mhurhangee/ep-ind-claims huggingface dataset:
A closure for a first and a second container comprising a male element and a female element, said male element comprising means for closing said first container and means for coupling with the female element, said male element further comprising a truncated-cone-shaped portion open at the bottom, a side wall and an upper base, wherein said side wall protrudes beyond the upper base originating an inwardly jutting edge which defines a ring seat, said female element comprising means for closing said second container and means for coupling with the male element, said female element further comprising a truncated-cone-shaped portion open at the bottom, a side wall and an upper base, which mutually originate an edge, wherein said side wall has a "C"-shaped recess, which creates a ring seat having a step, a side wall and an upper wall, whereby the male element can be pressed so as to fit the jutting edge inside the ring seat, thereby forming the coupling means, said male element and female element each comprising means for establishing a fluid communication between said first container and said second container represented by through holes (113,124), said closure having a longitudinal axis and being characterized in that said male element and said female element are coupled to each other and can be rotated with respect to each other about said longitudinal axis, wherein said means for fluid communication comprise two or more through holes in the upper base of the male element and two or more through holes in the base of the female element, said holes of the female element being able to either match or not match said holes in the male element in an either open or closed configuration of said closure, respectively, and wherein said closure further comprises elements for closing and sealing the through holes of the male element, said elements being housed in corresponding seats of the female element.
Driving circuit for provision of an operating current for at least one lighting means, the driving circuit comprising an isolated switched converter having a switch controlled by a control circuit, wherein a primary side choke is charged when the switch is in its conducting state and the primary side choke is discharged when the control circuit controls the switch in its non-conducting state, wherein the circuit comprises first determining means for monitoring the current through the primary side choke, wherein the circuit comprises second determining means for determining a switch-off time, wherein the second determining means comprises an auxiliary winding coupled to a secondary side choke and the second determining means is configured to monitor the voltage across the auxiliary winding for determining the switch-off time, wherein the second determining means comprises means to detect the beginning of the switch-off time and characterised in that the second determining means comprises means to detect the end of the switch-off time when the voltage across the auxiliary winding falls below a second threshold voltage (Vtoff_end).
A solid, hydrocarbon-insoluble, catalyst component useful in polymerizing olefins containing magnesium, titanium, and halogen further containing an internal electron donor which is a compound containing electron donating substituents with the structure: wherein R, R', R 1, R 2, and R 3 individually are hydrocarbon or substituted hydrocarbon groups containing 1 to 20 carbon atoms and R 1, R 2 and R 3 may be hydrogen; and wherein groups R 1 and R 2 and/or groups R 2 and R 3 may be joined to form a cyclic structure, the internal electron donor components being incorporated into the solid, supported catalyst component in a total amount from 0.001 to 0.6 mole per gram atom of titanium in the titanium compound.
A method for producing a concrete element comprising the steps: (a) introducing a fluid into uncured concrete and (b) allowing the concrete to set, resulting in the concrete element, (c) wherein the fluid is introduced by means of an end effector that is moved along a predetermined trajectory ( r ( t)), characterised in that (d) the fluid is a second concrete with a second composition that differs from a first composition of the first concrete. (a) introducing a fluid into uncured concrete and (b) allowing the concrete to set, resulting in the concrete element, (c) wherein the fluid is introduced by means of an end effector that is moved along a predetermined trajectory ( r ( t)), characterised in that (d) the fluid is a second concrete with a second composition that differs from a first composition of the first concrete.
A method for conditioning a chemo-optical sensor unit for transcutaneous measurement of a concentration of a gas, comprising at least one sensing layer adapted to be irradiated with a predetermined radiation; and at least one gas-permeable layer adjacent to one side of the at least one sensing layer, adapted to pass gas whose concentration is to be measured through the gas-permeable layer towards the sensing layer; wherein said chemo-optical sensor unit is adapted to operate with a contact medium between the gas-permeable layer and the skin, wherein the contact medium is configured to be in contact with the skin; wherein said contact medium comprises propylene glycol and water; wherein said at least one gas-permeable layer and said at least one sensing layer are permeable to propylene glycol; wherein the propylene glycol is present in the chemo-optical sensor unit in essentially the same concentration as in the contact medium;and wherein the chemo-optical sensor unit is adapted to measure an optical response of the at least one sensing layer, whose optical response depends on the concentration of the gas; the method comprising the step of conditioning said chemo-optical sensor unit with the contact medium; wherein said contact medium comprises (i) water and (ii) dissolved sodium chloride with a concentration of 9 g/liter and (iii) propylene glycol in an amount of 37% by volume; and wherein said chemo-optical sensor is conditioned in the contact medium for at least six days.
A split shroud system for a gas turbine engine comprising: a pair of annular-shaped shrouds (170a, 170b) that each contain an inner pocket (185a, 185b) to form a pair of facing pockets; a pair of liners, one of said pair of liners (150a, 150b), contained within one of said pair of pockets and the other of said pair of liners contained in the other of said pair of pockets, characterized in that each of said pair of liners have a mutually contacting surface that forms a plurality of slots; wherein each of said pair of liners (150a, 150b) comprise a plurality of parts and each of said pair of shrouds (170a, 170b) comprise a plurality of segments; and wherein each of said plurality of slots is dimensioned to receive an inner diameter trunnion of a turbofan vane. a pair of annular-shaped shrouds (170a, 170b) that each contain an inner pocket (185a, 185b) to form a pair of facing pockets; a pair of liners, one of said pair of liners (150a, 150b), contained within one of said pair of pockets and the other of said pair of liners contained in the other of said pair of pockets, characterized in that each of said pair of liners have a mutually contacting surface that forms a plurality of slots; wherein each of said pair of liners (150a, 150b) comprise a plurality of parts and each of said pair of shrouds (170a, 170b) comprise a plurality of segments; and wherein each of said plurality of slots is dimensioned to receive an inner diameter trunnion of a turbofan vane.
A method for protecting against mistaken dialing of a mobile terminal by an inadvertent keystroke, the mobile terminal comprising a distance sensor and a touch screen, wherein the method comprises the following steps of: when the touch screen is not locked and is displaying a dial plate icon, activating the distance sensor to detect whether there is an obstruction above the touch screen within an effective distance from the distance sensor; when there is an obstruction, then detecting by the distance sensor a current distance between the obstruction and the distance sensor of the mobile terminal; when the current distance is smaller than a preset critical distance threshold, then controlling the touch screen to not display the dial plate icon and switching off the distance sensor by the mobile terminal; and the method is characterized in that when the current distance is greater than the preset critical distance threshold or the distance sensor detects that there is not an obstruction above the touch screen within the effective distance from the distance sensor, determining whether the dial plate icon is still displayed on the touch screen, and when the dial plate icon is not displayed, switching off the distance sensor, when the dial plate icon is still displayed, controlling the distance sensor to keep activated. when the touch screen is not locked and is displaying a dial plate icon, activating the distance sensor to detect whether there is an obstruction above the touch screen within an effective distance from the distance sensor; when there is an obstruction, then detecting by the distance sensor a current distance between the obstruction and the distance sensor of the mobile terminal; when the current distance is smaller than a preset critical distance threshold, then controlling the touch screen to not display the dial plate icon and switching off the distance sensor by the mobile terminal; and the method is characterized in that when the current distance is greater than the preset critical distance threshold or the distance sensor detects that there is not an obstruction above the touch screen within the effective distance from the distance sensor, determining whether the dial plate icon is still displayed on the touch screen, and when the dial plate icon is not displayed, switching off the distance sensor, when the dial plate icon is still displayed, controlling the distance sensor to keep activated.
An antenna apparatus comprising: a substrate comprising a first main side and a second main side arranged opposite thereto; first, second and third fixing regions (113, 115, 117) for fixing electric conductors which is arranged at the first main side; at least one first bond wire which connects the first fixing region and the second fixing region and is spaced apart from the substrate at least in regions; at least one second bond wire which connects the second fixing region and the third fixing region and is spaced apart from the substrate at least in regions; wherein the first bond wire may be connected to a high-frequency chip and wherein the first and second bond wires (114, 116) connected in series form an antenna; characterized in that a metallization which arranged at the second main side of the substrate and is arranged opposite to at least one of the first fixing region, the second fixing region, the third fixing region, the first bond wire, and the second bond wire; wherein the third fixing region arranged at the first main side of the substrate and the metallization arranged at the second main side of the substrate are connected by means of a conductive structure extending through the substrate. a substrate comprising a first main side and a second main side arranged opposite thereto; first, second and third fixing regions (113, 115, 117) for fixing electric conductors which is arranged at the first main side; at least one first bond wire which connects the first fixing region and the second fixing region and is spaced apart from the substrate at least in regions; at least one second bond wire which connects the second fixing region and the third fixing region and is spaced apart from the substrate at least in regions; wherein the first bond wire may be connected to a high-frequency chip and wherein the first and second bond wires (114, 116) connected in series form an antenna; characterized in that a metallization which arranged at the second main side of the substrate and is arranged opposite to at least one of the first fixing region, the second fixing region, the third fixing region, the first bond wire, and the second bond wire; wherein the third fixing region arranged at the first main side of the substrate and the metallization arranged at the second main side of the substrate are connected by means of a conductive structure extending through the substrate.
Line-scanning microscope, comprising a light source for illuminating a sample, a scanning device configured to scan the sample line by line with a light beam coming from the light source, and a light detector arranged in the line-scanning microscope such that it detects light that is emitted by the sample and/or transmitted and/or reflected, wherein the light detector comprises a line array of avalanche semiconductor detectors that is configured such that it can record image points of an entire image line at the same time, wherein the light detector has an electronic actuation circuit having a parallel counter, wherein the parallel counter is configured to read in parallel light pulses detected by the avalanche semiconductor detectors, and wherein the parallel counter is set up to add up during a predetermined counting time the light pulses detected by the avalanche semiconductor detectors, characterized in that the actuation circuit is configured to operate the avalanche semiconductor detectors in a Geiger mode with internal charge amplification and/or in a linear mode, wherein the light detector comprises at least one first line array and at least one second line array, wherein in each case at least one first avalanche semiconductor detector of the first line array and one second avalanche semiconductor detector of the second line array are assigned to one another, wherein the actuation circuit is configured to capture the sum of the light pulses detected by the first avalanche semiconductor detector and by the second avalanche semiconductor detector.
Storage device for rope loops comprising a storage box, which receives at least one clamping part and an eye of the rope loop, wherein the storage box comprises a bottom and side walls (12, 13) and wherein in the bottom of the storage box at least one opening for the passing through of free ends of the rope loop which protrude from the storage box and for receiving a portion of the clamping part is provided, wherein the storage box, apart from a bottom opening for passing through of the free ends of the rope loop, is in general completely closed and/or can be sealed with respect to a formwork, in order to avoid that the eye received in the storage box is encased by concrete, characterized in that after fixing the free ends of the rope loop in a concrete bed, the storage box can be removed from the rope loop and possibly from the clamping part connected thereto, wherein the clamping part is designed as an angle bracket, which keeps a rope loop, which consists of an eye and two parallel free ends, in an angled condition, wherein the angle bracket comprises a base, which receives and fixes the eye partly, wherein the base comprises a circumferential sealing flange, which is attached to the outer side of the bottom of the storage box, and wherein locking means for a temporary fixing of the angle bracket to the storage box are provided at the base and/or at the sealing flange, wherein the locking means are in detachable engagement with the edge of the bottom opening, such that they can be disengaged by means of a well-defined force, which is applied to the storage box perpendicularly to the bottom and away from the concrete bed, and wherein the storage box consists of a sufficiently stable and solid material, such that it can be detached from a concrete bed surrounding the outer sides of the bottom and the side walls and from the angle bracket, without being damaged.
An anti-EphA3 antibody that clusters and activates EphA3 and competes with mAb IIIA4 for binding to EphA3 for use in inhibiting growth of a solid tumor that expresses EphA3 on the tumor vasculature and has fewer than 25% of cells that have detectable expression of EphA3 on the tumor cell surface, wherein mAb IIIA4 comprises a V H CDR1 sequence SYWIN, a V H CDR2 sequence DIYPGSGNTNYDEKFKR, a V H CDR3 sequence SGYYEDFDS, a V L CDR1 sequence RASQEISGYLG, a V L CDR2 sequence AASTLDS, and a V L CDR3 sequence VQYANYPYT, wherein the antibody has a human Fc region that clusters EphA3 and/or is a multivalent antibody, and wherein the level of EphA3 protein expression in the solid tumor is less than 2 times the background from a control cell that does not express EphA3.
A biological fluid sampling transfer device adapted to receive a multi-component blood sample, the biological fluid sampling transfer device comprising: a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a filter disposed between the inlet port and the outlet port, the filter adapted to restrain at least a first part of the multi-component blood sample, and to allow at least a second part of the multi-component blood sample to pass therethrough; and a compression element disposed between the inlet port and the outlet port, the compression element spaced from the filter; characterized by a deformable holding element movable between a first position, in which at least a portion of the deformable holding element is disposed between the filter and the outlet port and the deformable holding element receives the second part of the multi-component blood sample from the filter, and a second position, in which no portion of the deformable holding element is disposed between the filter and the outlet port, wherein the compression element provides a force to the deformable holding element as the deformable holding member is moved from the first position to the second position to expel the second part of the multi-component blood sample from the holding element to the outlet port. a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a filter disposed between the inlet port and the outlet port, the filter adapted to restrain at least a first part of the multi-component blood sample, and to allow at least a second part of the multi-component blood sample to pass therethrough; and a compression element disposed between the inlet port and the outlet port, the compression element spaced from the filter; characterized by a deformable holding element movable between a first position, in which at least a portion of the deformable holding element is disposed between the filter and the outlet port and the deformable holding element receives the second part of the multi-component blood sample from the filter, and a second position, in which no portion of the deformable holding element is disposed between the filter and the outlet port, wherein the compression element provides a force to the deformable holding element as the deformable holding member is moved from the first position to the second position to expel the second part of the multi-component blood sample from the holding element to the outlet port.
A method of producing induced pluripotent stem cells, the method comprising inhibiting Dot1L expression by RNAi and/or Dot1L activity by one or more small molecule inhibitors in a differentiated mammalian cell, and culturing the differentiated mammalian cell under reprogramming conditions to produce induced pluripotent stem cells, wherein the reprogramming conditions comprise a reprogramming cocktail comprising a transcription factor, wherein the reprogramming cocktail does not include Klf4 and / or c-Myc.
A biosensor comprising: a first and second vessel; a fluid exchange opening positioned between the first and the second vessel; a conduit in fluid communication with the first vessel, the conduit configured to receive a fluid from a point external to the biosensor; and a membrane comprising perfluorinated ionomers positioned at the fluid exchange opening; wherein the membrane is capable of selectively transporting ammonia; and wherein the second vessel comprises a hypohalite, an alkali buffer, and a phenolic compound suitable for performing a Berthelot reaction. a first and second vessel; a fluid exchange opening positioned between the first and the second vessel; a conduit in fluid communication with the first vessel, the conduit configured to receive a fluid from a point external to the biosensor; and a membrane comprising perfluorinated ionomers positioned at the fluid exchange opening; wherein the membrane is capable of selectively transporting ammonia; and wherein the second vessel comprises a hypohalite, an alkali buffer, and a phenolic compound suitable for performing a Berthelot reaction.
A roller printing machine, wherein the roller printing machine comprises at least one first printing unit and at least one first dryer and wherein the at least one first printing unit comprises at least one inkjet print head and wherein a transport path of a print substrate web through the roller print machine comprises at least a first section and a second section each delimited by motor-driven rotational bodies (103; 118; 201; 304; 401; 334; 501), characterized in that at least one of the motor-driven rotational bodies is a first cooling roller and that the at least one dryer comprises at least one ventilation device, and in that the at least one ventilation device comprises at least one air supply line leading to the at least one dryer, at least one conveyor driveable and/or capable of being driven, and at least one air exhaust line leading away from the at least one first dryer, and in that the at least one air exhaust line is coupled and/or capably of being coupled with the at least one air supply line through the at least one conveyor.
A current sensor comprising: a casing including a pair of arms (11a, 11b) extending in the same direction and a connecting portion connecting the arms (11a, 11b); a plurality of magneto-electric transducers (31a-31h) accommodated in the casing, the magneto-electric transducers (31a-31h) being arranged along a circumference of a virtual ellipse having a first axis and a second axis, the first axis being one of a major axis and a minor axis of the virtual ellipse extending between and parallel to the arms (11a, 11b), and the second axis being the other of the major axis and the minor axis; and a fixing mechanism configured to hold a current wire between the arms (11a, 11b) such that the current wire is displaced in a first direction for different diameters of the current wire, characterized in that the first direction is angled at a predetermined oblique angle (θ) from the first axis toward one of the arms (11a, 11b). a casing including a pair of arms (11a, 11b) extending in the same direction and a connecting portion connecting the arms (11a, 11b); a plurality of magneto-electric transducers (31a-31h) accommodated in the casing, the magneto-electric transducers (31a-31h) being arranged along a circumference of a virtual ellipse having a first axis and a second axis, the first axis being one of a major axis and a minor axis of the virtual ellipse extending between and parallel to the arms (11a, 11b), and the second axis being the other of the major axis and the minor axis; and a fixing mechanism configured to hold a current wire between the arms (11a, 11b) such that the current wire is displaced in a first direction for different diameters of the current wire, characterized in that the first direction is angled at a predetermined oblique angle (θ) from the first axis toward one of the arms (11a, 11b).