mhurhangee/ep-ind-claims huggingface dataset:
A light detecting unit configured to observe alpha rays by measuring a generated light generated by alpha rays occurring in a region of a to-be-measured object, comprising: a travel direction changing unit configured to change a travelling direction of the generated light; a light detector configured to detect direction-changed light of the generated light changed in traveling direction; a shielding member including a portion provided on a straight line extending from the to-be-measured object to the light detector to shield the light detector against radiation, the shielding member being configured to encircle the light detector and having an entry opening formed to allow the generated light to reach the travel direction changing unit and an opening formed on an opposite side from the entry opening; and a housing that houses the travel direction changing unit, the light detector and the shielding member, and has an entry opening. a travel direction changing unit configured to change a travelling direction of the generated light; a light detector configured to detect direction-changed light of the generated light changed in traveling direction; a shielding member including a portion provided on a straight line extending from the to-be-measured object to the light detector to shield the light detector against radiation, the shielding member being configured to encircle the light detector and having an entry opening formed to allow the generated light to reach the travel direction changing unit and an opening formed on an opposite side from the entry opening; and a housing that houses the travel direction changing unit, the light detector and the shielding member, and has an entry opening.
A central augment for use in a shoulder replacement procedure, the central augment comprising: a body including a curved glenoid engagement surface shaped to interface with a central portion of a reamed glenoid and a second surface opposite the curved glenoid engagement surface a protrusion extending from the second surface, the protrusion sized to be received within a bore defined by a boss of a glenoid component; and a post extending from the glenoid engagement surface, the post sized to be received in a bore formed in the central portion of the glenoid, wherein at least one of the body and the post includes a porous metal coating, characterised in that the second surface defines a recess sized to receive the boss of the glenoid component, wherein the protrusion extends within the recess. a body including a curved glenoid engagement surface shaped to interface with a central portion of a reamed glenoid and a second surface opposite the curved glenoid engagement surface a protrusion extending from the second surface, the protrusion sized to be received within a bore defined by a boss of a glenoid component; and a post extending from the glenoid engagement surface, the post sized to be received in a bore formed in the central portion of the glenoid, wherein at least one of the body and the post includes a porous metal coating, characterised in that the second surface defines a recess sized to receive the boss of the glenoid component, wherein the protrusion extends within the recess.
A device for braking a vehicle with a front load receiving device, for example an industrial truck, with sensors (64, 66, 68) for measuring the mass as well as the center of gravity of a received load, with an electronic evaluation and control unit (20, 62) for evaluating the sensor data as well as for determining a maximum brake deceleration (p Br_tilt) in forward travel to prevent a tilting of the vehicle over the front axle, and with a hydraulic or pneumatic brake system provided with an anti-lock brake system which can be actuated by the evaluation and control unit (20, 62) to limit or reduce the effective brake pressure (p Br_R) in the wheel brake cylinders (30a, 30b) of the front axle,, characterized in that at least one such sensor (70, 72) arranged on the brake system is provided, at whose sensor signal an emergency braking situation can be detected by the evaluation and control unit (20, 62), and that the evaluation and control unit (20, 62) is configured and equipped such that by means of these, upon detection of an emergency braking situation, such an emergency braking function can be activated and controlled, by means of which the limitation or reduction of the brake pressure (p Br_R) effective in the wheel brake cylinders (30a, 30b) of the front axle is cancelled and with the exception of an ABS control operation, the full brake pressure (p Br_S) is introduced in a controlled manner via a main brake valve in the wheel brake cylinders (30a, 30b) of the front axle.
A tubular skylight comprising; - a roof mounted element, - a ceiling mounted element, - a tube connecting the roof mounted element and the ceiling mounted element, wherein the ceiling mounted element and the tube each have a bore, and wherein the smaller bore of the two bores defines a first inscribed diameter, and - a diffuser element mounted in the ceiling mounted element, - an accessory comprising; - a first element configured for being mounted in the ceiling mounted element and/or the tube, wherein the first element is a rigid disc or ring shaped element, and - a holding means configured for retaining the position of the accessory within the ceiling mounted element and/or tube, wherein the holding means is connected to the periphery of said first element, and said holding means comprises a resilient element, characterized in that said resilient element is configured for allowing the circumscribed diameter of the accessory to vary at least between a minimum value equal to the first inscribed diameter and a maximum value exceeding the first inscribed diameter such that the holding means will adapt to the size and shape of the first inscribed diameter as they are inserted in the ceiling mounted element and/or the tube and then apply a normal force to the inner surface of the bore or tube by means of the resilient element, or expand to its relaxed size after passing a restriction. - a roof mounted element, - a ceiling mounted element, - a tube connecting the roof mounted element and the ceiling mounted element, wherein the ceiling mounted element and the tube each have a bore, and wherein the smaller bore of the two bores defines a first inscribed diameter, and - a diffuser element mounted in the ceiling mounted element, - an accessory comprising; - a first element configured for being mounted in the ceiling mounted element and/or the tube, wherein the first element is a rigid disc or ring shaped element, and - a holding means configured for retaining the position of the accessory within the ceiling mounted element and/or tube, wherein the holding means is connected to the periphery of said first element, and said holding means comprises a resilient element, - a first element configured for being mounted in the ceiling mounted element and/or the tube, wherein the first element is a rigid disc or ring shaped element, and - a holding means configured for retaining the position of the accessory within the ceiling mounted element and/or tube,
A solar cell sealing film, comprising: ethylene-polar monomer copolymer, an organic peroxide, and a silane-coupling agent, wherein the silane-coupling agent is represented by formula: in which R 1 represents alkyl group having 1 to 3 carbon atoms, three R 1 s are the same as or different from each other, and "n" is an integer of 1 to 8; and the silane-coupling agent is contained in the range of 0.02 to 1.0 parts by weight based on 100 parts by weight of the ethylene-polar monomer copolymer. ethylene-polar monomer copolymer, an organic peroxide, and a silane-coupling agent,
A medical device comprising: a surgical needle comprising a blind bore; an elongate suture having a first end proximate to the surgical needle and a second end located away from the surgical needle, the elongate suture including a plurality of fibers defining a mesh wall extending between the first and second ends (104a, b), a plurality of pores extending through the mesh wall, at least some of the pores in the macroporous size range of between 200 microns and 2.5 millimeters and adapted to facilitate tissue integration through the mesh wall when introduced into a body; wherein an intervening segment having a terminal portion is connected to the first end of the elongate suture and at least the terminal portion of the intervening segment is fixed within the blind bore of the needle, characterized in that the intervening segment comprises only one fiber of the plurality of fibers extending from the first end of the mesh suture with a cross-sectional dimension that is smaller than a cross-sectional dimension of the mesh wall such that the intervening segment facilitates attachment of the elongate suture to the needle. a surgical needle comprising a blind bore; an elongate suture having a first end proximate to the surgical needle and a second end located away from the surgical needle, the elongate suture including a plurality of fibers defining a mesh wall extending between the first and second ends (104a, b), a plurality of pores extending through the mesh wall, at least some of the pores in the macroporous size range of between 200 microns and 2.5 millimeters and adapted to facilitate tissue integration through the mesh wall when introduced into a body; wherein an intervening segment having a terminal portion is connected to the first end of the elongate suture and at least the terminal portion of the intervening segment is fixed within the blind bore of the needle,
A wireless tank pressure transmitter, comprising: a housing having a high pressure inlet and an intermediate inlet, the high pressure inlet and the intermediate inlet operable to receive an inlet flow of breathing gas from a first stage pressure regulator; a pressure sensor disposed within the housing and connected to the high pressure inlet and operable to detect a pressure of the breathing gas supplied through the high pressure inlet; a gas sensor disposed within the housing and connected to the intermediate inlet and operable to detect a constituent of the breathing gas; a control arrangement disposed within the housing and configured for compiling a pressure reading from the pressure taken by the pressure sensor and for compiling a constituent reading from the constituent taken by the gas sensor; wherein the control arrangement is configured for wireless communication of the pressure reading and the constituent reading to a dive computer; and wherein the high pressure inlet is adapted to be connected to a high pressure outlet port of the first stage pressure regulator and the intermediate inlet is adapted to be connected to an intermediate outlet port of the first stage pressure regulator. a housing having a high pressure inlet and an intermediate inlet, the high pressure inlet and the intermediate inlet operable to receive an inlet flow of breathing gas from a first stage pressure regulator; a pressure sensor disposed within the housing and connected to the high pressure inlet and operable to detect a pressure of the breathing gas supplied through the high pressure inlet; a gas sensor disposed within the housing and connected to the intermediate inlet and operable to detect a constituent of the breathing gas; a control arrangement disposed within the housing and configured for compiling a pressure reading from the pressure taken by the pressure sensor and for compiling a constituent reading from the constituent taken by the gas sensor; wherein the control arrangement is configured for wireless communication of the pressure reading and the constituent reading to a dive computer; and wherein the high pressure inlet is adapted to be connected to a high pressure outlet port of the first stage pressure regulator and the intermediate inlet is adapted to be connected to an intermediate outlet port of the first stage pressure regulator.
Combustion engine provided with a Waste Heat Recovery System draining thermal energy from an exhaust pipe of the combustion engine in order to produce mechanical energy by exploiting ethanol or ethanol based medium as working medium, wherein the combustion engine comprises injection means to supply the combustion engine with a fuel, and wherein the WHR comprises: - a WHR circuit comprising the following components, arranged in succession according to the circulation of the ethanol or ethanol based medium in the WHR circuit: a) a pump, b) a main heater, c) an expander, d) a condenser, - a fresh ethanol tank (ETH-T) able to contain fresh ethanol or ethanol based medium and connected with a first point of the WHR circuit via a first control valve, to replace ethanol or ethanol based medium circulating in the WHR circuit with the fresh ethanol or ethanol based medium, and - a pipe connection (D-ETH) and a second control valve, connecting a second point of the WHR circuit with said injection means in order to supply the combustion engine with ethanol or ethanol based medium from the WHR circuit, and wherein the combustion engine further comprises control means adapted to perform the following steps: - adjusting a highest temperature of the ethanol or ethanol based medium in the WHR circuit, even beyond a predefined critical temperature of the ethanol or ethanol based medium, - estimating a thermal degradation of the ethanol or ethanol based medium in the WHR circuit according to the highest temperature reached within the WHR circuit, - adjusting the replacement of a degraded ethanol or ethanol based medium circulating in the WHR circuit with said fresh ethanol or ethanol based medium, by opening said first and second control valve (V1, V2). - a WHR circuit comprising the following components, arranged in succession according to the circulation of the ethanol or ethanol based medium in the WHR circuit: a) a pump, b) a main heater, c) an expander, d) a condenser, a) a pump, b) a main heater, c) an expander, d) a condenser, - a fresh ethanol tank (ETH-T) able to contain fresh ethanol or ethanol based medium and connected with a first point of the WHR circuit via a first control valve, to replace ethanol or ethanol based medium circulating in the WHR circuit with the fresh ethanol or ethanol based medium, and - a pipe connection (D-ETH) and a second control valve, connecting a second point of the WHR circuit with said injection means in order to supply the combustion engine with ethanol or ethanol based medium from the WHR circuit, - adjusting a highest temperature of the ethanol or ethanol based medium in the WHR circuit, even beyond a predefined critical temperature of the ethanol or ethanol based medium, - estimating a thermal degradation of the ethanol or ethanol based medium in the WHR circuit according to the highest temperature reached within the WHR circuit, - adjusting the replacement of a degraded ethanol or ethanol based medium circulating in the WHR circuit with said fresh ethanol or ethanol based medium, by opening said first and second control valve (V1, V2).
Ram for a plugging device for driving in a strip-like anchor into a brush head bristle hole accommodating a tuft of bristles, the ram having at its end face a driving surface provided for driving in the anchor, the cross section of the driving surface being defined by the longitudinal (3, 4, 5, 15) and face sides (6, 7, 8), the longitudinal sides (3, 4, 5, 15) having at least a first longitudinal side with a length a and a second longitudinal side (4, 5) with a length b, and the end faces (6, 7) having first end faces and second end faces (7, 8) characterized in that the length b is smaller than the length a, and the second end faces (7, 8) are smaller than the first end faces, and the driving surface of the ram has an overlap surface (16; 18, 20), a cross sectional area (24, 25) and end face end areas for driving the anchor into the material of the brush head, the overlap surface (16; 18, 20) being formed by the second longitudinal side and the second end faces (7; 8), the surface of the cross-sectional area (24, 25) being formed by the first longitudinal side, which is covered by the width b of the second longitudinal side (4; 5), and the first end faces and the end-face end areas resulting from subtracting the overlap surfaces (16; 18, 20) and the cross-sectional area (24; 25) from the driving surface, the end-face end areas bilaterally extending beyond the cross-sectional area (24; 25), so that the cross-sectional area (24; 25) and the overlap area (16; 18, 20) of the driving surface of the ram, which plunge into the bristle hole, are wider than end-face end areas which penetrate into the borehole wall of the bristle hole.
A registration method in a cell, performed by a terminal device, wherein the method comprises: sending, by the terminal device, a first request to a network side, wherein the first request is used to request to register in a first cell for a target service; receiving, by the terminal device, a first message from the network side, wherein the first message is used to indicate that the terminal device is successfully registered in the first cell; determining that the first cell is unavailable when a registration type corresponding to the first message is non-emergency registration, a service type of allowed network slice selection assistance information, NSSAI, carried in the first message is different from a target service type, a service type of configured NSSAI carried in the first message is also different from the target service type, wherein the terminal device cannot establish a PDU on the allowed and configured NSSAIs; sending, by the terminal device, a second request to the network side, based on the determination that the first cell is unavailable, wherein the second request is used to request to register in a second cell for the target service, and the second cell is different from the first cell; receiving, by the terminal device, a second message from the network side, wherein the second message carries a second network slice identifier consistent with the target service type; and establishing, by the terminal device, the PDU session on a second network slice corresponding to the second network slice identifier. sending, by the terminal device, a first request to a network side, wherein the first request is used to request to register in a first cell for a target service; receiving, by the terminal device, a first message from the network side, wherein the first message is used to indicate that the terminal device is successfully registered in the first cell; determining that the first cell is unavailable when a registration type corresponding to the first message is non-emergency registration, a service type of allowed network slice selection assistance information, NSSAI, carried in the first message is different from a target service type, a service type of configured NSSAI carried in the first message is also different from the target service type, wherein the terminal device cannot establish a PDU on the allowed and configured NSSAIs; sending, by the terminal device, a second request to the network side, based on the determination that the first cell is unavailable, wherein the second request is used to request to register in a second cell for the target service, and the second cell is different from the first cell; receiving, by the terminal device, a second message from the network side, wherein the second message carries a second network slice identifier consistent with the target service type; and establishing, by the terminal device, the PDU session on a second network slice corresponding to the second network slice identifier.
A composition for use in a method of treating a neurological inflammatory disease in an individual, comprising: identifying an individual having ALS, epilepsy, autism, or schizophrenia, administering an effective amount of cPMP (cyclic pyranopterin monophosphate) to the individual, thereby treating the individual. identifying an individual having ALS, epilepsy, autism, or schizophrenia, administering an effective amount of cPMP (cyclic pyranopterin monophosphate) to the individual, thereby treating the individual.
A retractable source assembly for moving a vacuum deposition source from a first position to a second position, the retractable source assembly comprising: an enclosure (18, 20) having an interior surface; a rail attached to the interior surface of the enclosure; a first carriage positioned on the rail and movable along the rail between the first and second positions as driven by a driving device, the first carriage comprising a source base plate for a vacuum device; the first carriage comprising a first contact that can be connected to a vacuum deposition source positioned on the source base plate; a second contact fixed relative to the enclosure (18, 20) and that can be connected to a cable feedthrough (26, 28) of the enclosure (18, 20); an electrical cable connected to the first contact at a first end and connected to the second contact at a second end, the electrical cable comprising predetermined slack between the first and second ends when the deposition source is in the first position; and a cable management device (58, 66) configured to take up the slack in the electrical cable as the first carriage moves from the first position toward the second position. an enclosure (18, 20) having an interior surface; a rail attached to the interior surface of the enclosure; a first carriage positioned on the rail and movable along the rail between the first and second positions as driven by a driving device, the first carriage comprising a source base plate for a vacuum device; the first carriage comprising a first contact that can be connected to a vacuum deposition source positioned on the source base plate; a second contact fixed relative to the enclosure (18, 20) and that can be connected to a cable feedthrough (26, 28) of the enclosure (18, 20); an electrical cable connected to the first contact at a first end and connected to the second contact at a second end, the electrical cable comprising predetermined slack between the first and second ends when the deposition source is in the first position; and a cable management device (58, 66) configured to take up the slack in the electrical cable as the first carriage moves from the first position toward the second position.