mhurhangee/ep-ind-claims huggingface dataset:
A package unitarily formed from a cardboard blank for storing a product, the package comprising: a back wall, a first hinged lid section and a second hinged lid section to set the package in an open or a closed position, the first and the second hinged lid sections (30, 32) being opposite the back wall when the package is set in the closed position, a first pair of side walls (22, 24), the side walls (22, 24) of the first pair being arranged opposite each other and extending from the back wall, the first hinged lid section extending from one of the side walls of the first pair and the second hinged lid section extending from the other side wall of the first pair, a second pair of side walls (26, 28), the side walls (26, 28) of the second pair being arranged opposite each other and extending from the back wall, and a panel comprising at least one aperture for receiving the product, wherein the panel extends from one of the side walls of the second pair to the other side wall of the second pair and is arranged between the back wall and the first and the second hinged lid sections (30, 32) when the package is set in the closed position, and wherein the panel comprises at least one reinforcing brace extending substantially perpendicular from the panel towards the back wall characterized in that at least one of the side walls (26, 28) of the second pair comprises an extension that forms a stiffening member, wherein the stiffening member comprises a first leg, a second leg and a base extending between the first leg and the second leg, and the first leg extends from the side wall (26, 28) and is attached to the back wall, and the second leg extends from the base and is attached to the panel. a back wall, a first hinged lid section and a second hinged lid section to set the package in an open or a closed position, the first and the second hinged lid sections (30, 32) being opposite the back wall when the package is set in the closed position, a first pair of side walls (22, 24), the side walls (22, 24) of the first pair being arranged opposite each other and extending from the back wall, the first hinged lid section extending from one of the side walls of the first pair and the second hinged lid section extending from the other side wall of the first pair, a second pair of side walls (26, 28), the side walls (26, 28) of the second pair being arranged opposite each other and extending from the back wall, and a panel comprising at least one aperture for receiving the product, wherein
A method for performing a Y rotation of a qubit configured such that the qubit is responsive to the continuous microwave tone to produce a Rabi oscillation within the qubit and a portion of an energy spectrum of the qubit is responsive to an applied flux, the method comprising: providing a continuous microwave tone to the qubit; providing a flux pulse to the qubit as to detune a qubit resonance frequency associated with the energy spectrum of the qubit away from a frequency of the Rabi oscillation by a first predetermined amount for a predetermined time; and adjusting the flux pulse to the qubit as to detune the qubit resonance frequency associated with the energy spectrum of the qubit from the frequency of the Rabi oscillation by a second predetermined amount for the predetermined time, wherein the second predetermined amount is the additive inverse of the first predetermined amount. providing a continuous microwave tone to the qubit; providing a flux pulse to the qubit as to detune a qubit resonance frequency associated with the energy spectrum of the qubit away from a frequency of the Rabi oscillation by a first predetermined amount for a predetermined time; and adjusting the flux pulse to the qubit as to detune the qubit resonance frequency associated with the energy spectrum of the qubit from the frequency of the Rabi oscillation by a second predetermined amount for the predetermined time, wherein the second predetermined amount is the additive inverse of the first predetermined amount.
A photomask blank, for the production of a photomask comprising a transparent substrate and a mask pattern formed thereon including transparent regions and regions effectively opaque to exposure light, said blank being a halftone phase shift mask blank in which a light-shielding film of one or more layers is formed on a transparent substrate, with another film which comprises a halftone phase shift film intervening between the transparent substrate and the light shielding film, and the light-shielding film is overlaid with an antireflective film, wherein the combination of the halftone phase shift film, the light-shielding film and the antireflective film has an optical density of at least 2.5 for light of a wavelength equal to or less than 250 nm, characterised in that at least one layer of the one or more layers of which the light-shielding film is composed contains silicon and transition metal as main components, the silicon and transition metal being present at a silicon/metal atomic ratio of from 4:1 to 15:1, and further contains at least one element selected from oxygen, nitrogen and carbon, the nitrogen and carbon contents each being equal to or less than 20 atom%, the oxygen content being equal to or less than 10 atom% and the total content of nitrogen, carbon and oxygen being equal to or less than 40 atom%.
A plug assembly for a tire mold, the plug assembly comprising: a receiver or jacket having a first face with an irregular shaped cavity extending inwardly therefrom to a first surface; a fastener for securing the receiver to an associated tire mold; characterised by a securing member extending from the receiver into the cavity; and a plug contoured and dimensioned for mating receipt in the cavity and retained therein by engagement with the securing member. a receiver or jacket having a first face with an irregular shaped cavity extending inwardly therefrom to a first surface; a fastener for securing the receiver to an associated tire mold; a securing member extending from the receiver into the cavity; and a plug contoured and dimensioned for mating receipt in the cavity and retained therein by engagement with the securing member.
A decorative sheet comprising a base film made of a thermoplastic polyester resin and a decorative layer on the base film, the base film being not broken in both of MD (a flow direction of film-forming) and TD (a direction perpendicular to MD) and having a stress of 20 N/cm 2 or less in any of MD and TD, each under a 200% elongation at 80°C, and the thermoplastic polyester resin being at least one selected from the group consisting of a dicarboxylic acid-modified polyethylene terephthalate, a glycol-modified polyethylene terephthalate and a dicarboxylic acid/ glycol-modified polyethylene terephthalate, provided that the stress in each of MD and TD at a 200% elongation is measured under the following conditions: thickness of test piece: thickness actually to be laminated to a decorative sheet; width of test piece: 10mm (dumbbell test piece); tensile speed (rate of strain): 500mm/min; and distance between chucks: 50mm. thickness of test piece: thickness actually to be laminated to a decorative sheet; width of test piece: 10mm (dumbbell test piece); tensile speed (rate of strain): 500mm/min; and distance between chucks: 50mm.
A computer-implemented method for managing host computing devices organized into a physical rack, the method comprising: under control of one or more processors, a state monitoring component configured with specific executable instructions and a power supply independent of the power supply associated with a control component, maintaining, by the state monitoring component, an initial state of a control component, the control component being in communication with the host computing devices to monitor performance or manage the operation of various aspects of the host computing devices in the rack, wherein the state monitoring component is included within the control component; determining, by the state monitoring component, whether information corresponding to an operating state of the control component has been received from the control component; modifying, by the state monitoring component, a current state of the control component maintained by the state monitoring component to one of a fault state or a non-fault state based on determining information corresponding to the operating state of the control component has not been received or a determined operating state of the control component; and causing, by the state monitoring component, the generation of a visual indicator based on the current state of the control component. under control of one or more processors, a state monitoring component configured with specific executable instructions and a power supply independent of the power supply associated with a control component, maintaining, by the state monitoring component, an initial state of a control component, the control component being in communication with the host computing devices to monitor performance or manage the operation of various aspects of the host computing devices in the rack, wherein the state monitoring component is included within the control component; determining, by the state monitoring component, whether information corresponding to an operating state of the control component has been received from the control component; modifying, by the state monitoring component, a current state of the control component maintained by the state monitoring component to one of a fault state or a non-fault state based on determining information corresponding to the operating state of the control component has not been received or a determined operating state of the control component; and causing, by the state monitoring component, the generation of a visual indicator based on the current state of the control component.
Handheld surgical tool with autonomous navigation, comprising a handle, an instrument shaft and a navigation device, the navigation device comprising at least one sensor unit for sensing positional data, a computing unit configured to determine a position in space based on signals of the sensor unit, at least one set key, a position memory configured to store a data set for a position upon activation of the at least one set key, a comparator being operatively connected to the position memory, the comparator being configured for comparing an actual position against a position stored in the position memory in at least two different operation modes and for generation of a deviation signal, and a feedback device supplied with the deviation signal and being configured to indicate direction and preferably magnitude of any deviation, characterized in that in a first operation mode the comparator is configured to compare an actual position determined from the navigation device against an incomplete position indication, which is stored in the position memory upon a first activation of the set key, wherein the incomplete position indication is a subset of a full position indication reduced by one spatial dimension, wherein the comparator is configured to switch to a second operation mode upon a second activation of the set key, in which second operation mode the comparator is configured to compare the actual position against the full position indication, which is stored in the position memory upon the second activation, wherein the first operation mode differs from the second operation mode in that the comparator is configured for a reduced comparison only which lacks at least one spatial dimension opposed to the second operation mode, and wherein the comparator is configured to detect whether the actual position is in conformity with the stored incomplete position.
Conductor connection terminal comprising an insulating material housing which has a conductor insertion opening for inserting an electrical conductor and has a contact pin insertion opening for inserting a contact pin, comprising a clamping spring which has a clamping limb, a spring bow and a contact limb, and comprising a busbar piece which has a passage opening for receiving the contact pin and is designed for clamping the electrical conductor between the clamping limb and a transverse web of the busbar piece, characterized in that the passage opening has, on that side which is situated opposite the transverse web, an aperture at the free end of the busbar piece and the contact limb of the clamping spring has two spring arms which are at a distance from one another, engage around the busbar piece on either side and form a spring-force clamping point for clamping a contact pin, which is inserted into the passage opening in the region of the aperture, into the busbar piece with the spring force of the spring arms of the contact limb.
Protective switching device having at least one external conductor path from an external conductor supply connection of the protective switching device to an external conductor load connection of the protective switching device, and a neutral conductor path from a neutral conductor connection of the protective switching device to a neutral conductor load connection of the protective switching device, wherein a mechanical bypass switch and a first mechanical isolator are arranged in series in the outer conductor path, wherein a second mechanical isolator is arranged in the neutral conductor path, wherein a semiconductor circuit arrangement of the protective switching device is connected in parallel with the bypass switch, wherein a current measuring arrangement is arranged in the external conductor path and is connected to an electronic control unit of the protective switching device, the electronic control unit being designed to actuate the bypass switch, the first mechanical isolator, the second mechanical isolator and the semiconductor circuit arrangement in a pre-determinable manner, and a voltage-dependent resistor, in particular a varistor, being arranged in parallel with the bypass switch, the electronic control unit being designed, when the protective switching device is switched on, first to actuate the second mechanical isolating switch for closing, then to actuate the first mechanical isolating switch for closing, and a pre-determinable first period of time thereafter to switch on the semiconductor circuit arrangement, the protective switching device being designed as an AC voltage switching device, and further having a voltage measuring arrangement which is connected to the control unit, and that the electronic control unit is designed to actuate the first mechanical isolator and the second mechanical isolator a pre-determinable second period of time before a first zero point of a connected mains voltage, characterised in that the first period of time is so long that switching contacts of the first mechanical isolator and switching contacts of the second mechanical isolator have reached a mechanically stationary state, that the first time period is between 0.8 ms and 1.2 ms, notably 1 ms, and that the second time period is in half as long as the first time period.
An isolated IL-6 antibody which comprises: (i) a light chain variable region amino acid sequence of SEQ ID NO:101 and a heavy chain variable region amino acid sequence of SEQ ID NO: 103; (ii) a light chain variable region amino acid sequence of SEQ ID NO: 124 and a heavy chain variable region amino acid sequence of SEQ ID NO: 126; (iii) a light chain variable region amino acid sequence of SEQ ID NO:116 and a heavy chain variable region amino acid sequence of SEQ ID NO:118; (iv) a light chain variable region amino acid sequence of SEQ ID NO: 120 and a heavy chain variable region amino acid sequence of SEQ ID NO: 122; (v) a light chain variable region amino acid sequence of SEQ ID NO: 128 and a heavy chain variable region amino acid sequence of SEQ ID NO: 130; or (vi) a light chain variable region amino acid sequence of SEQ ID NO:97 and a heavy chain variable region amino acid sequence of SEQ ID NO:99. (i) a light chain variable region amino acid sequence of SEQ ID NO:101 and a heavy chain variable region amino acid sequence of SEQ ID NO: 103; (ii) a light chain variable region amino acid sequence of SEQ ID NO: 124 and a heavy chain variable region amino acid sequence of SEQ ID NO: 126; (iii) a light chain variable region amino acid sequence of SEQ ID NO:116 and a heavy chain variable region amino acid sequence of SEQ ID NO:118; (iv) a light chain variable region amino acid sequence of SEQ ID NO: 120 and a heavy chain variable region amino acid sequence of SEQ ID NO: 122; (v) a light chain variable region amino acid sequence of SEQ ID NO: 128 and a heavy chain variable region amino acid sequence of SEQ ID NO: 130; or (vi) a light chain variable region amino acid sequence of SEQ ID NO:97 and a heavy chain variable region amino acid sequence of SEQ ID NO:99.
Modular electrical apparatus comprising at least a coupling device (50, 60) for the connection with a further modular electrical apparatus, the electrical apparatus including a cased apparatus body and the coupling device (50, 60) comprising: - an actuation element, which may slide along an actuation direction (M1, M2) between a blocking operating position and a releasing operating position of said electrical apparatuses; and - a coupling element, which may slide along a coupling direction (A1, A2) between a coupling operating position and an uncoupling operating position, respectively, for connecting and disconnecting between each other said electrical apparatuses (10, 70); the modular electrical apparatus being characterized in that the coupling direction (A1, A2) is a transversal direction with respect to said actuation direction (M1, M2) and in that the coupling device (50, 60) further comprises guiding means (92, 94) comprising at least a first guiding plane suitable for interaction with the coupling element, in order to cause said element to slide along the coupling direction (A1, A2), the first guiding plane being an inclined plane with respect to said actuation direction (M1, M2) and coupling direction (A1, A2). - an actuation element, which may slide along an actuation direction (M1, M2) between a blocking operating position and a releasing operating position of said electrical apparatuses; and - a coupling element, which may slide along a coupling direction (A1, A2) between a coupling operating position and an uncoupling operating position, respectively, for connecting and disconnecting between each other said electrical apparatuses (10, 70);
Towing system for an aircraft, designed to connect this aircraft to at least one towing vehicle, the system comprising: - a first towing sling comprising a front end that is designed to be connected to said at least one towing vehicle, and a rear end that is designed to be connected to a first main landing gear located on a first side of the aircraft; - a second towing sling of length identical to that of the first sling, the second towing sling comprising a front end that is designed to be connected to the said at least one towing vehicle, and a rear end that is designed to be connected to a second main landing gear located on a second side of the aircraft, opposite the first side; and - a device for controlling the direction of the aircraft, which device is designed to be connected to a front landing gear of the aircraft, and arranged between the first and second towing slings (10a, 10b), characterized in that the direction control device comprises: - a central means for connecting to the front landing gear, this central means having a rear end that is designed to be connected to the front landing gear; - a lateral direction control means, the lateral means being attached to the central connecting means, and having a first lateral end that is mounted on the first towing sling, and a second lateral end that is opposite the first and is mounted on the second towing sling. - a first towing sling comprising a front end that is designed to be connected to said at least one towing vehicle, and a rear end that is designed to be connected to a first main landing gear located on a first side of the aircraft; - a second towing sling of length identical to that of the first sling, the second towing sling comprising a front end that is designed to be connected to the said at least one towing vehicle, and a rear end that is designed to be connected to a second main landing gear located on a second side of the aircraft, opposite the first side; and - a device for controlling the direction of the aircraft, which device is designed to be connected to a front landing gear of the aircraft, and arranged between the first and second towing slings (10a, 10b), - a central means for connecting to the front landing gear, this central means having a rear end that is designed to be connected to the front landing gear; - a lateral direction control means, the lateral means being attached to the central connecting means, and having a first lateral end that is mounted on the first towing sling, and a second lateral end that is opposite the first and is mounted on the second towing sling.
Device for loading objects, comprising transport means that have a collection end for receiving the objects of a plurality of sorting belts, wherein the device is laterally movable in order to position the collection end of the transport means in relation to a desired position of the plurality of sorting belts, in such a way that the objects converge at a point on the said collection end, characterised in that the collection end of the transport means comprises one hopper for collecting objects.
A plinth for supporting a valuable object, such as an ATM, the plinth comprising: a fixing portion for embedding into a secure foundation; a base plate for supporting the object, through support means; characterised in that said support means is arranged to crumple under an impact which is used in attacks on ATMs by driving a vehicle into the ATM and in that the plinth further comprises flexible linkages for connecting the base plate and the object to be supported; such that when the support means crumples under the impact, the object although fallen to the floor remains attached to the base plate via the flexible linkages. a fixing portion for embedding into a secure foundation; a base plate for supporting the object, through support means; characterised in that said support means is arranged to crumple under an impact which is used in attacks on ATMs by driving a vehicle into the ATM and in that the plinth further comprises flexible linkages for connecting the base plate and the object to be supported; such that when the support means crumples under the impact, the object although fallen to the floor remains attached to the base plate via the flexible linkages.