mhurhangee/ep-ind-claims huggingface dataset:
A communication method comprising: generating a MAC control element including a cluster of bits which indicates an activation/deactivation status of each of a plurality of secondary component carriers that are added to a primary component carrier which is always activated; and transmitting the generated MAC control element, the transmitted MAC control element being for use by a user equipment to activate or deactivate the plurality of the secondary component carriers and to start an SRS transmission on the activated secondary component carrier(s) each of the plurality of secondary component carriers is associated with a respective bit in the cluster of bits, and when any one bit among the cluster of bits indicates that its corresponding secondary component carrier should be activated, said one bit further indicates a sounding reference signal, SRS, transmission request to the user equipment. generating a MAC control element including a cluster of bits which indicates an activation/deactivation status of each of a plurality of secondary component carriers that are added to a primary component carrier which is always activated; and transmitting the generated MAC control element, the transmitted MAC control element being for use by a user equipment to activate or deactivate the plurality of the secondary component carriers and to start an SRS transmission on the activated secondary component carrier(s) each of the plurality of secondary component carriers is associated with a respective bit in the cluster of bits, and when any one bit among the cluster of bits indicates that its corresponding secondary component carrier should be activated, said one bit further indicates a sounding reference signal, SRS, transmission request to the user equipment.
A connector to be connected to a syringe assembly provided with at least one syringe (600, 700) having an outer cylinder with a tube-shaped port protruding from a leading end section thereof and a holder which holds the syringe (600, 700), the connector comprising: a connector main body to be mounted to a medical solution container in which a medical solution is contained; a tube-shaped fitting section (13a, 13b) which protrudes from an upper section of the connector main body, has the port of the syringe (600, 700) fitted therein, and makes the inside of the syringe (600, 700) and the inside of the medical solution container communicate with each other when the port of the syringe (600, 700) is fitted in the fitting section (13a, 13b); and fixing means which includes a lock mechanism that fixes the syringe assembly to the connector main body when the port of the syringe (600, 700) is fitted in the fitting section (13a, 13b), an operating section that performs a fixing releasing operation of releasing a fixed state provided by the lock mechanism, and a push-out section that pushes out the syringe assembly toward a base end in an interlocked manner with the fixing releasing operation when the fixing releasing operation is performed, characterized in that the lock mechanism has a pair of clamp pieces (151a, 151b) which clamp the holder therebetween and are engaged with the holder, and a biasing section by which the pair of clamp pieces (151a, 151b) are biased toward each other. a connector main body to be mounted to a medical solution container in which a medical solution is contained; a tube-shaped fitting section (13a, 13b) which protrudes from an upper section of the connector main body, has the port of the syringe (600, 700) fitted therein, and makes the inside of the syringe (600, 700) and the inside of the medical solution container communicate with each other when the port of the syringe (600, 700) is fitted in the fitting section (13a, 13b); and fixing means which includes a lock mechanism that fixes the syringe assembly to the connector main body when the port of the syringe (600, 700) is fitted in the fitting section (13a, 13b), an operating section that performs a fixing releasing operation of releasing a fixed state provided by the lock mechanism, and a push-out section that pushes out the syringe assembly toward a base end in an interlocked manner with the fixing releasing operation when the fixing releasing operation is performed, characterized in that the lock mechanism has a pair of clamp pieces (151a, 151b) which clamp the holder therebetween and are engaged with the holder, and a biasing section by which the pair of clamp pieces (151a, 151b) are biased toward each other.
A method for managing the continuous feeding of an elongate element wound on reels to a station for building a tyre, wherein said elongate element is continuously supplied from a processing unit of an unwinding device of successive reels, wherein, when the terminal end of said elongate element wound on a first reel leaves said first reel: - said first reel is moved away from said unwinding device on a first movable carriage; - a second reel, which is successive to the first reel and mounted on a second movable carriage, is positioned in place of said first reel; and - said terminal end of the elongate element previously wound on said first reel is joined to the starting end of the elongate element wound on said second reel; characterized in that said first and second movable carriage, when respectively associated with said processing unit, is removably fixed at a seat of a fixed frame of said processing unit by means of respective fastening elements provided on said first and second movable carriage and on said fixed frame. - said first reel is moved away from said unwinding device on a first movable carriage; - a second reel, which is successive to the first reel and mounted on a second movable carriage, is positioned in place of said first reel; and - said terminal end of the elongate element previously wound on said first reel is joined to the starting end of the elongate element wound on said second reel; characterized in that said first and second movable carriage, when respectively associated with said processing unit, is removably fixed at a seat of a fixed frame of said processing unit by means of respective fastening elements provided on said first and second movable carriage and on said fixed frame.
Device for protecting the battery of an electric vehicle against impacts on the rear axle, said battery being packaged in a container provided with a frame comprising, on either side of the tray, a spar (11a, 11b) whose end is connected, via an angled connection zone, to the lateral end opposite a rear crossmember and whose outer side is provided with at least one support element of the tray, characterized in that each connecting zone comprises a beak projecting towards the rear formed by the joining together of at least two protrusions (110, 120) carried by the respective ends of the spar (11a, 11b) and the crosspiece.
A medical observation device, comprising: an acquisition section that acquires a sensing result of a brightness of an image of a subject in a living organism; and a control section that decides, according to the duration of a first time interval in which the brightness sensing result indicates a first brightness value inside a certain range, a second time interval in which to maintain an exposure of an imaging section at an exposure corresponding to a second brightness value included in the range. an acquisition section that acquires a sensing result of a brightness of an image of a subject in a living organism; and a control section that decides, according to the duration of a first time interval in which the brightness sensing result indicates a first brightness value inside a certain range, a second time interval in which to maintain an exposure of an imaging section at an exposure corresponding to a second brightness value included in the range.
Electrical apparatus comprising a housing and a heat sink, wherein the heat sink is fastened to the housing and there is a join, which at least partially consists of a collar which surrounds an opening and a groove which accommodates the collar, between the heat sink and the separate housing, wherein there is a sealing means, which closes the join at least in a liquid-tight manner, between the collar and the groove, wherein the groove surrounds a pedestal which protrudes into the opening, and the groove has a widened portion in the region of its opening, the said widened portion extending on the side which is averted from the pedestal.
An apparatus configured to: store a mobile context of user equipment (110, 112, 128), the mobile context comprising information, on Home NodeBs (118, 204), identifying which closed subscriber groups the user equipment belongs to, and wherein the apparatus is further configured to store a mobile context of user equipment (110, 112, 128), the mobile context comprising information of a Home NodeB configured to act as a replica server of the user equipment by storing shared data stored in the user equipment. store a mobile context of user equipment (110, 112, 128), the mobile context comprising information, on Home NodeBs (118, 204), identifying which closed subscriber groups the user equipment belongs to, and wherein the apparatus is further configured to store a mobile context of user equipment (110, 112, 128), the mobile context comprising information of a Home NodeB configured to act as a replica server of the user equipment by storing shared data stored in the user equipment.
A machine comprising: a drug delivery device; a graphic user interface; and a control unit (107, 109) in communication with the drug delivery device and the graphic user interface, the control unit (107, 109) being configured to display in a first region of the graphic user interface a plurality of different screens relating to a blood processing treatment and in a second region of the graphic user interface a drug identifier that indicates a drug being administered by the drug delivery device, characterized in that the control unit (107, 109) is configured so that when a drug is being administered by the drug delivery device, the drug identifier is displayed in the second region of the graphic user interface regardless of which of the plurality of different screens is being displayed in the first region of the graphic user interface. a drug delivery device; a graphic user interface; and a control unit (107, 109) in communication with the drug delivery device and the graphic user interface, the control unit (107, 109) being configured to display in a first region of the graphic user interface a plurality of different screens relating to a blood processing treatment and in a second region of the graphic user interface a drug identifier that indicates a drug being administered by the drug delivery device, characterized in that the control unit (107, 109) is configured so that when a drug is being administered by the drug delivery device, the drug identifier is displayed in the second region of the graphic user interface regardless of which of the plurality of different screens is being displayed in the first region of the graphic user interface.
Method for acquiring magnetic resonance data of an object with a magnetic resonance imaging apparatus, wherein a slice group, whose slices define a contiguous imaging volume and which contains a first number of slices, is imaged, wherein in a first number of concatenations the magnetic resonance data for subgroups of the slices, each containing a respective second number of slices depending on the first number of concatenations, are acquired, and wherein shimming is performed to increase field homogeneity in the imaging volume, characterized in that, to define the subgroups, the imaging volume is subdivided into at least two disjoint contiguous subvolumes, and at least two subgroups are defined for each subvolume, each subgroup only containing non-adjacent slices in the subvolume, wherein, during acquisition of the magnetic resonance data of each subgroup, shimming is at least restricted to the respective subvolume, wherein shimming is restricted to the smallest possible bounding box of the slices in the subgroup.
An optoelectronic semiconductor component comprising - at least two optoelectronic semiconductor chips which are configured to emit electromagnetic radiation in wavelength ranges different from each other and which are arranged on a mounting surface of a common carrier, - at least two non-rotationally symmetrical lens bodies (3a-c) which are designed, along a horizontal direction and a vertical direction which are arranged orthogonally to one another and parallel to the mounting surface and perpendicular to a main emission direction of the semiconductor component, to shape the radiation into different emission angles (α), wherein each of the semiconductor chips is followed by one of the lens bodies along an emission direction, characterized in that the boundary surface of the lens body, which faces away from the carrier, of at least one or of all lens bodies follows the following equation, within a deviation of a z value of at most 10% of a maximum height of the respective lens body: z (x, y) = - 0,33866 x 2 - 0,93234 y 2 - 0,54136 x 4 -1,25032 x 2 y 2 + 1,78606 y 4 + 0,50057 x 6 + 1,27170 x 4 y 2 + 0,06042 x 2 y 4 - 4,44960 y 6 - 0,10344 x 8 + 1,56205 x 6 y 2 + 6,38833 x 4 y 4 + 2,05268 x 2 y 6 - 18,7818 y 8 - 0,158501 x 10 - 2,955774 x 8 y 2 - 10,73336 x 6 y 4 - 26,66134 x 4 y 6 - 2,344646 x 2 y 8 + 0,127770 y 10, with x, y, z as unit-free numbers, wherein an x-axis runs parallel to the horizontal direction and a y-axis parallel to the vertical direction, wherein the x- and y-axis, relative to the respective lens body, intersect in the xy plane, at the point where z is maximal for the respective lens body. - at least two optoelectronic semiconductor chips which are configured to emit electromagnetic radiation in wavelength ranges different from each other and which are arranged on a mounting surface of a common carrier, - at least two non-rotationally symmetrical lens bodies (3a-c) which are designed, along a horizontal direction and a vertical direction which are arranged orthogonally to one another and parallel to the mounting surface and perpendicular to a main emission direction of the semiconductor component, to shape the radiation into different emission angles (α),
A lab-on-chip device for the separation of blood samples, the blood comprising two immiscible phases being blood and plasma or serum, said device comprising at least one fluid line (1,2,5,6) which successively comprises an inlet reservoir, a separation channel, a collection channel and at least one outlet, wherein said separation channel is configured to separate the blood into said two phases comprising blood cells and a purified fluid being plasma or serum, characterized in that said separation is based on the sedimentation principle without the use of a membrane or other filtration material, said separation occurring by keeping the sample flowing in the horizontal plane through the separation channel by capillary action, said purified fluid ending spatially separated from the blood cells wherein said device comprises an air bubble actuator which, when actuated, generates an air bubble into said fluid line (1,2,5,6) in order to isolate a defined volume of said purified fluid.
System for inductive soldering, comprising: - at least one contact element, which contains a second solder connection surface, - at least one conductor structure that is arranged on a nonmetallic plate and which contains a first solder connection surface, wherein the first and second solder connection surfaces (6, 7) are suitable for forming a solder joint with the solder from a solder deposit, and a - device for inductively soldering of the at least one contact element to the at least one conductor structure on the nonmetallic plate, comprising: - means for fastening a plate during the soldering operation, - at least one soldering tool having at least one induction loop or induction coil suitable for emitting a magnetic field, - means for mutually positioning the soldering tool and a ferromagnetic contact element, such that the switched-on magnetic field of the soldering tool heats the contact element, at least in sections, - a generator that is suitable for generating an alternating voltage with a frequency of up to 1500 kHz and that can be connected to the induction loop or the induction coil, characterized in that the contact element is ferromagnetic, and wherein, apart from the induction loop or the induction coil, the soldering tool includes no components for directing and guiding the field lines of the magnetic field, and wherein the dimensions of the at least one induction loop or induction coil correspond substantially to the length and width of the contact element 14 above the solder joint. - at least one contact element, which contains a second solder connection surface, - at least one conductor structure that is arranged on a nonmetallic plate and which contains a first solder connection surface, wherein the first and second solder connection surfaces (6, 7) are suitable for forming a solder joint with the solder from a solder deposit, and a - device for inductively soldering of the at least one contact element to the at least one conductor structure on the nonmetallic plate, comprising: - means for fastening a plate during the soldering operation, - at least one soldering tool having at least one induction loop or induction coil suitable for emitting a magnetic field, - means for mutually positioning the soldering tool and a ferromagnetic contact element, such that the switched-on magnetic field of the soldering tool heats the contact element, at least in sections, - a generator that is suitable for generating an alternating voltage with a frequency of up to 1500 kHz and that can be connected to the induction loop or the induction coil, characterized in that the contact element is ferromagnetic, and wherein, apart from the induction loop or the induction coil, the soldering tool includes no components for directing and guiding the field lines of the magnetic field, and wherein the dimensions of the at least one induction loop or induction coil correspond substantially to the length and width of the contact element 14 above the solder joint.
A low and medium voltage electrical enclosure comprising a supporting structure which defines an internal space delimited by walls (13, 14) forming one or more compartments housing one or more electrical apparatuses, wherein at least one of said walls (13, 14) is provided with one or more venting openings (20, 30) that put into communication said internal space with the outside of said low voltage electrical enclosure, said one or more venting openings (20, 30) being provided with a cover (21, 31) closing a corresponding venting opening (20, 30) in a first - closed - operating condition and with an actuating device adapted to open said cover (21, 31) in a second - open - operating condition in case of arc fault inside said internal space, wherein said actuating device comprises an actuating mechanism having a Shape Memory Alloy-based, SMA-based, actuating element (42, 421) having a first dimension at first predetermined temperatures reversibly changeable into a second dimension at second predetermined temperatures, the reversible change of dimension of said SMA-based actuating element (42, 421) from said first dimension to said second dimension determining the reversible movement of said cover (21, 31) from said first - closed -operating condition to said second - open - operating condition, and vice-versa, wherein said cover (21, 31) is hinged on a rim portion (211, 311) of a corresponding opening (20, 30) and pivotally movable between said first - closed - operating condition to said second - open - operating condition, characterized in that the rim of said opening is raised with respect to the surface of the corresponding wall on which it is positioned, wherein said cover comprises a first portion extending from said rim portion on which said cover is hinged over said opening and a second portion extending from said rim portion direction opposite to said opening and to said first portion, and wherein said second portion of said cover at least partially counterbalances the weight of said first portion of said cover. characterized in that the rim of said opening is raised with respect to the surface of the corresponding wall on which it is positioned, wherein said cover comprises a first portion extending from said rim portion on which said cover is hinged over said opening and a second portion extending from said rim portion direction opposite to said opening and to said first portion, and wherein said second portion of said cover at least partially counterbalances the weight of said first portion of said cover.
A tool fitting attachment for a surgical machine, preferably a drill, comprising a drive-side coupling for mounting to a drive unit which provides a torque by means of a motor, and comprising an output-side coupling for receiving a tool, wherein between the two couplings (3, 5), a manually operated drive unit is integrated in the form of a ratchet unit, characterized in that the ratchet unit has a handle by means of which the ratchet unit can be brought into a first operating position, in which the torque is transmittable from the drive-side coupling to the output-side coupling, bypassing the ratchet unit, and can be brought into a second operating position, in which the drive-side and output-side couplings (3, 5) are torque-separated and a manual torque entered via the ratchet unit is transmittable to the output-side coupling.
A fitting body for a sanitary fitting, having a base body with at least one receptacle, wherein at least one laterally open channel is provided in a receptacle bottom of the at least one receptacle, wherein the base body is connected to at least one cover in the area of the at least one receptacle, wherein at least one water route is formed between the at least one cover and the at least one channel, wherein the at least one cover is arranged, at least partially, in the receptacle and is covered by a molding compound on a majority of a cover exterior such that the cover and the base body are joined together, characterized in that the cover is joined to the base body exclusively by means of the molding compound.
Valve, in particular radiator valve comprising a housing, an inlet, an outlet, a valve seat arrangement (5, 6) between said inlet and said outlet, and a valve element movable relatively to said valve seat arrangement (5, 6), wherein detecting means are provided for detecting a position of said valve element, wherein said valve seat arrangement (5, 6) comprises at least a first valve seat and a second valve seat, at least one of said first valve seat and said second valve seat forming a reference valve seat, said valve element being movable to contact at least said reference valve seat and wherein said valve element comprises a first face cooperating with said first valve seat and a second face cooperating with said second valve seat, said first face being different from said second face characterized in that one of said first face and said second face is a reference face cooperating with said reference valve seat, said reference face being harder than the at least one other face.
(renumbered and amended) A method for manufacturing a metal-insulator-metal capacitor, the method comprising; forming a bottom electrode, forming an insulating layer on the bottom electrode, and forming a top electrode on the insulating layer, wherein the insulating layer is a Sr x Ti y O z oxide, with x, y, z being integers and (x/y) > (1/1); the insulating layer is formed by Atomic Layer Deposition at a temperature below 300 degrees Celsius directly on the bottom electrode and having an as-deposited thickness between 5 and 30nm, and the bottom electrode consists of TiN and the method further comprises:performing a anneal step at a temperature below 600 degrees Celsius on the as-formed insulating layer thereby bringing the insulating layer into the crystalline perovskite phase so that the metal-insulator-capacitor has an equivalent oxide thickness of 0.5nm or less and a leakage current of less than 5x10 -7 A/cm 2.