mhurhangee/patent-ind-claim-en huggingface dataset:
A window, door, or façade element comprising a frame made of frame spars and comprising a sash made of sash spars, wherein one or more of the frame spars and/or the sash spars has/have at least the following features: a) a main profile , on which two fastening grooves open in the same direction are formed for fixing a corresponding fastening means of a fitting assembly of the window, door or façade element bridging the intermediate space between the fastening grooves , b) wherein the two fastening grooves have at least one catch means for at least one corresponding counter catch means of the fitting assembly, which is attachable without tools in a locking manner, c) and wherein the fitting assembly has a functional fitting on a fitting plate and at least one carrier element for carrying the fitting plate, wherein the carrier element is designed for the direct or indirect locking in the fastening grooves with the counter catch means, and d) wherein the fitting plate and the at least one carrier element are formed in multiple pieces and are fastened on one another, characterized in that the fitting assembly is displaceable with the carrier element after locking on the main profile in the fastening grooves in the main extension direction of the main profile . a) a main profile , on which two fastening grooves open in the same direction are formed for fixing a corresponding fastening means of a fitting assembly of the window, door or façade element bridging the intermediate space between the fastening grooves , b) wherein the two fastening grooves have at least one catch means for at least one corresponding counter catch means of the fitting assembly, which is attachable without tools in a locking manner, c) and wherein the fitting assembly has a functional fitting on a fitting plate and at least one carrier element for carrying the fitting plate, wherein the carrier element is designed for the direct or indirect locking in the fastening grooves with the counter catch means, and d) wherein the fitting plate and the at least one carrier element are formed in multiple pieces and are fastened on one another, characterized in that
Production method for a cutting insert , in particular a cutting insert for a core drill bit , comprising the steps of: forming and sintering a basic body of the cutting insert from a hard metal, depositing one or more intermediate layers , including an adhesion promoting layer , onto an upper side of the basic body by means of a vapour deposition process (CVD), characterized in that the depositing of the adhesion promoting layer of boron-containing nitrides of transition metals comprises the steps of: depositing nitrides of one or more transition metals from the group IV, group V and group VI of the periodic table at a temperature of between 950°C and 1100°C to form a plurality of platelets , which are oriented such that they are inclined in relation to the upper side and consist of the nitrides of the transition metals; and depositing a boride and/or boron nitride of the one or more transition metals; growing a diamond layer on the adhesion promoting layer , which comprises the steps of: seeding the adhesion promoting layer with diamond dust and growing rod-shaped diamonds from the vapour phase on the adhesion promoting layer . forming and sintering a basic body of the cutting insert from a hard metal, depositing one or more intermediate layers , including an adhesion promoting layer , onto an upper side of the basic body by means of a vapour deposition process (CVD), characterized in that the depositing of the adhesion promoting layer of boron-containing nitrides of transition metals comprises the steps of: depositing nitrides of one or more transition metals from the group IV, group V and group VI of the periodic table at a temperature of between 950°C and 1100°C to form a plurality of platelets , which are oriented such that they are inclined in relation to the upper side and consist of the nitrides of the transition metals; and depositing a boride and/or boron nitride of the one or more transition metals; growing a diamond layer on the adhesion promoting layer , which comprises the steps of: seeding the adhesion promoting layer with diamond dust and growing rod-shaped diamonds from the vapour phase on the adhesion promoting layer . seeding the adhesion promoting layer with diamond dust and growing rod-shaped diamonds from the vapour phase on the adhesion promoting layer .
Passive system with increased reliability for decay-heat removal from a nuclear reactor, comprising a heat exchanger connected to a chimney formed by a two-channel piping comprising an inner and an outer pipe; characterised by a flow-redirection device separating a two-channel piping of the chimney from a two-channel piping connected to an active zone of the reactor, while the flow-redirection device comprises an inner channel equipped with a valve separating a segment of the channel on the side adjacent to the active zone of the reactor from a segment of the channel on the side adjacent to the heat exchanger and an outer channel equipped with at least one valve in a partition separating a segment of the channel on the side adjacent to the active zone of the reactor from a segment of the channel on the side adjacent to the heat exchanger , wherein the segment of the channel on the side adjacent to the heat exchanger is connected to the segment of the channel on the side adjacent to the active zone of the reactor by at least one connecting channel and the segment of the channel on the side adjacent to the heat exchanger is connected to the segment of the channel on the side adjacent to the active zone of the reactor by at least one connecting channel , wherein each of the connecting channels and connecting channels is equipped with at least one valve .
Distributor device for agricultural machinery comprising: - a casing defining a distributing chamber internally thereof which comprises an inlet and a plurality of peripheral outlets (1-12) intended for a granular material to be spread, - the inlet being particularly suitable for being connected to a transport conduit of a mixture of air and granular material to be spread, and the peripheral outlets (1-12) being particularly suitable for being connected to transport conduits for conveying the granular material towards a soil, - the distributor device further comprises an impeller arranged proximate the inlet of the distributing chamber , characterized in that - said impeller is connected rotatably to a frame , - said frame is engaged with the casing and it comprises a plurality of shaped arms . - a casing defining a distributing chamber internally thereof which comprises an inlet and a plurality of peripheral outlets (1-12) intended for a granular material to be spread, - the inlet being particularly suitable for being connected to a transport conduit of a mixture of air and granular material to be spread, and the peripheral outlets (1-12) being particularly suitable for being connected to transport conduits for conveying the granular material towards a soil, - the distributor device further comprises an impeller arranged proximate the inlet of the distributing chamber , characterized in that - said impeller is connected rotatably to a frame , - said frame is engaged with the casing and it comprises a plurality of shaped arms .
A method of forming an implantable electrode having electrode contacts on an electrode carrier having a coating , the method comprising: providing a solution of silicone and dexamethasone dissolved in a solvent; applying the solution to the electrode carrier or to a substrate; and subjecting the solution to a two-step heat treatment process that includes a first heat treatment between 50°C and 90°C for about 1 to 3 hours and a second heat treatment at an elevated temperature between about 90°C and 140°C for about 2 hours in order to form the coating . providing a solution of silicone and dexamethasone dissolved in a solvent; applying the solution to the electrode carrier or to a substrate; and subjecting the solution to a two-step heat treatment process that includes a first heat treatment between 50°C and 90°C for about 1 to 3 hours and a second heat treatment at an elevated temperature between about 90°C and 140°C for about 2 hours in order to form the coating .
A system comprising: a radio frequency (RF) generator configured to generate RF energy; an ablation electrode configured to deliver RF energy to target tissue to ablate the target tissue; a temperature sensor configured to measure temperature at the target tissue; a controller configured to: control the temperature sensor to measure a temperature curve at the target tissue; control the RF generator to supply RF energy to the ablation electrode; determine a peak temperature on the temperature curve; determine whether the peak temperature is greater than a predetermined peak temperature; and characterised in that the controller is further configured to, if the peak temperature is greater than the predetermined peak temperature, determine a time at which the temperature curve crosses to a temperature lower than the predetermined peak temperature; and if the determined time is greater than a predetermined time , issue generating a message indicating that the target tissue was successfully ablated. a radio frequency (RF) generator configured to generate RF energy; an ablation electrode configured to deliver RF energy to target tissue to ablate the target tissue; a temperature sensor configured to measure temperature at the target tissue; a controller configured to: control the temperature sensor to measure a temperature curve at the target tissue; control the RF generator to supply RF energy to the ablation electrode; determine a peak temperature on the temperature curve; determine whether the peak temperature is greater than a predetermined peak temperature; and characterised in that the controller is further configured to, if the peak temperature is greater than the predetermined peak temperature, determine a time at which the temperature curve crosses to a temperature lower than the predetermined peak temperature; and if the determined time is greater than a predetermined time , issue generating a message indicating that the target tissue was successfully ablated. control the temperature sensor to measure a temperature curve at the target tissue; control the RF generator to supply RF energy to the ablation electrode; determine a peak temperature on the temperature curve; determine whether the peak temperature is greater than a predetermined peak temperature; and characterised in that the controller is further configured to, if the peak temperature is greater than the predetermined peak temperature, determine a time at which the temperature curve crosses to a temperature lower than the predetermined peak temperature; and if the determined time is greater than a predetermined time , issue generating a message indicating that the target tissue was successfully ablated.
A mobile apparatus for outputting first multimedia content which includes at least one from among a picture, music, video, and text, the mobile device comprising: an output device configured to output the first multimedia content; a transceiver configured to transmit data that relates to the first multimedia content to a selected external apparatus ; and a controller configured to determine, when the mobile apparatus enters a predetermined area, whether the mobile apparatus is connected to a home network; search for a plurality of external apparatuses accessible via the home network based on a determination that the mobile apparatus has connected to the home network; select an external apparatus from among the plurality of external apparatuses based on at least one predetermined criterion, a kind of the first multimedia content and a plurality of priorities, the plurality of priorities corresponding respectively to the plurality of external apparatuses ; and control the transceiver to transmit the data that relates to the first multimedia content to the selected external apparatus in synchronization with the first multimedia content being output on the output device of the mobile apparatus; wherein each of the plurality of external apparatuses is configured to output multimedia content. an output device configured to output the first multimedia content; a transceiver configured to transmit data that relates to the first multimedia content to a selected external apparatus ; and a controller configured to determine, when the mobile apparatus enters a predetermined area, whether the mobile apparatus is connected to a home network; search for a plurality of external apparatuses accessible via the home network based on a determination that the mobile apparatus has connected to the home network; select an external apparatus from among the plurality of external apparatuses based on at least one predetermined criterion, a kind of the first multimedia content and a plurality of priorities, the plurality of priorities corresponding respectively to the plurality of external apparatuses ; and control the transceiver to transmit the data that relates to the first multimedia content to the selected external apparatus in synchronization with the first multimedia content being output on the output device of the mobile apparatus; wherein each of the plurality of external apparatuses is configured to output multimedia content.
A sliding component comprising a pair of sliding parts sliding relatively to each other, one of the sliding parts being a stationary-side seal ring , the other of the sliding parts being a rotating-side seal ring , the sliding parts having sliding faces (S) formed radially, one circumferential edge of the sliding faces (S) is the sealed fluid side, the other circumferential edge is the leakage side, the sliding parts suitable for sealing a liquid or a misty fluid leaking from the sealed fluid side toward the leakage side, at least one of the sliding faces (S) is provided with spiral grooves having upstream ends connected to the leakage side and downstream ends not connected to the circumferential edge on the sealed-fluid side, and disposed at an angle with reference to a circumferential direction of the sliding faces (S) from upstream to downstream, and discharge grooves disposed at an angle with reference to the circumferential direction of the sliding faces (S) such that upstream ends are located on the leakage side and downstream ends are located on the sealed-fluid side, characterized in that the discharge grooves are of an outer peripheral discharge groove type with the upstream ends not connected to the leakage side and the downstream ends connected to the sealed-fluid side, and of an inner peripheral discharge groove type with the upstream ends connected to the leakage side and the downstream ends not connected to the sealed-fluid side, the upstream end of the outer peripheral discharge groove type extends toward the leakage side to radially partially overlap the spiral grooves , and the downstream end of the inner peripheral discharge groove type extends farther toward the sealed fluid side than the spiral grooves . at least one of the sliding faces (S) is provided with spiral grooves having upstream ends connected to the leakage side and downstream ends not connected to the circumferential edge on the sealed-fluid side, and disposed at an angle with reference to a circumferential direction of the sliding faces (S) from upstream to downstream, and discharge grooves disposed at an angle with reference to the circumferential direction of the sliding faces (S) such that upstream ends are located on the leakage side and downstream ends are located on the sealed-fluid side, characterized in that the discharge grooves are of an outer peripheral discharge groove type with the upstream ends not connected to the leakage side and the downstream ends connected to the sealed-fluid side, and of an inner peripheral discharge groove type with the upstream ends connected to the leakage side and the downstream ends not connected to the sealed-fluid side, the upstream end of the outer peripheral discharge groove type extends toward the leakage side to radially partially overlap the spiral grooves , and the downstream end of the inner peripheral discharge groove type extends farther toward the sealed fluid side than the spiral grooves .
An arcuate spring having a longitudinal length, a plurality of spring coils and a central axis that passes through said plurality of spring coils, said spring configured and dimensioned to provide an arcuate shape, at least a portion of said spring includes an arc-shape, a S-shape, a C-shape, a wave-shape or a U-shape, said central axis along said longitudinal length of said spring is a non-straight axis while said spring is in its free state and being substantially free of internal stresses, said spring including first and second ends, said first end including an end cap that is connected to said first end, said second end including an end cap that is connected to said second end, each of said end caps including a base portion and a nose , said nose configured to be at least partially inserted into an interior of said spring coils, said base portion having a cross-section size and shape such that said base portion cannot be fully inserted into said interior of said spring coils , said nose and said base portion of said end cap having a generally circular cross-sectional shape, characterized in that said nose has a non-uniform cross-sectional size along a longitudinal length of said nose , said nose having an upper nose portion that has a smaller cross-sectional size than a lower nose portion , said lower nose portion positioned closer to said base portion than said upper nose portion , said lower nose portion connected to said upper nose portion , said upper nose portion having a smaller cross-sectional area than a cross-sectional area of said lower nose portion , said upper surface of said base portion includes a threading lip and a stop , said threading lip configured to engage said inner surface of said spring coils so that said end cap can be threaded into said spring , said stop configured to limit further threading of said end cap onto said spring , said threading lip increasing in thickness from the narrow front portion to the stop .
A system comprising a purge device (4; 4A; 4B; 4C; 4D) and a plurality of containers (F) to be purged, wherein the plurality of containers (F) comprise containers of different types having different type depending purge characteristics, wherein the purge device 4; 4A; 4B; 4C; 4D) comprises: a type detector that is configured to detect the type of a respective container (F) of said plurality of containers to be purged; and a purge controller that is configured to determine purge conditions for the respective container (F) based on a detection result from the type detector , such that the purge conditions being determined are suited to purge a container (F) of that type which is indicated by the detection result from the type detector . a type detector that is configured to detect the type of a respective container (F) of said plurality of containers to be purged; and a purge controller that is configured to determine purge conditions for the respective container (F) based on a detection result from the type detector , such that the purge conditions being determined are suited to purge a container (F) of that type which is indicated by the detection result from the type detector .
A transmitter comprising: a resource determination unit configured to determine whether a first type of resource has been allocated in response to generation of a transmission event for a predetermined type of information; and a transmitting unit configured to transmit the predetermined type of information to a receiver , using the first type of resource, without obtaining transmission permission, when the first type of resource has been allocated; wherein the transmitting unit is configured to transmit the predetermined type of information to the receiver , using candidate resources configured in the first type of resource, the candidate resources being fixedly defined in advance or being notified to the transmitter by the receiver ; wherein the candidate resources are densely allocated to an end portion of the first type of resource in a time direction. a resource determination unit configured to determine whether a first type of resource has been allocated in response to generation of a transmission event for a predetermined type of information; and a transmitting unit configured to transmit the predetermined type of information to a receiver , using the first type of resource, without obtaining transmission permission, when the first type of resource has been allocated;
A mechanical non-return mechanism for an aircraft application, wherein the aircraft application can be part of a flight control, comprising at least one drag brake , at least one main brake , and at least one ball ramp mechanism , characterized in that the main brake and the drag brake are coupled to one another by means of at least one friction washer.
A delivery system for delivery of a device to a body lumen, the device comprising an inflow end and an outflow end , a central lumen therethrough, a plurality of first attachment members located at or near the inflow end, and a plurality of second attachment members located at or near the outflow end, the delivery system comprising: an inner shaft having a distal tip ; an intermediate shaft slidingly disposed over the inner shaft, wherein the intermediate shaft includes an outflow capture device mounted on a distal end thereof, the outflow capture device configured for engagement through openings in the plurality of second attachment members on the device; an outer shaft slidingly disposed over the intermediate shaft, wherein the outer shaft includes a coil on a distal end thereof, the coil configured for engagement through openings in the plurality of first attachment members on the device, wherein the coil includes at least a first complete winding configured about a longitudinal axis of the outer shaft; and a retractable sheath slidingly disposed over the outer shaft to hold the device in a radially compressed configuration for delivery to a body lumen. an inner shaft having a distal tip ; an intermediate shaft slidingly disposed over the inner shaft, wherein the intermediate shaft includes an outflow capture device mounted on a distal end thereof, the outflow capture device configured for engagement through openings in the plurality of second attachment members on the device; an outer shaft slidingly disposed over the intermediate shaft, wherein the outer shaft includes a coil on a distal end thereof, the coil configured for engagement through openings in the plurality of first attachment members on the device, wherein the coil includes at least a first complete winding configured about a longitudinal axis of the outer shaft; and a retractable sheath slidingly disposed over the outer shaft to hold the device in a radially compressed configuration for delivery to a body lumen.
A reception antenna for an acoustic camera, said reception antenna comprising at least one array of acoustic sensors , each comprising at least one GaN-based high electron mobility transistor, with at least one of the sensors comprising a substrate defining a cavity and a semiconductor stack formed on the substrate at least partially facing the cavity .