mhurhangee/patent-ind-claim-en huggingface dataset:
A device for analysis of cells, said device comprising: an integrated circuit arrangement on a substrate ; a dielectric layer formed above the integrated circuit arrangement ; a microelectrode array layer formed above the dielectric layer , said microelectrode array layer comprising a plurality of individual electrodes , wherein each electrode is connected to the integrated circuit arrangement through a via in the dielectric layer ; and a plurality of longitudinal trenches in the dielectric layer and the microelectrode array layer for stimulating cell growth on a surface of the device characterised in that the plurality of longitudinal trenches are formed after the formation of the via in the dielectric layer and after the formation of the microelectrode array layer . an integrated circuit arrangement on a substrate ; a dielectric layer formed above the integrated circuit arrangement ; a microelectrode array layer formed above the dielectric layer , said microelectrode array layer comprising a plurality of individual electrodes , wherein each electrode is connected to the integrated circuit arrangement through a via in the dielectric layer ; and a plurality of longitudinal trenches in the dielectric layer and the microelectrode array layer for stimulating cell growth on a surface of the device characterised in that the plurality of longitudinal trenches are formed after the formation of the via in the dielectric layer and after the formation of the microelectrode array layer .
A method for security isolation, comprising: receiving, by a relay device, a Handover Request message, the relay device being wirelessly-connected to core network equipment through a donor cell under a Donor Evolved Node B, DeNB, other than a direct wired link between the relay device and the core network equipment; and when the relay device receives the Handover Request message: determining, by the relay device, whether the Handover Request message contains reestablishment information for another cell; and if the Handover Request message contains the reestablishment information for the other cell, then, when a User Equipment, UE, is successfully handed over to a cell of the relay device or is successfully reestablished in the cell of the relay device, requesting, by the relay device, a piece of key information from the core network equipment, wherein the piece of key information is a new Next Hop, NH, key or a Next Hop Chaining Counter, NCC. receiving, by a relay device, a Handover Request message, the relay device being wirelessly-connected to core network equipment through a donor cell under a Donor Evolved Node B, DeNB, other than a direct wired link between the relay device and the core network equipment; and when the relay device receives the Handover Request message: determining, by the relay device, whether the Handover Request message contains reestablishment information for another cell; and if the Handover Request message contains the reestablishment information for the other cell, then, when a User Equipment, UE, is successfully handed over to a cell of the relay device or is successfully reestablished in the cell of the relay device, requesting, by the relay device, a piece of key information from the core network equipment, wherein the piece of key information is a new Next Hop, NH, key or a Next Hop Chaining Counter, NCC. determining, by the relay device, whether the Handover Request message contains reestablishment information for another cell; and if the Handover Request message contains the reestablishment information for the other cell, then, when a User Equipment, UE, is successfully handed over to a cell of the relay device or is successfully reestablished in the cell of the relay device, requesting, by the relay device, a piece of key information from the core network equipment, wherein the piece of key information is a new Next Hop, NH, key or a Next Hop Chaining Counter, NCC.
An apparatus for opening a sealed well in a vessel , wherein the well is sealed by a sealing sheet affixed to the vessel, the apparatus comprising: a guide structure comprising a guide plate and two side walls defining a cross-section of the guide structure and a plurality of protrusions disposed on an inside of the side walls, the protrusions forming an elongate guide channel defining a vessel path configured to receive the vessel and to constrain movement of the vessel along the vessel path; the guide structure being further configured to receive the sealing sheet extending around the guide plate to form a closed loop and being configured to define a sealing sheet path along which the sealing sheet can be driven; and a drive mechanism adapted to drive the sealing sheet along the sealing sheet path around the loop and to drive the vessel along the vessel path; wherein a first section of the vessel path and of the sealing sheet path are parallel and, at a position downstream of the first section, the vessel path and the sealing sheet path diverge such that, in the first section, when the sheet and vessel is driven, the vessel and sheet remain affixed to one another and, at the diverging position, the sheet is stripped off the vessel, thereby opening the well. a guide structure comprising a guide plate and two side walls defining a cross-section of the guide structure and a plurality of protrusions disposed on an inside of the side walls, the protrusions forming an elongate guide channel defining a vessel path configured to receive the vessel and to constrain movement of the vessel along the vessel path; the guide structure being further configured to receive the sealing sheet extending around the guide plate to form a closed loop and being configured to define a sealing sheet path along which the sealing sheet can be driven; and a drive mechanism adapted to drive the sealing sheet along the sealing sheet path around the loop and to drive the vessel along the vessel path; wherein a first section of the vessel path and of the sealing sheet path are parallel and, at a position downstream of the first section, the vessel path and the sealing sheet path diverge such that, in the first section, when the sheet and vessel is driven, the vessel and sheet remain affixed to one another and, at the diverging position, the sheet is stripped off the vessel, thereby opening the well.
A method for performing in-band operations, administration, and maintenance, OAM, of a network, the method comprising: selecting, by a network device , packets from a packet flow according to a sampling rate; and inserting, by the network device , OAM information into a fixed length field of each packet that is selected according to the sampling rate as a selected packet passes through the network device ; characterized by determining, by the network device, whether the selected packet includes the OAM information from an upstream network device in the fixed length field; responsive to a determination that the selected packet includes the OAM information from the upstream network device in the fixed length field, determining, by the network device, whether there are sufficient bytes available in the fixed length field of the selected packet for the OAM information of the network device; and inserting, by the network device, the OAM information of the network device into the fixed length field of the selected packet only in response to a determination that there are sufficient bytes available in the fixed length field of the selected packet for the OAM information of the network device. selecting, by a network device , packets from a packet flow according to a sampling rate; and inserting, by the network device , OAM information into a fixed length field of each packet that is selected according to the sampling rate as a selected packet passes through the network device ; determining, by the network device, whether the selected packet includes the OAM information from an upstream network device in the fixed length field; responsive to a determination that the selected packet includes the OAM information from the upstream network device in the fixed length field, determining, by the network device, whether there are sufficient bytes available in the fixed length field of the selected packet for the OAM information of the network device; and inserting, by the network device, the OAM information of the network device into the fixed length field of the selected packet only in response to a determination that there are sufficient bytes available in the fixed length field of the selected packet for the OAM information of the network device.
A method of wireless communication in a communication network and operable at a user equipment, UE, including a first USIM , the UE configured to implement a slot-level tune away from a serving cell to a neighbor cell , the method comprising: utilizing a transceiver to perform a first wireless communication activity with the serving cell; and while the first activity continues on the serving cell autonomously tuning the transceiver from the serving cell to a neighbor cell during a first slot of a first frame without necessitating communication with any other node in the communication network to inform the network that the tune-away operation is to take place; performing a second wireless communication activity with the neighbor cell; and autonomously tuning the transceiver from neighbor cell to the serving cell during the first frame in a second slot subsequent to the first time slot, wherein the serving cell and the neighbor cell each correspond to a first subscription corresponding to the first USIM . utilizing a transceiver to perform a first wireless communication activity with the serving cell; and while the first activity continues on the serving cell autonomously tuning the transceiver from the serving cell to a neighbor cell during a first slot of a first frame without necessitating communication with any other node in the communication network to inform the network that the tune-away operation is to take place; performing a second wireless communication activity with the neighbor cell; and autonomously tuning the transceiver from neighbor cell to the serving cell during the first frame in a second slot subsequent to the first time slot, wherein the serving cell and the neighbor cell each correspond to a first subscription corresponding to the first USIM .
A method for manufacturing a circuit board having at least one LED arranged thereon for a luminaire , comprising the following steps: a) unwinding a semi-finished product wound on a roll, which semi-finished product has a metal layer made of a sheet metal, in particular of an aluminum sheet, a steel sheet or a copper sheet, b) generating a dimensionally stable curved region of the layer by bending the semi-finished product, c) cutting the semi-finished product to form a profile element, and d) attaching at least one LED on a surface of the profile element, the steps being carried out in the sequence a), b), c), d). a) unwinding a semi-finished product wound on a roll, which semi-finished product has a metal layer made of a sheet metal, in particular of an aluminum sheet, a steel sheet or a copper sheet, b) generating a dimensionally stable curved region of the layer by bending the semi-finished product, c) cutting the semi-finished product to form a profile element, and d) attaching at least one LED on a surface of the profile element, the steps being carried out in the sequence a), b), c), d).
An A-B-A structure, comprising: a core layer comprising a first thermoplastic material having a first density (Y), wherein the core layer has a core thickness and wherein the core layer comprise a through plane thermal conductivity of greater than or equal to 0.1 W/mK, wherein thermal conductivity is determined in accordance with ASTM E1461 using laser flash method, wherein test specimens were cut into 10x10x3 mm square samples from an injection molded 80x10x3 mm IZOD bar, and a core layer density (X) that is X ≥ 0.8Y; a first outer layer comprising a second thermoplastic material located on a first side of the core layer; and a second outer layer comprising the second thermoplastic material located on a second side of the core layer opposite the first side; wherein the core thickness is 30 % to 75% of a total thickness, or 40 % to 60% of a total thickness, or 45 % to 55% of a total thickness, or 55 % to 70 % of a total thickness of the A-B-A structure, and wherein the core layer comprises 0 vol% to 35 vol% of a reinforcing material and 100 vol% to 65 vol% of the first thermoplastic material, based upon the total volume of the core layer. a core layer comprising a first thermoplastic material having a first density (Y), wherein the core layer has a core thickness and wherein the core layer comprise a through plane thermal conductivity of greater than or equal to 0.1 W/mK, wherein thermal conductivity is determined in accordance with ASTM E1461 using laser flash method, wherein test specimens were cut into 10x10x3 mm square samples from an injection molded 80x10x3 mm IZOD bar, and a core layer density (X) that is X ≥ 0.8Y; a first outer layer comprising a second thermoplastic material located on a first side of the core layer; and a second outer layer comprising the second thermoplastic material located on a second side of the core layer opposite the first side; wherein the core thickness is 30 % to 75% of a total thickness, or 40 % to 60% of a total thickness, or 45 % to 55% of a total thickness, or 55 % to 70 % of a total thickness of the A-B-A structure, and wherein the core layer comprises 0 vol% to 35 vol% of a reinforcing material and 100 vol% to 65 vol% of the first thermoplastic material, based upon the total volume of the core layer.
Inorganic tin compound corresponding to formula I, in which R 1 and R 2 independently represent identical or different radicals selected from the group consisting of H, C 1 -C 20 alkyl, C 1 -C 20 aralkyl, C 6 -C 20 aryl, O-C 1 -C 20 alkyl, O-C 1 -C 20 aralkyl, O-C 6 -C 20 aryl, N(C 1 -C 20 alkyl) 2 , N(C 1 -C 20 aralkyl) 2 , and N(C 6 -C 20 aryl) 2 , wherein radicals other than H are in each case unsubstituted or substituted, and/or interrupted by one or more heteroatoms selected from the group consisting of oxygen, sulfur, nitrogen, and silicon, n represents the number 1 or 2, depending on X, m represents the number 1 or 2, depending on Y, Z represents halide, carboxylate, alkoxide or sulfonate, X and Y independently represent identical or different atoms selected from the group consisting of C, P, and S atoms, D 1 and D 2 independently represent identical or different radicals selected from the group consisting of O, S, and NR 3 , wherein R 3 represents identical or different substituents selected from the group consisting of C 1 -C 20 alkyl, C 1 -C 20 aralkyl, and C 6 -C 20 aryl, and wherein R 3 is not a phenyl radical having 2,6-substitution by organic radicals other than H, and Anion - represents SnZ 3 - or Z - . R 1 and R 2 independently represent identical or different radicals selected from the group consisting of H, C 1 -C 20 alkyl, C 1 -C 20 aralkyl, C 6 -C 20 aryl, O-C 1 -C 20 alkyl, O-C 1 -C 20 aralkyl, O-C 6 -C 20 aryl, N(C 1 -C 20 alkyl) 2 , N(C 1 -C 20 aralkyl) 2 , and N(C 6 -C 20 aryl) 2 , wherein radicals other than H are in each case unsubstituted or substituted, and/or interrupted by one or more heteroatoms selected from the group consisting of oxygen, sulfur, nitrogen, and silicon, n represents the number 1 or 2, depending on X, m represents the number 1 or 2, depending on Y, Z represents halide, carboxylate, alkoxide or sulfonate, X and Y independently represent identical or different atoms selected from the group consisting of C, P, and S atoms, D 1 and D 2 independently represent identical or different radicals selected from the group consisting of O, S, and NR 3 , wherein R 3 represents identical or different substituents selected from the group consisting of C 1 -C 20 alkyl, C 1 -C 20 aralkyl, and C 6 -C 20 aryl, and wherein R 3 is not a phenyl radical having 2,6-substitution by organic radicals other than H, and Anion - represents SnZ 3 - or Z - .
An industrial fish breeding complex having a group of fish breeding pools and a water regeneration system located aside the pools and comprising a mud settler-denitrificator , a device for water lifting and aeration , a multisectional modular biological filter comprising biological filter modules , a degassing unit and a disinfection unit , said group of pools being connected by a water supply distributing channel , a wastewater collecting channel , a common system of collecting and discharge of insoluble residues, and a mechanical filter of insoluble residues, each of said biological filter modules comprising an autonomous biological reactor, made as a reservoir with four vertical walls and a rectangular horizontal cross-section, wherein a reservoir bottom is sloped in a direction of a water movement and together with a plane of a water surface forms a diffuser which provides for favorable conditions for circulation of water and a filler in the biological reactor, wherein, in a lower part of a connection of the reservoir bottom and a rear wall of said four vertical walls that extends along a lower end of the reservoir bottom there is a channel for a sludge accumulation and discharge, which in an upper part is limited by a separation grid which prevents the filler from going into the channel , wherein, under the grid in the channel an aerator is placed, providing for accelerating a circulating water and filler flow with an ascending air stream from the aerator , as well as oxygenating the water.
A floating module for the reduction of losses by evaporation in water-based liquids, comprising at least two polygonal watertight hollow cells each having a polygonal plan view, wherein an interior of each cell is divided into at least two internal compartments by a horizontal intermediate sheet , and wherein each cell comprises a liquid ballast inside a lower internal compartment of the abovementioned at least two internal compartments , where the two polygonal cells are articulated together by means of a separating element ; and a perimeter wing disposed on a horizontal axis of the floating module ; in such a way that the module is configured to recover from the action of the wind a horizontal and floating position with respect to the water-based liquid. at least two polygonal watertight hollow cells each having a polygonal plan view, wherein an interior of each cell is divided into at least two internal compartments by a horizontal intermediate sheet , and wherein each cell comprises a liquid ballast inside a lower internal compartment of the abovementioned at least two internal compartments , where the two polygonal cells are articulated together by means of a separating element ; and a perimeter wing disposed on a horizontal axis of the floating module ; in such a way that the module is configured to recover from the action of the wind a horizontal and floating position with respect to the water-based liquid.
A composite core for making a passage in an investment casting mold, the composite core comprising: a hollow structural element comprising a metal, which is a coiled wire , such that the structural element behaves in a manner similar to a tensile or compression spring, and configured to deform when a force is applied to an end thereof; a core element adjacent an interior surface of the hollow structural element comprising a metallic mesh or foil; and a rigid shell element formed by curing a plurality of layers of a slurry comprising particles of varying sizes, about the structural element , characterized in that the rigid shell element extending beyond an interior surface from adjacent the core element to an exterior surface of the structural element , the shell element being configured to shatter when the structural element deforms. a hollow structural element comprising a metal, which is a coiled wire , such that the structural element behaves in a manner similar to a tensile or compression spring, and configured to deform when a force is applied to an end thereof; a core element adjacent an interior surface of the hollow structural element comprising a metallic mesh or foil; and a rigid shell element formed by curing a plurality of layers of a slurry comprising particles of varying sizes, about the structural element , characterized in that the rigid shell element extending beyond an interior surface from adjacent the core element to an exterior surface of the structural element , the shell element being configured to shatter when the structural element deforms.
An aerosol delivery device (A) comprising: - an aerosol generator for generating an aerosol in the aerosol delivery device, the aerosol generator comprising a membrane , and a vibrator , which is configured to vibrate a fluid and to aerosolise the fluid by the membrane , - a fluid reservoir for receiving the fluid to be aerosolised, the fluid reservoir being arranged in fluid communication with the membrane , - a controller which is configured to sequentially operate the vibrator at a plurality of different vibration frequencies, - a sensor which is configured to detect at least one electrical parameter of the vibrator for each of the plurality of different vibration frequencies, and - a detector which is configured to detect the presence of fluid in contact with the membrane on the basis of the dependence of the detected values of the at least one electrical parameter on the vibration frequency, wherein the at least one electrical parameter is selected from the list consisting of: the voltage, the current, the power, and the current/voltage phase shift, the device characterised in that the detector is configured to detect the presence of fluid in contact with the membrane on the basis of the slope or slopes of a curve of the detected values of the at least one electrical parameter as a function of the vibration frequency and on the basis of the length of the curve. - an aerosol generator for generating an aerosol in the aerosol delivery device, the aerosol generator comprising a membrane , and a vibrator , which is configured to vibrate a fluid and to aerosolise the fluid by the membrane , a membrane , and a vibrator , which is configured to vibrate a fluid and to aerosolise the fluid by the membrane , - a fluid reservoir for receiving the fluid to be aerosolised, the fluid reservoir being arranged in fluid communication with the membrane , - a controller which is configured to sequentially operate the vibrator at a plurality of different vibration frequencies, - a sensor which is configured to detect at least one electrical parameter of the vibrator for each of the plurality of different vibration frequencies, and - a detector which is configured to detect the presence of fluid in contact with the membrane on the basis of the dependence of the detected values of the at least one electrical parameter on the vibration frequency, the voltage, the current, the power, and the current/voltage phase shift, the device characterised in that the detector is configured to detect the presence of fluid in contact with the membrane on the basis of the slope or slopes of a curve of the detected values of the at least one electrical parameter as a function of the vibration frequency and on the basis of the length of the curve.
A nut plate comprising: the nut plate being constructed of a ceramic material, the ceramic material being a mixture of an aluminum oxide powder reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material; and a plurality of screw threaded interior surfaces in the nut plate. the nut plate being constructed of a ceramic material, the ceramic material being a mixture of an aluminum oxide powder reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material; and a plurality of screw threaded interior surfaces in the nut plate.