mhurhangee/patent-ind-claim-en huggingface dataset:
A method of supporting interworking between a cellular network domain and a wireless local area network domain, the method comprising: a node of the cellular network domain receiving a report (203, 204; 303, 304) from a user equipment , the report (203, 204; 303, 304) indicating an identity of an access point of the wireless local area network domain, the identity being indicated in a management frame (202; 302) received by the user equipment from this access point ; characterized in the node (100; 110) resolving a network address associated with the access point by using the indicated identity and a network address database ; the node (100; 110) sending a request (211; 309) to the resolved network address; and in response to the request (211; 309), the node receiving information on the access point . a node of the cellular network domain receiving a report (203, 204; 303, 304) from a user equipment , the report (203, 204; 303, 304) indicating an identity of an access point of the wireless local area network domain, the identity being indicated in a management frame (202; 302) received by the user equipment from this access point ; characterized in the node (100; 110) resolving a network address associated with the access point by using the indicated identity and a network address database ; the node (100; 110) sending a request (211; 309) to the resolved network address; and in response to the request (211; 309), the node receiving information on the access point .
A gas turbine comprising: a combustor coupled to a turbine that together define a working fluid flowpath , the working fluid flowpath extending aftward along a longitudinal axis from a forward end defined by a forward injector in the combustor, through an interface at which the combustor ends and the turbine begins, and then through the turbine to an aftward end; characterized by : a gap formed at the interface between the combustor and the turbine; and a fuel injector disposed near the gap for injecting a fuel into an airflow that passes through the gap. a gap formed at the interface between the combustor and the turbine; and a fuel injector disposed near the gap for injecting a fuel into an airflow that passes through the gap.
Method for operating an access system that comprises an access device , in particular for a refuse container , said method comprising the following steps: a. registering the user using a communication apparatus of a data management system by means of a first communication channel ; b. sending a data record to the communication apparatus by means of the data management system via the first communication channel , wherein the data record comprises authentication data and validation data; c. initiating the exchange of data between the communication apparatus and the access device via a second communication channel , wherein at least the authentication data are transferred to the access device , wherein the second communication channel is a wireless connection; d. checking the authentication data for the authorisation of the user using a control means of the access device ; wherein the registration is carried out only once and the authentication data authorise access to the access device in a predetermined validity range, wherein, when data are exchanged via the second communication channel , the communication apparatus does not have to be connected to the data management system by means of the first communication channel , characterised in that the communication apparatus automatically queries the authorisation of the user from the data management system within a predetermined period, the authentication data on the communication apparatus being deleted and no longer transferred to the access device if the user does not have authorisation. a. registering the user using a communication apparatus of a data management system by means of a first communication channel ; b. sending a data record to the communication apparatus by means of the data management system via the first communication channel , wherein the data record comprises authentication data and validation data; c. initiating the exchange of data between the communication apparatus and the access device via a second communication channel , wherein at least the authentication data are transferred to the access device , wherein the second communication channel is a wireless connection; d. checking the authentication data for the authorisation of the user using a control means of the access device ;
A cooking apparatus comprising: a heating coil operable by an induction heating method; an inverter configured to provide a driving power to the heating coil ; a sensing coil positioned at an upper portion or a lower portion of the heating coil ; a sensing circuit configured to provide a test power to an end of the sensing coil and sense a magnitude of power that is output at the other end of the sensing coil; and characterised by a processor configured to: identify whether an object to be heated is disposed at an upper portion of the sensing coil based on the magnitude of power sensed by the sensing circuit , and based on the disposition of the object to be heated being identified, control the inverter to apply the driving power to the heating coil , wherein the processor further configured to control the inverter to block the driving power to the heating coil when the test power is supplied to the sensing coil . a heating coil operable by an induction heating method; an inverter configured to provide a driving power to the heating coil ; a sensing coil positioned at an upper portion or a lower portion of the heating coil ; a sensing circuit configured to provide a test power to an end of the sensing coil and sense a magnitude of power that is output at the other end of the sensing coil; and characterised by a processor configured to: identify whether an object to be heated is disposed at an upper portion of the sensing coil based on the magnitude of power sensed by the sensing circuit , and based on the disposition of the object to be heated being identified, control the inverter to apply the driving power to the heating coil , wherein the processor further configured to control the inverter to block the driving power to the heating coil when the test power is supplied to the sensing coil . identify whether an object to be heated is disposed at an upper portion of the sensing coil based on the magnitude of power sensed by the sensing circuit , and based on the disposition of the object to be heated being identified, control the inverter to apply the driving power to the heating coil , wherein the processor further configured to control the inverter to block the driving power to the heating coil when the test power is supplied to the sensing coil .
An acoustic liner comprising: a face sheet ; a back sheet , and a core layer , wherein the core layer is positioned between the face sheet and the back sheet ; said core layer comprising a plurality of strips of core material folded to form an array of oblique polyhedral cellular structures , the array comprising: a plurality of converging polyhedral cells bisected by a polygonal top face and a bottom face ; and a plurality of diverging polyhedral cells bisected by a polygonal top face and a bottom face ; wherein the top face bisects the plurality of converging polyhedral cells and the plurality of diverging polyhedral cells as a plane. a face sheet ; a back sheet , and a core layer , wherein the core layer is positioned between the face sheet and the back sheet ; said core layer comprising a plurality of strips of core material folded to form an array of oblique polyhedral cellular structures , the array comprising: a plurality of converging polyhedral cells bisected by a polygonal top face and a bottom face ; and a plurality of diverging polyhedral cells bisected by a polygonal top face and a bottom face ; wherein the top face bisects the plurality of converging polyhedral cells and the plurality of diverging polyhedral cells as a plane. a plurality of converging polyhedral cells bisected by a polygonal top face and a bottom face ; and a plurality of diverging polyhedral cells bisected by a polygonal top face and a bottom face ; wherein the top face bisects the plurality of converging polyhedral cells and the plurality of diverging polyhedral cells as a plane.
A method for forming a joint between a tube and a first tubesheet comprising: positioning a first end of the tube substantially flush with a major surface of the first tubesheet ; inserting a first anvil assembly comprising an expandable anchor portion at least partially within the first end of the tube ; expanding the expandable anchor portion of the first anvil assembly within the tube to hold the first end of the tube with respect to the first tubesheet ; welding the first end of the tube to the first tubesheet , wherein welding the tube to the first tubesheet includes friction stir welding; and removing the first anvil assembly from the tube . positioning a first end of the tube substantially flush with a major surface of the first tubesheet ; inserting a first anvil assembly comprising an expandable anchor portion at least partially within the first end of the tube ; expanding the expandable anchor portion of the first anvil assembly within the tube to hold the first end of the tube with respect to the first tubesheet ; welding the first end of the tube to the first tubesheet , wherein welding the tube to the first tubesheet includes friction stir welding; and removing the first anvil assembly from the tube .
A transparent multi-layer laminate comprising: a glass-ceramic layer, a soda-lime or borosilicate glass layer, a glass-ceramic layer, and a polymer spall layer, wherein said soda-lime or borosilicate glass layer is disposed between said glass-ceramic layers and the layers are bound together by polymer interlayers and the overall thickness of the composite is less than 80 mm. a glass-ceramic layer, a soda-lime or borosilicate glass layer, a glass-ceramic layer, and a polymer spall layer, wherein said soda-lime or borosilicate glass layer is disposed between said glass-ceramic layers and the layers are bound together by polymer interlayers and the overall thickness of the composite is less than 80 mm.
An oral care refill head comprising: a sleeve portion extending from a proximal end to a distal end , the sleeve portion comprising an inner surface that defines an internal cavity that extends along a sleeve axis (B-B) from an open bottom end at the proximal end of the sleeve portion to a closed top end , the internal cavity configured to receive an attachment portion of a stem of an oral care implement handle ; and a head portion at the distal end of the sleeve portion , the head portion comprising a front surface , a peripheral side surface , and an elastomeric prophy cup ; wherein the elastomeric prophy cup comprises an elastomeric cup portion and an elastomeric base portion , the elastomeric base portion comprising an outer surface that forms at least a first portion of the peripheral side surface of the head portion , the elastomeric cup portion of the prophy cup extending along a prophy cup axis (C-C); and characterized in that the first portion of the peripheral side surface of the head portion circumscribes the head portion . a sleeve portion extending from a proximal end to a distal end , the sleeve portion comprising an inner surface that defines an internal cavity that extends along a sleeve axis (B-B) from an open bottom end at the proximal end of the sleeve portion to a closed top end , the internal cavity configured to receive an attachment portion of a stem of an oral care implement handle ; and a head portion at the distal end of the sleeve portion , the head portion comprising a front surface , a peripheral side surface , and an elastomeric prophy cup ; wherein the elastomeric prophy cup comprises an elastomeric cup portion and an elastomeric base portion , the elastomeric base portion comprising an outer surface that forms at least a first portion of the peripheral side surface of the head portion , the elastomeric cup portion of the prophy cup extending along a prophy cup axis (C-C); and characterized in that the first portion of the peripheral side surface of the head portion circumscribes the head portion .
Machining device for machining in situ a rotor disposed in a turbine housing which, while forming a joint , is divided into two parts, said machining taking place while the upper housing half is removed, comprising: - a main body which has fastening means for releasably fastening the main body to the lower housing half in the region of the joint , - at least one tool holder for receiving at least one machining tool , said at least one tool holder being fastened directly or indirectly to the main body and being able to be aligned, preferably along at least two axes, relative to the main body , characterized in that said machining device - comprises a plurality of stabilizing elements which, configured in the manner of a telescope, are able to be locked, preferably in a stepless manner, in different longitudinal settings, the one free end of said stabilizing elements in each case being fastened in an articulated manner to the main body , and on the other free ends thereof being provided with further fastening means which are configured in such a manner that the free ends are able to be fastened in a releasable and articulated manner to the lower housing half of the turbine housing. - a main body which has fastening means for releasably fastening the main body to the lower housing half in the region of the joint , - at least one tool holder for receiving at least one machining tool , said at least one tool holder being fastened directly or indirectly to the main body and being able to be aligned, preferably along at least two axes, relative to the main body , - comprises a plurality of stabilizing elements which, configured in the manner of a telescope, are able to be locked, preferably in a stepless manner, in different longitudinal settings, the one free end of said stabilizing elements in each case being fastened in an articulated manner to the main body , and on the other free ends thereof being provided with further fastening means which are configured in such a manner that the free ends are able to be fastened in a releasable and articulated manner to the lower housing half of the turbine housing.
An iterative image reconstruction method of reconstructing an image using a successive approximation method, comprising: performing image reconstruction with the successive approximation method using state variables which depend on the number of iterations or a pixel position to determine update conditions for obtaining a reconstructed image, said image reconstruction being repeatedly performed until a convergence condition is satisfied (S9); storing the state variables at an end of the image reconstruction; outputting the reconstructed image after the convergence condition is satisfied (S10); and resuming performing image reconstruction when it is judged that an image quality of the reconstructed image is insufficient, wherein the performing image reconstruction further comprises: judging whether or not the reconstruction processing is the first time (S2); when the reconstruction processing is the first time, initializing the state variables (S3) and then performing image reconstruction; when the reconstruction processing is not the first time and when the reconstruction processing is resumed, reading the stored state variables (S4) and then performing image reconstruction. performing image reconstruction with the successive approximation method using state variables which depend on the number of iterations or a pixel position to determine update conditions for obtaining a reconstructed image, said image reconstruction being repeatedly performed until a convergence condition is satisfied (S9); storing the state variables at an end of the image reconstruction; outputting the reconstructed image after the convergence condition is satisfied (S10); and resuming performing image reconstruction when it is judged that an image quality of the reconstructed image is insufficient, wherein the performing image reconstruction further comprises: judging whether or not the reconstruction processing is the first time (S2); when the reconstruction processing is the first time, initializing the state variables (S3) and then performing image reconstruction; when the reconstruction processing is not the first time and when the reconstruction processing is resumed, reading the stored state variables (S4) and then performing image reconstruction. judging whether or not the reconstruction processing is the first time (S2); when the reconstruction processing is the first time, initializing the state variables (S3) and then performing image reconstruction; when the reconstruction processing is not the first time and when the reconstruction processing is resumed, reading the stored state variables (S4) and then performing image reconstruction.
A single use, controlled environment manufacturing module comprising: a sealed bag formed of a substantially flexible material, the sealed bag having an interior and an exterior and capable of being inflated with air or gas, such that an environment within the sealed bag is segregated from an ambient environment outside of the sealed bag ; at least one external aseptic connector that extends from the exterior of the sealed bag to the interior of the sealed bag ; at least one external tubing connector for fluidically connecting to a sealed bag of a further single use, controlled environment manufacturing module; at least one set of access ports configured to provide access to the interior of the sealed bag ; and equipment for bioprocessing contained inside the sealed bag . a sealed bag formed of a substantially flexible material, the sealed bag having an interior and an exterior and capable of being inflated with air or gas, such that an environment within the sealed bag is segregated from an ambient environment outside of the sealed bag ; at least one external aseptic connector that extends from the exterior of the sealed bag to the interior of the sealed bag ; at least one external tubing connector for fluidically connecting to a sealed bag of a further single use, controlled environment manufacturing module; at least one set of access ports configured to provide access to the interior of the sealed bag ; and equipment for bioprocessing contained inside the sealed bag .
Method for estimating, in real time, the intensity of knocking of an internal combustion engine comprising a cylinder head, at least one cylinder and at least one vibratory sensor, from which a vibratory signal (y) at the exit from the cylinder head and indicative of the vibrations in the said cylinder is acquired (ACQ) continuously and as a function of crank angle, characterized in that the following steps are performed: - a cylinder head wave equation model is constructed on the basis of a physical model describing the propagation of a wave through a solid medium; - coefficients of the Fourier decomposition (EDPest) of the vibratory signal (p(t)) generated by the engine and entering the cylinder head are determined in real time on the basis of the said equation real time on the basis of the said wave equation model using an estimator and on the basis of the vibratory signal (y) measured at the exit from the cylinder head; - an energy (E(α)) contained in the said signal is calculated by summing the squares of the said coefficients of the Fourier decomposition; - a parameter correlating with the intensity of the knocking (CAL) and equal to the square root of the maximum of the said energy is deduced in real time. - a cylinder head wave equation model is constructed on the basis of a physical model describing the propagation of a wave through a solid medium; - coefficients of the Fourier decomposition (EDPest) of the vibratory signal (p(t)) generated by the engine and entering the cylinder head are determined in real time on the basis of the said equation real time on the basis of the said wave equation model using an estimator and on the basis of the vibratory signal (y) measured at the exit from the cylinder head; - an energy (E(α)) contained in the said signal is calculated by summing the squares of the said coefficients of the Fourier decomposition; - a parameter correlating with the intensity of the knocking (CAL) and equal to the square root of the maximum of the said energy is deduced in real time.
An automatic detachable combined toy gyro, wherein the combined toy gyro comprises at least vertically joined upper and lower gyros , each having an elastic tip , wherein the upper and lower toy gyros each comprise an axis body and a gyro ring sleeved on the axis body, each elastic tip including a tip body connected to a lower end of its associated axis body and including a spring in an inner cavity of each tip body, wherein the spring in the elastic tip of the upper gyro is in a compressed state when the tip body of the upper gyro is inserted into the axis body of the lower gyro to implement jointing of the upper and lower gyros, whereby the upper gyro in the combined gyros automatically releases its connection with the lower gyro in the combined gyros when it is impacted or rotation thereof is blocked during rotation, wherein the upper gyro is ejected from the lower gyro under an action of the spring of the elastic tip in the upper gyro to separately form a rotating upper gyro together with a rotating lower gyro .
The method of repeated completion of production formations, including lifting of hydraulic perforator along the well axis with perforation of production string, movement of hydraulic perforator along well axis and its simultaneous rotation around its axis with cutting screw perforation slots , wherein the method performs screw slot perforation which is a helicoid with a pitch 0.7 of maximal height of the threaded slot and closing of the specified slots into joint empty space of mine working, and the screw perforation slots are joined with each other in the formation due to small pitch of the helicoid so that a cylindrical annulus empty space is created in the mine working.