mhurhangee/ep-ind-claims huggingface dataset:
Thermoelectric generator comprising a housing, in which at least one heat source pipe, at least one heat sink pipe and at least one generator element between the heat source pipe and the heat sink pipe are arranged, a preloaded mounting device (40; 136; 242; 322, 332) being provided in the housing and providing a spring force with which at least some of the pipes (20, 30) are loaded directly and with which the pipes are preloaded relative to each other, and which presses the pipes (20, 30) and the generator element located in between together, an inner side of the housing providing a support for the preloaded mounting device, which is loaded with an opposing force to the spring force of the preloaded mounting device, characterized in that the preloaded mounting device comprises two base plates, which are firmly connected to the housing, wherein the pipes (20, 30) are clamped in over their length between surfaces of the base plates which face the pipes and have microstructures or macrostructures which, with the ends of the pipes, form a force fit with a defined maximum adhesive force or a form fit that can be detached by a defined maximum radial force, and wherein the preloaded mounting device is formed by the base plates, their surfaces and the ends of the pipes (20, 30).
Device for opening or closing a leaf relative to a frame of a door or window, comprising: - a first assembly comprising a hollow cam (104A, 104B), said first assembly being arranged to be integral with the frame, as well as a - a second assembly arranged to be integral with the leaf, the said second assembly comprising: - a rotary motor, - a screw connected to said motor, - a nut engaged on the screw; - a first roller integral with said nut and engaged in said hollow cam (104A, 104B), - said rotary motor being arranged to rotate said screw on itself, and thus to move said nut in a translational movement, so that said first roller slides in said hollow cam (104A, 104B), in order to angularly move the leaf with respect to the frame, characterized in that said first roller comprises two distinct parts and fixing means for connecting said two distinct parts together, so that if accidentally a torque greater than a threshold is exerted on said leaf, the two distinct parts separate so that one part leaves with the leaf during its accidental displacement, and the other part ends its travel in said hollow cam (104A, 104B). - a first assembly comprising a hollow cam (104A, 104B), said first assembly being arranged to be integral with the frame, as well as a - a second assembly arranged to be integral with the leaf, the said second assembly comprising: - a rotary motor, - a screw connected to said motor, - a nut engaged on the screw; - a first roller integral with said nut and engaged in said hollow cam (104A, 104B), - said rotary motor being arranged to rotate said screw on itself, and thus to move said nut in a translational movement, so that said first roller slides in said hollow cam (104A, 104B), in order to angularly move the leaf with respect to the frame, characterized in that said first roller comprises two distinct parts and fixing means for connecting said two distinct parts together, so that if accidentally a torque greater than a threshold is exerted on said leaf, the two distinct parts separate so that one part leaves with the leaf during its accidental displacement, and the other part ends its travel in said hollow cam (104A, 104B). - a rotary motor, - a screw connected to said motor, - a nut engaged on the screw; - a first roller integral with said nut and engaged in said hollow cam (104A, 104B), - said rotary motor being arranged to rotate said screw on itself, and thus to move said nut in a translational movement, so that said first roller slides in said hollow cam (104A, 104B), in order to angularly move the leaf with respect to the frame,
An isolated polypeptide comprising an amino acid sequence given by SEQ ID N°2 having lactonase activity, or a fragment thereof retaining said lactonase activity or a variant thereof having at least 34 % sequence identity with SEQ ID N° 2 and having said lactonase activity.
A lightning protection system for a tower, which tower comprises a reinforced concrete tower wall in which a plurality of electrically conductive structural reinforcing elements (2, 3, 4) are embedded during construction, which lightning protection system comprises a plurality of the structural reinforcing elements (2, 3, 4) connected in an electrically conductive manner with each other and with a ground terminal and a plurality of lightning conductors (10, 20, 30) embedded in the tower wall during construction, which lightning conductors (10, 20, 30) are electrically connected to the plurality of structural reinforcing elements (2, 3, 4) and to the ground terminal.
A clothing treatment apparatus comprising: a first body detachably mounted on a wall; a second body extending from the first body in a direction away from the wall; a rack provided at the first body or the second body, on which clothes are hung; and a hot air supply provided in the first body to supply hot air to clothes hung on the rack, wherein the hot air supply includes: at least one heater assembly provided to generate the hot air; at least one air outflow hole (170, 171, 172) provided to discharge the hot air from the first body, at least one air inflow hole (160, 161, 162) provided to introduce the hot air into the first body, and at least one fan (151, 152) provided behind the at least one air inflow hole to circulate the hot air between the air outflow hole (170, 171, 172) and the air inflow hole (160, 161, 162). a first body detachably mounted on a wall; a second body extending from the first body in a direction away from the wall; a rack provided at the first body or the second body, on which clothes are hung; and a hot air supply provided in the first body to supply hot air to clothes hung on the rack, wherein the hot air supply includes: at least one heater assembly provided to generate the hot air; at least one air outflow hole (170, 171, 172) provided to discharge the hot air from the first body, at least one air inflow hole (160, 161, 162) provided to introduce the hot air into the first body, and at least one fan (151, 152) provided behind the at least one air inflow hole to circulate the hot air between the air outflow hole (170, 171, 172) and the air inflow hole (160, 161, 162). at least one heater assembly provided to generate the hot air; at least one air outflow hole (170, 171, 172) provided to discharge the hot air from the first body, at least one air inflow hole (160, 161, 162) provided to introduce the hot air into the first body, and at least one fan (151, 152) provided behind the at least one air inflow hole to circulate the hot air between the air outflow hole (170, 171, 172) and the air inflow hole (160, 161, 162).
A polyester resin composition containing 3 to 60 parts by mass of a brominated polyacrylate flame retardant relative to 100 parts by mass of a thermoplastic polyester resin, the brominated polyacrylate flame retardant having a Na element concentration of 5 to 4000 ppm, as measured by X-Ray fluorescence analysis, and in cases where the Na element concentration is low and cannot be detected by X-Ray fluorescence analysis, the Na element concentration is measured by means of ICP emission spectral analysis.
A switch for an avionics communication system that transmits digital data in the form of frames of a first type that are in compliance with a first protocol and frames of a second type that are in compliance with a second protocol which is different from the first protocol, with the frames of different types being transmitted in a segregated manner, the switch comprising: - a plurality of input ports, each input port being capable of receiving frames of each type originating from an equipment unit (24A,..., 24N) or from another switch (22B,..., 22N); - a plurality of output ports, each output port being capable of transmitting the frames of each type to an equipment unit (24A,..., 24N) or another switch (22B,..., 22N); - a first routing component capable of routing each frame of the first type in compliance with the first protocol between at least one input port and one output port associated with this component; - a second routing component capable of routing each frame of the second type in compliance with the second protocol between at least one input port and one output port associated with this component; - an allocation interface capable of associating each input port and each output port with the first routing component or with the second routing component, in accordance with a predetermined configuration. the switch being characterized in that: the switch being configured so as to operate according to an operational mode of operation in which the predetermined configuration cannot be modified and according to a maintenance mode of operation in which the predetermined configuration can be modified, the first protocol being a protocol of type ARINC 664 P7. - a plurality of input ports, each input port being capable of receiving frames of each type originating from an equipment unit (24A,..., 24N) or from another switch (22B,..., 22N); - a plurality of output ports, each output port being capable of transmitting the frames of each type to an equipment unit (24A,..., 24N) or another switch (22B,..., 22N); - a first routing component capable of routing each frame of the first type in compliance with the first protocol between at least one input port and one output port associated with this component; - a second routing component capable of routing each frame of the second type in compliance with the second protocol between at least one input port and one output port associated with this component; - an allocation interface capable of associating each input port and each output port with the first routing component or with the second routing component, in accordance with a predetermined configuration. the switch being configured so as to operate according to an operational mode of operation in which the predetermined configuration cannot be modified and according to a maintenance mode of operation in which the predetermined configuration can be modified, the first protocol being a protocol of type ARINC 664 P7.
A polyester film having a layer (layer P) containing a polyester composition comprising polyester as a main component, characterized in that said polyester is biaxially oriented, said polyester composition contains a phosphoric acid and an alkali metal phosphate, a phosphorus element content P (mol/t) in said polyester composition is 1.8 mol/t or more and 5.0 mol/t or less relative to the whole of said polyester composition, said polyester composition contains at least one kind of metal element of Mn or Ca, any divalent metal element content other than Mn and Ca is 5 ppm or less relative to the whole of said polyester composition, and when an alkali metal element content relative to the whole of said polyester composition is denoted by M1 (mol/t), and a total amount of Mn element content and Ca element content relative to the whole of said polyester composition is denoted by M2 (mol/t), a metal element content M (mol/t) in said polyester composition which is calculated by expression (i) below and said phosphorus element content P (mol/t) satisfy expression (ii) below: M = M 1 / 2 + M 2 1.1 ≤ M / P ≤ 3.0.
A method for controlling a synchronizer of a vehicle, the vehicle comprising an engine unit, a transmission unit configured to be selectively coupled with the engine unit, an output unit configured to transmit power transmitted by the transmission unit to at least one of front and rear wheels (210, 220) of the vehicle, a synchronizer configured to enable or interrupt power transmission between the transmission unit and the output unit and to selectively synchronize the output unit and the transmission unit, a first motor generator coupled with the transmission unit and configured to adjust a rotating speed of an output shaft coupled with the synchronizer according to a speed of the vehicle, a second motor generator configured to drive at least one of the front and rear wheels (210, 220), and a power battery coupled with the first and second motor generators (41, 42) respectively, and the method comprising: acquiring an operation mode and operation parameters of the vehicle; and controlling the synchronizer to engage or to disengage based on the operation parameters. acquiring an operation mode and operation parameters of the vehicle; and controlling the synchronizer to engage or to disengage based on the operation parameters.
Synaptic component for a neural network having a layer of a semiconductor (101, 201) and a source electrode (102, 202) connected to the semiconducting layer (101, 201) and a drain electrode (103, 203) connected to the semiconducting layer (101, 201), wherein the source electrode (102, 202) is spatially separated from the drain electrode (103, 203), wherein the source electrode (102, 202) and the semiconducting layer (101, 201) form a first Schottky diode, wherein the source electrode (102, 202) is separated from a first gate electrode (105a, 205a) by ferroelectric material (104a, 104b, 204), characterized in that the drain electrode (103, 203) forms with the semiconducting layer (101, 201) a second Schottky diode and in that the drain electrode (103, 203) is separated from a second gate electrode (105b, 205b) by ferroelectric material (104b, 204), and wherein the first gate electrode (105a, 205a) is spatially separated from the second gate electrode (105b, 205b).
A thermoformed plate adapted to be nested into a photovoltaic panel and to allow the fastening and the integration of this panel on a building roof, comprising lateral nesting and vertical overlapping (5, 6) watertight means, a gap for the passage of cables and the access to the framework of said roof and a bead disposed so as to prevent the flow of water coming from the ridge of said roof in said gap, characterized in that said bead comprises a groove allowing the passage of cables between said plate and said photovoltaic panel.
A system for pooling a blood component stored in a plurality of source containers, comprising: a. a disposable kit including i) plurality of source lines configured to be connected to the plurality of source containers; ii) a pump line having a first end connected to the plurality of source lines and a second end; iii) a pool line having a first end connected to the second end of the pump line and a second end configured to be connected to a pool container; iv) a wash line having a first end connected to the second end of the pump line and a second end configured to be connected to a wash media container; b. a pump or pumps configured to pump a fluid in a first direction and a second direction, said pump or pumps configured to receive said pump line; c. a pool clamp configured to receive said pool line d. a wash clamp configured to receive said wash line; e. a controller in communication with the pump or pumps, the pool clamp and the wash clamp, said controller configured to open the pool clamp, close the wash clamp and operate the pump in the first direction and to alternatively close the pool clamp, open the wash clamp and operate the pump in the second direction. a. a disposable kit including i) plurality of source lines configured to be connected to the plurality of source containers; ii) a pump line having a first end connected to the plurality of source lines and a second end; iii) a pool line having a first end connected to the second end of the pump line and a second end configured to be connected to a pool container; iv) a wash line having a first end connected to the second end of the pump line and a second end configured to be connected to a wash media container; i) plurality of source lines configured to be connected to the plurality of source containers; ii) a pump line having a first end connected to the plurality of source lines and a second end; iii) a pool line having a first end connected to the second end of the pump line and a second end configured to be connected to a pool container; iv) a wash line having a first end connected to the second end of the pump line and a second end configured to be connected to a wash media container; b. a pump or pumps configured to pump a fluid in a first direction and a second direction, said pump or pumps configured to receive said pump line; c. a pool clamp configured to receive said pool line d. a wash clamp configured to receive said wash line; e. a controller in communication with the pump or pumps, the pool clamp and the wash clamp, said controller configured to open the pool clamp, close the wash clamp and operate the pump in the first direction and to alternatively close the pool clamp, open the wash clamp and operate the pump in the second direction.
An automatic tissue staining device comprising: a supply head that supplies a treatment fluid; a horizontal direction movement unit that moves the supply head in a horizontal direction; a holding unit that holds a plurality of glass slides on which samples are set; and a control unit (50, 51, 52, 53, 54, 55) that repeatedly judges occupancy status of the horizontal direction movement unit in real time in a condition that one or more of the glass slides are situated in a first region, prior to supplying the treatment fluid from the supply head to one or more samples on the one or more glass slides situated in the first region; suspends a start of a soonest treatment for the one or more samples on the one or more glass slides situated in the first region when the horizontal direction movement unit is occupied; and permits the start of the soonest treatment for the one or more samples on the one or more glass slides situated in the first region when the horizontal direction movement unit is not occupied, wherein the first region is a lane on which a treatment of supplying a treatment fluid from the supply head is to be performed. a supply head that supplies a treatment fluid; a horizontal direction movement unit that moves the supply head in a horizontal direction; a holding unit that holds a plurality of glass slides on which samples are set; and a control unit (50, 51, 52, 53, 54, 55) that repeatedly judges occupancy status of the horizontal direction movement unit in real time in a condition that one or more of the glass slides are situated in a first region, prior to supplying the treatment fluid from the supply head to one or more samples on the one or more glass slides situated in the first region; suspends a start of a soonest treatment for the one or more samples on the one or more glass slides situated in the first region when the horizontal direction movement unit is occupied; and permits the start of the soonest treatment for the one or more samples on the one or more glass slides situated in the first region when the horizontal direction movement unit is not occupied, wherein the first region is a lane on which a treatment of supplying a treatment fluid from the supply head is to be performed.
A method of manufacturing medicinal aerosol canisters containing a medicinal formulation comprising particulate drug dispersed in liquefied HFA 134a and/or HFA 227 propellant, wherein the targeted number of canisters to be filled is greater than 500, the method comprising the steps: (a) providing a mixture comprising a particulate drug and liquefied HFA 134a and/or HFA 227 propellant and, optionally, other non-HFA 134a/HFA 227-propellant component or components; either simultaneously or subsequently to said providing (step a), (b) subjecting said mixture to one or more powered ultrasonic probes, said one or more probes being submersed in said mixture, while agitating said mixture; subsequently to said steps of providing and subjecting (steps a and b), (c) filling treated mixture into aerosol containers followed by attaching a valve to each filled container (cold filling) or alternatively filling treated mixture into aerosol containers through a valve pre-attached onto each container (pressure filling). (a) providing a mixture comprising a particulate drug and liquefied HFA 134a and/or HFA 227 propellant and, optionally, other non-HFA 134a/HFA 227-propellant component or components; either simultaneously or subsequently to said providing (step a), (b) subjecting said mixture to one or more powered ultrasonic probes, said one or more probes being submersed in said mixture, while agitating said mixture; subsequently to said steps of providing and subjecting (steps a and b), (c) filling treated mixture into aerosol containers followed by attaching a valve to each filled container (cold filling) or alternatively filling treated mixture into aerosol containers through a valve pre-attached onto each container (pressure filling).
An antibody or antigen-binding fragment thereof that specifically binds human LAG3 and comprises a light chain variable domain comprising the amino acid sequence set forth in amino acids 21-131 of SEQ ID NO: 126 and a heavy chain variable domain comprising the amino acid sequence set forth in amino acids 1-119 of SEQ ID NO: 116.
Handling system for the needle bar of a sewing machine, comprising a crank, a cylindrical element and a needle bar with a vertical shaft to which the crank is connected which in turn is connected to the cylindrical element which is fixed coaxially to a rotating shaft, wherein the crank is connected to the cylindrical element by means of an adjustment device, the crank being pivoted with a pin to the adjustment device, the adjustment device being adapted to adjust the position of the pin with respect to the rotation axis of the rotating shaft; wherein the adjustment device comprises a fixed element which is mounted stably on the cylindrical element, and a movable element to which the crank is pivoted, the movable element being fixable to the fixed element in variable positions; wherein the movable element is translatable with respect to the fixed element; characterized by the fact that at least one slotted hole is formed in the movable element, the at least one slotted hole being penetrable by a screw to be screwed into a threaded hole formed in the fixed element. wherein the adjustment device comprises a fixed element which is mounted stably on the cylindrical element, and a movable element to which the crank is pivoted, the movable element being fixable to the fixed element in variable positions; wherein the movable element is translatable with respect to the fixed element; characterized by the fact that at least one slotted hole is formed in the movable element, the at least one slotted hole being penetrable by a screw to be screwed into a threaded hole formed in the fixed element.
Load securing device, wherein the load securing device comprises at least one mast and a retaining element, a support element and a guide rail, the load securing device is arranged so as to be vertically displaceable on the at least one mast, in the x-direction, the guide rail extends substantially in parallel with the at least one mast, and the support element is in engagement with the guide rail, wherein the support element is supported by the guide rail, and wherein the retaining element is arranged so as to be pivotable about a pivot point, wherein the retaining element can be activated by pivoting into a substantially horizontal position, wherein the pivoting of the retaining element in the vertical direction (x) is prevented by the support element, characterised in that the guide rail comprises a curved track, bent by 90°, at the lower end thereof, and in that the load securing device further comprises a force accumulator, wherein the force accumulator is tensioned when the retaining element is in a substantially horizontal position, and exerts a torque on the retaining element, about the rotary axis, in the opposite direction to the region of the curved track of the guide rail.