mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor arrangement , comprising: a magnetic sensor to receive a magnetic field; a pole element arranged next to the magnetic sensor , the pole element to concentrate the magnetic field receivable by the magnetic sensor ; a printed circuit board disposed within a housing , the magnetic sensor and the pole element being mounted to the printed circuit board , wherein the magnetic sensor and the pole element are held firmly in place within the housing ; and a movable magnet positioned proximate to the magnetic sensor and the pole element , wherein rotation of the moveable magnet is sensed by the magnetic sensor , causing the magnetic sensor to output a value proportional to the rotation of the moveable magnet , the output further being a ratiometric output correlating a detected rotation of the moveable magnet to an output voltage, wherein the pole element is mounted directly adjacent to the magnetic sensor mounted to the printed circuit board and arranged to extend longitudinally on the printed circuit board along a circumferential direction with respect to the rotation axis of the moveable magnet to attract and concentrate the magnetic field thereby reducing a linearity error of the magnetic sensor. a magnetic sensor to receive a magnetic field; a pole element arranged next to the magnetic sensor , the pole element to concentrate the magnetic field receivable by the magnetic sensor ; a printed circuit board disposed within a housing , the magnetic sensor and the pole element being mounted to the printed circuit board , wherein the magnetic sensor and the pole element are held firmly in place within the housing ; and a movable magnet positioned proximate to the magnetic sensor and the pole element , wherein rotation of the moveable magnet is sensed by the magnetic sensor , causing the magnetic sensor to output a value proportional to the rotation of the moveable magnet , the output further being a ratiometric output correlating a detected rotation of the moveable magnet to an output voltage, wherein the pole element is mounted directly adjacent to the magnetic sensor mounted to the printed circuit board and arranged to extend longitudinally on the printed circuit board along a circumferential direction with respect to the rotation axis of the moveable magnet to attract and concentrate the magnetic field thereby reducing a linearity error of the magnetic sensor.
Method for preparing a sodium-ion battery comprising a positive electrode and a negative electrode arranged to either side of an electrolyte, said positive electrode comprising, as the active material, a material made from sodium, said method comprising the following steps: a) a step of depositing a sodium salt on the surface of the positive electrode, before placing same in the battery; b) a step of assembling the positive electrode, the negative electrode and the electrolyte; and c) a step of forming a passivation layer on the surface of the negative electrode with the sodium ions from the decomposition of the sodium salt, by applying a first charge to the abovementioned assembly. a) a step of depositing a sodium salt on the surface of the positive electrode, before placing same in the battery; b) a step of assembling the positive electrode, the negative electrode and the electrolyte; and c) a step of forming a passivation layer on the surface of the negative electrode with the sodium ions from the decomposition of the sodium salt, by applying a first charge to the abovementioned assembly.
An aircraft propulsor comprising: a core engine ; a fixed nacelle portion circumscribing the core engine and comprising a nacelle latch; and a fan cowl configured to rotate around at least a first axis and comprising: a fan cowl latch configured to couple to the nacelle latch, and a tangential restraint comprising a restraint surface disposed non-parallel to a mounting surface of the fan cowl , wherein the fixed nacelle portion comprises a tangential receiving portion comprising a fixed nacelle surface configured to be disposed within a first distance of the restraint surface, wherein the tangential restraint is configured to transfer load to the fixed nacelle portion by contacting the tangential receiving portion to convert at least a portion of a radial load received by the fan cowl to membrane tension by contacting a portion of the fixed nacelle portion when the fan cowl latch and the nacelle latch are coupled together. a core engine ; a fixed nacelle portion circumscribing the core engine and comprising a nacelle latch; and a fan cowl configured to rotate around at least a first axis and comprising: a fan cowl latch configured to couple to the nacelle latch, and a tangential restraint comprising a restraint surface disposed non-parallel to a mounting surface of the fan cowl , wherein the fixed nacelle portion comprises a tangential receiving portion comprising a fixed nacelle surface configured to be disposed within a first distance of the restraint surface, wherein the tangential restraint is configured to transfer load to the fixed nacelle portion by contacting the tangential receiving portion to convert at least a portion of a radial load received by the fan cowl to membrane tension by contacting a portion of the fixed nacelle portion when the fan cowl latch and the nacelle latch are coupled together. a fan cowl latch configured to couple to the nacelle latch, and a tangential restraint comprising a restraint surface disposed non-parallel to a mounting surface of the fan cowl , wherein the fixed nacelle portion comprises a tangential receiving portion comprising a fixed nacelle surface configured to be disposed within a first distance of the restraint surface, wherein the tangential restraint is configured to transfer load to the fixed nacelle portion by contacting the tangential receiving portion to convert at least a portion of a radial load received by the fan cowl to membrane tension by contacting a portion of the fixed nacelle portion when the fan cowl latch and the nacelle latch are coupled together.
A method of securing data in virtualized environment where virtual computing instances interface a service platform operated on a physical computing apparatus , the method comprising: creating , by the computing apparatus , a new virtual computing instance interfacing the service platform and belonging to a class of virtual computing instances, determining , by the computing apparatus , the class of the new virtual computing instance, selecting , by the computing apparatus , at least one security credential available for selection for the determined class of virtual computing instances in a storage of security credentials based on the determined class of the new virtual computing instance, obtaining, by the computing apparatus , from the storage of security credentials the at least one security credential, and securing , by the computing apparatus , data communicated between the new virtual computing instance and at least one other computing instance based on the at least one security credential. creating , by the computing apparatus , a new virtual computing instance interfacing the service platform and belonging to a class of virtual computing instances, determining , by the computing apparatus , the class of the new virtual computing instance, selecting , by the computing apparatus , at least one security credential available for selection for the determined class of virtual computing instances in a storage of security credentials based on the determined class of the new virtual computing instance, obtaining, by the computing apparatus , from the storage of security credentials the at least one security credential, and securing , by the computing apparatus , data communicated between the new virtual computing instance and at least one other computing instance based on the at least one security credential.
A catheter insertion tool, comprising: a housing in which at least a portion of a catheter is initially disposed; a needle distally extending from the housing ; and a safety cap slidable along the needle , wherein the safety cap is configured to be locked to the housing when distally sliding to a position of isolating the tip of the needle within the safety cap , and a catheter hub which is connected to the safety cap until the safety cap is locked to the housing when distally sliding to the position of isolating the tip of the needle , wherein a proximal end of the catheter is connected to the catheter hub , wherein the safety cap includes a first portion wrapping the needle and a second portion slidably attached to a rail , the rail being an integral part of or fixated to the housing . a housing in which at least a portion of a catheter is initially disposed; a needle distally extending from the housing ; and a safety cap slidable along the needle , wherein the safety cap is configured to be locked to the housing when distally sliding to a position of isolating the tip of the needle within the safety cap , and a catheter hub which is connected to the safety cap until the safety cap is locked to the housing when distally sliding to the position of isolating the tip of the needle , wherein a proximal end of the catheter is connected to the catheter hub , wherein the safety cap includes a first portion wrapping the needle and a second portion slidably attached to a rail , the rail being an integral part of or fixated to the housing .
A method for performing a random access in an unlicensed band, the method performed by a wireless device and comprising: transmitting a random access preamble to a base station ; receiving a random access response as a response to the random access preamble from the base station , wherein the random access response includes an uplink resource allocation assigned to a transmission of a physical uplink shared channel, PUSCH, and a listen before talk, LBT, parameter to be applied to a LBT operation for the transmission of the PUSCH; sensing a channel based on the LBT parameter before transmitting the PUSCH; and transmitting the PUSCH based on a predefined hybrid automatic repeat request, HARQ, process identifier to the base station . transmitting a random access preamble to a base station ; receiving a random access response as a response to the random access preamble from the base station , wherein the random access response includes an uplink resource allocation assigned to a transmission of a physical uplink shared channel, PUSCH, and a listen before talk, LBT, parameter to be applied to a LBT operation for the transmission of the PUSCH; sensing a channel based on the LBT parameter before transmitting the PUSCH; and transmitting the PUSCH based on a predefined hybrid automatic repeat request, HARQ, process identifier to the base station .
A purified bacteriophage having a genome which comprises at least 99% sequence identity to the nucleotide sequence of SEQ ID NO:760, and having antibacterial activity against one or more strains of Acinetobacter baumannii.
A glass antenna (1; 1A; 1B; 2; 2A; 2B; 2C; 2D; 3; 3A) for a vehicle window glass comprising: a slot antenna formed by a conductive film in which a cutout portion is formed; and a pair of power supply units (7; 7F; 7G) configured to supply power to the slot antenna, wherein the slot antenna includes a first slot (11; 11C; 11F; 11G) extending in a first direction; a second slot (12; 12C; 12F; 12G) connected to one end of the first slot (11; 11C; 11F; 11G), and extending in a second direction that is different from the first direction, a first wide-width slot (14; 14A; 14C; 14E; 14F; 14G) connected to the other end of the first slot (11; 11C; 11F; 11G) directly or via a first connection slot , and having a slot width that is greater than a slot width of the first slot (11; 11C; 11F; 11G), and a second wide-width slot (15; 15B; 15C; 15D; 15F; 15G) connected to a terminal end portion of an extending of the second slot (12; 12C; 12F; 12G) directly or via a second connection slot , and having a slot width that is greater than a slot width of the second slot (12; 12C; 12F; 12G), and wherein the first wide-width slot (14; 14A; 14C; 14E; 14F; 14G) and the second wide-width slot (15; 15B; 15C; 15D; 15F; 15G) form open slots, respectively, and wherein the pair of power supply units (7; 7F; 7G) are arranged so as to straddle the first slot (11; 11C; 11F; 11G). a slot antenna formed by a conductive film in which a cutout portion is formed; and a pair of power supply units (7; 7F; 7G) configured to supply power to the slot antenna, wherein the slot antenna includes a first slot (11; 11C; 11F; 11G) extending in a first direction; a second slot (12; 12C; 12F; 12G) connected to one end of the first slot (11; 11C; 11F; 11G), and extending in a second direction that is different from the first direction, a first wide-width slot (14; 14A; 14C; 14E; 14F; 14G) connected to the other end of the first slot (11; 11C; 11F; 11G) directly or via a first connection slot , and having a slot width that is greater than a slot width of the first slot (11; 11C; 11F; 11G), and a second wide-width slot (15; 15B; 15C; 15D; 15F; 15G) connected to a terminal end portion of an extending of the second slot (12; 12C; 12F; 12G) directly or via a second connection slot , and having a slot width that is greater than a slot width of the second slot (12; 12C; 12F; 12G), and wherein the first wide-width slot (14; 14A; 14C; 14E; 14F; 14G) and the second wide-width slot (15; 15B; 15C; 15D; 15F; 15G) form open slots, respectively, and wherein the pair of power supply units (7; 7F; 7G) are arranged so as to straddle the first slot (11; 11C; 11F; 11G).
A system for recording call sessions over a telephony network, the system comprising: one or more user telephone stations, at least one of the user telephone stations including a telephone and computer desktop, the computer desktop including a desktop recording service configured for recording call sessions conducted over the telephone; one or more additional network recording services or network record servers configured for recording call sessions conducted over the telephone, at least one of the one or more additional network recording services or network record servers being able to record a call session conducted over the telephone when the desktop recording service is unable or unavailable to record the call session; a means for directing an active call session from a caller to the desktop recording service; a means for monitoring the health or status of the desktop recording service during the active call session; a means for redirecting the active call session for recording to the at least one of the one or more additional network recording services or network record servers in response to detecting a failure or error of the desktop recording service has occurred, wherein a lack of response to a message by the desktop recording service indicates a failure or error; and a means for communicating a call status of the active call session to the desktop recording service and the at least one of the one or more additional network recording services or network record servers for capturing and preserving a recording of the active call session. one or more user telephone stations, at least one of the user telephone stations including a telephone and computer desktop, the computer desktop including a desktop recording service configured for recording call sessions conducted over the telephone; one or more additional network recording services or network record servers configured for recording call sessions conducted over the telephone, at least one of the one or more additional network recording services or network record servers being able to record a call session conducted over the telephone when the desktop recording service is unable or unavailable to record the call session; a means for directing an active call session from a caller to the desktop recording service; a means for monitoring the health or status of the desktop recording service during the active call session; a means for redirecting the active call session for recording to the at least one of the one or more additional network recording services or network record servers in response to detecting a failure or error of the desktop recording service has occurred, wherein a lack of response to a message by the desktop recording service indicates a failure or error; and a means for communicating a call status of the active call session to the desktop recording service and the at least one of the one or more additional network recording services or network record servers for capturing and preserving a recording of the active call session.
A system for generating a batch of wort from a slurry of milled grain and water for use in a brewing process, the system comprising: an expansion chamber that receives the slurry; a pump operable to draw the slurry from the expansion chamber ; a steam injection heater positioned to inject steam into the slurry drawn from the expansion chamber to provide heating energy imparted to heat the slurry to create a mash from the slurry, the steam injection heater being located downstream from the pump ; and a stratified storage vessel positioned to receive the mash from the steam injection heater , wherein the stratified storage vessel prevents mixture within the mash as the mash moves through the stratified storage vessel, wherein the stratified storage vessel is a stacked coil of pipe extending from a first end to a second end . an expansion chamber that receives the slurry; a pump operable to draw the slurry from the expansion chamber ; a steam injection heater positioned to inject steam into the slurry drawn from the expansion chamber to provide heating energy imparted to heat the slurry to create a mash from the slurry, the steam injection heater being located downstream from the pump ; and a stratified storage vessel positioned to receive the mash from the steam injection heater , wherein the stratified storage vessel prevents mixture within the mash as the mash moves through the stratified storage vessel, wherein the stratified storage vessel is a stacked coil of pipe extending from a first end to a second end .
An airfoil assembly for a gas turbine engine , the airfoil assembly comprising: a first airfoil having a first platform , the first platform having a first mating surface and a second mating surface , wherein the first platform defines a first channel having an outlet formed in the second mating surface; and a second airfoil adjacent to the first airfoil, the second airfoil having a second platform with a first mating surface and a second mating surface , wherein the first channel in the first airfoil is configured to deliver a cooling airflow to the first mating surface of the second airfoil; wherein the first platform includes a pocket defined in an inner diameter surface of the first platform proximate the first mating surface of the first platform, and wherein an inlet of the first channel is defined in the pocket; or wherein the first airfoil further comprises a root disposed radially inward of the first platform , and wherein an inlet of the first channel is defined in a first circumferential side of the root proximate the first mating surface of the first airfoil; the airfoil assembly being characterised in that the first platform defines a second channel having an inlet , and further having an outlet formed in the second mating surface , and wherein the first channel is formed in a plane which is different than a plane in which the second channel is formed, such that inlets of the first and the second channels are defined at different radial, axial and circumferential locations. a first airfoil having a first platform , the first platform having a first mating surface and a second mating surface , wherein the first platform defines a first channel having an outlet formed in the second mating surface; and a second airfoil adjacent to the first airfoil, the second airfoil having a second platform with a first mating surface and a second mating surface , wherein the first channel in the first airfoil is configured to deliver a cooling airflow to the first mating surface of the second airfoil; wherein the first platform includes a pocket defined in an inner diameter surface of the first platform proximate the first mating surface of the first platform, and wherein an inlet of the first channel is defined in the pocket; or wherein the first airfoil further comprises a root disposed radially inward of the first platform , and wherein an inlet of the first channel is defined in a first circumferential side of the root proximate the first mating surface of the first airfoil; the airfoil assembly being characterised in that the first platform defines a second channel having an inlet , and further having an outlet formed in the second mating surface , and wherein the first channel is formed in a plane which is different than a plane in which the second channel is formed, such that inlets of the first and the second channels are defined at different radial, axial and circumferential locations.
A vertical rotation unit for rotating a counter casted semi-finished product flat, and suitable for being used in toilet machines with robotic high pressure ring adhesion in sanitary ware sector, wherein it comprises: - a pallet for receiving the semi-finished product with a carrying jacket left by a robot of the toilet machine, wherein the pallet is configured to lock and carry the semi-finished product with the jacket and comprises a mechanism configured to hold and release the jacket, - a body having a L-shape and connected to the pallet , - a rotation head which is connected to the body and which is configured to provide a rotational motion so that the body and the pallet rotates 180° with the semi-finished product, wherein said rotation head comprises a reducer and a motor group configured to provide the required energy for the rotational motion of the rotation head , - a fork for carrying the semi-finished product when the semi-finished product is turned down as the rotation head rotates, - a rear surface which prevents dropping of the semi-finished product during rotation by abutting. - a pallet for receiving the semi-finished product with a carrying jacket left by a robot of the toilet machine, wherein the pallet is configured to lock and carry the semi-finished product with the jacket and comprises a mechanism configured to hold and release the jacket, - a body having a L-shape and connected to the pallet , - a rotation head which is connected to the body and which is configured to provide a rotational motion so that the body and the pallet rotates 180° with the semi-finished product, wherein said rotation head comprises a reducer and a motor group configured to provide the required energy for the rotational motion of the rotation head , - a fork for carrying the semi-finished product when the semi-finished product is turned down as the rotation head rotates, - a rear surface which prevents dropping of the semi-finished product during rotation by abutting.
Furniture stabilizer suitable for uneven floors that prevents wobbling of the furniture comprising a case inside on which contains two connecting rods wherein the first connecting rod is fixed to the case and the second connecting rod is attached to a glide that moves horizontally inside the case and the displacement of the glide is regulated by damping means wherein the connecting rods can enter in contact with the floor.