mhurhangee/patent-ind-claim-en huggingface dataset:
A deployable space reflector comprising: a deployable peripheral support framework , a reflecting surface and a tensioning framework for shaping the reflecting surface, a deployment mechanism and a latching mechanism, wherein - the peripheral support framework comprises: two deployable peripheral polygonal rings consisting of interconnected rods , the peripheral support framework further comprises connecting rods , wherein the connecting rods provide a predetermined separation of the polygonal rings, - the interconnected rods of the first of the polygonal rings are with full cross rods , the interconnected rods of the second of the polygonal rings are single interconnected rods , wherein each side of the first polygonal ring comprises two full cross rods and each side of the second polygonal ring comprises one single interconnected rod , - the full cross rods comprise fittings , - each of the interconnected rods is placed in a different plane and each of the interconnected rods is connected to two parallel connecting rods , - one end of each of the full cross rods of the first polygonal ring comprises a fixed hinge and is connected to one of the two parallel connecting rods with the fixed hinge and the other end of each of full cross rods comprises a hinge and is connected to the other parallel connecting rod by the hinge configured to allow translation over the length of the other parallel connecting rod , - one end of each of the single interconnected rods is hinged fixed to one of the two parallel connecting rods and the other end of each of the single interconnected rods is hinged and configured to allow translation along the connecting rod , - the fittings are mounted on the ends of each of the full cross rods . - the peripheral support framework comprises: two deployable peripheral polygonal rings consisting of interconnected rods , the peripheral support framework further comprises connecting rods , wherein the connecting rods provide a predetermined separation of the polygonal rings, - the interconnected rods of the first of the polygonal rings are with full cross rods , the interconnected rods of the second of the polygonal rings are single interconnected rods , - the full cross rods comprise fittings , - each of the interconnected rods is placed in a different plane and each of the interconnected rods is connected to two parallel connecting rods , - one end of each of the full cross rods of the first polygonal ring comprises a fixed hinge and is connected to one of the two parallel connecting rods with the fixed hinge and the other end of each of full cross rods comprises a hinge and is connected to the other parallel connecting rod by the hinge configured to allow translation over the length of the other parallel connecting rod , - one end of each of the single interconnected rods is hinged fixed to one of the two parallel connecting rods and the other end of each of the single interconnected rods is hinged and configured to allow translation along the connecting rod , - the fittings are mounted on the ends of each of the full cross rods .
A method for transmitting a random access preamble using a random access procedure in a mobile communication system, the method comprising: selecting , by a user equipment, UE, upon triggering of the random access procedure, a random access preamble set from a plurality of random access preamble sets predefined between the UE and a Evolved Node B; randomly selecting , by the UE, a random access preamble from the selected random access preamble set; and transmitting , by the UE, the selected random access preamble to the Evolved Node B over a random access channel, wherein the random access preamble set is selected by the UE based on both whether a path loss of a communication channel used for communication between the UE and the Evolved Node B is less than a radio channel condition threshold and whether a size of the message that the user equipment will transmit over said communication channel after transmission of the random access preamble is greater than a message size threshold. selecting , by a user equipment, UE, upon triggering of the random access procedure, a random access preamble set from a plurality of random access preamble sets predefined between the UE and a Evolved Node B; randomly selecting , by the UE, a random access preamble from the selected random access preamble set; and transmitting , by the UE, the selected random access preamble to the Evolved Node B over a random access channel, wherein the random access preamble set is selected by the UE based on both whether a path loss of a communication channel used for communication between the UE and the Evolved Node B is less than a radio channel condition threshold and whether a size of the message that the user equipment will transmit over said communication channel after transmission of the random access preamble is greater than a message size threshold.
Lighting unit including a plurality of lighting devices , in particular a plurality of LEDs, for emitting light, comprising: - connection terminals for connecting the light unit to an external power supply and for receiving an input voltage (V 10 ) and / or an input current (I T ) from the external power supply, - a first current path and a second current path each comprising at least one lighting device, wherein the first current path and the second current path are connected in parallel to each other, wherein the second current path has a current regulator for controlling an electrical current (I 2 ) in the second current path, the lighting unit being characterized by further comprising: - a control unit adapted to control the current regulator on the basis of the electrical current in the second current path and on the basis of a total current (I T ) in both current paths, and wherein the current regulator is a controllable resistor and the second current path further comprises a current limiter for limiting the current in the second current path, wherein the current limiter is an electrical resistor. - connection terminals for connecting the light unit to an external power supply and for receiving an input voltage (V 10 ) and / or an input current (I T ) from the external power supply, - a first current path and a second current path each comprising at least one lighting device, wherein the first current path and the second current path are connected in parallel to each other, wherein the second current path has a current regulator for controlling an electrical current (I 2 ) in the second current path, the lighting unit being characterized by further comprising: - a control unit adapted to control the current regulator on the basis of the electrical current in the second current path and on the basis of a total current (I T ) in both current paths, and - a control unit adapted to control the current regulator on the basis of the electrical current in the second current path and on the basis of a total current (I T ) in both current paths, and
Electrode comprising a holder segment , a base segment having a cutout in which the holder segment is accommodated and optionally at least one intermediate segment arranged between the base segment and the holder segment , wherein at least two of the segments differ in respect of their specific thermal conductivity, wherein the holder segment has the lowest and the base segment the highest specific thermal conductivity and wherein adjacent segments have opposing interfaces which are at least partially in mechanical contact with one another and thus form a contact area (K, K1, K2), characterized in that to reduce the contact area (K, K1, K2) at least one of the interfaces has at least one depression and/or elevation and at least one insert is arranged between two segments .
An array antenna , comprising: an antenna oscillator module including a dielectric substrate , a feed network line layer formed on a surface of the dielectric substrate and a plurality of radiation units disposed on one side of the dielectric substrate and fed by the feed network line layer ; a shielding cavity formed on one side of the dielectric substrate facing away from the radiation unit ; and a plurality of dielectric filter modules disposed within the shielding cavity , and each shielding cavity housing at least two of the dielectric filter modules , an output of each of the dielectric filter modules being electrically connected to the feed network line layer ; a reflective plate affixed to one side of the dielectric substrate facing away from the radiation unit ; a shield with an opening on one side, wherein, the shield is provided on a surface of the reflective plate facing away from the antenna oscillator module and cooperating with the reflective plate to form the shielding cavity ; wherein, an inner wall of the shield is provided with a conductive foam abutting against the dielectric filter module . an antenna oscillator module including a dielectric substrate , a feed network line layer formed on a surface of the dielectric substrate and a plurality of radiation units disposed on one side of the dielectric substrate and fed by the feed network line layer ; a shielding cavity formed on one side of the dielectric substrate facing away from the radiation unit ; and a plurality of dielectric filter modules disposed within the shielding cavity , and each shielding cavity housing at least two of the dielectric filter modules , an output of each of the dielectric filter modules being electrically connected to the feed network line layer ; a reflective plate affixed to one side of the dielectric substrate facing away from the radiation unit ; a shield with an opening on one side, wherein, the shield is provided on a surface of the reflective plate facing away from the antenna oscillator module and cooperating with the reflective plate to form the shielding cavity ; wherein, an inner wall of the shield is provided with a conductive foam abutting against the dielectric filter module .
A hybrid conductive ink comprising: a plurality of silver nanoparticles and a plurality of eutectic low melting point alloy particles having a melting point of 140°C or less, wherein a weight ratio of the eutectic low melting point alloy particles and the silver nanoparticles ranges from 1:20 to 1:5.
An attachment comb , particularly a skin protecting comb, for a blade set of a cutting head of a hair cutting appliance , the attachment comb comprising: - a supporting frame , - a plurality of comb teeth that are arranged in a series and that define a skin contact zone at a top side thereof, wherein the teeth extend from the supporting frame and comprise rounded tips at frontal ends thereof, wherein the teeth are non-uniform along the series and comprise two outer lateral teeth that define lateral ends of the series having rounded lateral tooth tips , and central teeth having rounded central teeth tips arranged therebetween, wherein the lateral teeth comprise a lateral teeth tip radius (R tl ) corresponding to the curvature of the rounded lateral tooth tips when the lateral teeth are viewed in a side view perpendicular to the extension direction of the series of teeth , wherein the central teeth comprise a central teeth tip radius (R tc ) corresponding to the curvature of the rounded central tooth tips when the central teeth are viewed in a side view perpendicular to the extension direction of the series of teeth , and wherein at the lateral teeth a lateral teeth tip radius (R tl ) is present that is greater than a tip radius (R tc ) of the central teeth , characterized in that the teeth comprise a rear side facing the blade set in the mounted state, and a front side that is opposite to the rear side , wherein the top side where the skin contact zone is formed connects the front side and the rear side , wherein the tips are formed at a transition between the front side and the top side , wherein the tips are convex, and wherein at the front side a concave curvature adjoins the tips . - a supporting frame , - a plurality of comb teeth that are arranged in a series and that define a skin contact zone at a top side thereof,
System for inspecting components of a turbojet engine, the turbojet engine being housed in a nacelle compartment delimited by a nacelle wall , the nacelle wall including an inspection opening suitable for allowing passage of an endoscope probe, the turbojet engine including at least one component equipped with an RFID tag , the inspection system being characterized in that it comprises an interrogator device equipped with an RFID antenna , the interrogator device being arranged to be able to communicate with the RFID tag by means of the RFID antenna, the RFID antenna being arranged to be able to be introduced into the nacelle compartment through the inspection opening.
A cabin attendant seat for an aircraft, comprising: spaced frame elements including parallel guide tracks each having a linear portion and successive pivot positions formed at one end of the linear portion, each of the successive pivot positions corresponding to a different seat pan height; a backrest coupled to the spaced frame elements above the parallel guide tracks ; and a seat pan movably coupled to the parallel guide tracks , the seat pan configured to pivot between the stowed condition and a deployed condition when aligned with one of the successive pivot positions, and wherein the seat pan when in a fully stowed condition is positioned below the backrest ; characterized in that the seat pan is configured to translate along the linear portions of the guide tracks when the seat pan is in a stowed condition, in that the seat pan is configured to pivot toward the deployed condition to lock the seat pan in the aligned one of the successive pivot positions and in that the seat pan is configured to pivot toward the stowed condition to unlock the seat pan from engagement in the aligned one of the successive pivot positions, and in that each of the successive pivot positions comprises a circular opening having a diameter which is greater than a width of the linear portion . spaced frame elements including parallel guide tracks each having a linear portion and successive pivot positions formed at one end of the linear portion, each of the successive pivot positions corresponding to a different seat pan height; a backrest coupled to the spaced frame elements above the parallel guide tracks ; and a seat pan movably coupled to the parallel guide tracks , the seat pan configured to pivot between the stowed condition and a deployed condition when aligned with one of the successive pivot positions, and wherein the seat pan when in a fully stowed condition is positioned below the backrest ; characterized in that the seat pan is configured to translate along the linear portions of the guide tracks when the seat pan is in a stowed condition, in that the seat pan is configured to pivot toward the deployed condition to lock the seat pan in the aligned one of the successive pivot positions and in that the seat pan is configured to pivot toward the stowed condition to unlock the seat pan from engagement in the aligned one of the successive pivot positions, and in that each of the successive pivot positions comprises a circular opening having a diameter which is greater than a width of the linear portion .
A cell freeze-drying system, comprising: a temperature-elevated nitrogen supplier for heating and supplying nitrogen, a freeze-drying operation box , and a gas discharger ; the temperature-elevated nitrogen supplier , the freeze-drying operation box , and the gas discharger being connected in that order by using a first connecting pipe, wherein the temperature-elevated nitrogen supplier is configured to supply heated gaseous nitrogen to the freeze-drying operation box , such that the freeze-drying operation box is warmed up in a preset mode while continuously being supplied with the heated gaseous nitrogen after a cell sample is placed in the freeze-drying operation box in order to freeze-dry the cell sample, such that solid state water in the cell sample is sublimated into gaseous water; wherein the cell sample is a cell sample frozen by liquid nitrogen; the freeze-drying operation box can be preset to a temperature suitable for placing the cell sample frozen by liquid nitrogen; and the gas discharger is configured to discharge gaseous nitrogen and the gaseous water obtained from sublimation of the solid state water in the cell sample; characterized in that the freeze-drying operation box comprises: a sample accessing part suitable for placing the cell sample in the freeze-drying operation box or removing the cell sample which has been freeze-dried from the freeze-drying operation box ; a warming plate suitable for warming up the freeze-drying operation box in the preset mode; and a volume adjuster suitable for adjusting the volume of the freeze-drying operation box . a temperature-elevated nitrogen supplier for heating and supplying nitrogen, a freeze-drying operation box , and a gas discharger ; the temperature-elevated nitrogen supplier , the freeze-drying operation box , and the gas discharger being connected in that order by using a first connecting pipe, wherein the temperature-elevated nitrogen supplier is configured to supply heated gaseous nitrogen to the freeze-drying operation box , such that the freeze-drying operation box is warmed up in a preset mode while continuously being supplied with the heated gaseous nitrogen after a cell sample is placed in the freeze-drying operation box in order to freeze-dry the cell sample, such that solid state water in the cell sample is sublimated into gaseous water; wherein the cell sample is a cell sample frozen by liquid nitrogen; the freeze-drying operation box can be preset to a temperature suitable for placing the cell sample frozen by liquid nitrogen; and the gas discharger is configured to discharge gaseous nitrogen and the gaseous water obtained from sublimation of the solid state water in the cell sample; characterized in that the freeze-drying operation box comprises: a sample accessing part suitable for placing the cell sample in the freeze-drying operation box or removing the cell sample which has been freeze-dried from the freeze-drying operation box ; a warming plate suitable for warming up the freeze-drying operation box in the preset mode; and a volume adjuster suitable for adjusting the volume of the freeze-drying operation box .
Weapon tube module for a weapon tube , wherein the weapon tube module can be removably arranged in the weapon tube , wherein the weapon tube module has a storage module and an ejection module , wherein the storage module has at least a first storage tube and a second storage tube , wherein the first storage tube has at least a first first storage position for a weapon , wherein the second storage tube has at least a first second storage position, wherein the first storage tube and the second storage tube are arranged parallel and adjacent to each other in the longitudinal direction of the weapon tube module , wherein the ejection module is arranged on the side of the storage module facing the inside of the ship, wherein at least the storage module is rotatable around the longitudinal direction of the weapon tube module .
A method for provisioning an integrated circuit, IC, device , the method comprising: implementing a provisioning process with the IC device , the provisioning process comprising transferring fragments of provisioning data to the IC device in a secure transfer operation, each fragment comprising at least a portion of the provisioning data and each fragment encrypted by a respective cryptographic key of a plurality of cryptographic keys, wherein transferring a fragment of the provisioning data to the IC device comprises: sending, by a provisioning system , a seed value associated with the fragment to the IC device , validating, by the provisioning system , integrity data returned from the IC device responsive to the seed value, the integrity data configured to characterize a portion of the integrated circuitry of the IC device specified by the seed value associated with the fragment , encrypting, by the provisioning system , the fragment with a cryptographic key generated for the fragment in response to validating the integrity data, and sending, by the provisioning system , the encrypted fragment to the IC device . sending, by a provisioning system , a seed value associated with the fragment to the IC device , validating, by the provisioning system , integrity data returned from the IC device responsive to the seed value, the integrity data configured to characterize a portion of the integrated circuitry of the IC device specified by the seed value associated with the fragment , encrypting, by the provisioning system , the fragment with a cryptographic key generated for the fragment in response to validating the integrity data, and sending, by the provisioning system , the encrypted fragment to the IC device .
A radio frequency identification (RFID) transponder comprising: a current control module for controlling a current consumption of a memory based on an amount of available power; a control logic for controlling a memory operation in response to said control of the current consumption by the current control module ; a power detector that is configured to continuously detect the amount of available power from an external radio frequency (RF) field and output a power-dependent control signal, wherein the current control module is configured to control the current consumption of the memory in response to the power-dependent control signal; characterized by a charge pump module coupled to the current control module and the memory , wherein controlling the current consumption of the memory by the current control module includes controlling an amount of current received by the charge pump module , and wherein the charge pump module is configured to provide an output voltage to the memory . a current control module for controlling a current consumption of a memory based on an amount of available power; a control logic for controlling a memory operation in response to said control of the current consumption by the current control module ; a power detector that is configured to continuously detect the amount of available power from an external radio frequency (RF) field and output a power-dependent control signal, wherein the current control module is configured to control the current consumption of the memory in response to the power-dependent control signal; characterized by a charge pump module coupled to the current control module and the memory , wherein controlling the current consumption of the memory by the current control module includes controlling an amount of current received by the charge pump module , and wherein the charge pump module is configured to provide an output voltage to the memory .
A mold steel having a composition consisting of, in terms of mass%: 0.220%≤C≤0.360%; 0.65%≤Si<1.05%; 0.43%≤Mn≤0.92%; 0.43%≤Ni≤0.92%; 0.67%≤0.5Mn+Ni≤1.30%; 10.50%≤Cr<12.50%; 0.05%≤Mo<0.50%; 0.002%≤V<0.50%; and 0.001%≤N≤0.160%; optionally further comprising at least one of W≤5.00%; Co≤4.00%; Nb≤0.100%; Ta≤0.100%; Ti≤0.100%; Zr≤0.100%; Al≤1.20%; Cu≤3.0%; B≤0.0050%; S≤0.050%; Ca≤0.2000%; Se≤0.50%; Te≤0.100%; Bi≤0.50%; Pb≤0.50%; P≤0.05%; Mg≤0.02%; REM≤0.10%; and 0≤0.01%; with the remainder being Fe and unavoidable impurities, characterized in that 0.300%≤C+N≤0.420%. 0.220%≤C≤0.360%; 0.65%≤Si<1.05%; 0.43%≤Mn≤0.92%; 0.43%≤Ni≤0.92%; 0.67%≤0.5Mn+Ni≤1.30%; 10.50%≤Cr<12.50%; 0.05%≤Mo<0.50%; 0.002%≤V<0.50%; and 0.001%≤N≤0.160%; optionally further comprising at least one of W≤5.00%; Co≤4.00%; Nb≤0.100%; Ta≤0.100%; Ti≤0.100%; Zr≤0.100%; Al≤1.20%; Cu≤3.0%; B≤0.0050%; S≤0.050%; Ca≤0.2000%; Se≤0.50%; Te≤0.100%; Bi≤0.50%; Pb≤0.50%; P≤0.05%; Mg≤0.02%; REM≤0.10%; and 0≤0.01%; with the remainder being Fe and unavoidable impurities, characterized in that 0.300%≤C+N≤0.420%.