mhurhangee/ep-ind-claims huggingface dataset:
A foldable box which has a storage position, flattened, and an operating position, wherein said foldable box in the operating position is a work station, said foldable box comprising: - two front elements, each comprising two front panels; - two lateral elements, each comprising a lateral panel; where said lateral elements are bound to said front elements by means of at least a first joint device which allows rotation around a first junction axis, where said joint device is inside said foldable box; where said front panels are bound together by at least one second joint device so as to be able to rotate around a second junction axis, where said at least one joint device is external to said box; - at least one horizontal surface, bound to the internal face of one of said lateral elements with at least a third joint device which allows it to rotate around a third junction axis, where said at least one horizontal surface has two front profiles, at least a portion of said front profiles being parallel to said third junction axis and two side profiles, at least a portion of said side profiles being perpendicular to said third junction axis; where at least one of said front panels, preferably two, comprises an open or opening portion, where said front panels comprise, on the internal face, at least one shaped support shim on which said lateral profiles of said at least one horizontal surface rest at least partially, in the operating position; characterized in that at least one of the front panels, preferably two front panels, which constitute one of said two front elements, comprises a portion that in the operating position can be opened outwards, constituting a door. - two front elements, each comprising two front panels; - two lateral elements, each comprising a lateral panel; where said lateral elements are bound to said front elements by means of at least a first joint device which allows rotation around a first junction axis, where said joint device is inside said foldable box; where said front panels are bound together by at least one second joint device so as to be able to rotate around a second junction axis, where said at least one joint device is external to said box; - at least one horizontal surface, bound to the internal face of one of said lateral elements with at least a third joint device which allows it to rotate around a third junction axis, where said at least one horizontal surface has two front profiles, at least a portion of said front profiles being parallel to said third junction axis and two side profiles, at least a portion of said side profiles being perpendicular to said third junction axis; where at least one of said front panels, preferably two, comprises an open or opening portion, where said front panels comprise, on the internal face, at least one shaped support shim on which said lateral profiles of said at least one horizontal surface rest at least partially, in the operating position; characterized in that at least one of the front panels, preferably two front panels, which constitute one of said two front elements, comprises a portion that in the operating position can be opened outwards, constituting a door.
A maintenance method for an exposure apparatus in which a liquid immersion region is formed on a substrate and said substrate is irradiated with exposure light via a first liquid forming said liquid immersion region to expose said substrate, wherein said exposure apparatus is provided with a nozzle member that has at least one of a supply outlet arranged to supply said first liquid and a collection inlet arranged to recover said first liquid, and in order to clean said nozzle member, said nozzle member is immersed in a second liquid stored in a container, characterized in that said first liquid and said second liquid differ from each other, and after immersing said nozzle member in said second liquid, said nozzle member is immersed in said first liquid in a container or in an immersion region formed on a top face of a substrate stage of the exposure apparatus or in an immersion region formed on a dummy substrate.
Device for drying fermentation residues, consisting of a digestate dryer, which comprises - an evaporator to hold the digestate with - a digestate feeder, a digestate discharge and a steam exhaust, - at least one double-wall plate heat exchanger concentrically arranged around the centre axis of the evaporator as a heating device, with a steam or hot water line and a condensate or hot water outlet, - whereby the at least one double-wall plate heat exchanger is located completely within the evaporator, - whereby a cleaning device (BT, B) is provided to clean the outside of the double-wall plates, and - whereby the cleaning device (BT, B) comprises brushes, which are arranged in parallel to the axis of the evaporator. - an evaporator to hold the digestate with - a digestate feeder, a digestate discharge and a steam exhaust, - at least one double-wall plate heat exchanger concentrically arranged around the centre axis of the evaporator as a heating device, with a steam or hot water line and a condensate or hot water outlet, - whereby the at least one double-wall plate heat exchanger is located completely within the evaporator, - whereby a cleaning device (BT, B) is provided to clean the outside of the double-wall plates, and - whereby the cleaning device (BT, B) comprises brushes, which are arranged in parallel to the axis of the evaporator.
A sheet which - comprises a nonwoven fabric formed of fiber containing a biodegradable aliphatic polyester having a molecular weight distribution in which a maximum value exists in at least two or more regions of the molecular weight, - has a porosity of 60-80%, - has a thickness of 30-70 μm, and - has a cell infiltration suppressing action. - comprises a nonwoven fabric formed of fiber containing a biodegradable aliphatic polyester having a molecular weight distribution in which a maximum value exists in at least two or more regions of the molecular weight, - has a porosity of 60-80%, - has a thickness of 30-70 μm, and - has a cell infiltration suppressing action.
A solution comprising a self-assembling peptide comprising between about 7 amino acids and 32 amino acids wherein at least a portion of the peptide is amphiphilic, such that the peptide may exhibit a beta-sheet structure in aqueous solution in a presence of physiological conditions at a bronchial obstruction site; the solution being for use in an effective amount and in an effective concentration to administer to a target area to form a hydrogel barrier under physiological conditions of the target area to reduce lung volume and fill at least a portion of the lung of the subject with the solution; wherein the solution is introduced through a delivery device following the step of introducing a delivery device to a target area of the lung of the subject and positioning an end of the delivery device in the target area in which the bronchial obstruction is desired; and wherein the delivery device is removed from the target area.
A driving screw based adjusting mechanism for adjusting the shoulder straps length of a backpack for fitting the position of the backpack to the torso length of a wearer, said adjusting mechanism comprises: a. A shell like element configured to be attached to the back wall of the backpack for holding a driving screw and a slider; b. The driving screw connected to a key, said key is configured to allow rotation of the driving screw clockwise and counter clockwise; and c. The slider configured to be attached to a shoulder straps belt of the backpack and further to be latched onto the shell like element, with the driving screw threaded within it; characterized in that rotation of the driving screw clockwise and counter clockwise functionally slides the slider upward and downward along the driving screw so that the slider slides upward and downward along the shell like element together with the shoulder straps belt of the backpack that are attached to the slider, thereby enabling elongation/shortening of the backpack shoulder straps length. a. A shell like element configured to be attached to the back wall of the backpack for holding a driving screw and a slider; b. The driving screw connected to a key, said key is configured to allow rotation of the driving screw clockwise and counter clockwise; and c. The slider configured to be attached to a shoulder straps belt of the backpack and further to be latched onto the shell like element, with the driving screw threaded within it;
Maintenance system for turfgrasses and/or gardens, comprising a monitoring system, said monitoring system comprising a control unit configured for: - receiving at least one monitoring parameter related to one or more monitoring zones of a work area, said at least one monitoring parameter being detected by means of at least a first detector, said at least one monitoring parameter comprising at least one spectral parameter related to said one or more monitoring zones of the work area and/or at least one climatic parameter related to said one or more monitoring zones of the work area, - receiving at least one position information related to the monitoring zone of the monitoring parameter, said at least one position information being detected by means of at least a second detector, - obtaining at least one monitoring index associated with each monitoring zone starting from the respective at least one monitoring parameter, said at least one monitoring index comprising at least one spectral index and/or at least one climatic index and - making an association between said position information and said at least one monitoring index, characterised in that the control unit is further configured for controlling, according to said association, at least one maintenance device, wherein said at least one monitoring index is representative of a health condition of said one or more monitoring zones and wherein said maintenance system is capable of controlling maintenance operations according to a prediction of the health condition of the work area. - receiving at least one monitoring parameter related to one or more monitoring zones of a work area, said at least one monitoring parameter being detected by means of at least a first detector, said at least one monitoring parameter comprising at least one spectral parameter related to said one or more monitoring zones of the work area and/or at least one climatic parameter related to said one or more monitoring zones of the work area, - receiving at least one position information related to the monitoring zone of the monitoring parameter, said at least one position information being detected by means of at least a second detector, - obtaining at least one monitoring index associated with each monitoring zone starting from the respective at least one monitoring parameter, said at least one monitoring index comprising at least one spectral index and/or at least one climatic index and - making an association between said position information and said at least one monitoring index, characterised in that the control unit is further configured for controlling, according to said association, at least one maintenance device, wherein said at least one monitoring index is representative of a health condition of said one or more monitoring zones and wherein said maintenance system is capable of controlling maintenance operations according to a prediction of the health condition of the work area.
A method for determining a quantity (n) of a gas contained in a tank of a gas insulated switchgear, the tank comprising a gas temperature sensor and a gas pressure sensor, the method comprising the following steps during a measurement phase: (iv) acquiring a gas temperature (Tsens) measured by the gas temperature sensor, (v) acquiring a gas pressure (Psens) measured by the gas pressure sensor, (vi) acquiring an ambient temperature (Tamb) measured by an ambient temperature sensor outside the tank during the measurement phase, characterized in that the method further comprises the following steps during a calibration phase: (i) acquiring a first temperature and a second temperature measured by the gas temperature sensor respectively at a first instant (t 1) and at a second instant (t 2), (ii) acquiring a first pressure and a second pressure measured by the gas pressure sensor at the first instant (t 1) and at the second instant (t 2), (iii) determining a steady-state model of the tank thermal exchanges from the first and second acquired temperature (T1, T2) and from the first and second acquired pressure (P1, P2); and further comprising the following step during the measurement phase: (vii) determining the quantity (n) from the acquired gas temperature (Tsens), the acquired gas pressure (Psens), the acquired ambient temperature (Tamb) and the determined steady state model. (iv) acquiring a gas temperature (Tsens) measured by the gas temperature sensor, (v) acquiring a gas pressure (Psens) measured by the gas pressure sensor, (vi) acquiring an ambient temperature (Tamb) measured by an ambient temperature sensor outside the tank during the measurement phase, (i) acquiring a first temperature and a second temperature measured by the gas temperature sensor respectively at a first instant (t 1) and at a second instant (t 2), (ii) acquiring a first pressure and a second pressure measured by the gas pressure sensor at the first instant (t 1) and at the second instant (t 2), (iii) determining a steady-state model of the tank thermal exchanges from the first and second acquired temperature (T1, T2) and from the first and second acquired pressure (P1, P2);
An air distribution box for directing supply air from a HVAC unit located outside a car body of a rail vehicle to a passenger area inside the car body and for directing return air from the passenger area to the HVAC unit, the air distribution box having at least a top wall, a bottom wall, front, rear and side walls (38, 40), characterised in that the air distribution box is provided with one or more return air ducts extending between one or more return inlets (52, 54) through at least one of the front, rear and side walls (38, 40) and one or more return outlets through the top wall, one or more supply inlets through the top wall and one or more supply outlets (56, 58) through at least one of the front, rear and side walls (38, 40), wherein the top wall, bottom wall, front, rear and side walls (38, 40) define a supply air path inside the air distribution box between the one or more supply inlets and the one or more supply outlets (56, 58), wherein the supply air path surrounds the one or more return air ducts.
A lighting module for a vehicle configured to be disposed in an exterior mirror comprising: a light source configured to generate a light emission in an emission direction; a circuit in connection with the light source; and an optic device comprising: a body; a receiving surface configured to receive an input emission of the light emission; a light extraction surface offset from and substantially parallel to the receiving surface; a first internal reflective surface extending at an acute angle from the receiving surface; characterized in that the optic device further comprises: a light steering surface extending substantially parallel to the light extraction surface and configured to reflect stray light along a stray light path through the body of the optic device; and a light trap formed by the body and arranged substantially opposite the light extraction surface; wherein the optic device is configured to: transmit the input emission through the body, emit a first portion of the input emission along a primary path through the light extraction surface, and emit a second portion of the input emission along the stray light path into the light trap. a light source configured to generate a light emission in an emission direction; a circuit in connection with the light source; and an optic device comprising: a body; a receiving surface configured to receive an input emission of the light emission; a light extraction surface offset from and substantially parallel to the receiving surface; a first internal reflective surface extending at an acute angle from the receiving surface; a body; a receiving surface configured to receive an input emission of the light emission; a light extraction surface offset from and substantially parallel to the receiving surface; a first internal reflective surface extending at an acute angle from the receiving surface; characterized in that the optic device further comprises: a light steering surface extending substantially parallel to the light extraction surface and configured to reflect stray light along a stray light path through the body of the optic device; and a light trap formed by the body and arranged substantially opposite the light extraction surface; a light steering surface extending substantially parallel to the light extraction surface and configured to reflect stray light along a stray light path through the body of the optic device; and a light trap formed by the body and arranged substantially opposite the light extraction surface; wherein the optic device is configured to: transmit the input emission through the body, emit a first portion of the input emission along a primary path through the light extraction surface, and emit a second portion of the input emission along the stray light path into the light trap. transmit the input emission through the body, emit a first portion of the input emission along a primary path through the light extraction surface, and emit a second portion of the input emission along the stray light path into the light trap.
A vial adaptor for coupling with a vial, the vial adaptor comprising: a medical connector interface; an elongated member configured to extend into the vial upon coupling the vial adaptor with the vial; an expandable first reservoir; an expandable second reservoir; a first passage between the medical connector interface and the elongated member; a second passage between a chamber and the elongated member, the first reservoir coupled to the chamber through a first one-way valve that permits flow from the chamber into the first reservoir, and an air passage coupled to the chamber through a second one-way valve that permits flow from the air passage into the chamber; and a third passage between the second reservoir and the elongated member. a medical connector interface; an elongated member configured to extend into the vial upon coupling the vial adaptor with the vial; an expandable first reservoir; an expandable second reservoir; a first passage between the medical connector interface and the elongated member; a second passage between a chamber and the elongated member, the first reservoir coupled to the chamber through a first one-way valve that permits flow from the chamber into the first reservoir, and an air passage coupled to the chamber through a second one-way valve that permits flow from the air passage into the chamber; and a third passage between the second reservoir and the elongated member.
A device, comprising: a catheter (200, 300, 400, 500) including a lumen extending therethrough, the catheter being sized and shaped to extend through an endoscopic shaft to a target tissue within a living body, the lumen being sized and shaped for receiving a puncturing device therethrough, the catheter (200, 300, 400, 500) including a first catheter portion (204, 402, 502) distal to a second catheter portion (206, 404, 504), the first and second catheter portions being formed from different materials, the first catheter portion (204, 402, 502) having a flexible curved distal end; wherein the device further comprises a sheath longitudinally slidable along an exterior of the catheter (200, 300, 400, 500); and characterised in that the sheath is an electrosurgical sheath having an electrosurgical tip for electrosurgically dilating an access hole when the electrosurgical sheath is slid over the curved distal end and an electrical current is applied. a catheter (200, 300, 400, 500) including a lumen extending therethrough, the catheter being sized and shaped to extend through an endoscopic shaft to a target tissue within a living body, the lumen being sized and shaped for receiving a puncturing device therethrough, the catheter (200, 300, 400, 500) including a first catheter portion (204, 402, 502) distal to a second catheter portion (206, 404, 504), the first and second catheter portions being formed from different materials, the first catheter portion (204, 402, 502) having a flexible curved distal end; wherein the device further comprises a sheath longitudinally slidable along an exterior of the catheter (200, 300, 400, 500); and characterised in that the sheath is an electrosurgical sheath having an electrosurgical tip for electrosurgically dilating an access hole when the electrosurgical sheath is slid over the curved distal end and an electrical current is applied.
Method for controlling an after-treatment system temperature of a combustion engine comprising means for carrying out an after-treatment warm up procedure, the method comprising the step of interrupting/inhibiting such warm-up means after a time period from the warm up procedure starting, characterized by comprising the step of starting a countdown procedure at the starting of the warm-up procedure for determining said interruption/inhibition after said time period even if a reference temperature of the ATS has not been reached.
Method for treating a transparent material by the non-linear absorption of pulsed laser radiation taking place in the region of a laser focus, comprising the steps - selecting a laser wavelength from the interval from 300 to 1000 nm, - selecting a pulse length from the interval from 300 ps to 20 ns, - applying laser pulses with a temporally smooth beam profile, characterised in that the irradiance is selected from an interval predetermined for the material to be treated, in which plasma formation occurs without plasma luminescence. - selecting a laser wavelength from the interval from 300 to 1000 nm, - selecting a pulse length from the interval from 300 ps to 20 ns, - applying laser pulses with a temporally smooth beam profile,
Coupling apparatus for an agricultural implement, having - a coupling element, which is movable between a coupling position and a working position and is designed to be coupled to a top link of a three-point coupling of a tractor; - a locking system having a movable locking device (36a, 36b), which, in a locking position, limits the movement of the coupling element located in the working position, at least in one direction, and a movable securing device (38a, 38b), which, in a securing position, together with the locking device (36a, 36b) located in the locking position, locks the coupling element in the working position in a loadable manner; and - a parking apparatus, which has at least one support leg (52a, 52b); wherein the securing device (38a, 38b) is movable, independently of a movement of the agricultural implement, from a passive position into the securing position; characterized in that the securing device (38a, 38b) is coupled mechanically to the parking apparatus via one or more levers such that, if the support leg (52a, 52b) is moved from a parking position into a working position, the securing device (38a, 38b) is moved from the passive position into the securing position. - a coupling element, which is movable between a coupling position and a working position and is designed to be coupled to a top link of a three-point coupling of a tractor; - a locking system having a movable locking device (36a, 36b), which, in a locking position, limits the movement of the coupling element located in the working position, at least in one direction, and a movable securing device (38a, 38b), which, in a securing position, together with the locking device (36a, 36b) located in the locking position, locks the coupling element in the working position in a loadable manner; and - a parking apparatus, which has at least one support leg (52a, 52b);