mhurhangee/ep-ind-claims huggingface dataset:
A battery pack comprising a bare cell, a protective circuit board electrically connected to the bare cell to control the charge/discharge of the bare cell, a secondary protective device electrically connected between the bare cell and the protective circuit board and installed on an upper surface of an insulating member, the insulating member disposed on one surface of the bare cell and having a width greater than that of the secondary protective device, wherein the insulating member is smaller in width than the one surface of the bare cell and the width of the insulating member being at least 51 % of the width of the one surface of the bare cell, and a cover case (250, 150) provided on the bare cell to accommodate the protective circuit board, wherein the cover case is formed with interference-preventing holes (254 and 255) to prevent interference with the insulating member installed on the one surface of the bare cell wherein the interference-preventing holes are formed at positions corresponding to the positions where the insulating member is disposed.
A repairing method for a wall member with flow passages characterized in that the repairing method comprises: a removal stage of removing a portion of the wall member provided with a plurality of flow passages between a base member and a plate member; a base member welding stage of welding a repairing base member to the portion removed in the removal stage; a flow passage forming stage of providing a plurality of overlay welds on the repairing base member and forming flow passages (4;11) between the overlay welds; and a plate member welding stage of a) welding a repairing plate member (9;14) onto surfaces of the plurality of the overlay welds, or b) welding directly onto surfaces of the plurality of the overlay welds. a removal stage of removing a portion of the wall member provided with a plurality of flow passages between a base member and a plate member; a base member welding stage of welding a repairing base member to the portion removed in the removal stage; a flow passage forming stage of providing a plurality of overlay welds on the repairing base member and forming flow passages (4;11) between the overlay welds; and a plate member welding stage of a) welding a repairing plate member (9;14) onto surfaces of the plurality of the overlay welds, or b) welding directly onto surfaces of the plurality of the overlay welds. a) welding a repairing plate member (9;14) onto surfaces of the plurality of the overlay welds, or b) welding directly onto surfaces of the plurality of the overlay welds.
A method for pushing information, comprising: determining vehicle information of a communicatively connected autonomous vehicle, the vehicle information including autonomous vehicle driving route information and vehicle type information; selecting to-be-played content matching the vehicle information from a pre-stored set of to-be-played contents according to the vehicle information, and storing the selected to-be-played content to a sub-set of to-be-played contents; and transmitting the sub-set of to-be-played contents to the autonomous vehicle, so that the autonomous vehicle plays the to-be-played content in the sub-set of to-be-played contents. determining vehicle information of a communicatively connected autonomous vehicle, the vehicle information including autonomous vehicle driving route information and vehicle type information; selecting to-be-played content matching the vehicle information from a pre-stored set of to-be-played contents according to the vehicle information, and storing the selected to-be-played content to a sub-set of to-be-played contents; and transmitting the sub-set of to-be-played contents to the autonomous vehicle, so that the autonomous vehicle plays the to-be-played content in the sub-set of to-be-played contents.
A system comprising: glazings including variable transmission devices (160, 162, 164, 166; 260, 262, 264, 266); controllers (130, 132, 134, 136; 230, 232, 234, 236) coupled to the glazings and configured to provide power to the variable transmission devices; a router (120; 220) coupled to the controllers, wherein the router is configured to provide power and control signals to the controllers; and a logic element (110; 210) configured to: determine power requirements for the controllers coupled to the router; and allocate power to the controllers corresponding to the power requirements, wherein determining the power requirements for the controllers includes determining the power ratings of the variable transmission devices of the glazings coupled to each of the controllers. glazings including variable transmission devices (160, 162, 164, 166; 260, 262, 264, 266); controllers (130, 132, 134, 136; 230, 232, 234, 236) coupled to the glazings and configured to provide power to the variable transmission devices; a router (120; 220) coupled to the controllers, wherein the router is configured to provide power and control signals to the controllers; and a logic element (110; 210) configured to: determine power requirements for the controllers coupled to the router; and allocate power to the controllers corresponding to the power requirements, wherein determining the power requirements for the controllers includes determining the power ratings of the variable transmission devices of the glazings coupled to each of the controllers. determine power requirements for the controllers coupled to the router; and allocate power to the controllers corresponding to the power requirements, wherein determining the power requirements for the controllers includes determining the power ratings of the variable transmission devices of the glazings coupled to each of the controllers.
An apparatus for separating and recovering the components of an alloy, particularly a noble alloy, comprising a high vacuum chamber housing at least one crucible for the alloy to be separated; at least one heating element arranged, during use, around said crucible; at least one condensation device (12, 12a), which faces, during use, an upper mouth of said crucible; said condensation device (12, 12a) comprising at least one cold element and at least one deflector that diverts the flow of the aeriform substances derived from the melting and evaporation of said alloy toward said cold element; said cold element comprises at least one exchange surface that is cooled by a cooling fluid supplied by a cooling means; said apparatus being characterized in that: - said cold element comprises a hollow body that is delimited by a first cylindrical lateral wall closed by a disk-shaped upper wall (16; 17); at least one portion of said at least one lateral wall forming said exchange surface; - said deflector comprises a conical body, made of graphite or other material with equivalent characteristics, which is arranged at the axis of symmetry of said cold element and having a vertex directed toward said crucible. - said cold element comprises a hollow body that is delimited by a first cylindrical lateral wall closed by a disk-shaped upper wall (16; 17); at least one portion of said at least one lateral wall forming said exchange surface; - said deflector comprises a conical body, made of graphite or other material with equivalent characteristics, which is arranged at the axis of symmetry of said cold element and having a vertex directed toward said crucible.
A silica-on-silicon-based hybrid integrated optoelectronic chip, comprising a silicon substrate, wherein the surface of the silicon substrate is provided with a platform and a groove, wherein a silica waveguide element is arranged in the groove, characterized in that the surface of the silicon substrate is further provided with lug bosses (6, 7) protruding from a surface of the platform, the surface of the platform is provided with a discontinuous metal electrode layer, the surface of the metal electrode layer is provided with solder bumps, and an active optoelectronic chip is arranged above the solder bumps and the lug bosses, wherein the protruding lug bosses (6, 7) comprise a horizontal alignment lug boss and a vertical alignment lug boss, the height of the horizontal alignment lug boss being equal to that of the vertical alignment lug boss, both of which being 10 μm-100 μm.
Field device having a housing and an electrical circuit which is arranged therein and can be used by means of a changeover device either as a field device interface for connection to a second field device or as a standardized communication interface which enables data exchange with a computer, wherein one or more connecting elements being arranged on the housing, which each have electrically conductive contacts (14, 15, 16, 17, 18), wherein it is possible for the contacts (14, 15, 16, 17, 18) to make electrical contact with mating contacts of a plug connector, characterized in that the contacts (14, 15, 16, 17, 18) of at least one of the one or more connection elements can be connected by means of the changeover device optionally to driver element (7, 8) of the communication interface or to driver elements (4, 5) of the field device interface.
A latch assembly for releasably engaging an anchor in a vehicle, the latch assembly comprising: a frame having a proximal end portion and a distal end portion, wherein the proximal end portion is oriented perpendicular to the distal end portion, and wherein the proximal end portion includes a web aperture for receiving a web and wherein the distal end portion includes a nose portion; a latch pivotally coupled to the distal end portion of the frame; and a release actuator operably coupled to the latch, wherein movement of the release actuator from a first actuator position toward a second actuator position rotates the latch from a first latch position to a second latch position about a first pivot point, and from the second latch position to a third latch position about a second pivot point spaced apart from the first pivot point; and a biasing member having a first end coupled to the nose portion and a second end coupled to the latch, wherein the biasing member urges the latch toward the first latch position. a frame having a proximal end portion and a distal end portion, wherein the proximal end portion is oriented perpendicular to the distal end portion, and wherein the proximal end portion includes a web aperture for receiving a web and wherein the distal end portion includes a nose portion; a latch pivotally coupled to the distal end portion of the frame; and a release actuator operably coupled to the latch, wherein movement of the release actuator from a first actuator position toward a second actuator position rotates the latch from a first latch position to a second latch position about a first pivot point, and from the second latch position to a third latch position about a second pivot point spaced apart from the first pivot point; and a biasing member having a first end coupled to the nose portion and a second end coupled to the latch, wherein the biasing member urges the latch toward the first latch position.
A structural coating that inhibits wetting and freezing of water, said structural coating comprising one or more layers, wherein each layer includes: (a) a substantially continuous matrix comprising a hardened material; (b) a plurality of discrete templates dispersed within said matrix, wherein said discrete templates promote surface roughness at a surface of said layer, and wherein said surface roughness inhibits wetting of water; (c) porous voids surrounding at least a portion of said discrete templates, wherein said porous voids have an average effective diameter from 50 nanometers to 10 microns; and (d) a plurality of nanoparticles with an average effective diameter of 50 nanometers or less within said matrix, wherein said nanoparticles are disposed on pore surfaces of said porous voids, and wherein said nanoparticles inhibit heterogeneous nucleation of water, wherein said structural coating has a thickness from 5 microns to 500 microns. (a) a substantially continuous matrix comprising a hardened material; (b) a plurality of discrete templates dispersed within said matrix, wherein said discrete templates promote surface roughness at a surface of said layer, and wherein said surface roughness inhibits wetting of water; (c) porous voids surrounding at least a portion of said discrete templates, wherein said porous voids have an average effective diameter from 50 nanometers to 10 microns; and (d) a plurality of nanoparticles with an average effective diameter of 50 nanometers or less within said matrix, wherein said nanoparticles are disposed on pore surfaces of said porous voids, and wherein said nanoparticles inhibit heterogeneous nucleation of water, wherein said structural coating has a thickness from 5 microns to 500 microns.
A throttle body in the shape of a valve cage or a throttle piston for reducing the fluid pressure with a plurality of channels (41, 141, 241, 341, 441) extending from an upstream channel inlet to a downstream channel outlet, wherein the throttle body is manufactured by means of generative manufacturing methods, such as laser sintering, 3D printing, or the like, or by means of injection methods, characterized in that a course being at least section-wisely curved of at least one of the plurality of channels deviates from a two-dimensional extension between the channel inlet and the channel outlet and in that the course being at least section-wisely curved of the at least one channel (41, 141, 241, 341, 441) is continuous free of inner contour springs and/or steps and/or kinks.
A method comprising: determining a strength of received signals on communication links from neighbor nodes in a mesh network, the received signals associated with multiple different communication technologies; selecting a subset of the communication links based in part on the strength of the received signals; exercising the subset of the communication links by sending data and receiving response data via each of the subset of the communication links; analyzing the response data; and evaluating a link quality as a function of an available data rate of each of the subset of the communication links based in part on the analyzing. determining a strength of received signals on communication links from neighbor nodes in a mesh network, the received signals associated with multiple different communication technologies; selecting a subset of the communication links based in part on the strength of the received signals; exercising the subset of the communication links by sending data and receiving response data via each of the subset of the communication links; analyzing the response data; and evaluating a link quality as a function of an available data rate of each of the subset of the communication links based in part on the analyzing.
A repositioning assembly for a compression-distraction apparatus with a support and threaded rods (37, 39), said repositioning assembly comprising sleeves with threaded shanks brackets, a threaded strut, a slider, wherein said sleeves are hingedly connected via the threaded shanks to the brackets fixed on the threaded rods (37, 39) via fastening members, wherein the sleeves are arranged on the threaded strut with a possibility of moving linearly and pivoting, wherein the threaded strut is arranged with a possibility of moving linearly and pivoting in a hole of the slider and fixed via fastening members, wherein the slider is provided with a T-sectioned longitudinal slot on the side opposite to the hole, the end of the T-sectioned slot provided with a plug having a recess, wherein the slider comprises a guide having longitudinal slots on lateral sides of the slider for arranging the slider on ridges of the T-sectioned slot, a longitudinal threaded channel, and an external shank for fixing the guide in a hole provided in the support by means of a fastening member, a drive screw being arranged in the T-sectioned slot and in the longitudinal threaded channel and fixed by the plug with the recess.
A bag for use as a rucksack and shoulder bag, comprising: - a storage bin having two opposite sides (1, 2); - a single continuous strap encircling the storage bin, wherein the ends of the strap are attached to the storage bin on each of the opposite sides (1, 2) at predefined attachment points (11, 19); and - at least four loops attached to the storage bin, wherein the strap is led through each of said loops such that the strap may slide through the loops; wherein the attachment points (11, 19) and the four loops are distributed such that the bag has at least two configurations: a first configuration wherein one of the attachment points (11, 19) and three of the loops define carrying points for two shoulder straps such that the bag is configured for use as a rucksack, and a second configuration wherein the strap extends diagonally across a top part of the storage bin between two of the loops located on the opposite sides (1, 2), wherein the bag may be carried in the strap extending diagonally across the top part, such that the bag is configured for use as a shoulder bag. - a storage bin having two opposite sides (1, 2); - a single continuous strap encircling the storage bin, wherein the ends of the strap are attached to the storage bin on each of the opposite sides (1, 2) at predefined attachment points (11, 19); and - at least four loops attached to the storage bin, wherein the strap is led through each of said loops such that the strap may slide through the loops; a first configuration wherein one of the attachment points (11, 19) and three of the loops define carrying points for two shoulder straps such that the bag is configured for use as a rucksack, and a second configuration wherein the strap extends diagonally across a top part of the storage bin between two of the loops located on the opposite sides (1, 2), wherein the bag may be carried in the strap extending diagonally across the top part, such that the bag is configured for use as a shoulder bag.
Transport trolley for rinsing baskets of a cleaning and disinfection device, comprising a support frame which has two support rails (10, 11) spaced apart from one another for receiving a rinsing basket, it being possible, for the purpose of loading a washing chamber of a cleaning and disinfection device, to position the transport trolley in front of the washing chamber of the cleaning and disinfection device so that, in this position, the support rails extend in their longitudinal direction in the direction of the loading direction, characterised in that the side of the support frame that faces away from the cleaning and disinfection device in this position of the transport trolley is open, with no connecting strut that extends transversely to the support rails (10, 11) being located on this side of the support frame so that a user, when inserting a rinsing basket received by the transport trolley into the cleaning and disinfection device, can step between the support rails (10, 11) of the transport trolley and approach the cleaning and disinfection device.
A coffee grinder for grinding coffee, comprising a filling device for refillable coffee capsules, including a filling tube, comprising an access opening, through which ground coffee can drop into the filling tube, and furthermore comprising a ram, which is guided in the filling tube and can be moved up and down therein so as to compress the ground coffee that has dropped from the coffee grinder through the access opening and the filling tube into the capsule, characterized in that a receptacle for a refillable capsule is provided beneath the filling tube, which on the top side includes a depression for receiving a refillable capsule and which, by way of a structure having the function of a vertical shaft, is mounted in a mount present at the coffee grinder and can be pivoted to the side, so that the capsule in the depression, in both end positions of the pivoting movement, ends up either beneath the filling tube and can be filled, or can be pivoted out from beneath the filling tube so far so as to be removable toward the top.
An apparatus for training dynamic balance and turning manoeuvres during walking, the apparatus comprising: a base platform on which two first-type joints (2, 2') are arranged, each of the two first-type joints (2,2') having a first side connection and a second side connection, and having two degrees of freedom between the first side connection and the second side connection, each of the two first-type joints (2,2') are coupled to the base platform by the first side connection; a pelvis element, wherein the pelvis element is connected to two spherical joints (4,4'), the two spherical joints (4,4') each having three degrees of freedom, the two spherical joints (4,4') are respectively connected with two vertical rods 3,3' or vertical telescopic rods (30,30') and wherein the two vertical rods (3,3') or vertical telescopic rods are respectively connected to the second side connection of the two first-type joints (2,2'), wherein the two first-type joints are each spaced apart from the respective two spherical joints (4,4'), wherein the pelvis element is configured to be operably positionable through six degrees of freedom, to, in turn, allow for the following, guiding and supporting of a pelvis of a user positioned therein through six degrees of freedom.
A method for handling flat material and/or film material, which is wound onto rolls (14, 15) and serves as packaging material for the packaging of piece goods, bundles, or the like sets of articles, in which method, for the purpose of maintaining a packaging operation, an at least partially unwound and/or depleted roll is removed from at least one mounting position or installation position (EB1; EB2) of a packaging machine, and is in each instance replaced with a new roll of flat material and/or film material by the externally arranged layer of a new roll being extracted near or in the area of the layer's free end after each positioning of a new roll, and, for the purpose of forming an uninterrupted material web, by being attached to a section of a material web that is being guided into a packaging line, while the material web that is extracted from the at least partially unwound and/or used up roll is previously, simultaneously, or subsequently separated from the material web that is being guided into the packaging line, and wherein, prior to the in each instance at least partially unwound and/or used up roll being removed from the packaging machine, a material web remainder leading to a separating location is at least partially wound onto the at least partially unwound and/or used up roll by return rotation of the roll opposite to a direction of unwinding rotation.
A method of swing compensation in step detection, the method comprising: obtaining acceleration data from sensors capable of providing data indicative of movement of a mobile device; calculating eigenvalues of the acceleration data, wherein a variation of the eigenvalues represents a swinging or non-swinging state of the mobile device; determining, based on the calculated eigenvalues of the acceleration data, whether the mobile device is swinging in a hand of a user of the mobile device; and outputting step data based on: the acceleration data, and the determination whether the mobile device is swinging in the hand of the user. obtaining acceleration data from sensors capable of providing data indicative of movement of a mobile device; calculating eigenvalues of the acceleration data, wherein a variation of the eigenvalues represents a swinging or non-swinging state of the mobile device; determining, based on the calculated eigenvalues of the acceleration data, whether the mobile device is swinging in a hand of a user of the mobile device; and outputting step data based on: the acceleration data, and the determination whether the mobile device is swinging in the hand of the user. the acceleration data, and the determination whether the mobile device is swinging in the hand of the user.