mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor for measuring a parameter at a measurement point of a surface (OF) by means of direct contact, comprising - a sensor element (SE) arranged movably in the sensor (SR), - a spring element (FE) which can resiliently absorb an application force with which the sensor element is pressed against the measurement point, - a carriage (SC) on which the sensor element (SE) and the spring element (FE) are fastened, - a base plate (GP), - a cover cap (KP) seated on the base plate, - the base plate and the cover cap forming a housing which receives and encloses the carriage together with the spring element, wherein the carriage is fastened by means of the spring element in the sensor with a prestress in such a way that the carriage and therefore the sensor element can move against the prestress in the direction of the base plate, characterized in that the spring element (FE) is configured as a leaf spring with two ends, both of which protrude laterally from the carriage (SC), the two ends of the leaf spring bear on a stop (AG) in the housing and the carriage (SC) and the sensor element (SE) fastened thereon are pressed in the direction of the base plate (GP) against the stop (AG), the base plate (GP) comprises connection pins (AS) and the sensor comprises bonding wires (BW) which electrically connect the sensor element to the connection pins. - a sensor element (SE) arranged movably in the sensor (SR), - a spring element (FE) which can resiliently absorb an application force with which the sensor element is pressed against the measurement point, - a carriage (SC) on which the sensor element (SE) and the spring element (FE) are fastened, - a base plate (GP), - a cover cap (KP) seated on the base plate, - the base plate and the cover cap forming a housing which receives and encloses the carriage together with the spring element, wherein the carriage is fastened by means of the spring element in the sensor with a prestress in such a way that the carriage and therefore the sensor element can move against the prestress in the direction of the base plate, characterized in that the spring element (FE) is configured as a leaf spring with two ends, both of which protrude laterally from the carriage (SC), the two ends of the leaf spring bear on a stop (AG) in the housing and the carriage (SC) and the sensor element (SE) fastened thereon are pressed in the direction of the base plate (GP) against the stop (AG), the base plate (GP) comprises connection pins (AS) and the sensor comprises bonding wires (BW) which electrically connect the sensor element to the connection pins.
An inverter for converting power and supplying the power to a motor , comprising: a measurement part configured to measure a DC link voltage applied to a DC link; a conversion part configured to convert the DC link voltage into a three-phase voltage and output the three-phase voltage to the motor ; and a control part configured to make comparison in magnitude between the DC link voltage and a minimum operating voltage of the motor , characterized in, that the control part is configured to adjust an output frequency of the three-phase voltage to a maximum while the DC link voltage is kept exceeding the minimum operating voltage based on a result of the comparison, wherein the minimum operating voltage is a minimum voltage value of voltage supplied to drive the motor . a measurement part configured to measure a DC link voltage applied to a DC link; a conversion part configured to convert the DC link voltage into a three-phase voltage and output the three-phase voltage to the motor ; and a control part configured to make comparison in magnitude between the DC link voltage and a minimum operating voltage of the motor ,
A system for a nacelle having a translating structure, comprising: a translating sleeve ; a blocker door ; a fixed structure ; a primary hydraulic actuator configured to couple the fixed structure with the translating sleeve , the primary hydraulic actuator having a primary hydraulic fluid end ; a secondary hydraulic actuator configured to couple the blocker door with the translating sleeve , the secondary hydraulic actuator having a secondary hydraulic fluid end ; and a hydraulic supply line configured to fluidly couple the primary hydraulic fluid end of the primary hydraulic actuator to the secondary hydraulic fluid end of the secondary hydraulic actuator ; characterised in that : the primary hydraulic actuator has a primary gaseous fluid end , the secondary hydraulic actuator has a secondary gaseous fluid end , wherein the primary gaseous fluid end is configured to bias the translating sleeve toward a stowed configuration from a deployed configuration, and the secondary gaseous fluid end is configured to bias the blocker door toward the stowed configuration from the deployed configuration. a translating sleeve ; a blocker door ; a fixed structure ; a primary hydraulic actuator configured to couple the fixed structure with the translating sleeve , the primary hydraulic actuator having a primary hydraulic fluid end ; a secondary hydraulic actuator configured to couple the blocker door with the translating sleeve , the secondary hydraulic actuator having a secondary hydraulic fluid end ; and a hydraulic supply line configured to fluidly couple the primary hydraulic fluid end of the primary hydraulic actuator to the secondary hydraulic fluid end of the secondary hydraulic actuator ; characterised in that : the primary hydraulic actuator has a primary gaseous fluid end , the secondary hydraulic actuator has a secondary gaseous fluid end , wherein the primary gaseous fluid end is configured to bias the translating sleeve toward a stowed configuration from a deployed configuration, and the secondary gaseous fluid end is configured to bias the blocker door toward the stowed configuration from the deployed configuration.
A method that includes one or more processing devices of a secure resource management system performing operations comprising: receiving a request to verify an authorized user of a resource; responsive to receiving the request, querying a resource record repository ; determining, from a private blockchain, a resource user currently having a right to obtain the resource as the authorized user of the resource; transmitting , in response to the request, a verification result to a remote computing device , the verification result identifying the authorized user of the resource, wherein the verification result is useable to grant access to the resource to the authorized user; characterised in that the resource record repository is implemented in a hybrid blockchain, the hybrid blockchain comprising (a) the private blockchain storing a resource record that comprises information of a resource provider of the resource , information of resource users having a right to obtain the resource , and a resource transaction history and (b) a public blockchain storing an encrypted version of the resource transaction history contained in the resource record, such that the public blockchain is usable to verify the authenticity of a transaction involving the resource, and wherein the public blockchain is directly accessible via a public data network and the private blockchain is only accessible by the secure resource management system. receiving a request to verify an authorized user of a resource; responsive to receiving the request, querying a resource record repository ; determining, from a private blockchain, a resource user currently having a right to obtain the resource as the authorized user of the resource; transmitting , in response to the request, a verification result to a remote computing device , the verification result identifying the authorized user of the resource, wherein the verification result is useable to grant access to the resource to the authorized user; characterised in that the resource record repository is implemented in a hybrid blockchain, the hybrid blockchain comprising (a) the private blockchain storing a resource record that comprises information of a resource provider of the resource , information of resource users having a right to obtain the resource , and a resource transaction history and (b) a public blockchain storing an encrypted version of the resource transaction history contained in the resource record, such that the public blockchain is usable to verify the authenticity of a transaction involving the resource, and wherein the public blockchain is directly accessible via a public data network and the private blockchain is only accessible by the secure resource management system.
A coating apparatus comprising: a coating application unit comprising: a fluid applicator ; a first rotation mechanism and a second rotation mechanism ; and a controller , wherein the controller causes the first rotation mechanism and the second rotation mechanism to rotate a medical device at substantially the same speed, wherein the speed is greater than 500 rotations per minute; characterised in that , the fluid applicator comprises a contact fluid applicator; and in that , the fluid applicator comprises a U-channel having a radius of curvature away from a lateral center point , the fluid applicator comprising a fluid orifice , wherein the fluid orifice is disposed on the fluid applicator at a point away from the lateral center point of the fluid applicator . a coating application unit comprising: a fluid applicator ; a first rotation mechanism and a second rotation mechanism ; and a controller , wherein the controller causes the first rotation mechanism and the second rotation mechanism to rotate a medical device at substantially the same speed, wherein the speed is greater than 500 rotations per minute; a fluid applicator ; a first rotation mechanism and a second rotation mechanism ; and a controller , wherein the controller causes the first rotation mechanism and the second rotation mechanism to rotate a medical device at substantially the same speed, wherein the speed is greater than 500 rotations per minute; characterised in that , the fluid applicator comprises a contact fluid applicator; and in that , the fluid applicator comprises a U-channel having a radius of curvature away from a lateral center point , the fluid applicator comprising a fluid orifice , wherein the fluid orifice is disposed on the fluid applicator at a point away from the lateral center point of the fluid applicator .
An imaging system comprising: a plurality of imaging devices facing different directions, the plurality of imaging devices configured to capture images; an output unit configured to output an output image related to the captured images, the output image having been generated based on the captured images and covering a range of 360 degrees in at least a first direction, wherein in the output image, an area where a subject is reflected in the captured images is placed at a predetermined position so as to prevent the area from being cut off at the edges of the output image; an image rotation unit configured to perform image rotation on the captured images to change a position of the area where the subject is reflected, to the predetermined position in the first direction so as to generate the output image in which the area where the subject is reflected is placed at the predetermined position, and wherein the predetermined position is substantially at the center of the output image in the first direction; and a recognition unit configured to recognize a subject reflected in the images captured by the imaging devices, wherein the images captured by the plurality of imaging devices include a plurality of partial images captured by a plurality of imaging optical systems, wherein the recognition unit recognizes the subject in the plurality of partial images or a synthesized image of the plurality of partial images, and wherein the output image is the synthesized image. a plurality of imaging devices facing different directions, the plurality of imaging devices configured to capture images; an output unit configured to output an output image related to the captured images, the output image having been generated based on the captured images and covering a range of 360 degrees in at least a first direction, wherein in the output image, an area where a subject is reflected in the captured images is placed at a predetermined position so as to prevent the area from being cut off at the edges of the output image; an image rotation unit configured to perform image rotation on the captured images to change a position of the area where the subject is reflected, to the predetermined position in the first direction so as to generate the output image in which the area where the subject is reflected is placed at the predetermined position, and wherein the predetermined position is substantially at the center of the output image in the first direction; and a recognition unit configured to recognize a subject reflected in the images captured by the imaging devices, wherein the images captured by the plurality of imaging devices include a plurality of partial images captured by a plurality of imaging optical systems, wherein the recognition unit recognizes the subject in the plurality of partial images or a synthesized image of the plurality of partial images, and wherein the output image is the synthesized image.
A method of modifying a targeted site of a double-stranded DNA, comprising a step of introducing a complex wherein a nucleic acid sequence-recognizing module that specifically binds to a target nucleotide sequence in a given double-stranded DNA and PmCDA1 are bonded, into a mammalian cell containing the double-stranded DNA, and culturing the cell at a temperature of 20°C to 35°C at least temporarily to convert one or more nucleotides in the targeted site to other one or more nucleotides or delete one or more nucleotides, or insert one or more nucleotides into said targeted site, without cleaving at least one strand of said double-stranded DNA in the targeted site, wherein the nucleic acid sequence-recognizing module is a CRISPR-Cas system wherein at least one DNA cleavage ability of Cas is inactivated.
An attitude control system to be mounted on a vehicle configured to drive a front wheel and to control a steering angle of the front wheel and a steering angle of a rear wheel , the attitude control system comprising: a control amount detecting unit configured to detect a control amount of a driving force control system of the vehicle; and a driving force estimating unit configured to estimate a driving force generated on the front wheel based on the control amount; characterized by a rear-wheel steering angle determining unit configured to determine a rear-wheel steering angle instruction value (δ R * ) for controlling the steering angle of the rear wheel based on an estimated front-wheel driving force (F XF ) that is the driving force estimated by the driving force estimating unit . a control amount detecting unit configured to detect a control amount of a driving force control system of the vehicle; and a driving force estimating unit configured to estimate a driving force generated on the front wheel based on the control amount; characterized by a rear-wheel steering angle determining unit configured to determine a rear-wheel steering angle instruction value (δ R * ) for controlling the steering angle of the rear wheel based on an estimated front-wheel driving force (F XF ) that is the driving force estimated by the driving force estimating unit .
An anti-tumor agent for use in the treatment of pancreatic cancer comprising: paclitaxel or a salt thereof; and 1-(2-deoxy-2-fluoro-4-thio-β-D-arabinofuranosyl)cytosine or a salt thereof. paclitaxel or a salt thereof; and 1-(2-deoxy-2-fluoro-4-thio-β-D-arabinofuranosyl)cytosine or a salt thereof.
A method for communicating broadcast messages (B) between clients (21 - 26) in a communication network having a core mobile network and a number N of wireless mobile networks , wherein each of the clients (21 - 26) is coupled to the core mobile network by one of the N wireless mobile networks , the method comprising: allocating each of the clients (21 - 26) to one broadcast area (A1, A2, A3) of a plurality of broadcast areas (A1, A2, A3) covered by the N wireless mobile networks , sending a broadcast message (B) from a sending client of the clients (21 - 26) via unicast to a service center of the core mobile network , and transmitting the broadcast message (B), which is allocated to a certain broadcast area (A2), from the service center via broadcast to a plurality of the clients allocated to said certain broadcast area (A2), filtering the broadcast message (B) broadcast to the clients allocated to said certain broadcast area (A2) such that it reaches all the clients allocated to said certain broadcast area (A2) excluding the sending client . allocating each of the clients (21 - 26) to one broadcast area (A1, A2, A3) of a plurality of broadcast areas (A1, A2, A3) covered by the N wireless mobile networks , sending a broadcast message (B) from a sending client of the clients (21 - 26) via unicast to a service center of the core mobile network , and transmitting the broadcast message (B), which is allocated to a certain broadcast area (A2), from the service center via broadcast to a plurality of the clients allocated to said certain broadcast area (A2), filtering the broadcast message (B) broadcast to the clients allocated to said certain broadcast area (A2) such that it reaches all the clients allocated to said certain broadcast area (A2) excluding the sending client .
An adjunct loading system comprising: an end effector comprising first and second jaws configured to clamp tissue therebetween, the first jaw having a cartridge body or cartridge comprising a plurality of staple cavities configured to seat staples therein, the second jaw having an anvil comprising a plurality of staple forming cavities, wherein a tissue-facing surface of the first and second jaws comprises an attachment feature , wherein the attachment feature comprises a roughness pattern formed by making grooves in a pattern on the surface of the jaw; an adjunct loading member ; at least one adjunct material configured to be transferred from the adjunct loading member to a jaw of the first and second jaws of the end effector; a polymer layer disposed on a jaw-facing surface of the adjunct material; a supporting member configured to releasably retain the adjunct material; and an adhesive depot having an adhesive configured to transition from a non-flowable state to a flowable state upon the application of heat, when the adjunct material is released from the adjunct loading member and transferred to the jaw, to retain the adjunct material on the jaw, wherein the adhesive depot comprises at least one protrusion formed on the polymer layer and comprising the adhesive, wherein the at least one protrusion is formed at a location on the polymer layer corresponding to a location of the attachment feature formed on the jaw, the adhesive being configured to be disposed on the attachment feature. an adjunct loading member ; at least one adjunct material configured to be transferred from the adjunct loading member to a jaw of the first and second jaws of the end effector; a polymer layer disposed on a jaw-facing surface of the adjunct material; a supporting member configured to releasably retain the adjunct material; and an adhesive depot having an adhesive configured to transition from a non-flowable state to a flowable state upon the application of heat, when the adjunct material is released from the adjunct loading member and transferred to the jaw, to retain the adjunct material on the jaw, wherein the adhesive depot comprises at least one protrusion formed on the polymer layer and comprising the adhesive, wherein the at least one protrusion is formed at a location on the polymer layer corresponding to a location of the attachment feature formed on the jaw, the adhesive being configured to be disposed on the attachment feature.
A DC voltage source converter for use in high voltage DC power transmission comprising at least one chain-link converter connected between first and second DC terminals , the or each chain-link converter including a chain of modules connected in series and each module including at least one pair of semiconductor switches connected in parallel with an energy storage device , wherein the or each chain-link converter is operable when DC networks are connected to the first and second DC terminals to control switching of the modules to selectively charge or discharge the energy storage device of one or more of the modules, as required, to offset any difference in the DC voltage levels of the DC networks, and the DC voltage source converter further including a switching assembly to toggle between electrical charging and discharging of each module of the or each chain-link converter, the or each chain-link converter being connected in parallel with the first DC terminal and with a series arrangement of the second DC terminal and the switching assembly or a series arrangement of the or each chain-link converter and the second DC terminal is connected in parallel with the first DC terminal and is connected in parallel with the switching assembly .
Method for managing energy from a propulsion unit in response to the request for torque by the driver of a hybrid vehicle comprising an internal combustion engine and at least one electric motor powered by a battery, able to recover energy during deceleration, following a management law distributing in real time the energy supply from the internal combustion engine and from the electric motor, characterized in that the energy management law depends: - on an equivalence factor (s) which is a function of the momentary energy state of the battery ( soe k ), an energy target ( soe target ) and the driving conditions of the vehicle determined in a regulation loop, able to minimize the global energy consumption of the vehicle at an operating point of the propulsion unit, and - on a discharge feed-forward factor which is a function of the potential energy recoverable during deceleration (p). - on an equivalence factor (s) which is a function of the momentary energy state of the battery ( soe k ), an energy target ( soe target ) and the driving conditions of the vehicle determined in a regulation loop, able to minimize the global energy consumption of the vehicle at an operating point of the propulsion unit, and - on a discharge feed-forward factor which is a function of the potential energy recoverable during deceleration (p).
A communication method, performed by a first network device, comprising: determining (S101), by the first network device, first information, wherein the first information comprises type information of a synchronization signal block, and the type information of the synchronization signal block indicates whether the synchronization signal block supports initial access, camping, cell reselection, or cell selection; and sending (S102), by the first network device, the first information to a second network device, wherein the synchronization signal block is at least one synchronization signal block of a first cell of the first network device or a first carrier of the first network device. determining (S101), by the first network device, first information, wherein the first information comprises type information of a synchronization signal block, and the type information of the synchronization signal block indicates whether the synchronization signal block supports initial access, camping, cell reselection, or cell selection; and sending (S102), by the first network device, the first information to a second network device, wherein the synchronization signal block is at least one synchronization signal block of a first cell of the first network device or a first carrier of the first network device.