in the first format to produce the digital content in a second format; re-encrypting the digital content in the second format using a second key, wherein the first client device derives the second key by deriving it locally using one of the domain ID or a time value and the first key; and transmitting the re-encrypted digital content in the second format to the second client device, wherein the second client device connects to a server to obtain the second key and decrypts the re-encrypted digital content in the second format at the second client device, wherein the second key is also derived at the server using the same one of the domain ID or a time value and the first key used by the first client device.
Copolymerizable benzophenones having formula I in which X is O, S or NR 3, and R 3 is H or linear or branched C 1 -C 10 alkyl; R 1 is H or methyl; R 2 is H, halogen, linear or branched C 1 -C 10 alkoxy, linear or branched C 1 -C 10 alkyl, linear or branched C 1 -C 10 alkylthio or a group NR 4 R 5, wherein R 4 and R 5 are independently linear or branched C 1 -C 10 alkyl. X is O, S or NR 3, and R 3 is H or linear or branched C 1 -C 10 alkyl; R 1 is H or methyl; R 2 is H, halogen, linear or branched C 1 -C 10 alkoxy, linear or branched C 1 -C 10 alkyl, linear or branched C 1 -C 10 alkylthio or a group NR 4 R 5, wherein R 4 and R 5 are independently linear or branched C 1 -C 10 alkyl.
Electronic access protection system for a computer system or the like, comprising: - an access-protected apparatus having a firmware component and a data processing device for executing program code of the firmware component; - a reading device coupled to the apparatus for reading chip cards; and - at least one chip card having at least one chip-card-specific access procedure; wherein - a predetermined memory area of the at least one chip card stores first information concerning the at least one chip-card-specific access procedure, wherein the first information contains a reference to second information stored in another memory area of the at least one chip card, wherein the second information contains data to perform the at least one chip-card-specific access procedure; and - the at least one firmware component comprises executable program code for reading in and evaluating data of the at least one chip card and is configured to perform the at least one chip-card-specific access procedure for the at least one chip card on the basis of the first information stored in the first memory area and the second information stored in the other memory area. - an access-protected apparatus having a firmware component and a data processing device for executing program code of the firmware component; - a reading device coupled to the apparatus for reading chip cards; and - at least one chip card having at least one chip-card-specific access procedure; - a predetermined memory area of the at least one chip card stores first information concerning the at least one chip-card-specific access procedure, wherein the first information contains a reference to second information stored in another memory area of the at least one chip card, wherein the second information contains data to perform the at least one chip-card-specific access procedure; and - the at least one firmware component comprises executable program code for reading in and evaluating data of the at least one chip card and is configured to perform the at least one chip-card-specific access procedure for the at least one chip card on the basis of the first information stored in the first memory area and the second information stored in the other memory area.
An apparatus for extracting power comprising: a track comprising first and second elongate sections (104, 106), wherein the first elongate section is positioned above the second elongate section; an airfoil (112, 230) comprising a suction surface and a pressure surface, wherein the airfoil (112, 230) is coupled to the track so that the pressure surface lies between the suction surface and the track and so that the airfoil (112, 230) can travel along the track, and wherein the airfoil (112, 230) is moveable in opposite directions when alternately coupled to the first elongate section and second elongate section; a bridle system coupling at least one of the first and second elongate sections (104, 106) to an anchor; and a power generator to harvest power from an atmospheric wind through the movement of the airfoil (112, 230). a track comprising first and second elongate sections (104, 106), wherein the first elongate section is positioned above the second elongate section; an airfoil (112, 230) comprising a suction surface and a pressure surface, wherein the airfoil (112, 230) is coupled to the track so that the pressure surface lies between the suction surface and the track and so that the airfoil (112, 230) can travel along the track, and wherein the airfoil (112, 230) is moveable in opposite directions when alternately coupled to the first elongate section and second elongate section; a bridle system coupling at least one of the first and second elongate sections (104, 106) to an anchor; and a power generator to harvest power from an atmospheric wind through the movement of the airfoil (112, 230).
Steam turbine (1a; 1b), having a steam turbine outer housing, a high-pressure inner housing with a first process steam inlet portion and a first process steam outlet portion for conducting process steam through the high-pressure inner housing from the first process steam inlet portion to the first process steam outlet portion in a first process steam expansion direction, a low-pressure inner housing with a second process steam inlet portion and a second process steam outlet portion for conducting process steam through the low-pressure inner housing from the second process steam inlet portion to the second process steam outlet portion in a second process steam expansion direction, and an intermediate superheater which is arranged downstream of the high-pressure inner housing and upstream of the low-pressure inner housing, wherein the high-pressure inner housing and the low-pressure inner housing are arranged within the steam turbine outer housing, and wherein the high-pressure inner housing and the low-pressure inner housing are arranged such that the first steam inlet portion of the high-pressure inner housing faces toward the second steam inlet portion of the low-pressure inner housing, characterized in that, downstream of the high-pressure inner housing, there is formed a process steam diverting portion for diverting process steam from the first steam outlet portion in a direction counter to the first steam expansion direction into a cooling line of the steam turbine (1a; 1b), such that the process steam can be conducted around the outside of the high-pressure inner housing, and wherein the cooling line is formed in a region adjacent to the high-pressure inner housing.
A hydraulic control device for an automatic transmission, comprising: a throttle valve (SLT, 22) that includes an input port to which a source pressure (P mod) is input, an output port, and a discharge port, and that outputs a throttle pressure (P SLT) regulated in accordance with torque input to the automatic transmission from the output port; and a primary regulator valve that includes a control oil chamber that communicates with the output port of the throttle valve, a pressure regulation port that communicates with a line pressure oil passage that extends from an oil pump, and a feedback pressure port to which a feedback pressure from the line pressure oil passage is supplied, and that regulates a hydraulic pressure at the pressure regulation port to a line pressure with a hydraulic pressure in the control oil chamber and an urging force of a spring acting on one end of a spool and with the feedback pressure from the feedback pressure port acting on the other end of the spool; said hydraulic control device being characterized by a failure circuit (F1 to F4) that includes a first solenoid valve that is switched when the throttle valve is subjected to a failure in which the throttle valve is unable to output the throttle pressure, and that leads a predetermined hydraulic pressure (P S1, P mod) based on switching of the first solenoid valve to the control oil chamber of the primary regulator valve. a throttle valve (SLT, 22) that includes an input port to which a source pressure (P mod) is input, an output port, and a discharge port, and that outputs a throttle pressure (P SLT) regulated in accordance with torque input to the automatic transmission from the output port; and a primary regulator valve that includes a control oil chamber that communicates with the output port of the throttle valve, a pressure regulation port that communicates with a line pressure oil passage that extends from an oil pump, and a feedback pressure port to which a feedback pressure from the line pressure oil passage is supplied, and that regulates a hydraulic pressure at the pressure regulation port to a line pressure with a hydraulic pressure in the control oil chamber and an urging force of a spring acting on one end of a spool and with the feedback pressure from the feedback pressure port acting on the other end of the spool; said hydraulic control device being characterized by a failure circuit (F1 to F4) that includes a first solenoid valve that is switched when the throttle valve is subjected to a failure in which the throttle valve is unable to output the throttle pressure, and that leads a predetermined hydraulic pressure (P S1, P mod) based on switching of the first solenoid valve to the control oil chamber of the primary regulator valve.
A seat for an aircraft comprising: a base; a guide ramp coupled to the base, wherein the guide ramp comprises a guide channel; a seat bottom coupled to the base via a sliding mechanism; a seat back pivotably coupled to the seat bottom about a pivot coupled to an aft end of the seat bottom; a spine located at least partially within the seat back and the seat bottom, wherein the spine comprises a cam follower comprising a cam roller which is located within the guide channel; a return spring coupled to a portion of the base and a portion of the seat bottom, the return spring being configured to cause the seat bottom to translate in the aft direction and to cause the seat back to return to the upright position, absent a counteracting force; wherein the spine is a unitary component; wherein the spine is configured to rotate about the pivot via the cam follower; wherein the guide channel is configured to force the cam roller to move away from the base in a positive y-direction in response to the seat bottom translating in a forward direction; wherein the seat back is configured to recline in response to forward translation of the seat bottom; wherein the guide ramp is configured to apply a torque on the spine; wherein the spine is located within the seat back and the guide ramp is located within the seat bottom; the spine and the guide ramp being fully enclosed within the seat back and the seat bottom, such that the spine and guide ramp are not visible to a user. a base; a guide ramp coupled to the base, wherein the guide ramp comprises a guide channel; a seat bottom coupled to the base via a sliding mechanism; a seat back pivotably coupled to the seat bottom about a pivot coupled to an aft end of the seat bottom; a spine located at least partially within the seat back and the seat bottom, wherein the spine comprises a cam follower comprising a cam roller which is located within the guide channel; a return spring coupled to a portion of the base and a portion of the seat bottom, the return spring being configured to cause the seat bottom to translate in the aft direction and to cause the seat back to return to the upright position, absent a counteracting force; wherein the spine is a unitary component; wherein the spine is configured to rotate about the pivot via the cam follower; wherein the guide channel is configured to force the cam roller to move away from the base in a positive y-direction in response to the seat bottom translating in a forward direction; wherein the seat back is configured to recline in response to forward translation of the seat bottom; wherein the guide ramp is configured to apply a torque on the spine; wherein the spine is located within the seat back and the guide ramp is located within the seat bottom; the spine and the guide ramp being fully enclosed within the seat back and the seat bottom, such that the spine and guide ramp are not visible to a user.
A rolling bearing, which rotatably holds, via a retainer, a plurality of rolling elements between an inner ring having an inner ring raceway in an outer circumference and an outer ring having an outer ring raceway in an inner circumference, and is sealed with a seal, characterized in that the seal is covered with a rubber and a core metal of the seal is a steel sheet that is covered with a corrosion resistant film of 0.2 to 10 μm thickness, the corrosion resistant film comprising a zinc or a zinc alloy having a smaller oxidation-reduction potential than that of iron, and that is formed with a protective film of 0.05 to 0.5 μm thickness, the protective film comprising an inorganic substance of lithium and silica as an uppermost layer.
A ground anchor system for a floating platform, wherein said system comprises at least one group formed of a plurality of juxtaposed anchor chains, arranged parallel or substantially parallel to each other, and an operating station,and a bending device, the lower end (2 a) of each of said chains comprising means for fastening to the ground, the upper end (2 b) thereof extending up to the operating station able to be arranged on said platform, above the waterline thereof, and an intermediate area (2 c) of each of said chains, between the lower (2 a) and upper (2 b) ends thereof, cooperating with said bending device able to be secured to said platform, advantageously under said waterline, wherein said operating station comprise means for tensioning said chains and means for storing the free end of said chains, upstream said tensioning means, characterized in that said operating station comprises: - activatable/deactivatable stopper means for each of said chains, for locking in position the associated chain that ends by an upstream free strand comprising an end connection chain link, wherein said stopper means are arranged side by side, along a same line, and are each associated with one housing-reservoir for the storage of said upstream free strand of the associated chain, and - said tensioning means common to the different chains, wherein said tensioning means comprise a single tensioning winch, movably mounted above said stopper means, parallel to said line of stopper means, wherein said tensioning winch comprises a master chain strand, whereof downstream end comprises a downstream chain link adapted to be removably attached to the connection chain link of the upstream free strand of said anchor chains, and whereof upstream end (8") is stored in a container-reservoir. - activatable/deactivatable stopper means for each of said chains, for locking in position the associated chain that ends by an upstream free strand comprising an end connection chain link, wherein said stopper means are arranged side by side, along a same line, and are each associated with one housing-reservoir for the storage of said upstream free strand of the associated chain, and - said tensioning means common to the different chains, wherein said tensioning means comprise a single tensioning winch, movably mounted above said stopper means, parallel to said line of stopper means, wherein said tensioning winch comprises a master chain strand, whereof downstream end comprises a downstream chain link adapted to be removably attached to the connection chain link of the upstream free strand of said anchor chains, and whereof upstream end (8") is stored in a container-reservoir.
Sheave of a hauling pulley for raising a fishing line or a fishing net, the sheave comprising a rim equipped on its periphery with an annular groove delimited by two lateral surfaces, and a wear lining arranged on the lateral surfaces of the groove, the lining being formed of lining plates arranged on the lateral surfaces of the groove, each lateral surface of the groove being covered with multiple lining plates distributed over the circumference of the rim, each lining plate extending over a fraction of the circumference of the rim, said sheave being characterised in that each lateral surface is covered by the lining plates over substantially the entire circumference of the rim, the lining plates that cover each lateral surface being contiguous with one another.
A method of controlling generation apparatus for generating a three-dimensional object, wherein the object is generated by heating a build material to cause coalescence of the build material, the method comprising: determining data indicative of at least one physical property affecting heat transfer from the object and derived from a model of the object for controlling the formation of the object, wherein the at least one physical property comprises at least one of: an object weight, an object mass, an object volume, a structure of the object, a number of layers used to form the object or an object dimension; determining a quality standard for the object to be generated; calculating a cooling time using the determined data and the quality standard; controlling a component of the generation apparatus in response to the determined cooling time. determining data indicative of at least one physical property affecting heat transfer from the object and derived from a model of the object for controlling the formation of the object, wherein the at least one physical property comprises at least one of: an object weight, an object mass, an object volume, a structure of the object, a number of layers used to form the object or an object dimension; determining a quality standard for the object to be generated; calculating a cooling time using the determined data and the quality standard; controlling a component of the generation apparatus in response to the determined cooling time.
A system, comprising: a capsule; a drum of the capsule comprising a wall defining a chamber; a platform of the capsule supporting a restraint for a passenger and configured to fit within the chamber; and a drive system configured to drive rotation of the capsule about a central axis of the capsule and to drive forward or rearward movement of the capsule along a track, wherein the central axis of the capsule is parallel to a direction of travel of the forward or rearward movement of the capsule along the track. a capsule; a drum of the capsule comprising a wall defining a chamber; a platform of the capsule supporting a restraint for a passenger and configured to fit within the chamber; and a drive system configured to drive rotation of the capsule about a central axis of the capsule and to drive forward or rearward movement of the capsule along a track, wherein the central axis of the capsule is parallel to a direction of travel of the forward or rearward movement of the capsule along the track.
An occlusion device, comprising a plurality of metal strands woven into a woven metal fabric wherein the metal fabric has a memory property whereby the occlusion device tends to return to an expanded pre-set configuration when unconstrained, the occlusion device comprising an expanded configuration and a collapsed configuration and having a means (16,18) for securing said woven metal fabric, thereby inhibiting unraveling of the strands, said expanded preset configuration having a disk shape portion of a first diameter and an adjacent cylindrical shaped portion of a second diameter, the disk and cylindrical portions (14, 12) being connected by a transition segment whose diameter is smaller than both the first and second diameters, characterised by: the cylindrical second portion is shaped at its end adjacent to the disk portion, to form a concave conical surface at an oblique angle to the device axis, the conical surface configured to allow displacement of the cylindrical portion from adjacent the disk portion by cone flattening and thereby provide radial expansion force for device retention on the cylindrical outer diameter and to provide axial tension between the disk portion and cylindrical portion when they are displaced apart.