mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a casing; a socket comprising a cavity within the casing, the socket being configured to receive a memory card so that the memory card can fit within the cavity; a connector configured to couple the memory card to the apparatus so that data can be transferred between the memory card and the apparatus; a user interface comprising a user input device configured to detect a user input, wherein the user input device is movable by a user of the apparatus between a first position and a second position characterized in that when the user input device is in the first position the socket is accessible by the user and when the user input device is in the second position the user input device provides a cover for a socket so that the socket is not accessible by the user; wherein the user input device is configured to enable the user input to control at least one function of the apparatus when the user input device is in the second position. a casing; a socket comprising a cavity within the casing, the socket being configured to receive a memory card so that the memory card can fit within the cavity; a connector configured to couple the memory card to the apparatus so that data can be transferred between the memory card and the apparatus; a user interface comprising a user input device configured to detect a user input, wherein the user input device is movable by a user of the apparatus between a first position and a second position characterized in that when the user input device is in the first position the socket is accessible by the user and when the user input device is in the second position the user input device provides a cover for a socket so that the socket is not accessible by the user; wherein the user input device is configured to enable the user input to control at least one function of the apparatus when the user input device is in the second position.
A waterproof structure for a button comprising a casing, a button movably coupled to the casing, and an elastic member, the waterproof structure being characterizing by: the casing providing a soft rubber layer at an outer surface thereof and a hard rubber layer, the soft rubber layer and the casing are integrated; the elastic member arranged on the casing and integrated with the casing, the elastic member and the soft rubber layer being a whole structure, and the elastic member and the hard rubber layer of the casing employing a tooth-engagement, the elastic member being contacted by the button, the elastic member comprising a tubular structure and an elastic wall, the elastic wall being arranged on the tubular structure, the elastic wall being an arch structure, the elastic wall protruding towards interior of the tubular structure. the casing providing a soft rubber layer at an outer surface thereof and a hard rubber layer, the soft rubber layer and the casing are integrated; the elastic member arranged on the casing and integrated with the casing, the elastic member and the soft rubber layer being a whole structure, and the elastic member and the hard rubber layer of the casing employing a tooth-engagement, the elastic member being contacted by the button, the elastic member comprising a tubular structure and an elastic wall, the elastic wall being arranged on the tubular structure, the elastic wall being an arch structure, the elastic wall protruding towards interior of the tubular structure.
A suitcase or travelling bag comprising a casing that can be opened and closed and having a receptacle set inside the casing and accessible from outside housed within which is an extractable protective sheet (8a, 8b) designed to form a protective covering of the casing, characterized in that the casing is formed by two generally rigid half-shells (2, 3) and said receptacle is delimited by an opening of one of said half-shells consisting of a pocket normally closed by a zip accessible through said opening and applied to a flexible protection of said opening.
An adaptation circuit for coupling a light circuit to a ballast circuit, the light circuit comprising at least one light emitting diode, the ballast circuit being designed for connection to a discharge lamp using a first amount of power, the light circuit being designed to use a second amount of power equal to or different from the first amount of power, the adaptation circuit comprising a conversion circuit for converting an input voltage signal and an input current signal coming from the ballast circuit into an output voltage signal and an output current signal destined for the light circuit, the conversion circuit being adapted to drain energy from the ballast circuit, characterized in that the conversion circuit is further adapted to reduce an amplitude of the input voltage signal to a value below a predefined value during a predefined time interval after the energy from the ballast circuit has been transferred to the conversion circuit, the predefined time interval being synchronized with at least one period of the input voltage signal.
Tensioner of a mooring line of a floating structure, the mooring line comprising a first mooring line and a second mooring line separated one from the other, wherein one of said mooring lines (410, 420) comprises a first end attached to the floating structure, and the other mooring line (410, 420) comprises a first end attached to an anchoring device which is secured to the seabed, the tensioner comprising an elongated body with a base and a longitudinal housing configured for housing a chain segment of the first mooring line, a connection unit attached to the body at one of its ends comprising a connector member configured for attaching a second end of the second mooring line to the body, and an inlet unit attached to the body at the other end and configured for inserting a second end of the first mooring line into the housing of the body, the body comprising an opening in the upper part for the passage of the second end of the first mooring line from the inlet unit, through the housing, and along a direction changing element, said tensioner comprises a stabilizing platform to be arranged on the seabed, with the body being fixed to the stabilizing platform and said stabilizing platform laterally projecting from said body, characterized in that the stabilizing platform comprises a structure comprising superimposed plates that are separate from and attached to one another by means of a plurality of profiles, with said plates preferably being parallel to one another, the stabilizing platform protects the direction changing element against direct impacts of any object that may be in the water, and wherein the profiles demarcate closed contours, at least one of the profiles of each closed contour comprising at least one opening.
Visible component for a motor vehicle, comprising a base body with a visible surface and at least one sensor element on the visible surface of the base body, the at least one sensor element being electrically connected to an element adjoining the at least one sensor element for wireless data transmission, by which measurement data from the sensor element can be transmitted wirelessly to an evaluation unit, characterized in that the at least one sensor element is connected to the element for wireless data transmission via amplification and/or preprocessing circuits, and the element for wireless data transmission can be energized by an inductive activation element, and in that layers are applied to the base body with the sequence comprising: a) a layer containing at least one element for wireless data transmission; b) a layer containing at least one signal amplification circuit; c) a layer containing at least one signal processing circuit; d) a layer containing at least one sensor element; e) optionally a layer containing at least one wavelength modulator; and f) optionally an encapsulation. a) a layer containing at least one element for wireless data transmission; b) a layer containing at least one signal amplification circuit; c) a layer containing at least one signal processing circuit; d) a layer containing at least one sensor element; e) optionally a layer containing at least one wavelength modulator; and f) optionally an encapsulation.
A two-stroke engine comprising: a crankshaft rotatable about an axis; an engine block including a combustion cylinder and a compression cylinder; a first piston slidably disposed within said combustion cylinder and operatively coupled to said crankshaft for reciprocating movement within said combustion cylinder through a power stroke during each rotation of said crankshaft about said axis; a second piston slidably disposed within said compression cylinder and operatively coupled to said crankshaft for reciprocating movement within said compression cylinder such that fresh air is received and compressed in said compression cylinder during each rotation of said crankshaft about said axis; a conduit providing fluid communication between said combustion cylinder and said compression cylinder; a fuel injector in communication with said combustion cylinder for admitting fuel into said combustion cylinder; first and second rotary valves (60, 62) in said engine block and operatively coupled to said crankshaft for rotation relative to said crankshaft, said first and second rotary valves (60, 62) being respectively rotatable to selectively admit fresh air into said compression cylinder and to permit the flow of compressed air into said conduit; and said first and second rotary valves (60, 62) operable such that air compressed in said compression cylinder is transferred through said conduit to said combustion cylinder and scavenges substantially all contents of said combustion cylinder before fuel is admitted to said combustion cylinder by said fuel injector and providing a holding volume for air in the conduit operable to exhaust from the combustion cylinder substantially all remnants of combustion and a predetermined volume of clean air, and controlling admission of fuel into the combustion cylinder such that at least about 15% of the air available from the conduit is allowed to flow into the combustion cylinder and out through an exhaust thereof prior to the admission of fuel.
An orthopedic surgical device for positioning an acetabular cup implant in a surgically prepared acetabular cavity comprising: a primary vertical shaft and an acetabular cup inserter shaft, said primary vertical shaft being perpendicularly coupled to said acetabular cup inserter shaft; a secondary shaft perpendicularly coupled to said primary vertical shaft via a sliding locking bracket; characterised in that it further comprises an upper alignment rod horizontally secured to said secondary shaft via a vertical central cylinder; a lower alignment rod secured parallel and horizontal to said upper alignment rod through said vertical central cylinder; and an anteversion bracket having a channel able to receive an anteversion rod, arranged approximately 45 degrees to said secondary shaft, wherein said anteversion bracket is slidably attached to said secondary shaft. a primary vertical shaft and an acetabular cup inserter shaft, said primary vertical shaft being perpendicularly coupled to said acetabular cup inserter shaft; a secondary shaft perpendicularly coupled to said primary vertical shaft via a sliding locking bracket; characterised in that it further comprises an upper alignment rod horizontally secured to said secondary shaft via a vertical central cylinder; a lower alignment rod secured parallel and horizontal to said upper alignment rod through said vertical central cylinder; and an anteversion bracket having a channel able to receive an anteversion rod, arranged approximately 45 degrees to said secondary shaft, wherein said anteversion bracket is slidably attached to said secondary shaft.
Dexmecamylamine or a pharmaceutically acceptable salt thereof for use in a method of treating a subject with hyperhidrosis, wherein said dexmecamylamine or a pharmaceutically acceptable salt thereof is present in an amount greater than or equal to 95% by weight and exo-R-mecamylamine is present in an amount less than or equal to 5% by weight.
Device to detect without contact the tension (V DC) in an electric cable, particularly in the automotive field, said electric cable comprising at least a conductor wrapped in an insulating sheath, wherein the device comprises at least a measurement electrode disposed in proximity with said conductor and associated with means able to induce a vibration in order to produce thereon a variation in charge correlated to the tension (V DC) present in said electric cable, wherein said measurement electrode is disposed at a certain distance with respect to said insulating sheath and forms with said conductor a capacitor having as electrodes the measurement electrode and the conductor itself, and as dielectric both said insulating sheath and the air interspace which separates said measurement electrode from the insulating sheath, wherein said air interspace is equal to at least two tenths of a millimeter to guarantee that, during functioning and vibration of the measurement electrode, there is never any contact between said sheath and said measurement electrode, the device also comprising at least a supporting element having a shaped inner compartment, in which at least said measurement electrode and said means able to induce a vibration are disposed, said supporting element further comprising at least a longitudinal channel in which said electric cable is inserted and fixed.
A method for detecting a faulty cooling unit in a set of cooling units (106a-n) configured to provide a coolant to work rolls (100a-b) arranged to process a work item therebetween, characterized in that the method comprises the following steps: varying the flow rates of the coolant ejected from at least one of the cooling units; in response to varying the flow rates, determining a flatness variation value of the work item for at least the at least one cooling unit, the flatness variation value being indicative of the work item flatness variation downstream of the work rolls; and detecting a faulty cooling unit based on comparing the flatness variation value(s) to a reference flatness variation value. varying the flow rates of the coolant ejected from at least one of the cooling units; in response to varying the flow rates, determining a flatness variation value of the work item for at least the at least one cooling unit, the flatness variation value being indicative of the work item flatness variation downstream of the work rolls; and detecting a faulty cooling unit based on comparing the flatness variation value(s) to a reference flatness variation value.
A method of storing and subsequently maturing a pear, comprising exposing an immature pear to an agent to inactivate one or more Alternative Oxidase genes in said pear being 1-methylcyclopropene (1-MCP), and, subsequently, exposing said pear to an agent that activates said one or more AOX genes, wherein said agent is selected from the group consisting of hydrogen sulfide and glyoxylic acid.
LED module comprising a substrate and at least one LED chip disposed on a surface of the substrate, a casting compound disposed above the LED chip and containing sedimented color conversion particles, which extends from an upper side of the LED chip facing away from the substrate to a defined height (h), wherein the color conversion particles within the casting compound form a layer, which covers an upper side of the LED chip facing away from the substrate and the surface of the substrate surrounding the LED chip, wherein the height (h) of the casting compound over the at least one LED chip is between 0.3 and 1.4 mm, wherein the casting compound is such that it has a thermal conductivity between 0.1 and 1.5 W/mK, characterized in that the height (h) of the casting compound over the at least one LED chip is between 0.3 and 1.4 mm, and that the layer of color conversion particles in the casting compound has a thickness between 45 and 75 μm, preferably between 45 and 55 μm. a substrate and at least one LED chip disposed on a surface of the substrate, a casting compound disposed above the LED chip and containing sedimented color conversion particles, which extends from an upper side of the LED chip facing away from the substrate to a defined height (h), wherein the color conversion particles within the casting compound form a layer, which covers an upper side of the LED chip facing away from the substrate and the surface of the substrate surrounding the LED chip, wherein the height (h) of the casting compound over the at least one LED chip is between 0.3 and 1.4 mm, wherein the casting compound is such that it has a thermal conductivity between 0.1 and 1.5 W/mK, characterized in that the height (h) of the casting compound over the at least one LED chip is between 0.3 and 1.4 mm, and that the layer of color conversion particles in the casting compound has a thickness between 45 and 75 μm, preferably between 45 and 55 μm.
Electric coffee grinder comprising: - a container for containing the coffee beans to be ground, - a grinding mechanism comprising at least a pair of burrs (6,8) configured to receive and grind the coffee beans to be ground contained in said container, a burr being fixed with respect to said container and the other burr being directly coupled, without the interposition of reducers and/or gears, to the output shaft of a motor, characterized in that said motor is a torque motor wherein said torque motor is controlled by a control unit, said torque motor being configured so as to be able to rotate at an adjustable speed between about 0 and 1200 rpm and so as to develop a substantially constant torque not exceeding 20 Nm. - a container for containing the coffee beans to be ground, - a grinding mechanism comprising at least a pair of burrs (6,8) configured to receive and grind the coffee beans to be ground contained in said container, a burr being fixed with respect to said container and the other burr being directly coupled, without the interposition of reducers and/or gears, to the output shaft of a motor, characterized in that said motor is a torque motor wherein said torque motor is controlled by a control unit, said torque motor being configured so as to be able to rotate at an adjustable speed between about 0 and 1200 rpm and so as to develop a substantially constant torque not exceeding 20 Nm.
A silane of formula, Si(R 1) m (R 2) 4-m wherein each R 1 independently stands for: a substituted or unsubstituted alkyl, alkenyl, or alkynyl group; a substituted or unsubstituted cycloaliphatic group or aryl group; a substituted or unsubstituted heteroalicyclic group or heteroaryl group; each R 2 independently stands for a group of the general formula: -O-CHR 3 -C(=O)-O-R 4 wherein R 3 independently stands for: a vinyl or allyl group; R 4 stands for: a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms; and m independently stands for 0 or 1, preferably 1. a substituted or unsubstituted alkyl, alkenyl, or alkynyl group; a substituted or unsubstituted cycloaliphatic group or aryl group; a substituted or unsubstituted heteroalicyclic group or heteroaryl group; each R 2 independently stands for a group of the general formula: -O-CHR 3 -C(=O)-O-R 4 wherein R 3 independently stands for: a vinyl or allyl group; R 4 stands for: a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms; and m independently stands for 0 or 1, preferably 1. R 3 independently stands for: a vinyl or allyl group; R 4 stands for: a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms; and m independently stands for 0 or 1, preferably 1.
A method for the extraction and isolation of soluble arabinoxylan products from cereal grain wherein said method comprises (i) removing part of the outer layers of whole cereal grains by partial debranning, yielding a first cereal bran and partially debranned cereal grains, (ii) roller milling said partially debranned cereal grains in order to obtain a second cereal bran, said method further comprising (iii) mashing at least part of said second cereal bran in an aqueous solution in order to solubilise and optionally depolymerise at least part of the arabinoxylan contained in said second cereal bran and (iv) separating a solubilised fraction comprising at least part of the solubilised soluble arabinoxylan products from an insoluble fraction of said mash, wherein the partial debranning of the whole cereal grains results in the production of an amount of said first cereal bran corresponding to 2 to 15% (w/w) of the original weight of the whole cereal grains and wherein prior to its mashing said second cereal bran is either fractionated in order to remove at least part of the particles smaller than 150 μm or ground to a median particle size of between 250 and 1000 μm.
A mobile switching center, MSC, the MSC comprising: communications circuitry to receive an emergency location update request from a user equipment, UE, operating with limited service on a wireless network that is associated with the MSC, the emergency location update request to include an identification of the UE and an emergency location update type that is a predetermined reserved value for registering the UE to receive emergency communication over the wireless network, and to transmit to the UE a location update confirmation; and processing circuitry, communicatively coupled with the communications circuitry, to update a visitor location register, VLR, with the identification of the UE based on the emergency location update type that indicates that the UE is to receive emergency communication, wherein the communications circuitry is further to receive a source Mobile Subscriber Integrated Services Digital Network-Number, MSISDN, of a mobile-originated call to establish emergency communication with the UE; and the processing circuitry is further to determine whether the source MSISDN is included in an emergency communication list having a plurality of MSISDNs that are authorized to establish emergency communication with the UE, and the communications circuitry is further configured to, when the source MSISDN is included in the emergency communication list, establish emergency communication with the UE. communications circuitry to receive an emergency location update request from a user equipment, UE, operating with limited service on a wireless network that is associated with the MSC, the emergency location update request to include an identification of the UE and an emergency location update type that is a predetermined reserved value for registering the UE to receive emergency communication over the wireless network, and to transmit to the UE a location update confirmation; and processing circuitry, communicatively coupled with the communications circuitry, to update a visitor location register, VLR, with the identification of the UE based on the emergency location update type that indicates that the UE is to receive emergency communication, wherein the communications circuitry is further to receive a source Mobile Subscriber Integrated Services Digital Network-Number, MSISDN, of a mobile-originated call to establish emergency communication with the UE; and the processing circuitry is further to determine whether the source MSISDN is included in an emergency communication list having a plurality of MSISDNs that are authorized to establish emergency communication with the UE, and the communications circuitry is further configured to, when the source MSISDN is included in the emergency communication list, establish emergency communication with the UE.