mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a network component for dual-connectivity based handover of a user equipment, UE, comprising: receiving mobility information from the UE, wherein the mobility information includes a trip route obtained from a navigation application on the UE; configuring , by the network component, at least one target secondary serving transmission reception point, TRP, determined according to the mobility information, configuring the at least one target secondary serving TRP performed prior to the UE moving into a border area between the at least one target secondary serving TRP and a first TRP, and the configuring that at least one target TRP resulting in the at least one target TRP being configured to act as a second serving TRP to the UE, configuring the at least one target TRP and the UE with a corresponding dedicated access resource and monitoring opportunities; transmitting an identification of the at least one target TRP to the UE; transmitting a configuration of a Radio Resource Control, RRC, Connection Reconfiguration message carrying at least one set of a C-RNTI, a CORESET, a PDCCH and/or monitor opportunities associated with the at least one target TRP to the UE; and activating a connection and data communication between the UE and at least one pre-configured target secondary serving TRP. receiving mobility information from the UE, wherein the mobility information includes a trip route obtained from a navigation application on the UE; configuring , by the network component, at least one target secondary serving transmission reception point, TRP, determined according to the mobility information, configuring the at least one target secondary serving TRP performed prior to the UE moving into a border area between the at least one target secondary serving TRP and a first TRP, and the configuring that at least one target TRP resulting in the at least one target TRP being configured to act as a second serving TRP to the UE, configuring the at least one target TRP and the UE with a corresponding dedicated access resource and monitoring opportunities; transmitting an identification of the at least one target TRP to the UE; transmitting a configuration of a Radio Resource Control, RRC, Connection Reconfiguration message carrying at least one set of a C-RNTI, a CORESET, a PDCCH and/or monitor opportunities associated with the at least one target TRP to the UE; and activating a connection and data communication between the UE and at least one pre-configured target secondary serving TRP.
A method of repairing or, in certain cases, strengthening a metallic substrate at a damage site , comprising: removing material from the metallic substrate around the damage site to form a tapered recess having narrow and wide ends at first and second opposite sides of the metallic substrate , respectively; clamping a doubler to the first side of the metallic substrate at the damage site; and cold spraying particulate material into the recess and against the doubler to form a bead of deposited material. removing material from the metallic substrate around the damage site to form a tapered recess having narrow and wide ends at first and second opposite sides of the metallic substrate , respectively; clamping a doubler to the first side of the metallic substrate at the damage site; and cold spraying particulate material into the recess and against the doubler to form a bead of deposited material.
A battery pack mounted to a vehicle (V), comprising: a plurality of battery modules , each having at least one battery cell ; at least one magnetic member provided to one side surface of facing battery modules among the plurality of battery modules to detachably fix the plurality of battery modules to each other at least partially; at least one connection wire having a predetermined length and configured to connect neighboring battery modules among the plurality of battery modules to each other; characterised in that at least one buffering member provided to an outer side of the plurality of battery modules to contact an inner surface of the vehicle (V). a plurality of battery modules , each having at least one battery cell ; at least one magnetic member provided to one side surface of facing battery modules among the plurality of battery modules to detachably fix the plurality of battery modules to each other at least partially; at least one connection wire having a predetermined length and configured to connect neighboring battery modules among the plurality of battery modules to each other; characterised in that at least one buffering member provided to an outer side of the plurality of battery modules to contact an inner surface of the vehicle (V).
A fiber reinforced plastic molded article obtained by molding a fiber reinforced plastic molding material comprising a radical polymerizable resin composition and reinforcing fibers, wherein the radical polymerizable resin composition contains: (a) at least a urethane (meth) acrylate resin component containing a urethane (meth) acrylate resin compound represented by the following chemical formula [Chemical 1]: in the formula, wherein n is within a range from 2 to 100, X is a compound residue having two or more isocyanate groups, and M contains at least formula [Chemical 2]: [Chemical 2] -N=C=0 and M other than the above formula [Chemical 2] is a formula [Chemical 3]: in the formula [Chemical 3], Q represents a residue of a hydroxyl group containing (meth)acrylate esters; wherein the component (a) contains 0.1 to 12 percent by weight of isocyanate groups, wherein the urethane (meth) acrylate compound is synthesized in the presence of a tin compound catalyst and the amount of the tin compound catalyst is 5 to 100 ppm with respect to the loading weight, and (b) an organic tin compound component and the component (a) and the component (b) are mixed prior to curing. (a) at least a urethane (meth) acrylate resin component containing a urethane (meth) acrylate resin compound represented by the following chemical formula [Chemical 1]: in the formula, wherein n is within a range from 2 to 100, X is a compound residue having two or more isocyanate groups, and M contains at least formula [Chemical 2]: [Chemical 2] -N=C=0 and M other than the above formula [Chemical 2] is a formula [Chemical 3]: in the formula [Chemical 3], Q represents a residue of a hydroxyl group containing (meth)acrylate esters; wherein the component (a) contains 0.1 to 12 percent by weight of isocyanate groups, wherein the urethane (meth) acrylate compound is synthesized in the presence of a tin compound catalyst and the amount of the tin compound catalyst is 5 to 100 ppm with respect to the loading weight, and in the formula [Chemical 3], Q represents a residue of a hydroxyl group containing (meth)acrylate esters; wherein the component (a) contains 0.1 to 12 percent by weight of isocyanate groups, wherein the urethane (meth) acrylate compound is synthesized in the presence of a tin compound catalyst and the amount of the tin compound catalyst is 5 to 100 ppm with respect to the loading weight, and (b) an organic tin compound component and the component (a) and the component (b) are mixed prior to curing.
Centrifugal spreader for dispensing granular material, comprising: a storage container for the granular material to be spread; a weighing device for determining current values of the quantity of granular material in the storage container; at least one centrifugal disc, which is assigned an adjustable metering element; a drive of the at least one centrifugal disc; a sensor device for determining a load torque of the drive of the centrifugal disc; and a control unit, which is connected to the weighing device and the sensor device; wherein the control unit is designed in such a way that the metering element is regulated or controlled on the basis of a comparison of the actual value with the target value of the mass flow applied,; wherein it determines the actual value on the basis of measured values from the weighing device if the load torque measured by the sensor device is lower than a predetermined threshold value, or a time interval since activation of the drive which is shorter than a predetermined time interval has elapsed; wherein it determines the actual value on the basis of measured values from the sensor device if the load torque measured by the sensor device is greater than the predetermined threshold value, or a time interval since activation of the drive which is longer than the predetermined time interval has elapsed, and wherein the predetermined time interval corresponds to a warming phase of the drive. a storage container for the granular material to be spread; a weighing device for determining current values of the quantity of granular material in the storage container; at least one centrifugal disc, which is assigned an adjustable metering element; a drive of the at least one centrifugal disc; a sensor device for determining a load torque of the drive of the centrifugal disc; and a control unit, which is connected to the weighing device and the sensor device; wherein the control unit is designed in such a way that the metering element is regulated or controlled on the basis of a comparison of the actual value with the target value of the mass flow applied,; wherein it determines the actual value on the basis of measured values from the weighing device if the load torque measured by the sensor device is lower than a predetermined threshold value, or a time interval since activation of the drive which is shorter than a predetermined time interval has elapsed; wherein it determines the actual value on the basis of measured values from the sensor device if the load torque measured by the sensor device is greater than the predetermined threshold value, or a time interval since activation of the drive which is longer than the predetermined time interval has elapsed, and wherein the predetermined time interval corresponds to a warming phase of the drive.
A key vault method performed by a key vault enclave, the key vault method comprising: sending a vault attestation report of the key vault enclave to a vault client, wherein the vault client is an enclave, and the vault client and key vault enclave are hosted on separate native enclave platforms; receiving a client attestation report of the vault client; receiving an indication of a key use policy, and wherein the key use policy specifies that a key should never leave the key vault and should never be provided to any vault client; generating a key; securely storing the key according to the key use policy; receiving an encrypted data buffer from the vault client; decrypting the encrypted data buffer with the key; and sending the decrypted data buffer to the vault client via a secure communications channel. sending a vault attestation report of the key vault enclave to a vault client, wherein the vault client is an enclave, and the vault client and key vault enclave are hosted on separate native enclave platforms; receiving a client attestation report of the vault client; receiving an indication of a key use policy, and wherein the key use policy specifies that a key should never leave the key vault and should never be provided to any vault client; generating a key; securely storing the key according to the key use policy; receiving an encrypted data buffer from the vault client; decrypting the encrypted data buffer with the key; and sending the decrypted data buffer to the vault client via a secure communications channel.
A display method comprising: capturing (S41), by an imaging sensor (A11), a still image as a subject to obtain a captured image; obtaining a light ID by decoding (S42) a signal from the captured image; selecting a video and recognition information corresponding to the light ID from among a plurality of videos and a plurality of pieces of recognition information stored in a memory, the recognition information being information for recognizing a target region in the captured image; superimposing (S43) the video on the target region corresponding to the subject in the captured image for display on a display, characterized in that the still image is lit up by a transmitter that transmits the signal by luminance change of light; and in the superimposing (S43), out of a plurality of images included in the video, the plurality of images is sequentially displayed from a leading image identical to the still image, wherein out of a captured region of the imaging sensor (A11), only an image projected on a display region smaller than the captured region is displayed on the display, and in the superimposing (S43), when a projection region on which the subject is projected in the captured region is larger than the display region, out of the projection region, an image obtained by a portion exceeding the display region is not displayed on the display. capturing (S41), by an imaging sensor (A11), a still image as a subject to obtain a captured image; obtaining a light ID by decoding (S42) a signal from the captured image; selecting a video and recognition information corresponding to the light ID from among a plurality of videos and a plurality of pieces of recognition information stored in a memory, the recognition information being information for recognizing a target region in the captured image; superimposing (S43) the video on the target region corresponding to the subject in the captured image for display on a display, characterized in that the still image is lit up by a transmitter that transmits the signal by luminance change of light; and in the superimposing (S43), out of a plurality of images included in the video, the plurality of images is sequentially displayed from a leading image identical to the still image, wherein out of a captured region of the imaging sensor (A11), only an image projected on a display region smaller than the captured region is displayed on the display, and in the superimposing (S43), when a projection region on which the subject is projected in the captured region is larger than the display region, out of the projection region, an image obtained by a portion exceeding the display region is not displayed on the display.
A sensor array comprising: a base for providing a probe signal ; a plurality of modular recording sites (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900), wherein each modular recording site (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900) of the plurality of modular recording sites (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900) comprises: a CMOS silicon substrate, at least one sensor element configured for receiving an analog biosignal (132 1 to 132 n , 130), an in-situ analog-to-digital converter (226 1 to 226 n ) configured for converting the analog biosignal (132 1 to 132 n , 130) into a digital sensor signal (134 1 to 134 n ) and a communication interface configured to provide the digital sensor signal (134 1 to 134 n ) to the base ; characterised in that wherein the communication interfaces (228 1 to 228 n , 328 1 to 328 n , 440, 460, 550) of the plurality of modular recording sites (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900) are connected serially with respect to each other and to the base . a base for providing a probe signal ; a plurality of modular recording sites (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900), wherein each modular recording site (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900) of the plurality of modular recording sites (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900) comprises: a CMOS silicon substrate, at least one sensor element configured for receiving an analog biosignal (132 1 to 132 n , 130), an in-situ analog-to-digital converter (226 1 to 226 n ) configured for converting the analog biosignal (132 1 to 132 n , 130) into a digital sensor signal (134 1 to 134 n ) and a communication interface configured to provide the digital sensor signal (134 1 to 134 n ) to the base ; characterised in that a CMOS silicon substrate, at least one sensor element configured for receiving an analog biosignal (132 1 to 132 n , 130), an in-situ analog-to-digital converter (226 1 to 226 n ) configured for converting the analog biosignal (132 1 to 132 n , 130) into a digital sensor signal (134 1 to 134 n ) and a communication interface configured to provide the digital sensor signal (134 1 to 134 n ) to the base ; characterised in that wherein the communication interfaces (228 1 to 228 n , 328 1 to 328 n , 440, 460, 550) of the plurality of modular recording sites (122 1 to 122 n , 122 e ; 224 1 to 224 n ; 320 1 to 320 n ; 321 1 to 321 3 ; 400; 500, 514; 900) are connected serially with respect to each other and to the base .
A high lift control system for an aircraft having at least one high lift surface (16-30; 32-38), the high lift control system comprising: a high lift selector that is movable to land the aircraft from an in-flight cruise position and is movable to have the aircraft take-off from an on-the-ground position and move to an in-flight cruise position, the selector having a plurality of discrete positions, at least one of the plurality of discrete positions of the selector being one in which the at least one high lift surface has a corresponding different position for each of the two movements of the selector.
A power hand tool , comprising: a housing containing a working shaft; and a vibration isolation assembly, the vibration isolation assembly including at least one base member including a base portion fixed with respect to the housing , at least one vibration isolation portion including a first portion operably connected to the at least one base member , the at least one vibration isolation portion configured to isolate vibration in at least one direction, and a grip member included in a nose portion of the housing having an outer surface configured to be gripped by a user and an inner surface operably connected to an outer portion of the at least one vibration isolation portion, wherein the grip member includes a sled , the sled being supported by the housing by two base members in the form of pins which are rigidly connected to the housing , the pins extending through a respective rear washer supporting isolator each of which is fixedly connected to a respective rear isolator , the isolators being positioned within a rear isolator cavity , wherein the rear washer supporting isolators are adapted to move along a working shaft axis and generate a force against the rear isolators , and wherein the grip member is operably connected to an outer radial surface of the isolators . a housing containing a working shaft; and a vibration isolation assembly, the vibration isolation assembly including at least one base member including a base portion fixed with respect to the housing , at least one vibration isolation portion including a first portion operably at least one base member including a base portion fixed with respect to the housing , at least one vibration isolation portion including a first portion operably connected to the at least one base member , the at least one vibration isolation portion configured to isolate vibration in at least one direction, and a grip member included in a nose portion of the housing having an outer surface configured to be gripped by a user and an inner surface operably connected to an outer portion of the at least one vibration isolation portion, wherein the grip member includes a sled , the sled being supported by the housing by two base members in the form of pins which are rigidly connected to the housing , the pins extending through a respective rear washer supporting isolator each of which is fixedly connected to a respective rear isolator , the isolators being positioned within a rear isolator cavity , wherein the rear washer supporting isolators are adapted to move along a working shaft axis and generate a force against the rear isolators , and wherein the grip member is operably connected to an outer radial surface of the isolators .
An orthodontic bracket, comprising: a body having a front and a back , the back for facing a tooth when the bracket is operably attached thereto, and the front having at least one archwire slot therein, the slot having a length with at least a floor , opposing sides, and an opening for providing an archwire therein, wherein the opening extends the length; a rotatable member for rotating relative to the body from an open position wherein the opening provides archwire access to operably position the archwire within the slot , to one of a plurality of closed positions wherein for each closed position, at least a portion of the rotatable member inhibits the archwire from moving through the opening; wherein a first portion of the rotatable member is secured within a recess of the body , and rotates therein when the rotatable member rotates between the open and any of the closed positions; wherein the portion of the rotatable member further comprises two slot coverable extensions that are substantially straight and bar shaped, said extensions being parallel to each other, and wherein, the archwire is restrained by the two slot coverable extensions when the portion is rotated to at least one closed position of the plurality of closed positions; and wherein said first portion includes at least one projection , and the recess includes a wall therein having a bank of notches , wherein the bank and the projection interact for preventing the portion from detaching from the recess . a body having a front and a back , the back for facing a tooth when the bracket is operably attached thereto, and the front having at least one archwire slot therein, the slot having a length with at least a floor , opposing sides, and an opening for providing an archwire therein, wherein the opening extends the length; a rotatable member for rotating relative to the body from an open position wherein the opening provides archwire access to operably position the archwire within the slot , to one of a plurality of closed positions wherein for each closed position, at least a portion of the rotatable member inhibits the archwire from moving through the opening; wherein a first portion of the rotatable member is secured within a recess of the body , and rotates therein when the rotatable member rotates between the open and any of the closed positions; wherein the portion of the rotatable member further comprises two slot coverable extensions that are substantially straight and bar shaped, said extensions being parallel to each other, and wherein, the archwire is restrained by the two slot coverable extensions when the portion is rotated to at least one closed position of the plurality of closed positions; and wherein said first portion includes at least one projection , and the recess includes a wall therein having a bank of notches , wherein the bank and the projection interact for preventing the portion from detaching from the recess .
A method for producing a solid electrolytic capacitor, wherein, in a method for producing a solid electrolytic capacitor by forming a dielectric layer on an anode body comprising a valve-acting metal sintered body having fine pores and forming on the dielectric layer a conductive compound layer to form a cathode, the cathode is formed by repeating a step of laminating a conductive compound layer on the formed dielectric layer on the anode body by dipping the anode body into an inorganic compound solution, an organic compound solution or a conductive-polymer compound dispersion liquid which turns into the conductive compound layer, characterized in that the depth of the anode body to be dipped in the solution or dispersion liquid is increased with each dipping.