mhurhangee/ep-ind-claims huggingface dataset:
A medical imaging device comprising: - an image processing unit configured to generate at least first and second image data; - a display unit configured to display the at least first and second image data, and - an interface unit provided as a lower limb operable multifunctional interface comprising at least one activation element, a timing unit, and a control unit, wherein the activation element is configured to provide an activation signal to the control unit when being pressed; wherein the timing unit is configured to provide a timing signal to the control unit upon being provided with the activation signal from the pressed activation element; wherein the control unit is configured to provide the first or the second control signal respectively, dependent on the duration of the timing signal, characterised in that the first control signal controls a first function of providing an activation signal for X-ray image acquisition, and the second control signal controls a second function of an activation or deactivation of a cardiac navigation application. - an image processing unit configured to generate at least first and second image data; - a display unit configured to display the at least first and second image data, and - an interface unit provided as a lower limb operable multifunctional interface comprising at least one activation element, a timing unit, and a control unit,
Information and control system for a vehicle, comprising: a vehicle-installed telematics unit including a first wireless network transceiver and a first medium-range RF transceiver; a nomadic device to be carried by the vehicle user and including a second wireless network transceiver for communicating with the vehicle-installed telematics unit via a global network and a first short-range wireless transceiver for communicating with a fob; the fob to be carried by a vehicle user, the fob including a second medium-range RF transceiver for communicating with the telematics unit and a second short-range wireless transceiver for communicating with the nomadic device, wherein the need for human-machine interface elements is obviated on the fob, the vehicle user selectively initiates a vehicle information request or command communication using the fob and the first and second medium-range RF transceivers (20, 22), and the nomadic device using the global network and the first and second wireless network transceivers (24, 26), and said nomadic device includes control means configured to initiate a vehicle information request or command communication to the vehicle when the user uses the nomadic device and the global network is unavailable, by communicating the vehicle information request or command to the fob via the first and second short-range wireless transceivers (30, 32). a vehicle-installed telematics unit including a first wireless network transceiver and a first medium-range RF transceiver; a nomadic device to be carried by the vehicle user and including a second wireless network transceiver for communicating with the vehicle-installed telematics unit via a global network and a first short-range wireless transceiver for communicating with a fob; the fob to be carried by a vehicle user, the fob including a second medium-range RF transceiver for communicating with the telematics unit and a second short-range wireless transceiver for communicating with the nomadic device, wherein the need for human-machine interface elements is obviated on the fob, the vehicle user selectively initiates a vehicle information request or command communication using the fob and the first and second medium-range RF transceivers (20, 22), and the nomadic device using the global network and the first and second wireless network transceivers (24, 26), and said nomadic device includes control means configured to initiate a vehicle information request or command communication to the vehicle when the user uses the nomadic device and the global network is unavailable, by communicating the vehicle information request or command to the fob via the first and second short-range wireless transceivers (30, 32).
A device for separating particles, in particular paint particles, from an air flow, comprising a plurality of separating layers each having a plurality of separating elements, wherein the separating elements are constituted as elongated bars and are arranged spaced apart from one another, wherein the bars of two separating layers are arranged offset with respect to one another, in order to deflect the air flow between the separating layers, characterized in that a paint-removing apparatus is provided for cleaning the bars, which comprises pistons movable along the bars and the number of pistons corresponds to the number of bars, wherein the bars have an essentially U-shaped cross section in order to collect separated particles therein.
A wireless temperature sensor configured for attachment to an object in order to sense if the object reaches a preset temperature, said sensor comprising: a transponder including a transponder antenna and a circuit operably coupled with the transponder antenna, said circuit operable to extract energy from electromagnetic signals received by said transponder antenna, and to generate transponder reply signals containing reply information; and a parasitic antenna having an impedance value and operable to be excited by said transponder reply signals in order to generate parasitic antenna reply signals containing said reply information, said transponder antenna and said parasitic antenna being in proximity and electromagnetically coupled through a mutual induction path when said electromagnetic signals are received, characterized in that said parasitic antenna includes a temperature-sensitive transducer for operative thermal contact with said object, said transducer operable to change the impedance value of the parasitic antenna if said object reaches said preset temperature, to thereby change a detectable parameter of said parasitic antenna reply signals, wherein the transponder and the temperature-sensitive transducer are thermally insulated from one another. a transponder including a transponder antenna and a circuit operably coupled with the transponder antenna, said circuit operable to extract energy from electromagnetic signals received by said transponder antenna, and to generate transponder reply signals containing reply information; and a parasitic antenna having an impedance value and operable to be excited by said transponder reply signals in order to generate parasitic antenna reply signals containing said reply information, said transponder antenna and said parasitic antenna being in proximity and electromagnetically coupled through a mutual induction path when said electromagnetic signals are received, characterized in that said parasitic antenna includes a temperature-sensitive transducer for operative thermal contact with said object, said transducer operable to change the impedance value of the parasitic antenna if said object reaches said preset temperature, to thereby change a detectable parameter of said parasitic antenna reply signals, wherein the transponder and the temperature-sensitive transducer are thermally insulated from one another.
A diversity antenna configured to be operated in a high-frequency band and two different low-frequency bands and configured to be applied in a mobile terminal with a metal housing, comprising: a feed point, a first ground point and a second ground point, the metal housing comprises a housing body and a receiving region located over the housing body, the receiving region has a frame structure at sides of which slits are provided, wherein a switch is provided in series to the first ground point, a capacitive element connected to the frame structure is provided in series to the feed point, the feed point, the first ground point and the second ground point are all arranged on the housing body, and wherein the capacitive element is a variable capacitor, wherein the switch is a single-pole double-throw switch and the switch is configured to switch between a low frequency band of 824MHz to 960MHz and a low frequency band of 700MHz to 820MHz.
A process for the production of sterically hindered amino ether alcohols, diaminopolyalkenyl ethers, and mixtures thereof, comprising reacting an alkyl substituted primary amino compound with a polyalkenyl ether glycol, under hydrogen atmosphere, and over a catalyst comprising a catalytically active metal, excluding platinum and palladium, on a support, the metal loaded catalyst being characterized by a micropore volume above 0.05 cm 3 /g and a total BET surface area of 200 to 1000 m 2 /g, and exhibiting a pore size distribution, when normalized for pores of 19.99 nm or less, of 30% or more of pores of up to 4.99 nm, the pores of 5 to up to 19.99 nm constituting the balance.
A pharmaceutical composition for use in the treatment of psoriasis comprising as an active ingredient 1-[N 6 -(3-iodobenzyl)-adenin-9-yl]-β-D-ribofuronamide (IB-MECA) in an amount suitable for a daily dose administration of about 4 mg.
A force sensor having a three-dimensional sequential arrangement of a plurality of C-shaped elementary spring bodies having flowing material transitions to a coil spring shape as a total spring body (180, 185), characterized in that the total spring body, during operation, lies at least partially as an armature in the magnetic alternating field of a coil surrounding the same, or a central coil surrounded thereby, or a coil mounted in the vicinity thereof, or a coil mounted thereon, wherein, when the shape of the total spring body is changed because of a measurement force due to armature reaction in the respective coil, the admittance thereof is changed, whereby the measuring force is deduced.
A key mechanism, comprising: a keycap assembly; a support structure; a half-butterfly hinge comprising two wings (4051, 4052) adjacent each other such that a cavity is formed between the two wings (4051, 4052), each wing comprising: a pair of keycap pins (4054, 4057) coupled to the keycap assembly; a major arm extending from the pair of keycap pins to a first pivot pin coupled to the support structure; and a minor arm extending from the pair of keycap pins to a second pivot pin coupled to the support structure; and a coupling mechanism coupling ends of the major arms of the half-butterfly hinge together, characterized in that: the major arms of the two wings are positioned on a first side of the cavity, the minor arms of the two wings are positioned on a second side of the cavity, and the minor arms of the two wings are shorter than the major arms of the two wings. a keycap assembly; a support structure; a half-butterfly hinge comprising two wings (4051, 4052) adjacent each other such that a cavity is formed between the two wings (4051, 4052), each wing comprising: a pair of keycap pins (4054, 4057) coupled to the keycap assembly; a major arm extending from the pair of keycap pins to a first pivot pin coupled to the support structure; and a minor arm extending from the pair of keycap pins to a second pivot pin coupled to the support structure; and a pair of keycap pins (4054, 4057) coupled to the keycap assembly; a major arm extending from the pair of keycap pins to a first pivot pin coupled to the support structure; and a minor arm extending from the pair of keycap pins to a second pivot pin coupled to the support structure; and a coupling mechanism coupling ends of the major arms of the half-butterfly hinge together, characterized in that: the major arms of the two wings are positioned on a first side of the cavity, the minor arms of the two wings are positioned on a second side of the cavity, and the minor arms of the two wings are shorter than the major arms of the two wings.
A method for performing motion estimation, the method comprising: identifying a size of a set of candidate blocks of a frame of video data to be searched, at least one candidate block corresponding to a block of another frame of the video data; selecting a set of candidate blocks to search, the selected set including an initial number of candidate blocks equal to the size, the selecting comprising excluding a candidate block from the set based on a distance between the candidate block and a previously searched block, the set including at least one candidate block corresponding to a block of another frame of the video data; selecting a search complexity level for searching the selected candidate blocks based on a format of the video data; identifying an estimation block from the selected candidate blocks, the identification performed according to a search method of the selected complexity level; and estimating the motion for the block of the another frame based on the estimation block. identifying a size of a set of candidate blocks of a frame of video data to be searched, at least one candidate block corresponding to a block of another frame of the video data; selecting a set of candidate blocks to search, the selected set including an initial number of candidate blocks equal to the size, the selecting comprising excluding a candidate block from the set based on a distance between the candidate block and a previously searched block, the set including at least one candidate block corresponding to a block of another frame of the video data; selecting a search complexity level for searching the selected candidate blocks based on a format of the video data; identifying an estimation block from the selected candidate blocks, the identification performed according to a search method of the selected complexity level; and estimating the motion for the block of the another frame based on the estimation block.
A cable-tie straightening device, comprising: - a receiving unit for receiving a cable tie; - a feed unit for moving the cable tie from the receiving unit into a straightening unit at least with a head of the cable tie, the head of the cable tie pointing in the direction of the movement; - the straightening unit for straightening a strap of the cable tie, wherein the straightening unit is designed to receive the cable tie, guide the strap of the cable tie through guide elements and thus straighten it, and also to move the cable tie into a discharge unit, with a strap tip of the cable tie pointing in the direction of the movement; - the discharge unit being configured for discharging the cable tie. - a receiving unit for receiving a cable tie; - a feed unit for moving the cable tie from the receiving unit into a straightening unit at least with a head of the cable tie, the head of the cable tie pointing in the direction of the movement; - the straightening unit for straightening a strap of the cable tie, wherein the straightening unit is designed to receive the cable tie, guide the strap of the cable tie through guide elements and thus straighten it, and also to move the cable tie into a discharge unit, with a strap tip of the cable tie pointing in the direction of the movement; - the discharge unit being configured for discharging the cable tie.
Awning structure comprising a roof-forming part for which a roof structure is provided, which comprises a front beam extending practically horizontally, and at least two columns, that support the front beam, the front beam extending between the two columns, and comprising an internal space wherein an awning roll is provided characterized in that the awning roll is connected to the columns, directly or indirectly via the side walls of the front beam or via an end part secured to the front beam, so that the awing roll and the awning are carried by the columns and the front beam is not loaded by them, in that the front beam comprises, on at least one of its sides extending longitudinally, a wall element that is fastened detachably, and in that said wall element delimits said internal space, so that by removing it, a clear passage is created, via which the awning roll can be placed in the internal space and can be removed from it.
A rotary disc valve, comprising: a guide assembly comprising a ring-shaped member having a groove disposed in an inner surface thereof; a valve disc assembly rotatably coupled to the guide assembly, the valve disc assembly comprising: a valve disc, a projection received within the groove of the guide assembly; and a chimney support coupled to the guide assembly, the chimney support including a seal member for selectively sealing against the valve disc; wherein the groove has a main portion oriented perpendicular to a longitudinal axis of the rotary disc valve, and an angled portion oriented at an oblique angle with respect to the longitudinal axis; and wherein when the rotary disc valve is moved from a closed position toward an open position the valve disc assembly is rotated in a first direction with respect to the guide assembly, which moves the projection along the angled portion of the groove, thereby moving the valve disc away from the seal to decompress the seal; and wherein when the valve disc assembly is moved from the open position to the closed position the valve disc assembly is rotated in a second direction with respect to the guide assembly, which moves the projection along the angled portion of the groove, thereby moving the valve disc toward the seal to compress the seal. a guide assembly comprising a ring-shaped member having a groove disposed in an inner surface thereof; a valve disc assembly rotatably coupled to the guide assembly, the valve disc assembly comprising: a valve disc, a projection received within the groove of the guide assembly; and a valve disc, a projection received within the groove of the guide assembly; and a chimney support coupled to the guide assembly, the chimney support including a seal member for selectively sealing against the valve disc; wherein the groove has a main portion oriented perpendicular to a longitudinal axis of the rotary disc valve, and an angled portion oriented at an oblique angle with respect to the longitudinal axis; and wherein when the rotary disc valve is moved from a closed position toward an open position the valve disc assembly is rotated in a first direction with respect to the guide assembly, which moves the projection along the angled portion of the groove, thereby moving the valve disc away from the seal to decompress the seal; and wherein when the valve disc assembly is moved from the open position to the closed position the valve disc assembly is rotated in a second direction with respect to the guide assembly, which moves the projection along the angled portion of the groove, thereby moving the valve disc toward the seal to compress the seal.
A system comprising an electronic tag and a component of a machine, wherein said tag is constrainable to the component, said electronic tag comprising: - a package (4; 104) mechanically coupled to the component; - a first memory portion, which is adapted to store an identification code of the electronic tag; and - a second memory portion (14, 16), which is adapted to store a check code, which is a function of at least one stochastic quantity related to said package (4; 104); characterized in that said at least one stochastic quantity is related to the mechanical coupling between the package and the component. - a package (4; 104) mechanically coupled to the component; - a first memory portion, which is adapted to store an identification code of the electronic tag; and - a second memory portion (14, 16), which is adapted to store a check code, which is a function of at least one stochastic quantity related to said package (4; 104);
Water box intended to be fixed on an outer side of a wall surrounding a substantially horizontal surface of a building such as an acroterion comprising: - a tank body for receiving a flow of water, the tank body comprising a bottom, a rear wall for attachment to an outer side of an acroterion, and at least one side wall, - an outlet to a descendant with a longitudinal output axis, -- a water flow redirecting device, positioned in the tank body, for partially intercepting the flow of water in the tank body and directing it towards the outlet, - characterized in that the redirecting device comprises a receptacle for creating a water circulation path for directing the flow of water towards the outlet, the receptacle comprising an upper body, in which the upper body is oriented along a main reservoir axis, the reservoir axis being offset from the axis of the outlet, the reservoir axis being substantially vertical when the water box is fixed in the functional position, - characterized in that a partition wall is disposed in the reservoir body between the receptacle upper body and the rear wall, the partition wall being disposed perpendicular to the rear wall to prevent two flows of water that arrive on the back collide frontally and interfere with/for the transfer into the outlet. - a tank body for receiving a flow of water, the tank body comprising a bottom, a rear wall for attachment to an outer side of an acroterion, and at least one side wall, - an outlet to a descendant with a longitudinal output axis, -- a water flow redirecting device, positioned in the tank body, for partially intercepting the flow of water in the tank body and directing it towards the outlet, -- a water flow redirecting device, positioned in the tank body, for partially intercepting the flow of water in the tank body and directing it towards the outlet, - characterized in that the redirecting device comprises a receptacle for creating a water circulation path for directing the flow of water towards the outlet, the receptacle comprising an upper body, in which the upper body is oriented along a main reservoir axis, the reservoir axis being offset from the axis of the outlet, the reservoir axis being substantially vertical when the water box is fixed in the functional position, - characterized in that a partition wall is disposed in the reservoir body between the receptacle upper body and the rear wall, the partition wall being disposed perpendicular to the rear wall to prevent two flows of water that arrive on the back collide frontally and interfere with/for the transfer into the outlet.
A bandage application system comprising: a. an individual sterile adhesive bandage comprising i. a backing; ii. at least one absorbent patch; iii. two adhesive regions, wherein adhesive is applied to the backing, and each adhesive region having an overlaying protection paper; b. a first wrapper element comprising two parallel sheets sealed on three of four sides to form a portion of an interior; and c. a second wrapper element comprising two parallel sheets sealed on three of four sides to form another portion of the interior; whereby each of the first wrapper element and the second wrapper element at least partially enclose the bandage in the interior, the first and second wrapper elements together completely enclosing the bandage in the interior and being separably in contact with each other via an overlapping region, but whereby the first and second wrapper elements can be pulled in respectively opposite directions to separate from each other at the overlapping region to partially expose at least one adhesive region of the bandage in a ready-to-apply state, and whereby said partially exposed bandage remains associated with one of the wrapper elements whilst the other wrapper element is dissociated from said bandage with one of the two protection papers being attached to the wrapper element associated with the partially exposed bandage. a. an individual sterile adhesive bandage comprising i. a backing; ii. at least one absorbent patch; iii. two adhesive regions, wherein adhesive is applied to the backing, and each adhesive region having an overlaying protection paper; i. a backing; ii. at least one absorbent patch; iii. two adhesive regions, wherein adhesive is applied to the backing, and each adhesive region having an overlaying protection paper; b. a first wrapper element comprising two parallel sheets sealed on three of four sides to form a portion of an interior; and c. a second wrapper element comprising two parallel sheets sealed on three of four sides to form another portion of the interior;