mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-executable method which, when being executed by a processor, causes the processor to execute instructions stored in memory to perform acts, the acts comprising: receiving content for presentation in a document page during navigation over document pages of a document in a viewport; rendering placeholder content from the content in anticipation of the document pages being viewed in the viewport, wherein the placeholder content is rendered at a lower resolution than a full resolution at which the content will be presented in the document page, the anticipation being determined by the direction of navigation in the document; replacing all or a portion of the content of said document page with the corresponding placeholder content based on navigation to the document page; presenting the content and placeholder content in the document page when viewing the document page in the viewport; and visually transitioning (306; 406) from the placeholder content to the corresponding full resolution content when the corresponding full resolution content is available and while the document page is in the viewport. receiving content for presentation in a document page during navigation over document pages of a document in a viewport; rendering placeholder content from the content in anticipation of the document pages being viewed in the viewport, wherein the placeholder content is rendered at a lower resolution than a full resolution at which the content will be presented in the document page, the anticipation being determined by the direction of navigation in the document; replacing all or a portion of the content of said document page with the corresponding placeholder content based on navigation to the document page; presenting the content and placeholder content in the document page when viewing the document page in the viewport; and visually transitioning (306; 406) from the placeholder content to the corresponding full resolution content when the corresponding full resolution content is available and while the document page is in the viewport.
A high-strength stainless steel for oil well excellent in workability, having a chemical composition comprising, by mass percent, C: at most 0.05%, Si: at least 0.05% and at most 1.0%, Mn: less than 0.2%, P: at most 0.05%, S: less than 0.002%, Cr: over 16% and at most 18%, Mo: 1.5 to 3.0%, Cu: 1.0 to 3.5%, Ni: 3.5 to 6.5%, Al: 0.001 to 0.1%, N: at least 0.002% and at most 0.025%, and O: at most 0.01%, optionally further comprising at least one or more selected from the group consisting of V: at most 0.30%, Nb: at most 0.30%, Ti: at most 0.30%, and Zr: at most 0.30%, and/or optionally at least one or more selected from the group consisting of Ca: at most 0.005%, Mg: at most 0.005%, La: at most 0.005%, Ce: at most 0.005%, and B: at most 0.01%, the balance being Fe and impurities, a microstructure comprising a martensite phase, 10 to 48.5%, by volume ratio, of a ferrite phase and at most 10%, by volume ratio, of a retained austenite phase, yield strength of at least 758 MPa and uniform elongation of at least 10%.
A device (20; 100) for vibrating a string instrument provided with a bridge , comprising: a base member (22; 102) provided with a load point member (24; 156) that engages an upper surface of the bridge; a vibration generator (50; 140) mounted on the base member and configured to convert an electric signal into a mechanical vibration; a fulcrum member (30; 120) supported by the base member and engaging an upper side of at least one string of the string instrument; and characterised in that the device further comprises: an anchor member (38; 130) supported by the base member and engaging a lower side of the at least one string at a point located between the load point member and the fulcrum member, wherein the base member is provided with a means (40; 132) for displacing at least one of the fulcrum member and the anchor member relative to the base member such that the at least one of the fulcrum member and the anchor member is pushed against the at least one string in a direction to urge the load point member against the upper surface of the bridge. a base member (22; 102) provided with a load point member (24; 156) that engages an upper surface of the bridge; a vibration generator (50; 140) mounted on the base member and configured to convert an electric signal into a mechanical vibration; a fulcrum member (30; 120) supported by the base member and engaging an upper side of at least one string of the string instrument; and characterised in that the device further comprises: an anchor member (38; 130) supported by the base member and engaging a lower side of the at least one string at a point located between the load point member and the fulcrum member, wherein the base member is provided with a means (40; 132) for displacing at least one of the fulcrum member and the anchor member relative to the base member such that the at least one of the fulcrum member and the anchor member is pushed against the at least one string in a direction to urge the load point member against the upper surface of the bridge. an anchor member (38; 130) supported by the base member and engaging a lower side of the at least one string at a point located between the load point member and the fulcrum member, wherein the base member is provided with a means (40; 132) for displacing at least one of the fulcrum member and the anchor member relative to the base member such that the at least one of the fulcrum member and the anchor member is pushed against the at least one string in a direction to urge the load point member against the upper surface of the bridge.
A system for utilizing a pressurized fluid comprises: a first body member (16a-e); a second body member (23a-e) having walls that define a cavity (30a-e) between the first and second body members and a first passage (32a-j) within the second body member (23a-e) wherein a surface of the first body member (16a-e) is spaced from an opposing surface of the second body member (23a-e) so as to define an annular gap (42a-e) in fluid communication with the cavity (30a-e); and a third body member (18a-e) moveable relative to the second body member (23a-e), wherein the first, second, and third body members (16a-e,23a-e,18a-e) are coaxially disposed, and the first passage (32a-j) directs pressurized fluid from the cavity (30a-e) to the third body member (18a-e), characterised by further comprising: at least one seal (26a-e) disposed between the first and second body members (16a-e,23a-e) and configured to retain the pressurized fluid within the cavity (30a-e), wherein the at least one seal (26a-e) is axially-restrained within a groove (34a-e) in the second body member (23a-e) and disposed such that a radial gap is formed between the at least one seal (26a-e) and the second body member (23a-e), wherein the walls of the second body member (23a-e) define a second passage (32a,c,e,g,i) extending from the cavity (30a-e) to a plenum (40a-e;78) thereby directing the pressurized fluid from the cavity (30a-e) to an adjacent component (20a-e;62). a first body member (16a-e); a second body member (23a-e) having walls that define a cavity (30a-e) between the first and second body members and a first passage (32a-j) within the second body member (23a-e) wherein a surface of the first body member (16a-e) is spaced from an opposing surface of the second body member (23a-e) so as to define an annular gap (42a-e) in fluid communication with the cavity (30a-e); and a third body member (18a-e) moveable relative to the second body member (23a-e), wherein the first, second, and third body members (16a-e,23a-e,18a-e) are coaxially disposed, and the first passage (32a-j) directs pressurized fluid from the cavity (30a-e) to the third body member (18a-e), characterised by further comprising: at least one seal (26a-e) disposed between the first and second body members (16a-e,23a-e) and configured to retain the pressurized fluid within the cavity (30a-e), wherein the at least one seal (26a-e) is axially-restrained within a groove (34a-e) in the second body member (23a-e) and disposed such that a radial gap is formed between the at least one seal (26a-e) and the second body member (23a-e), wherein the walls of the second body member (23a-e) define a second passage (32a,c,e,g,i) extending from the cavity (30a-e) to a plenum (40a-e;78) thereby directing the pressurized fluid from the cavity (30a-e) to an adjacent component (20a-e;62).
Support wheel unit for a self-propelled harvester , in particular a combine harvester, comprising - at least one frame , - at least one support wheel and - at least one hoist , wherein the support wheel unit can be connected to a higher-level harvester by means of the frame in a force-transmitting manner, wherein the support wheel can be transferred between a raised field position and a lowered road position by means of the hoist , wherein the support wheel is mounted rotatably relative to the frame about a vertical axis of rotation at least in an angular range at least when in its road position, characterised by a locking device for reducing the angular range within which the support wheel is rotatable about the axis of rotation and by means of which the support wheel can be guided at least temporarily in the course of its transfer between the field position and the road position in such a way that the rotatability of the support wheel , which is given when the support wheel is present in its road position, is restricted about its axis of rotation , wherein the rotatability of the support wheel - viewed from its road position - is increasingly restricted with increasing lifting in the direction of the field position, wherein preferably the support wheel is completely locked when the field position is reached.. - at least one frame , - at least one support wheel and - at least one hoist , wherein the support wheel unit can be connected to a higher-level harvester by means of the frame in a force-transmitting manner, wherein the support wheel can be transferred between a raised field position and a lowered road position by means of the hoist , wherein the support wheel is mounted rotatably relative to the frame about a vertical axis of rotation at least in an angular range at least when in its road position, characterised by a locking device for reducing the angular range within which the support wheel is rotatable about the axis of rotation and by means of which the support wheel can be guided at least temporarily in the course of its transfer between the field position and the road position in such a way that the rotatability of the support wheel , which is given when the support wheel is present in its road position, is restricted about its axis of rotation , wherein the rotatability of the support wheel - viewed from its road position - is increasingly restricted with increasing lifting in the direction of the field position, wherein preferably the support wheel is completely locked when the field position is reached..
Method for determining an avoidance path (T1) of a motor vehicle , comprising steps of: - acquiring data relating to at least one obstacle located in the environment of the motor vehicle by means of a detecting system , said data comprising a distance between the vehicle and the obstacle, - determining a final position (Pf) to be reached by the motor vehicle depending on the position of the obstacle and on an initial position (P0) of the motor vehicle , - computing a theoretical impact position (Pi) located between the initial position (P0) and the final position (Pf), depending on at least a minimum distance (d min ) to be kept between the avoidance path (T1) and the obstacle , and - generating the avoidance path (T1) so that the motor vehicle passes through the initial position (P0) and through the final position (Pf) and so that the motor vehicle avoids the theoretical impact position (Pi) to the outside with respect to the obstacle , characterized in that the avoidance path (T1) is generated such that its derivatives, and especially its first, second, and third derivatives, meet predetermined inequality constraints. - acquiring data relating to at least one obstacle located in the environment of the motor vehicle by means of a detecting system , said data comprising a distance between the vehicle and the obstacle, - determining a final position (Pf) to be reached by the motor vehicle depending on the position of the obstacle and on an initial position (P0) of the motor vehicle , - computing a theoretical impact position (Pi) located between the initial position (P0) and the final position (Pf), depending on at least a minimum distance (d min ) to be kept between the avoidance path (T1) and the obstacle , and - generating the avoidance path (T1) so that the motor vehicle passes through the initial position (P0) and through the final position (Pf) and so that the motor vehicle avoids the theoretical impact position (Pi) to the outside with respect to the obstacle , characterized in that the avoidance path (T1) is generated such that its derivatives, and especially its first, second, and third derivatives, meet predetermined inequality constraints.
An actuator assembly comprising an actuator and a connector , the actuator assembly further comprising coupling means for coupling to an industrial valve shaft, means for receiving electrical power and an external command, and an electric motor and a kinematic chain connected to one another in order to apply an action on said valve, as well as a local command unit for commanding the motor and the kinematic chain under the control of the external command, where said means for receiving electrical power and an external command comprise a protective housing of the local command unit, characterized in that said means for receiving electrical power and an external command also comprise a connection board closing off an open face of the protective housing , as well as metal lugs defining individual electrical contacts protruding from the board on the outer side of the protective housing for manual connection without tools or screws, the connecting board being placed so as to close off the open face on the inner side thereof, the actuator also comprising a part made from an elastomeric material extending parallel to the connection board on the outer face thereof, pierced to allow the lugs to pass, and to surround each of said lugs with a lip formed in the elastomeric material for tightness, and positioned also to ensure the tightness between the connection board and the inner contour of the open face of the protective housing , the actuator assembly also comprising a removable connector (100; 200) comprising a housing (110; 210) and individual connectors (120; 220) of said lugs positioned on a face of the housing of the removable connector in order to connect or disconnect said lugs simultaneously.
A drain pan configured to receive drain water generated by condensing air in a heat exchanger, the drain pan comprising: a drain pan body having an opening formed to face an inlet port of a pump configured to pump out the drain water; a nozzle having a tubular shape as a member separate from the drain pan body and installed in the opening ; and a cap rotatably fitted to the nozzle to cap an end of the nozzle on first side in a nozzle extending direction characterized in that the cap is formed of an optically transparent material, and the drain pan comprises a fixing portion for fixing the drain pan body and the nozzle , wherein the nozzle comprises: a nozzle body extending in the nozzle extending direction; a nozzle installation portion extending in a flat plate shape radially to the outside, formed integrally with the nozzle body , and installed in the drain pan body ; and a nozzle protrusion protruding from the nozzle installation portion to a second side in the nozzle extending direction; and the fixing portion is a liquid adhesive which is solidified after injected into a space surrounded by the nozzle installation portion and the nozzle protrusion . a drain pan body having an opening formed to face an inlet port of a pump configured to pump out the drain water; a nozzle having a tubular shape as a member separate from the drain pan body and installed in the opening ; and a cap rotatably fitted to the nozzle to cap an end of the nozzle on first side in a nozzle extending direction characterized in that the cap is formed of an optically transparent material, and the drain pan comprises a fixing portion for fixing the drain pan body and the nozzle , wherein the nozzle comprises: a nozzle body extending in the nozzle extending direction; a nozzle installation portion extending in a flat plate shape radially to the outside, formed integrally with the nozzle body , and installed in the drain pan body ; and a nozzle protrusion protruding from the nozzle installation portion to a second side in the nozzle extending direction; and a nozzle body extending in the nozzle extending direction; a nozzle installation portion extending in a flat plate shape radially to the outside, formed integrally with the nozzle body , and installed in the drain pan body ; and a nozzle protrusion protruding from the nozzle installation portion to a second side in the nozzle extending direction; and the fixing portion is a liquid adhesive which is solidified after injected into a space surrounded by the nozzle installation portion and the nozzle protrusion .
An organic light emitting device comprising: a cathode; an anode; and at least one light emitting layer interposed between the cathode and the anode, wherein the light emitting layer includes a first host compound and a second host compound, wherein a difference between the HOMO of the first host and the HOMO of the second host is 0.2 eV or more, and wherein the maximum emission wavelength of the mixture of the first host and the second host is 20 nm or more higher than the maximum emission wavelength of the first host, characterized in that the first host compound is any one selected from: and the second host compound is any one selected from: wherein the light emitting layer includes a first host compound and a second host compound, wherein a difference between the HOMO of the first host and the HOMO of the second host is 0.2 eV or more, and wherein the maximum emission wavelength of the mixture of the first host and the second host is 20 nm or more higher than the maximum emission wavelength of the first host, characterized in that the first host compound is any one selected from: and the second host compound is any one selected from:
Extractor hood comprising at least one hood main body having at least one screening device which has at least one suction portion having at least one suction opening , the screening device defining a predetermined screen surface , at least one shutter device and at least one vapour-conducting device being arranged on the hood main body , the at least one shutter device and the at least one vapour-conducting device being at least movable from a rest position into an operating position in order to provide an enlarged screen surface , the at least one shutter device and the at least one vapour-conducting device being positioned at a small distance from the hood main body in the rest position , and the at least one shutter device being spaced apart from the hood main body and the at least one vapour-conducting device being at least partially spaced apart from the hood main body in the operating position , characterised in that the vapour-conducting device is designed as a pivotable flap which is accommodated on the hood main body by means of a hinge device, the vapour-conducting device or the hinge device being additionally accommodated on the hood main body so as to be translationally movable in the vertical direction, in order to allow both a pivoting and a translational movement of the vapour-conducting device in relation to the hood main body , and/or at least two shutter devices and at least two vapour-conducting devices are provided, the shutter devices at least substantially completely surrounding the hood main body in the rest position .
A powdered material comprising: an oxidized carbon black having a BET surface area ranging from 50 to 700 m 2 /g, a DBP oil adsorption number ranging from 50 to 200 mL/100 g, and a primary particle size ranging from 7 to 30 nm; and a polyetheramine comprising ethylene oxide and propylene oxide monomers, wherein the polyetheramine coats the oxidized carbon black. an oxidized carbon black having a BET surface area ranging from 50 to 700 m 2 /g, a DBP oil adsorption number ranging from 50 to 200 mL/100 g, and a primary particle size ranging from 7 to 30 nm; and a polyetheramine comprising ethylene oxide and propylene oxide monomers, wherein the polyetheramine coats the oxidized carbon black.
Method for producing an electrode stack from anodes and cathodes for a lithium-ion battery, in particular of an electrically driven motor vehicle, - in which the cathodes are provided in a first magazine and are conveyed without grippers from the first magazine into a chamber only in a first direction (R1), - in which the anodes are provided in a second magazine and are conveyed without grippers from the second magazine into a chamber only in a second direction (R2), wherein the cathodes and anodes are stacked alternately in the chamber , and - in which the alternately stacked cathodes and anodes are aligned flush with one another in the chamber and are pressed against one another. - in which the cathodes are provided in a first magazine and are conveyed without grippers from the first magazine into a chamber only in a first direction (R1), - in which the anodes are provided in a second magazine and are conveyed without grippers from the second magazine into a chamber only in a second direction (R2), wherein the cathodes and anodes are stacked alternately in the chamber , and - in which the alternately stacked cathodes and anodes are aligned flush with one another in the chamber and are pressed against one another.
A system for guiding removal of bone along an acetabular rim of an acetabulum, characterized in that the system comprises: a. a guide jig comprising a first ledge and a second ledge connected to the first ledge, wherein the first ledge and the second ledge are adapted to extend over the acetabular rim, and a cup connected to the first ledge and the second ledge and adapted to be positioned within the acetabulum; and b. at least one cutting insert defining a cutting aperture and removably mountable on the guide jig. a. a guide jig comprising a first ledge and a second ledge connected to the first ledge, wherein the first ledge and the second ledge are adapted to extend over the acetabular rim, and a cup connected to the first ledge and the second ledge and adapted to be positioned within the acetabulum; and b. at least one cutting insert defining a cutting aperture and removably mountable on the guide jig.