mhurhangee/patent-ind-claim-en huggingface dataset:
A motor vehicle comprising: a display unit configured to present information to a first user , a personnel site configured to be occupied by the first user , a frame carrying the personnel site , and a suspension system configured to adjust at least one suspension characteristic (F) between the frame and the personnel site while the motor vehicle is being operated, characterized in that the motor vehicle further comprises a control system configured to, while the motor vehicle is being operated: repeatedly determine a first gaze point (GP1) of the first user on the display unit , analyze variations in a position for the first gaze point (GP1) over time, and in response thereto generate a first control signal (C1) to the suspension system so as to reduce a fluctuation of the position for the first gaze point (GP1), if a repositioning of the first gaze point (GP1) is out of synchronization with a displacement of the display unit , wherein the control system is configured to determine that the repositioning of the first gaze point (GP1) is out of synchronization with the displacement of the display unit if a phase difference between a measured change in the position for the first gaze point (GP1) and a measured displacement of the display unit exceeds a threshold value (THV). a display unit configured to present information to a first user , a personnel site configured to be occupied by the first user , a frame carrying the personnel site , and a suspension system configured to adjust at least one suspension characteristic (F) between the frame and the personnel site while the motor vehicle is being operated, repeatedly determine a first gaze point (GP1) of the first user on the display unit , analyze variations in a position for the first gaze point (GP1) over time, and in response thereto generate a first control signal (C1) to the suspension system so as to reduce a fluctuation of the position for the first gaze point (GP1), if a repositioning of the first gaze point (GP1) is out of synchronization with a displacement of the display unit ,
A method of determining the refrigerant conduit connections between indoor units and control valves in a multi air conditioner system comprising an outdoor unit , a plurality of indoor units , a plurality of refrigerant paths between the indoor units to the outdoor unit and refrigerant control valves in respective ones of said refrigerant paths, the method comprising: measuring an outdoor temperature at the outdoor unit ; closing only one of the said refrigerant control valves present in the system whilst keeping the other ones of the said refrigerant control valves open by an unchanged amount; operating the air conditioner system; determining the indoor unit controlled by the closed refrigerant control valve by detecting a change in temperature at an indoor unit between before the closing of the closed refrigerant control valve and a predetermined time after the closing of the closed refrigerant control valve , and by comparing said change in temperature to a reference value ; and selecting heating or cooling for said operation of the air conditioner system in dependence of the outdoor temperature at the outdoor unit , wherein cooling is performed when said outdoor temperature is higher than or equal to a reference temperature but otherwise heating is performed. measuring an outdoor temperature at the outdoor unit ; closing only one of the said refrigerant control valves present in the system whilst keeping the other ones of the said refrigerant control valves open by an unchanged amount; operating the air conditioner system; determining the indoor unit controlled by the closed refrigerant control valve by detecting a change in temperature at an indoor unit between before the closing of the closed refrigerant control valve and a predetermined time after the closing of the closed refrigerant control valve , and by comparing said change in temperature to a reference value ; and selecting heating or cooling for said operation of the air conditioner system in dependence of the outdoor temperature at the outdoor unit , wherein cooling is performed when said outdoor temperature is higher than or equal to a reference temperature but otherwise heating is performed.
A mobile apparatus , comprising: a user interface to allow a user to select an image scan apparatus ; a communication interface to transmit a scan command to the selected image scan apparatus and receive a plurality of portions of image data from the selected image scan apparatus via a streaming method wherein a portion of image data is received from the selected image scan apparatus and a command to empty the scan buffer and continue the scanning operation is transmitted to the selected image scan apparatus , repeatedly until information indicating that the scan job is completed is received from the selected image scan apparatus ; and a controller to generate a scan image using the plurality of portions of image data, wherein each portion of image data corresponds to a part of the scan image. a user interface to allow a user to select an image scan apparatus ; a communication interface to transmit a scan command to the selected image scan apparatus and receive a plurality of portions of image data from the selected image scan apparatus via a streaming method wherein a portion of image data is received from the selected image scan apparatus and a command to empty the scan buffer and continue the scanning operation is transmitted to the selected image scan apparatus , repeatedly until information indicating that the scan job is completed is received from the selected image scan apparatus ; and a controller to generate a scan image using the plurality of portions of image data, wherein each portion of image data corresponds to a part of the scan image.
Vehicle comprising a pressure vessel for receiving fuel pellets, said pressure vessel comprising at least chambers which can be connected optionally to the pressure side or suction side of a fan and have in each case a discharge cone connected to a conveying line , characterised in that one of the two chambers has a vibrating screen which can be loaded with bulk material, which contains fuel pellets, via a cyclone separator , the overflow end of said vibrating screen issuing in the other chamber .
A system for detecting tissue in a patient, comprising: a resection device configured for selective insertion into a patient, the resection device further comprising a handpiece to which an outer cannula and an inner cannula are mounted, the resection device further including a sampling aperture , a collector filter ; and a real-time pathology module disposed between the handpiece and the collector filter and attached to a proximal end of the handpiece , wherein the real-time pathology module further includes at least one sensor configured to detect at least one property of the tissue of said patient, the sensor being positioned within the real-time pathology module so as to contact tissue when the resection device is inserted within a patient and tissue is resected, as the tissue is directed to the collection filter . a resection device configured for selective insertion into a patient, the resection device further comprising a handpiece to which an outer cannula and an inner cannula are mounted, the resection device further including a sampling aperture , a collector filter ; and a real-time pathology module disposed between the handpiece and the collector filter and attached to a proximal end of the handpiece , wherein the real-time pathology module further includes at least one sensor configured to detect at least one property of the tissue of said patient, the sensor being positioned within the real-time pathology module so as to contact tissue when the resection device is inserted within a patient and tissue is resected, as the tissue is directed to the collection filter .
A method for processing a login information, the method comprising: receiving a login information query request that is sent by a user and that comprises an identifier; reading , from a blockchain network based on the identifier, at least one smart contract used for login information processing, wherein reading comprises: processing the identifier to obtain a private-public key pair, obtaining a first address through calculation based on a public key comprised in the private-public key pair, determining, based on the first address, at least one second address making a transaction with the first address, wherein determining comprises using the first address as a query keyword to find transaction data in the blockchain network including the first address, reading at least one second address from the transaction data, and identifying a storage address of the at least one smart contract from the at least one second address; determining the smart contract corresponding to the user making the information query request from the at least one smart contract; running the smart contract to obtain login information corresponding to the user making the information query request; and sending the obtained login information to the user making the login information query request. receiving a login information query request that is sent by a user and that comprises an identifier; reading , from a blockchain network based on the identifier, at least one smart contract used for login information processing, wherein reading comprises: processing the identifier to obtain a private-public key pair, obtaining a first address through calculation based on a public key comprised in the private-public key pair, determining, based on the first address, at least one second address making a transaction with the first address, wherein determining comprises using the first address as a query keyword to find transaction data in the blockchain network including the first address, reading at least one second address from the transaction data, and identifying a storage address of the at least one processing the identifier to obtain a private-public key pair, obtaining a first address through calculation based on a public key comprised in the private-public key pair, determining, based on the first address, at least one second address making a transaction with the first address, wherein determining comprises using the first address as a query keyword to find transaction data in the blockchain network including the first address, reading at least one second address from the transaction data, and identifying a storage address of the at least one smart contract from the at least one second address; determining the smart contract corresponding to the user making the information query request from the at least one smart contract; running the smart contract to obtain login information corresponding to the user making the information query request; and sending the obtained login information to the user making the login information query request.
Hydraulic connector for connecting between two cylindrical bodies and , comprising jaws positioned and pre-loaded by an actuator hydraulic piston through a pressurization chamber , the hydraulic connector having a primary unlocking chamber , wherein the hydraulic connector has redundancy in the unlocking through a secondary hydraulic piston and pressurization chamber , the hydraulic connector further comprising an external liner and being equipped with a two-part top cover being attached to the external liner and being attachable to the top cylindrical body through a two-part ring , wherein the two parts of the two-part ring are attached to each other preferably by screws .
Cleaning cloth extended according to a main direction between two juxtaposed edges , comprising connection means associated to each of said two juxtaposed edges for coupling said cloth to a support plate , said connection means comprising at least one fin with one side associated to the corresponding of said juxtaposed edges and the opposite side free, said fin being provided with openings adapted to receive respective projecting bodies of said support plate , characterised in that said openings comprise at least two separate slots mutually symmetric with respect to a reference axis (X) parallel to said main direction and extended according to two respective and mutually incident directions (Y1, Y2).
A secondary battery comprising: an electrode assembly in which a separator is interposed in between a first electrode and a second electrode ; a case for accommodating the electrode assembly ; a cap plate for sealing an opening at the upper end of the case , wherein a first terminal is electrically connected to the first electrode of the electrode assembly ; a plate terminal is arranged on an exterior of the cap plate ; characterized in that , at least one stepped portion integrally formed with the cap plate is protruding in exterior direction from the cap plate ; the plate terminal is provided with, on a bottom part thereof, a recessed groove having a size and a depth corresponding to the size and the depth of the stepped portion ; and the plate terminal is fitted onto and fixed to the stepped portion . an electrode assembly in which a separator is interposed in between a first electrode and a second electrode ; a case for accommodating the electrode assembly ; a cap plate for sealing an opening at the upper end of the case , wherein a first terminal is electrically connected to the first electrode of the electrode assembly ; a plate terminal is arranged on an exterior of the cap plate ; characterized in that , at least one stepped portion integrally formed with the cap plate is protruding in exterior direction from the cap plate ; the plate terminal is provided with, on a bottom part thereof, a recessed groove having a size and a depth corresponding to the size and the depth of the stepped portion ; and the plate terminal is fitted onto and fixed to the stepped portion .
A method for cleaning an ink jet imaging device, the ink jet imaging device comprising a main ink supply channel comprising an entrance side for supplying ink, a first ink channel comprising a first pressure chamber fluidly connected to a first nozzle; and a first actuator associated with the first pressure chamber, the first ink channel being in fluid connection with the main ink supply channel and defining a first ink path from the entrance side of the main ink supply channel to the first nozzle and having a first length L1, the ink jet imaging device comprising a second ink channel comprising a second pressure chamber fluidly connected to a second nozzle; and a second actuator associated with the second pressure chamber, the second ink channel being in fluid connection with the main ink supply channel and defining a second ink path from the entrance side of the main ink supply channel to the second nozzle and having a second length L2, wherein L2>L1; the method comprising the step of: a) purging ink through the first and the second nozzle by applying a pressure on the entrance side of the main ink supply channel; characterized in that the method comprises the step of: b) simultaneously to step a) actuating the first ink channel by applying a first actuation pulse to the first actuator wherein the actuation pulse provides a pressure wave in the first ink channel that counteracts the local pressure in the first ink channel, such that the flow through the first ink channel is reduced during purging. a) purging ink through the first and the second nozzle by applying a pressure on the entrance side of the main ink supply channel;
A preformed or hot applied thermoplastic marking comprising: at least 6 weight percent polypropylene/polyethylene (PP/PE) copolymer, wherein said marking includes a planar top surface portion and a bottom planar portion, wherein said bottom portion is configured to be directly applied to an alkaline substrate wherein alkalinity of said substrate has a pH greater than 8.0 and wherein said thermoplastic marking comprises an intermix comprising inorganic filler that exists throughout said thermoplastic marking.
In a location-based services system for WiFi-enabled devices, a method performed by a WiFi-enabled device of calculating the position of WiFi-enabled devices comprising the acts of: a) receiving, by the WiFi-enabled device , signals from WiFi access points and identifying therefrom observed WiFi access points ; b) accessing a reference database to obtain information specifying a recorded location for each observed WiFi access point ; the method further comprising c) using the recorded location information for each of the observed WiFi access points in conjunction with predefined rules that include rules that identify a cluster of WiFi access points, determine a reference point based on a position of the WiFi access points in the cluster, and compare the recorded location information for each of the observed WiFi access points to the reference point, wherein observed WiFi access points having a recorded location within a predefined threshold distance of the reference point are included in a set of WiFi access points and observed WiFi access points in excess of the predefined threshold distance of the reference point are excluded from the set; and d) using the recorded location information of only the WiFi access points included in the set and omitting the recorded location information of the excluded WiFi access points to calculate the geographical position of the WiFi-enabled device . a) receiving, by the WiFi-enabled device , signals from WiFi access points and identifying therefrom observed WiFi access points ; b) accessing a reference database to obtain information specifying a recorded location for each observed WiFi access point ; the method further comprising c) using the recorded location information for each of the observed WiFi access points in conjunction with predefined rules that include rules that identify a cluster of WiFi access points, determine a reference point based on a position of the WiFi access points in the cluster, and compare the recorded location information for each of the observed WiFi access points to the reference point, wherein observed WiFi access points having a recorded location within a predefined threshold distance of the reference point are included in a set of WiFi access points and observed WiFi access points in excess of the predefined threshold distance of the reference point are excluded from the set; and d) using the recorded location information of only the WiFi access points included in the set and omitting the recorded location information of the excluded WiFi access points to calculate the geographical position of the WiFi-enabled device .
A method performed by a wireless device , the method comprising: receiving , via a first cell of a public network, secured control plane signaling which indicates one or more security parameters usable by the wireless device to obtain information concealed by a second cell of a non-public network, characterised in that the information concealed by the second cell includes system information for the second cell . receiving , via a first cell of a public network, secured control plane signaling which indicates one or more security parameters usable by the wireless device to obtain information concealed by a second cell of a non-public network, characterised in that the information concealed by the second cell includes system information for the second cell .
Method for detecting and monitoring a characteristic, namely a diameter, of a thread (F) fed to an operating machine (M), said method comprising optical-type detection of such monitored characteristic, said optical-type detection being performed with an illumination of the thread, the method providing for a first detection of said characteristic using means of analog type and a second detection of said characteristic using means of digital type, the second detection of the digital type allowing a value of the monitored characteristic to be determined, said value being used to calibrate a value of the monitored characteristic obtained in the first detection of the analog type to precisely identify the definitive value of said monitored characteristic, said first detection of the characteristic of analog type and said second detection of such characteristic of digital type being performed independently, separately and generating corresponding data which are sent to a monitoring unit , in a first stage said monitoring unit determining the value of the above characteristic on the basis of the data detected using the digital-type means and calculating a calibration variable C(t) on the basis of said determined digital value, in a second stage said monitoring unit modifying the data detected by the analog-type means on the basis of the calibration variable which is a function of such value of the characteristic of digital type determined in the second detection, said modification taking place in real time and allowing the detection of the characteristic of analog-type to be calibrated so to determine the definitive value of the monitored characteristic, characterized in that said calibration variable C(t) varies over time, and is calculated according to the following formula C t = 1 − d 1 / H / P MIS where C is the calibration variable d1 is the characteristic of the thread measured by the detector part operating in digital mode P MIS is the value of the power measured by the detector part operating in analog mode H is the dimension of the detector part operating in analog mode, the characteristic d detected by the detection part operating in analog mode being obtained according to the following formula d = H 1 − C t ⋅ P MIS C is the calibration variable d1 is the characteristic of the thread measured by the detector part operating in digital mode P MIS is the value of the power measured by the detector part operating in analog mode H is the dimension of the detector part operating in analog mode, the characteristic d detected by the detection part operating in analog mode being obtained according to the following formula d = H 1 − C t ⋅ P MIS
A method of making an engineered decellularized tissue comprising a portion of a structural component embedded therein, comprising: combining matrix-producing cells with a hydrogel to produce a cell-seeded hydrogel, wherein the hydrogel comprises fibrinogen and thrombin; forming the cell-seeded hydrogel on, in, around, and/or within a portion of a structural component; and culturing and decellularizing the cell-seeded hydrogel under appropriate conditions so as to produce an engineered decellularized tissue comprising a portion of the structural component embedded therein, wherein a portion of the structural component is not embedded in the engineered decellularized tissue. combining matrix-producing cells with a hydrogel to produce a cell-seeded hydrogel, wherein the hydrogel comprises fibrinogen and thrombin; forming the cell-seeded hydrogel on, in, around, and/or within a portion of a structural component; and culturing and decellularizing the cell-seeded hydrogel under appropriate conditions so as to produce an engineered decellularized tissue comprising a portion of the structural component embedded therein, wherein a portion of the structural component is not embedded in the engineered decellularized tissue.