mhurhangee/ep-ind-claims huggingface dataset:
A nail lamp station, comprising: a base lamp assembly which comprises a station housing, having a light cavity capable of receiving one or more fingernails therewithin and an elongated holding compartment provided on a side of said station housing, and a first light source supported within said light cavity for drying nail polishes on the fingernails at the same time within said light cavity, and a detachable lamp pen detachably coupled at said holding compartment of said station housing, wherein said detachable lamp pen comprises an elongated pen body having a shape and size adapted to be retained in said holding compartment,, and a second light source provided at a light end of said pen body, wherein said detachable lamp pen is detachable from said holding compartment and configured for switching on said second light source for applying light pointing at a particular area of one single particular fingernail, characterized in that the holding compartment is horizontally provided, the second light source is suitable for selectively drying a nail polish on the one single particular fingernail or curing the artificial nail tip attached on the one single particular fingernail. a base lamp assembly which comprises a station housing, having a light cavity capable of receiving one or more fingernails therewithin and an elongated holding compartment provided on a side of said station housing, and a first light source supported within said light cavity for drying nail polishes on the fingernails at the same time within said light cavity, and a detachable lamp pen detachably coupled at said holding compartment of said station housing, wherein said detachable lamp pen comprises an elongated pen body having a shape and size adapted to be retained in said holding compartment,, and a second light source provided at a light end of said pen body, wherein said detachable lamp pen is detachable from said holding compartment and configured for switching on said second light source for applying light pointing at a particular area of one single particular fingernail, characterized in that the holding compartment is horizontally provided, the second light source is suitable for selectively drying a nail polish on the one single particular fingernail or curing the artificial nail tip attached on the one single particular fingernail.
An anchoring system (1,1',1") for anchoring a wall cupboard to a wall, said wall cupboard being in particular a base comprising two opposite shoulders and a lower element, said shoulders being connected in correspondence with one of their lower ends to said lower element and being free in correspondence with their upper end, said system (1,1',1") comprising a pair of supporting devices, each of said supporting devices comprising a plate-like body configured for being connected to the inner face of one of said shoulders in correspondence with its upper end, and comprising an arm terminating with a hook extending from said supporting device for hooking to supporting means constrained to the wall, wherein the anchoring system further comprises at least one connection bar (40,40',40") which connects said supporting devices, connection means (11a,11b,24a,24b, 26a,26b,30,30',38,39) being provided for connecting said bar (40,40',40") to each of said supporting devices, said bar (40,40',40") also comprising in correspondence with its upper longitudinal edge, at least one housing seat (41,41',41") characterized in that in said at least one housing seat (41, 41', 41") an elastic insert is housed, which has an upper surface configured for forming a supporting surface for an element or accessory positioned for the upper closure of the furniture.
Pneumatic vehicle tyre with a carcass, a tread rubber, a breaker belt, arranged between the tread rubber and the carcass, and also a belt bandage, which is arranged on the radially outer side of the breaker belt, comprises at least one bandage ply and has reinforcing elements applied in the circumferential direction, the belt bandage being divided in its axial extent into two side regions and a middle region, each comprising a bandage ply part,, the reinforcing elements of the bandage ply part in the middle region being formed from PA 6.6 and the reinforcing elements of the bandage ply parts in the two side regions having a higher modulus of elasticity than PA 6.6, characterized in that the reinforcing elements of the bandage ply parts in the two side regions are formed from HMLS PET.
Thermoforming apparatus comprising: A device, in particular a clamping frame or a clamping device for receiving and holding a sheet, at least one heating field (10, 20) with a plurality of radiant heaters (15, 25), and a control device for operating the radiant heaters (15, 25), wherein the control device is configured to determine a total temperature field through superimposition of the individual intensity of the radiant heaters (15, 25) and to determine the respective switch-on time of the radiant heaters (15, 25) for a heating curve, wherein a reference curve for the heating of a particular sheet type determined in advance for the operation of a radiant heater (15, 25) is stored in the control device, characterised in that the reference curve is used for a superimposition calculation from the plurality of radiant heaters for switch-on times of the radiant heaters. A device, in particular a clamping frame or a clamping device for receiving and holding a sheet, at least one heating field (10, 20) with a plurality of radiant heaters (15, 25), and a control device for operating the radiant heaters (15, 25), wherein the control device is configured to determine a total temperature field through superimposition of the individual intensity of the radiant heaters (15, 25) and to determine the respective switch-on time of the radiant heaters (15, 25) for a heating curve, wherein a reference curve for the heating of a particular sheet type determined in advance for the operation of a radiant heater (15, 25) is stored in the control device, characterised in that the reference curve is used for a superimposition calculation from the plurality of radiant heaters for switch-on times of the radiant heaters.
A computer implemented method of reviewing applications for delivery via an application delivery server, comprising: identifying, for an application submitted by an application developer, a messaging object configured with an action by the application developer, wherein the application with the messaging object causes the application to fulfill the action or perform an action, and wherein the action comprises performing a function or providing a content item; selecting, based on metadata associated with the application, a second application that is similar to the application, the second application already having passed the review process; determining a classification score based on an action approved for the second application and the action of the messaging object provided by the application developer; updating a delivery control parameter based on the classification score, wherein the delivery control parameter comprises an indicator to cause the application delivery server to control delivery of the application; and controlling, responsive to the updated delivery control parameter, delivery of the application by the application delivery server. identifying, for an application submitted by an application developer, a messaging object configured with an action by the application developer, wherein the application with the messaging object causes the application to fulfill the action or perform an action, and wherein the action comprises performing a function or providing a content item; selecting, based on metadata associated with the application, a second application that is similar to the application, the second application already having passed the review process; determining a classification score based on an action approved for the second application and the action of the messaging object provided by the application developer; updating a delivery control parameter based on the classification score, wherein the delivery control parameter comprises an indicator to cause the application delivery server to control delivery of the application; and controlling, responsive to the updated delivery control parameter, delivery of the application by the application delivery server.
An intraorally rapidly disintegrating tablet produced by compression molding of a granule coated with crospovidone only, wherein the granule comprises crospovidone also inside thereof and a drug except ambroxol inside and/or outside thereof.
A multi-block copolymer containing therein two or more segments or blocks differing in regio-irregular 2,1- and/or 3,1-monomer insertions, said copolymer being formed by polymerizing propylene, 4-methyl-1-pentene, or another C 4-8 α-olefin in a continuous solution process in the presence of a composition comprising the admixture or reaction product resulting from combining: a first olefin polymerization catalyst, a second olefin polymerization catalyst capable of preparing a polymer having increased incidence of regio-irregular branching compared to the polymer prepared by catalyst under equivalent polymerization conditions, and a chain shuttling agent, wherein the copolymer has a T m ≥ 155 °C and a Tg < - 40 °C. a first olefin polymerization catalyst, a second olefin polymerization catalyst capable of preparing a polymer having increased incidence of regio-irregular branching compared to the polymer prepared by catalyst under equivalent polymerization conditions, and a chain shuttling agent,
A method for controlling rock drilling wherein a pressure liquid operated percussion device belonging to a rock drill machine delivers stress waves to rock through a tool; wherein the rock drill machine and the tool are simultaneously pushed against the rock by means of a feed motor, and the tool is simultaneously rotated by means of a rotation motor; the method comprising: determining the maximum feed force; supplying pressure liquid to the feed motor along a feed pressure channel and away from the feed motor along a feed return channel; supplying pressure liquid to the percussion device along a percussion pressure channel and away from the percussion device along a percussion return channel; supplying pressure liquid to the rotation motor along a rotation motor pressure channel and away from the rotation motor along a rotation motor return channel; controlling the feed force in relation to the feed speed so that when the feed speed is increased the feed force is decreased and vice versa; controlling the feed force in relation to the rotation torque so that when the rotation torque is increased the feed force is decreased and vice versa; measuring the feed speed; and measuring the rotation pressure; characterized by controlling the feed force in relation to the measured feed speed and the measured rotation pressure; and controlling the percussion power in relation to the feed force so that when the feed force is decreased below a predetermined value the percussion power is decreased and when the feed force again increases the percussion power is correspondingly increased. determining the maximum feed force; supplying pressure liquid to the feed motor along a feed pressure channel and away from the feed motor along a feed return channel; supplying pressure liquid to the percussion device along a percussion pressure channel and away from the percussion device along a percussion return channel; supplying pressure liquid to the rotation motor along a rotation motor pressure channel and away from the rotation motor along a rotation motor return channel; controlling the feed force in relation to the feed speed so that when the feed speed is increased the feed force is decreased and vice versa; controlling the feed force in relation to the rotation torque so that when the rotation torque is increased the feed force is decreased and vice versa; measuring the feed speed; and measuring the rotation pressure; characterized by controlling the feed force in relation to the measured feed speed and the measured rotation pressure; and controlling the percussion power in relation to the feed force so that when the feed force is decreased below a predetermined value the percussion power is decreased and when the feed force again increases the percussion power is correspondingly increased.
A discharge lamp lighting device (1, 20), comprising: a power converter configured to receive a power supplied from a power source, convert the power into a voltage required by a discharge lamp and supply the voltage to the discharge lamp; and a controller configured to control the power converter to drive the discharge lamp, wherein the controller controls the power supplied to the discharge lamp to follow a predetermined power curve in which the power exponentially attenuates from a max power value (W, Wp0) to a steady-state power value with a lighting time, controls the power curve to change based on at least one of a source voltage of the power source, an ambient temperature, a device temperature, a discharge lamp temperature and a discharge lamp voltage, characterised in that the controller sets a sustained period of the max power value of the power curve to a predetermined time period when the lighting of the discharge lamp is performed in a state where the discharge lamp temperature is equal to or less than a reference temperature. a power converter configured to receive a power supplied from a power source, convert the power into a voltage required by a discharge lamp and supply the voltage to the discharge lamp; and a controller configured to control the power converter to drive the discharge lamp, wherein the controller controls the power supplied to the discharge lamp to follow a predetermined power curve in which the power exponentially attenuates from a max power value (W, Wp0) to a steady-state power value with a lighting time, controls the power curve to change based on at least one of a source voltage of the power source, an ambient temperature, a device temperature, a discharge lamp temperature and a discharge lamp voltage, characterised in that the controller sets a sustained period of the max power value of the power curve to a predetermined time period when the lighting of the discharge lamp is performed in a state where the discharge lamp temperature is equal to or less than a reference temperature.
Apparatus comprising a Hall sensor device for detecting the position of a shift fork in a transmission, wherein the shift fork is operatively connected to a piston rod of a shifting piston guided in an axially movable manner in a shift cylinder, and engages in a sliding sleeve, which is arranged on a transmission shaft in an axially displaceable manner, in order to displace said sliding sleeve for engaging or disengaging a transmission step of the transmission, wherein a single magnet (13, 28) is arranged on the shift fork as a signal generator, characterized in that a 3D Hall sensor (11, 29) which is arranged in a stationary manner relative to the magnet (13, 28) is present as a signal receiver, by means of which a magnetic field generated by the magnet (13, 28) can be spatially detected, in that the 3D Hall sensor (11, 29) is connected to an electronic control unit, and in that the control unit is designed in such a way that, by means of the control unit, the current position of the shift fork can be determined from the relevant relative position between the magnet (13, 28) and the 3D Hall Sensor (11, 29) and provided as a signal, wherein linear movements, rotational movements, and pivoting movements of the shift fork can be taken into account.
A cooling device comprising one or more than one compartment wherein foods and beverages are placed and that has an inlet port enabling the user to access therein, two side walls and a rear wall; an evaporator that is disposed onto the rear wall and wherein the refrigerant fluid is circulated; a fan that is disposed on the evaporator and that delivers the cold air into the compartment; a cover that is disposed into the compartment and that is disposed onto the rear wall so that the evaporator remains between the cover and the rear wall, characterized by - a box wherein the fan is disposed, that is defined by more than one wall and a base that extend from over the cover into the compartment, - a fan cover that is fixed onto the base, - one or more than one window that is disposed on the walls, and - one or more than one illumination element that is disposed behind the windows between the box and the rear wall. - a box wherein the fan is disposed, that is defined by more than one wall and a base that extend from over the cover into the compartment, - a fan cover that is fixed onto the base, - one or more than one window that is disposed on the walls, and - one or more than one illumination element that is disposed behind the windows between the box and the rear wall.
Method for disintegrating an elastomer, in particular at least one elastomer strand, in which the elastomer is moved in relation to a cutting tool over a base toward the cutting tool, the cutting tool having a cutting wedge with a cutting edge and a rake face adjoining the cutting edge, characterized in that once the cutting wedge comes into contact with the elastomer, the elastomer is initially at least partially compressed only by the rake face between the rake face and the base, before the cutting edge cuts through the elastomer by means of wedge cutting, in a state in which it has elastically flipped up high from the base, the elastomer being captured by the rake face on the flat rear side of the cutting wedge, then being pressed against the base and, in a position in which the elastomer can substantially no longer elastically evade it, being cut by rolling of the cutting edge on the partially compressed elastomer and moving of the cutting wedge through the elastomer in a wedge-like manner, during the movement of the cutting wedge past the base, an angle bisector taken through the cutting edge being angled with respect to the surface of the base by an angle α of 45° ≤ α ≤ 90°.
A hydrogen plant for producing hydrogen, said hydrogen plant comprising: - a reforming reactor system comprising a first catalyst bed comprising an electrically conductive material and a catalytically active material, said catalytically active material being arranged for catalyzing steam reforming of a feed gas comprising hydrocarbons, a pressure shell housing said first catalyst bed, a heat insulation layer between said first catalyst bed and said pressure shell, and at least two conductors electrically connected to said electrically conductive material and to an electrical power supply placed outside said pressure shell, wherein said electrical power supply is dimensioned to heat at least part of said first catalyst bed to a temperature of at least 500°C by passing an electrical current through said electrically conductive material, wherein said pressure shell has a design pressure of between 5 and 200 bar, preferably between 30 and 200, more preferably between 80 and 180 bar, - a water gas shift unit downstream the reforming reactor system, and - a gas separation unit downstream the water gas shift unit. - a reforming reactor system comprising a first catalyst bed comprising an electrically conductive material and a catalytically active material, said catalytically active material being arranged for catalyzing steam reforming of a feed gas comprising hydrocarbons, a pressure shell housing said first catalyst bed, a heat insulation layer between said first catalyst bed and said pressure shell, and at least two conductors electrically connected to said electrically conductive material and to an electrical power supply placed outside said pressure shell, wherein said electrical power supply is dimensioned to heat at least part of said first catalyst bed to a temperature of at least 500°C by passing an electrical current through said electrically conductive material, wherein said pressure shell has a design pressure of between 5 and 200 bar, preferably between 30 and 200, more preferably between 80 and 180 bar, - a water gas shift unit downstream the reforming reactor system, and - a gas separation unit downstream the water gas shift unit.
A cap for a receptacle such as a bottle, the cap comprising: a sealing portion for forming a substantially fluid-tight seal with an open end of the receptacle; a bracket formed on or with the cap, the bracket having an aperture therethrough; characterised by at least one tab element (5, 50, 51) received in or through said aperture, at least one of said tab element or elements forming a handle to be grasped by a user. a sealing portion for forming a substantially fluid-tight seal with an open end of the receptacle; a bracket formed on or with the cap, the bracket having an aperture therethrough; characterised by at least one tab element (5, 50, 51) received in or through said aperture, at least one of said tab element or elements forming a handle to be grasped by a user.
A method of forming a cover with a formable insert, the method comprising: attaching a formable insert to a first frame portion of the cover such that a foldable portion of the formable insert protrudes from perimeter edges of the first frame portion; folding the foldable portion relative to the first frame portion; and forming a second frame portion of the cover via injection molding subsequent to the formation of the first frame portion and subsequent to the folding of the foldable portion to capture a respective perimeter edge of the formable insert in the second frame portion of the cover, wherein the captured perimeter edge defines a thickness of the formable insert, characterized in that the method further comprising folding the foldable portion of the formable insert toward an inner surface of the first frame portion via a slide prior to the injection molding of the second frame portion. attaching a formable insert to a first frame portion of the cover such that a foldable portion of the formable insert protrudes from perimeter edges of the first frame portion; folding the foldable portion relative to the first frame portion; and forming a second frame portion of the cover via injection molding subsequent to the formation of the first frame portion and subsequent to the folding of the foldable portion to capture a respective perimeter edge of the formable insert in the second frame portion of the cover, wherein the captured perimeter edge defines a thickness of the formable insert, characterized in that the method further comprising folding the foldable portion of the formable insert toward an inner surface of the first frame portion via a slide prior to the injection molding of the second frame portion.
Construction machine with an electric generator, wherein the construction machine further comprises a hydraulic oil system for hydraulic functions, wherein the hydraulic oil system is provided for cooling the generator, wherein for cooling, the generator has on its outer surface a pipe system, wherein the pipe system is connected to the hydraulic oil system, wherein a pressure-generating oil pump is provided in the hydraulic oil system, wherein the oil pump is set up to interact with the hydraulic oil system, wherein for cooling the generator the oil pump is configured to convey hydraulic oil via the hydraulic oil system through the pipe system, which is connected thereto, of the generator, wherein the generator is set up to be driven by a combustion engine, wherein at least one pressure limiter is provided in the pipe system, and wherein the pipe system has a coil shape, characterized in that the combustion engine is functionally connected to an auxiliary drive which is provided for the drive of the generator and also for the drive of the oil pump, and the coil-shaped pipe system of the generator is connected to a pre-heating circuit in order to heat the generator more speedily to a suitable operating temperature in the event of cold external temperatures.