mhurhangee/ep-ind-claims huggingface dataset:
A circuit assembly comprising: a holding member made of resin; and a busbar (20A, 20B) including a first surface facing a first direction and a second surface facing an opposite direction to the first direction, and formed integrally with the holding member, wherein the first surface includes an exposed region (Ra1, Rb1) that is exposed from the holding member in the first direction, wherein the first surface includes a first covered region (Ra2, Rb2) covered by the holding member, the holding member includes a first covering portion (11a, 11b) configured to cover the first covered region (Ra2, Rb2), and the first surface in the exposed region (Ra1, Rb1) is located at a position further advanced in the first direction than the first surface in the first covered region (Ra2, Rb2), wherein the second surface includes a part-connecting region (Ra3, Rb3) exposed from the holding member and a second covered region (Ra4, Rb4) configured to be covered by the holding member, the holding member includes a second covering portion (11c, 11d) configured to cover the second covered region (Ra4, Rb4), the second surface in the part-connecting region (Ra3, Rb3) is located at a position that is further advanced in the first direction than a surface of the second covering portion (11c, 11d), and the first surface in the exposed region (Ra1, Rb1) is at the same height as a surface of the first covering portion (11a, 11b) or is located at a position further advanced in the first direction than the surface of the first covering portion (11a, 11b). a holding member made of resin; and a busbar (20A, 20B) including a first surface facing a first direction and a second surface facing an opposite direction to the first direction, and formed integrally with the holding member, wherein the first surface includes an exposed region (Ra1, Rb1) that is exposed from the holding member in the first direction, wherein the first surface includes a first covered region (Ra2, Rb2) covered by the holding member, the holding member includes a first covering portion (11a, 11b) configured to cover the first covered region (Ra2, Rb2), and the first surface in the exposed region (Ra1, Rb1) is located at a position further advanced in the first direction than the first surface in the first covered region (Ra2, Rb2), wherein the second surface includes a part-connecting region (Ra3, Rb3) exposed from the holding member and a second covered region (Ra4, Rb4) configured to be covered by the holding member, the holding member includes a second covering portion (11c, 11d) configured to cover the second covered region (Ra4, Rb4), the second surface in the part-connecting region (Ra3, Rb3) is located at a position that is further advanced in the first direction than a surface of the second covering portion (11c, 11d), and the first surface in the exposed region (Ra1, Rb1) is at the same height as a surface of the first covering portion (11a, 11b) or is located at a position further advanced in the first direction than the surface of the first covering portion (11a, 11b).
A sensing system comprising: at least one gauge disposed in a wellbore; and a sensing link coupled to the at least one gauge, and configured to communicate a parameter from a second location to the first location where the gauge is located; characterized in that the system further comprises a debris barrier coupled to the sensing link, wherein the debris barrier comprises: a housing coupled to the sensing link; and a barrier element configured to reduce the transport of particulates from the wellbore into the sensing link; and a filter element disposed in the wellbore, wherein the debris barrier is disposed radially adjacent the filter element relative to the central axis of the wellbore tubular. at least one gauge disposed in a wellbore; and a sensing link coupled to the at least one gauge, and configured to communicate a parameter from a second location to the first location where the gauge is located; characterized in that the system further comprises a debris barrier coupled to the sensing link, wherein the debris barrier comprises: a housing coupled to the sensing link; and a barrier element configured to reduce the transport of particulates from the wellbore into the sensing link; and a housing coupled to the sensing link; and a barrier element configured to reduce the transport of particulates from the wellbore into the sensing link; and a filter element disposed in the wellbore, wherein the debris barrier is disposed radially adjacent the filter element relative to the central axis of the wellbore tubular.
Betatron, in particular in an x-ray inspection apparatus, having - a rotationally symmetric inner yoke made of two parts (2a, 2b) that are arranged apart from one another, - an outer yoke connecting the two inner yoke parts (2a, 2b), - at least one main field coil (6a, 6b), and - a toroidal betatron tube arranged between the inner yoke parts (2a, 2b), characterized in that the inner yoke and/or the outer yoke consist(s) at least in part of a powder composite. - a rotationally symmetric inner yoke made of two parts (2a, 2b) that are arranged apart from one another, - an outer yoke connecting the two inner yoke parts (2a, 2b), - at least one main field coil (6a, 6b), and - a toroidal betatron tube arranged between the inner yoke parts (2a, 2b),
Liquid composition comprising 1-chloro-3,3,3-trifluoropropene and trans-1,2-dichloroethylene, the 1-chloro-3,3,3-trifluoropropene and trans-1,2-dichloroethylene representing at least 99% by weight of the composition and the ratio by weight of the 1-chloro-3,3,3-trifluoropropene to the trans-1,2-dichloroethylene being between 57:43 and 65:35, preferably between 58:42 and 63:37, more particularly preferably between 59:41 and 61:39.
Load lifting device for fastening heavy components, in particular, precast concrete components, consisting of at least one rope part (10, 10') and a rope deflection which serves for deflecting the rope part (10, 10') projecting from the component, in particular, from the concrete following a curve, wherein the rope part (10, 10') is part of a rope eyelet, which can be screw-connected to a threaded sleeve of the load lifting device arranged in the component and the rope deflection serves for deflecting the rope part (10, 10') of the rope eyelet, which is connected in a deflection region to a thread of the threaded sleeve following a curve, wherein the load lifting device has a pipe ferrule, a bolt or a pin having an external thread, wherein the rope deflection is designed as separate element for the pipe ferrule, for the bolt, or for the pin, wherein the rope deflection has a flange region, which rests on the threaded sleeve and/or the surface of the component and the flange region is arranged between threaded sleeve and rope eyelet or pipe ferrule and the flange region has a penetration opening, wherein the pipe ferrule, the bolt or the pin of the load lifting device having an external thread is passed through the penetration opening and the external thread works together with the thread of the threaded sleeve and thus the rope deflection is held on the threaded sleeve.
A device for filtering molten plastic having an inlet valve, an outlet valve and a filter canister, in which a cavity is formed that is closeable by means of a removable cover and into which a melt channel opens, wherein in the filter canister, a plurality of filter candles is arranged, each being formed by a filter carrier and a filter sock, wherein the filter carrier is fixed to the filter canister and comprises a wall with a plurality of openings, which wall defines an interior space that opens to a collector channel through an outlet, wherein the filter sock covers the openings of the filter carrier, wherein the melt channel in connected to the inlet valve and may be brought into fluid communication with an inlet channel via the inlet valve and wherein the collector channel is connected to the outlet valve and may be brought into fluid communication with an outlet channel via the outlet valve, and wherein the cover fixes the filter socks on the filter carriers, characterized in that the device has a ventilation channel communicating with the inlet valve and a drainage channel communicating with the outlet valve, wherein the melt channel is connectable with the ventilation channel via the inlet valve and the collector channel is connectable with the drainage channel via the outlet valve.
A method, comprising: identifying, using a processor, a characteristic of a network connection (310, 410); identifying, using the processor, two or more bandwidth demands associated with the network connection (320, 420); determining, based on the characteristic, that the two or more bandwidth demands require a bandwidth prioritization (330, 430); and prioritizing, based on the determining, at least one of the two or more bandwidth demands (350, 405), characterized in that the characteristic comprises a bandwidth capacity of the network connection, wherein the identification of the bandwidth capacity of the network connection is updated at predefined times. identifying, using a processor, a characteristic of a network connection (310, 410); identifying, using the processor, two or more bandwidth demands associated with the network connection (320, 420); determining, based on the characteristic, that the two or more bandwidth demands require a bandwidth prioritization (330, 430); and prioritizing, based on the determining, at least one of the two or more bandwidth demands (350, 405), characterized in that the characteristic comprises a bandwidth capacity of the network connection, wherein the identification of the bandwidth capacity of the network connection is updated at predefined times.
Device for continuous coating of cores with a dragee making device which consists of at least one drum which is driven in rotation and in which a product is coated with one or more coating substances or subjected to other treating operations, such as for example spraying, drying and the like, wherein the interior of the drum is subdivided into a plurality of chambers which are partitioned off from one another, wherein the longitudinal conveyor can be switched from time to time from conveying operating mode to mixing operating mode in that when necessary a transfer passage is formed from one chamber to another neighbouring chamber with conveyance of the product, wherein the chamber is in each case formed by the drum casing and by two separating plates which are spaced one from the other and connected to the drum casing so that they cannot turn and each exhibit an opening which can be opened and closed by a closing element which can be actuated by means of a drive, characterised in that at least one swivelling flap is arranged as closing element in the separating plate and the swivelling axis of which is aligned roughly perpendicular to the plane of the drum casing and the free swivelling end of which can be applied to the neighbouring separating plate, through which the swivelling flap acts as diverting flap and longitudinal conveyor of the product through the opening.
A chisel arrangement arranged to be connected to a pivotal tool mount on a work machine, wherein a pivot axis of the tool mount forms an operative pivot axis of the chisel arrangement, and wherein the chisel arrangement includes a housing provided with a coupling portion which is arranged to be attachable to the tool mount, and a reciprocatable chisel projecting from an end portion of the housing, characterized in that a clearing blade is rigidly attached to the housing at a distance from said end portion and projects from the periphery of the housing at an angle to the longitudinal axis of the chisel and is provided with a forward edge which is substantially parallel to the operative pivot axis of the chisel arrangement, the position of the clearing blade relative the housing being unchanged while the chisel arrangement is tilted from a chiseling position to a clearing position, and vice versa. a housing provided with a coupling portion which is arranged to be attachable to the tool mount, and a reciprocatable chisel projecting from an end portion of the housing,
A method for controlling access to content in a communications network, the communications network comprising a user equipment, an intermediate network element and a plurality of servers (406, 434), the user equipment comprising an application module configured to process executable code using data retrieved from a first server of the plurality of servers, the method comprising: analysing, at the intermediate network element, a request message received from the application module so as to determine an access permission, the request message comprising first data identifying the first server associated with the application module and second data indicative of a request for content from a second server of the plurality of servers, wherein the access permission is based on an attribute of the second server satisfying a predetermined criterion with respect to the first server; retrieving, at the intermediate network element, at least a portion of the requested content from the second server on the basis of the request message;; at the intermediate network element, selectively including in a response message, an access control parameter in dependence on the determined access permission, the response message comprising said portion of the requested content wherein said access control parameter provides the application module with permission to access the portion of the retrieved content in the response message, and wherein the access control parameter comprises a cross origin resource sharing header configured to provide the access permission; and at the intermediate network element, sending the response message to the application module. analysing, at the intermediate network element, a request message received from the application module so as to determine an access permission, the request message comprising first data identifying the first server associated with the application module and second data indicative of a request for content from a second server of the plurality of servers, wherein the access permission is based on an attribute of the second server satisfying a predetermined criterion with respect to the first server; retrieving, at the intermediate network element, at least a portion of the requested content from the second server on the basis of the request message;; at the intermediate network element, selectively including in a response message, an access control parameter in dependence on the determined access permission, the response message comprising said portion of the requested content wherein said access control parameter provides the application module with permission to access the portion of the retrieved content in the response message, and wherein the access control parameter comprises a cross origin resource sharing header configured to provide the access permission; and at the intermediate network element, sending the response message to the application module.
An enhanced cutting tool, comprising: i. A cemented carbide WC-Co matrix with a cobalt-depleted surface layer, wherein the matrix comprises 1-6% cobalt and wherein the surface layer comprises 0.1-1% cobalt; ii. a boron-doped graded diamond thin film coated on the cemented carbide matrix, comprising: a) a bottom coating layer formed on the surface layer of the cemented carbide material, comprising a boron-doped microcrystalline diamond having a grain size in the range 1 to 1.5 μm, wherein the concentration of boron in the bottom layer is between 0.2-0.25%; b) a top coating layer, comprising a nanocrystalline diamond substantially free of boron and having a grain size in the range 400 to 500 nm; and c) a transition coating layer formed between the top and bottom layers, comprising a decreasing concentration gradient of boron from 0.2-0.25% in the surface in contact with the bottom layer to the surface in contact with the top layer substantially free of boron. i. A cemented carbide WC-Co matrix with a cobalt-depleted surface layer, wherein the matrix comprises 1-6% cobalt and wherein the surface layer comprises 0.1-1% cobalt; ii. a boron-doped graded diamond thin film coated on the cemented carbide matrix, comprising: a) a bottom coating layer formed on the surface layer of the cemented carbide material, comprising a boron-doped microcrystalline diamond having a grain size in the range 1 to 1.5 μm, wherein the concentration of boron in the bottom layer is between 0.2-0.25%; b) a top coating layer, comprising a nanocrystalline diamond substantially free of boron and having a grain size in the range 400 to 500 nm; and c) a transition coating layer formed between the top and bottom layers, comprising a decreasing concentration gradient of boron from 0.2-0.25% in the surface in contact with the bottom layer to the surface in contact with the top layer substantially free of boron. a) a bottom coating layer formed on the surface layer of the cemented carbide material, comprising a boron-doped microcrystalline diamond having a grain size in the range 1 to 1.5 μm, wherein the concentration of boron in the bottom layer is between 0.2-0.25%; b) a top coating layer, comprising a nanocrystalline diamond substantially free of boron and having a grain size in the range 400 to 500 nm; and c) a transition coating layer formed between the top and bottom layers, comprising a decreasing concentration gradient of boron from 0.2-0.25% in the surface in contact with the bottom layer to the surface in contact with the top layer substantially free of boron.
Cooking appliance device with at least one heating coil (10a - 10d), which has at least two windings (12a - 12d, 13a - 13d), wherein a winding (12a - 12d, 13a - 13d) defines exactly one circulation of the heating coil (10a - 10d), and with at least one fixing device (14a - 14d), which fixes the heating coil (10a - 10d) at least partially mechanically in an assembled state, wherein the fixing device (14a - 14d) comprises a support unit (16a - 16d) and a retaining unit (18a - 18d) which is embodied separately from the support unit (16a - 16d) as a mechanical structural unit and is arranged on the heating coil (10a - 10d), characterised in that the retaining unit (18a - 18d) in the assembled state fixes each of the windings (12a - 12d, 13a - 13d) separately on the support unit (16a - 16d), wherein the retaining unit (18a - 18d), for fixing of the healing coil (10a - 10d), connects each of the windings separately to the support unit (16a - 16d).
A locking device (1, 41) for restricting or admitting access into an area or space, wherein the locking device (1, 41) comprises a locking mechanism (9, 49) arranged to, in a first state, lock at least one locking element (5, 57) from movement in a locked position of the locking element (5, 57), and, in a second state, allow movement of the locking element (5, 57) to an unlocked position, which locking mechanism (9, 49) is adapted to be connected with and to receive the motion for changing the state of the locking mechanism from an operating mechanism (7, 47) arranged to control the state of the locking device (1, 41), wherein the locking device (1, 41) comprises a blocking mechanism (11, 51) comprising a first link (13, 53) pivotably fixed relative to the locking device (1, 41) in a first pivot point (15, 55) and arranged to be connected with the operating mechanism (7, 47) in an operating mechanism connection point (17, 55), a second link (19, 59) pivotably fixed relative to the locking device in a second pivot point (21, 61) and arranged to be connected with the locking mechanism (9, 49) in a locking mechanism connection point (23, 63), and a connection (25, 65) arranged between the first and the second links comprising an elongated guide (27, 67) and a sliding element (29, 69) movable along said guide for restricting the motion of first and second links and to allow transfer of kinetic energy between the first and second links, and therefore between the operating mechanism (7, 47) and the locking mechanism (9, 49), and characterized in that the elongated guide (27, 67) and the sliding element (29, 69) are shaped to block the locking mechanism (9, 49) from allowing a displacement of the locking element (5, 57) in response to an external force pressing the locking element (5, 57) in a direction from a locked state towards an unlocked state by the elongated guide (27, 67) and the sliding element (29, 69) comprising surfaces arranged to bear on each other when the locking element (5, 57) is in its locked state, wherein the surfaces are angled so that a force pressing the locking element (5, 57) towards an unlocked state results in a force pressing the sliding element (29, 69) towards a stop provided in the elongated guide (27, 67), wherein the elongated guide (27, 67) is shaped to extend on both sides of the first pivot point (15, 55) of the first link (13, 53), so that the first link (13, 53) is rotated in different directions when subjected to a force acting via the elongated guide (27, 67) depending on the present location of the sliding element (29, 69) in the elongated guide (27, 67).
A circular particle accelerator for generating a particle beam, said circular particle accelerator being capable of modulating the current of the particle beam and comprising: • an ion source for generating said particle beam; • Dee electrode and counter-Dee electrode separated from each other by gaps for accelerating said particle beam, said counter-Dee electrode being grounded; • a generator capable of applying an alternating high voltage to said Dee electrode, so as it is possible to have an electric field between said gaps; • means for measuring the current intensity (I M) of said particle beam exiting said circular particle accelerator; characterized in that it also comprises a regulator configured, for modulating the Dee electrodes voltage amplitude (V D) by comparing a given set point (I C) of the current intensity of the particle beam and the measured value of the current intensity (I' M) of said particle beam. • an ion source for generating said particle beam; • Dee electrode and counter-Dee electrode separated from each other by gaps for accelerating said particle beam, said counter-Dee electrode being grounded; • a generator capable of applying an alternating high voltage to said Dee electrode, so as it is possible to have an electric field between said gaps; • means for measuring the current intensity (I M) of said particle beam exiting said circular particle accelerator; characterized in that it also comprises a regulator configured, for modulating the Dee electrodes voltage amplitude (V D) by comparing a given set point (I C) of the current intensity of the particle beam and the measured value of the current intensity (I' M) of said particle beam.