mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine ring assembly comprising both a plurality of ring sectors made of ceramic matrix composite material forming a turbine ring and also a ring support structure having first and second annular flanges , each ring sector having a portion forming an annular base with an inner face defining the inside face of the turbine ring and an outer face from which first and second tabs extend radially, the tabs of each ring sector being held between the two annular flanges of the ring support structure , the first and second tabs of the ring sectors each having an annular groove (140; 160) in its face (14a; 16a) respectively facing the first annular flange and the second annular flange of the ring support structure , the first and second annular flanges of the ring support structure each having an annular projection (34; 38) on its face facing one of the ring sector tabs, the annular projection of the first flange being received in the annular groove of the first tab of each ring sector , while the annular projection of the second flange is received in the annular groove of the second tab of each ring sector , at least one resilient element being interposed between the annular projection of the first flange and the annular grooves of the first tabs , and also between the annular projection of the second flange and the annular grooves of the second tabs ; the assembly being characterized in that each resilient element is interposed between the top walls of the grooves present in the first tabs , or respectively the second tabs , of the ring sectors and the top wall of the annular projection of the first flange , or respectively of the second flange , of the ring structure ; or else in that each resilient element is interposed between the bottom walls of the grooves present in the first tabs , or respectively the second tabs of the ring sectors and the bottom wall of the annular projection of the first flange , or respectively of the second flange , of the ring structure , and in that each resilient element serves to hold the ring sectors in position on the ring support structure in a radial direction (D R ) of the turbine ring. the assembly being characterized in that each resilient element is interposed between the top walls of the grooves present in the first tabs , or respectively the second tabs , of the ring sectors and the top wall of the annular projection of the first flange , or respectively of the second flange , of the ring structure ; or else in that each resilient element is interposed between the bottom walls of the grooves present in the first tabs , or respectively the second tabs of the ring sectors and the bottom wall of the annular projection of the first flange , or respectively of the second flange , of the ring structure , and in that each resilient element serves to hold the ring sectors in position on the ring support structure in a radial direction (D R ) of the turbine ring.
A control circuit which is configured to apply a voltage having a periodic curve, the periodic duration of which is fixed by a control frequency, to a piezoelectric transformer , wherein the control circuit has an inductor and a control unit , and wherein the control unit is configured to adjust the control frequency of the applied voltage as a function of an average current intensity of a current flowing through the inductor , characterised in that the control unit is configured to increase the control frequency if the average current intensity exceeds a predetermined target value and wherein the control unit is configured to reduce the control frequency if the average current intensity falls below the predetermined target value.
A computer-implemented method of generating a body marker, the method comprising: selecting by an image processor a portion of an object shown in a medical image ; selecting, by a controller , first body marker from among a plurality of prestored body markers based on the selected portion of the object; displaying the first body marker; generating a second body marker reflecting a current shape or location of the object by modifying the first body marker according to a user input; and displaying the second body marker. selecting by an image processor a portion of an object shown in a medical image ; selecting, by a controller , first body marker from among a plurality of prestored body markers based on the selected portion of the object; displaying the first body marker; generating a second body marker reflecting a current shape or location of the object by modifying the first body marker according to a user input; and displaying the second body marker.
A method comprising: receiving , at a client that is unsynchronized with a blockchain network , a transaction request, the client being run by an internet-of-things , IoT, device ; accessing , by the client , a register of nodes , the nodes each being synchronized with the blockchain network ; selecting , by the client , a node from the register ; transmitting , from the client to the node , a blockchain request to process the transaction request on the blockchain network ; receiving , by the client , a response to the blockchain request , the response including validation indicia; verifying , by the client , whether the response is valid based on the validation indicia; and instructing , by the client , in response to determining that the response is valid, the IoT device to validate a transaction corresponding to the transaction request. receiving , at a client that is unsynchronized with a blockchain network , a transaction request, the client being run by an internet-of-things , IoT, device ; accessing , by the client , a register of nodes , the nodes each being synchronized with the blockchain network ; selecting , by the client , a node from the register ; transmitting , from the client to the node , a blockchain request to process the transaction request on the blockchain network ; receiving , by the client , a response to the blockchain request , the response including validation indicia; verifying , by the client , whether the response is valid based on the validation indicia; and instructing , by the client , in response to determining that the response is valid, the IoT device to validate a transaction corresponding to the transaction request.
A cutting element for use with an earth-boring tool, comprising: a cutting table having a cutting surface and a base surface ; a substrate having a support surface ; and characterised by : a plurality of particles forming a plurality of protrusions extending from the support surface of the substrate toward the base surface of the cutting table ; and an adhesion layer in which the plurality of protrusions is at least partially embedded extending between the base surface of the cutting table and the support surface of the substrate . a cutting table having a cutting surface and a base surface ; a substrate having a support surface ; and characterised by : a plurality of particles forming a plurality of protrusions extending from the support surface of the substrate toward the base surface of the cutting table ; and an adhesion layer in which the plurality of protrusions is at least partially embedded extending between the base surface of the cutting table and the support surface of the substrate . a plurality of particles forming a plurality of protrusions extending from the support surface of the substrate toward the base surface of the cutting table ; and an adhesion layer in which the plurality of protrusions is at least partially embedded extending between the base surface of the cutting table and the support surface of the substrate .
Device for producing a brewed beverage, having a brewing chamber which has an inlet for hot water and an outlet , wherein a closure element is provided on the outlet by means of which the outlet can be opened or closed, and the brewing chamber has a lateral opening to which a capsule with an extraction material can be applied in a sealed manner in order to produce a fluid connection between an interior of the capsule and an interior of the brewing chamber, characterized in that an edge of the lateral opening forms a plane which is oriented inclined to the vertical.
Method for determining a relative position of a stationary object , located in the surroundings of a motor vehicle , with respect to the extended longitudinal axis (L) of the motor vehicle , in which, when a motor vehicle is moving along a route (S), a first distance value (AB1, AB2, AB3; AB1', AB2', AB3') between a vehicle-end detection device and the object is determined at a first route point (S1, S2, S3) on the route (S), and a second distance value (AB2, AB3, AB4; AB2', AB3', AB4') between the vehicle-end detection device and the object is determined at at least one second route point (S2, S3, S4) on the route (S), characterized in that a change in distance is determined from the at least two distance values (AB1 to AB4; AB1' to AB4'), and the change in distance and the associated distance travelled between the route points (S1 to S4) is taken into account for the determination of the relative position of the object with respect to the extended longitudinal axis (L) of the motor vehicle , wherein the value of the route-point-dependent change in distance is compared with the first route-point-dependent threshold value of the change in distance, and depending on the comparison it is detected whether the object is arranged in a first area which is defined around the longitudinal axis, and/or wherein the value of the route-point-dependent change in distance is compared with a second route-point-dependent threshold value of the change in distance, and depending on the comparison it is detected whether the object is arranged on or near to the extended longitudinal axis (L), and/or wherein the value of the route-point-dependent change in distance is compared with a third route-point-dependent threshold value of the change in distance, and depending on the comparison it is detected whether the object is arranged in an adjacent area which is laterally adjacent to a first area defined around the longitudinal axis (L).
A communication system for one-way transmission, comprising: a server comprising a processor , a second programmable logic device coupled to the processor , and a watchdog timer coupled to the second programmable logic device and the processor ; and a one-way link circuit comprising a first programable logic device , wherein the one-way link circuit is communicatively connected to the server , wherein the processor is configured to: transmit a filtering rule to the first programmable logic device ; receive a signal and obtain data from the signal; pack the data to generate at least one data packet; and transmit the at least one data packet to the first programmable logic device , wherein the first programmable logic device is configured to: determine whether to output the at least one data packet according to the filtering rule , the communication system being characterized in that : the watchdog timer reset the processor to reboot the server in response to not receiving a command from the second programmable logic device in a pre-configured time period. a server comprising a processor , a second programmable logic device coupled to the processor , and a watchdog timer coupled to the second programmable logic device and the processor ; and a one-way link circuit comprising a first programable logic device , wherein the one-way link circuit is communicatively connected to the server , wherein the processor is configured to: transmit a filtering rule to the first programmable logic device ; receive a signal and obtain data from the signal; pack the data to generate at least one data packet; and transmit the at least one data packet to the first programmable logic device , wherein transmit a filtering rule to the first programmable logic device ; receive a signal and obtain data from the signal; pack the data to generate at least one data packet; and transmit the at least one data packet to the first programmable logic device , wherein the first programmable logic device is configured to: determine whether to output the at least one data packet according to the filtering rule , the communication system being characterized in that : the watchdog timer reset the processor to reboot the server in response to not receiving a command from the second programmable logic device in a pre-configured time period.
A method of updating digital video recorders, DVR, characterized by comprising: obtaining (S31), by a first DVR, firmware version information and IP addresses of the other DVRs within a local area network, LAN, where the first DVR belongs; comparing (S32) all of the obtained version information with firmware version information of the first DVR to determine the newest firmware version; and obtaining (S33) a file of the newest firmware version from a second DVR that provides the firmware version information of the newest firmware version by using an IP address provided by the second DVR; and performing (S33) version update of the first DVR using the file obtained. obtaining (S31), by a first DVR, firmware version information and IP addresses of the other DVRs within a local area network, LAN, where the first DVR belongs; comparing (S32) all of the obtained version information with firmware version information of the first DVR to determine the newest firmware version; and obtaining (S33) a file of the newest firmware version from a second DVR that provides the firmware version information of the newest firmware version by using an IP address provided by the second DVR; and performing (S33) version update of the first DVR using the file obtained.
System for increasing organic cell regeneration in a region of a subject comprising an electromagnetic (EM) field generating device adapted to produce a constant EM field in said region of a subject of less than 1 mT at a user-adjustable radiation frequency between 7 Hz and 8 Hz, and a composition to be located substantially at or adjacent said region of a subject, said composition containing at least one mineral, said mineral being hydrated mineral by regulated water maintained in a constant spatial structure or by regulated water incorporated in a non-destructible matrix. an electromagnetic (EM) field generating device adapted to produce a constant EM field in said region of a subject of less than 1 mT at a user-adjustable radiation frequency between 7 Hz and 8 Hz, and a composition to be located substantially at or adjacent said region of a subject, said composition containing at least one mineral, said mineral being hydrated mineral by regulated water maintained in a constant spatial structure or by regulated water incorporated in a non-destructible matrix.
A system for coupling components in a gas turbine engine having an axis, the system comprising: a secondary component ; and a reinforced component having: a metal lug having a main body ; and a composite material integrally formed around the metal lug and configured to be retained in place relative to the secondary component via an attachment between the metal lug and the secondary component ; characterized in that the metal lug further includes two circumferential wings extending circumferentially outward from the main body , being tapered towards an axially forward end and an axially aft end , and being configured to be attached to the secondary component , and in that the composite material includes a first ply or pack and a second ply or pack coupled together forward and aft of the metal lug , with the first ply or pack contacting and extending over a radially outward surface of the metal lug and the second ply or pack contacting and extending radially inward along an axially forward surface of the metal lug . a secondary component ; and a reinforced component having: a metal lug having a main body ; and a composite material integrally formed around the metal lug and configured to be retained in place relative to the secondary component via an attachment between the metal lug and the secondary component ; a metal lug having a main body ; and a composite material integrally formed around the metal lug and configured to be retained in place relative to the secondary component via an attachment between the metal lug and the secondary component ; characterized in that the metal lug further includes two circumferential wings extending circumferentially outward from the main body , being tapered towards an axially forward end and an axially aft end , and being configured to be attached to the secondary component , and in that the composite material includes a first ply or pack and a second ply or pack coupled together forward and aft of the metal lug , with the first ply or pack contacting and extending over a radially outward surface of the metal lug and the second ply or pack contacting and extending radially inward along an axially forward surface of the metal lug .
An electronic device , comprising: a housing having inner side surfaces; an inductive coil located within the housing and operable to transmit or receive power in an inductive power transmission system , the inductive coil having a face surface facing a magnetic path of the inductive power transmission system , a second surface opposite the face surface, and an outer side surface connecting the face surface and the second surface and oriented toward the inner side surfaces of the housing; and a magnetic field directing material internal to the housing ; wherein the magnetic field directing material blocks magnetic flux from the inductive power transmission system to the housing , characterized in that : the magnetic field directing material is disposed on and directly in contact with the inner side surfaces of the housing . a housing having inner side surfaces; an inductive coil located within the housing and operable to transmit or receive power in an inductive power transmission system , the inductive coil having a face surface facing a magnetic path of the inductive power transmission system , a second surface opposite the face surface, and an outer side surface connecting the face surface and the second surface and oriented toward the inner side surfaces of the housing; and a magnetic field directing material internal to the housing ; wherein the magnetic field directing material blocks magnetic flux from the inductive power transmission system to the housing , characterized in that : the magnetic field directing material is disposed on and directly in contact with the inner side surfaces of the housing .
An instrument for analyzing a molecule, the instrument comprising a device with a tunneling junction, the device comprising: a first conductive element ; a second conductive element ; an insulating layer disposed between the first conductive element and the second conductive element; a voltage source in electrical communication with the first conductive element and the second conductive element; and an electrical meter in electrical communication with the voltage source, the first conductive element, and the second conductive element, the instrument being characterized in that the insulating layer is tapered in a direction to reach a minimum thickness at a first end of the device. a first conductive element ; a second conductive element ; an insulating layer disposed between the first conductive element and the second conductive element; a voltage source in electrical communication with the first conductive element and the second conductive element; and an electrical meter in electrical communication with the voltage source, the first conductive element, and the second conductive element,
A phosphor wheel comprising: a disk ; a wavelength conversion layer comprising phosphor disposed on a first side of the disk ; and an impeller disposed on the first side of the disk , characterized in that the impeller , comprises vanes which are shaped as airfoils with each vane having a leading edge disposed radially inward of a trailing edge on the disk , wherein the leading edge of each vane is a rounded leading edge and the trailing edge of each vane is a sharp trailing edge , and wherein each vane is oriented to draw airflow into the impeller from the first side of the disk and to drive airflow (F) radially outward away from a center of the disk and across the wavelength conversion layer when the disk is rotated in the rotation direction (R). a disk ; a wavelength conversion layer comprising phosphor disposed on a first side of the disk ; and an impeller disposed on the first side of the disk , characterized in that the impeller , comprises vanes which are shaped as airfoils with each vane having a leading edge disposed radially inward of a trailing edge on the disk , wherein the leading edge of each vane is a rounded leading edge and the trailing edge of each vane is a sharp trailing edge , and wherein each vane is oriented to draw airflow into the impeller from the first side of the disk and to drive airflow (F) radially outward away from a center of the disk and across the wavelength conversion layer when the disk is rotated in the rotation direction (R).
A last stage blade for a half speed nuclear steam turbine operating at 50Hz or 60Hz, the blade having a single piece steel blade body comprising: an airfoil having a tip , a base and an airfoil height (H) extending between the tip and the base , wherein the airfoil height (H) is in a range of 1850 mm to 2000 mm, and the base has a base diameter (D) in a range of 2900 mm to 3050 mm, the airfoil having an airfoil mass (M) for the defined airfoil height (H), wherein an airfoil mass (M) to height (H) ratio is in a range of 70 kg/m to 80 kg/m, wherein the airfoil height (H) and the airfoil mass (M) enable low centrifugal pull on a rotor; and a blade root , extending from the base , configured to be attachable mounted in a rotor groove of a rotor, characterised in that the blade root comprises a fir-tree root curved along a chord at the base of the airfoil , wherein the curvature of the curved fir-tree root has a radius (Rr) in a range of 400 to 500 mm. an airfoil having a tip , a base and an airfoil height (H) extending between the tip and the base , wherein the airfoil height (H) is in a range of 1850 mm to 2000 mm, and the base has a base diameter (D) in a range of 2900 mm to 3050 mm, the airfoil having an airfoil mass (M) for the defined airfoil height (H), wherein an airfoil mass (M) to height (H) ratio is in a range of 70 kg/m to 80 kg/m, wherein the airfoil height (H) and the airfoil mass (M) enable low centrifugal pull on a rotor; and a blade root , extending from the base , configured to be attachable mounted in a rotor groove of a rotor, characterised in that the blade root comprises a fir-tree root curved along a chord at the base of the airfoil , wherein the curvature of the curved fir-tree root has a radius (Rr) in a range of 400 to 500 mm.
Annular filter element, in particular for gas filtration, for example for an air filter, having a filter medium body which can be flowed through in the radial direction by the fluid to be cleaned, wherein a circumferential sealing element , which features at least one sealing portion having a solid and larger cross-sectional area and at least one further sealing portion having an at least partially reduced cross-sectional area, is disposed on the front face of the filter medium body , wherein at least one sealing portion having reduced cross-sectional area features a groove-shaped recess which extends at least approximately over the length or over one part of the length of the sealing portion having reduced cross-sectional area, wherein the filter medium body features two longitudinal sides and two narrow sides connecting the longitudinal sides , characterized in that the recess is provided on an axial front face of the sealing element and the sealing portion having reduced cross-sectional area extends along the longitudinal side and the sealing portion having larger cross-sectional area along the narrow side .