mhurhangee/patent-ind-claim-en huggingface dataset:
A sub-application development method, characterized by the method comprising: displaying (S202) an interface of a sub-application developer tool, the sub-application developer tool being obtained by performing an extension corresponding to development processing for a sub-application of a second parent application based on a native sub-application developer tool of a first parent application, the second parent application being different from the first parent application, wherein a sub-application is an application program that is implemented in an environment provided by a parent application, and the parent application is an application program that is directly run on an operating system; receiving (S204) a development trigger instruction for the sub-application of the second parent application via the interface; obtaining (S206), in response to the development trigger instruction, a sub-application base library of the second parent application via the sub-application developer tool; creating (S208) a sub-application running environment of the second parent application by loading the sub-application base library; and performing (S210) development processing for the sub-application of the second parent application in the sub-application running environment. displaying (S202) an interface of a sub-application developer tool, the sub-application developer tool being obtained by performing an extension corresponding to development processing for a sub-application of a second parent application based on a native sub-application developer tool of a first parent application, the second parent application being different from the first parent application, wherein a sub-application is an application program that is implemented in an environment provided by a parent application, and the parent application is an application program that is directly run on an operating system; receiving (S204) a development trigger instruction for the sub-application of the second parent application via the interface; obtaining (S206), in response to the development trigger instruction, a sub-application base library of the second parent application via the sub-application developer tool; creating (S208) a sub-application running environment of the second parent application by loading the sub-application base library; and performing (S210) development processing for the sub-application of the second parent application in the sub-application running environment.
A touch sensing and signalling device for a climbing wall , said climbing wall comprising a panel and climbing holds arranged thereon, wherein the device comprises a fastening element for fastening the climbing hold to the panel and passing through the climbing hold and the panel in the mounted position of the climbing hold , said fastening element is provided with a first end on the side of the climbing hold and a second end opposite thereto, and with a through hole connecting the first and second ends and passing through the fastening element , the through hole is provided with a first opening at the first end and a second opening at the second end , and said device comprises a light emitting device for emitting light through the first opening and a circuit arranged at the second end , the device characterized in that said circuit comprising a capacitive sensor connected to the fastening element and a control unit connected to the light emitting device , wherein the control unit is configured to receive data from the capacitive sensor and, based on the received data, to operate the light emitting device .
Belt for reducing the drag of a hull of a floating vessel , whereby the belt comprises a belt body extending in a length direction (L), whereby the belt comprises a sequence of bubble generators which are embedded in the belt body , whereby the belt comprises an air channel for supplying pressurised air to the bubble generators , whereby the air channel extends in the length direction (L), whereby the bubble generators are connected to the air channel , wherein the belt body is made of a flexible material, characterized in that the belt comprises at least one tensioning cable for tensioning the belt around the hull of the floating vessel .
Dosing pump for dispensing a fluid , comprising a hose bearing for receiving a deformable hose and a pressure roller , wherein the pressure roller is movable along a hose received in the hose bearing in a conveying direction over a defined distance of movement from a starting point to an end point and against the conveying direction from the end point to at least the starting point , wherein the pressure roller is arranged during a movement in the conveying direction from the starting point in such a way that the pressure roller presses on the hose with a pressure force and a fluid contained in the hose is conveyed, characterised in that the dosing pump has a release mechanism which releases the pressure force of the pressure roller on the hose for a movement against the conveying direction .
Combustor device for a gas turbine engine comprising: a tubular casing which delimits an oblong combustion chamber wherein combustion of an inflammable mixture occurs; and a burner which is located inside the tubular casing , upstream of said combustion chamber , and forms said inflammable mixture; said tubular casing , in turn, comprising: an inner tubular member which extends roughly coaxial a longitudinal axis (B) of the combustor device , delimits the combustion chamber and surrounds the burner ; an outer tubular housing which extends roughly coaxial to the inner tubular member , outside of the same inner tubular member , and is dimensioned to enclose the inner tubular member spaced apart from the latter; and an intermediate supporting structure which is interposed between the inner tubular member and the outer tubular housing for firmly connecting and stably maintaining the inner tubular member roughly coaxial to the outer tubular housing ; said intermediate supporting structure comprising: an outer annular supporting member associated to the outer tubular housing ; an inner annular supporting member associated to the inner tubular member ; and a series of three or more oblong connecting beams which rigidly protrude from a first annular supporting member among said inner and outer annular supporting members angularly staggered about the longitudinal axis (B) of combustor device , and separately extend in cantilever manner to a second annular supporting member among said inner and outer annular supporting members in a non-radial direction (w) to stably connect said inner and outer annular supporting members to one another; said combustor device being characterized in that the distal ends of said oblong connecting beams are hinged to said second annular supporting member , and in that each oblong connecting beam is structured to have a flexible behavior in radial direction, so that the distal end of the same connecting beam is allowed to freely make movements in radial direction (d).
A method for achieving low latency synchronization between a user equipment, UE, (108; 1100; 1220) and an anchor enhanced Node B, eNB, (104; 710; 1210), the method being performed by the UE and comprising: sensing for a predetermined time period if any physical uplink shared channels, PUSCH, are idle; providing a unique UE identification in a grant free PUSCH transmission; and communicating the grant free PUSCH transmission in one of the idle PUSCH channels for a contention free communication with the anchor eNB (104; 710; 1210) for the uplink synchronization. sensing for a predetermined time period if any physical uplink shared channels, PUSCH, are idle; providing a unique UE identification in a grant free PUSCH transmission; and communicating the grant free PUSCH transmission in one of the idle PUSCH channels for a contention free communication with the anchor eNB (104; 710; 1210) for the uplink synchronization.
A method of making a high aspect ratio, planar core optical fiber preform, comprising: forming a near-net rectangular shape planar core region of a first composition and having an elongated cross-section with a wide slow-axis dimension and a narrow fast-axis dimension, the high aspect ratio defined as a ratio of the wide dimension to the narrow dimension and having a value of less than 100:1 and more than 20:1; forming a pair of near-net shape cladding elements having a second composition and comprising rods of diameter substantially greater than the narrow fast-axis dimension of the planar core region ; disposing the pair of near-net shape cladding elements adjacent to each slow-axis edge of the planar core region to form a pair of edge-cladding regions , the combination exhibiting a barbell configuration; and surrounding the combination of the near-net rectangular shape core region and the pair of near-net shape cladding elements with an outer cladding of a third composition, the method of making a high aspect ratio, planar core optical fiber preform being characterized in that said rods are of a circular cross-section. forming a near-net rectangular shape planar core region of a first composition and having an elongated cross-section with a wide slow-axis dimension and a narrow fast-axis dimension, the high aspect ratio defined as a ratio of the wide dimension to the narrow dimension and having a value of less than 100:1 and more than 20:1; forming a pair of near-net shape cladding elements having a second composition and comprising rods of diameter substantially greater than the narrow fast-axis dimension of the planar core region ; disposing the pair of near-net shape cladding elements adjacent to each slow-axis edge of the planar core region to form a pair of edge-cladding regions , the combination exhibiting a barbell configuration; and surrounding the combination of the near-net rectangular shape core region and the pair of near-net shape cladding elements with an outer cladding of a third composition, the method of making a high aspect ratio, planar core optical fiber preform being characterized in that said rods are of a circular cross-section.
An isoporous block copolymer (BCP) film, comprising: at least oneABC triblock copolymer; and at least one hydrophilic polymer, wherein at least a portion of the pores are isoporous and mesoporous, and wherein the hydrophilic polymer has a molecular weight equal to or greater than 50% of the molecular weight of the at least one ABC triblock copolymer. at least oneABC triblock copolymer; and at least one hydrophilic polymer, wherein at least a portion of the pores are isoporous and mesoporous, and wherein the hydrophilic polymer has a molecular weight equal to or greater than 50% of the molecular weight of the at least one ABC triblock copolymer.
A method, comprising: monitoring network characteristics of a cloud environment, wherein the cloud environment includes a central cloud network and a fog network , wherein a server in the central cloud network hosts an application that serves at least a first client device , wherein the application is assigned an endpoint identifier , the endpoint identifier being mapped to a first locator identifier associated with the central cloud network , and wherein the fog network comprises a mapping cache , the mapping cache comprising a first entry mapping the endpoint identifier to the first locator identifier ; determining , based on the monitored network characteristics, that a condition for executing the application at the fog network is satisfied; providing an instance of the application to be executed on a server in the fog network ; assigning the endpoint identifier to the instance of the application ; mapping the endpoint identifier to a second locator identifier associated with the fog network ; causing the first entry in the mapping cache to be cleared; and in response to receiving a request at the fog network from the first client device to access the application , determining from a mapping server that the endpoint identifier is mapped to the second locator identifier based on the first cleared entry. monitoring network characteristics of a cloud environment, wherein the cloud environment includes a central cloud network and a fog network , wherein a server in the central cloud network hosts an application that serves at least a first client device , wherein the application is assigned an endpoint identifier , the endpoint identifier being mapped to a first locator identifier associated with the central cloud network , and wherein the fog network comprises a mapping cache , the mapping cache comprising a first entry mapping the endpoint identifier to the first locator identifier ; determining , based on the monitored network characteristics, that a condition for executing the application at the fog network is satisfied; providing an instance of the application to be executed on a server in the fog network ; assigning the endpoint identifier to the instance of the application ; mapping the endpoint identifier to a second locator identifier associated with the fog network ; causing the first entry in the mapping cache to be cleared; and in response to receiving a request at the fog network from the first client device to access the application , determining from a mapping server that the endpoint identifier is mapped to the second locator identifier based on the first cleared entry.
A bobbin winder device of a sewing machine, comprising a motor ; a spindle mounted on a support and configured to rotate about a spindle axis (A') and which is driveable by said motor , for releasable attachment of a thread bobbin to be filled with sewing thread; and a motor controller connected to the motor via electrical conductors and configured to control or regulate the rotational speed (ω) of the motor , characterized in that a brake body with a friction surface is movably held on the support , wherein the distance (C) between the friction surface and the spindle axis (A') is variable; that the friction surface can be positioned next to the spindle in a reference position with a predeterminable reference distance (C 0 ) from the spindle axis (A') corresponding to a maximum winding radius of the sewing thread to be wound and is displaceable radially outwards from the reference position counter to a force of a restoring element, in particular a spring , with respect to the spindle axis (A'); and that the motor controller comprises a sensor means for detecting at least one measured variable, which is dependent on a load of the motor , in a driving circuit of the motor and a stored comparison value for the measured variable and/or a stored comparison value for the rate of change of the measured variable over time.
A method for transmitting data, comprising: sending (S210), by a first device using a first transmission mode, first data to a second device, the first data being autonomously sent by the first device; and performing (S220), by the first device using a second transmission mode, retransmission of all or part of the first data when there is no acknowledgment / negative-acknowledgement ACK/NACK indication being received from the second device after sending the first data to the second device, the second transmission mode being different from the first transmission mode, wherein the first data autonomously sent by the first device is sent by the first device without receiving a scheduling grant from another device; wherein the sending (S210), by a first device using a first transmission mode, first data to a second device includes: sending, by the first device using a first number of transmission layer, the first data to the second device, the first number of transmission layer being greater than 1; and wherein the performing, by the first device using a second transmission mode, retransmission of all or part of the first data includes: performing, by the first device using a single layer transmission mode, the retransmission of all of the first data for multiple times, wherein part of the first data is transmitted each time. sending (S210), by a first device using a first transmission mode, first data to a second device, the first data being autonomously sent by the first device; and performing (S220), by the first device using a second transmission mode, retransmission of all or part of the first data when there is no acknowledgment / negative-acknowledgement ACK/NACK indication being received from the second device after sending the first data to the second device, the second transmission mode being different from the first transmission mode, wherein the first data autonomously sent by the first device is sent by the first device without receiving a scheduling grant from another device; wherein the sending (S210), by a first device using a first transmission mode, first data to a second device includes: sending, by the first device using a first number of transmission layer, the first data to the second device, the first number of transmission layer being greater than 1; and wherein the performing, by the first device using a second transmission mode, retransmission of all or part of the first data includes: performing, by the first device using a single layer transmission mode, the retransmission of all of the first data for multiple times, wherein part of the first data is transmitted each time.
A method of monitoring a powder-bed additive manufacturing process utilizing a plurality of energy sources , the method comprising: depositing a layer of additive material on a powder bed of an additive manufacturing machine; selectively directing energy from a first energy source onto a first focal point on the layer of additive material; simultaneously selectively directing energy from a second energy source onto a second focal point on the layer of additive material; measuring raw emission signals from the powder bed at the first focal point using a melt pool monitoring system ; wherein the melt pool monitoring system includes one or more electromagnetic energy sensors for measuring visible or invisible electromagnetic energy emitted from or reflected by a melt pool , and a controller which is operably coupled with an on-axis light sensor and/or an off-axis light sensor for receiving signals corresponding to the detected electromagnetic energy; modifying the raw emission signals based at least in part on interactions between the raw emission signals and the operation of the second energy source to obtain a compensated emission signal; identifying outlier emissions from the compensated emission signal where the compensated emission signal exceeds a predetermined signal threshold; and generating an alert in response to identifying outlier emissions, wherein modifying the raw emission signals and identifying outlier emissions are performed by a controller of the melt pool monitoring system . depositing a layer of additive material on a powder bed of an additive manufacturing machine; selectively directing energy from a first energy source onto a first focal point on the layer of additive material; simultaneously selectively directing energy from a second energy source onto a second focal point on the layer of additive material; measuring raw emission signals from the powder bed at the first focal point using a melt pool monitoring system ; wherein the melt pool monitoring system includes one or more electromagnetic energy sensors for measuring visible or invisible electromagnetic energy emitted from or reflected by a melt pool , and a controller which is operably coupled with an on-axis light sensor and/or an off-axis light sensor for receiving signals corresponding to the detected electromagnetic energy; modifying the raw emission signals based at least in part on interactions between the raw emission signals and the operation of the second energy source to obtain a compensated emission signal; identifying outlier emissions from the compensated emission signal where the compensated emission signal exceeds a predetermined signal threshold; and generating an alert in response to identifying outlier emissions, wherein modifying the raw emission signals and identifying outlier emissions are performed by a controller of the melt pool monitoring system .
A redox flow battery comprising: a pair of adjacent cell frames, each cell frame including a frame body in which a flow channel for an electrolyte is formed, and a bipolar plate disposed inside the frame body; a positive electrode and a negative electrode disposed so as to face each other between the bipolar plates of the pair of cell frames; a membrane interposed between the positive electrode and the negative electrode; a protection plate which covers the flow channel and presses edge portions of the positive electrode or the negative electrode toward the bipolar plate; and a membrane protection structure which prevents the membrane from being broken by contact between the protection plate and the membrane. a pair of adjacent cell frames, each cell frame including a frame body in which a flow channel for an electrolyte is formed, and a bipolar plate disposed inside the frame body; a positive electrode and a negative electrode disposed so as to face each other between the bipolar plates of the pair of cell frames; a membrane interposed between the positive electrode and the negative electrode; a protection plate which covers the flow channel and presses edge portions of the positive electrode or the negative electrode toward the bipolar plate; and a membrane protection structure which prevents the membrane from being broken by contact between the protection plate and the membrane.
A push apparatus attachment device comprising: a frame connecter for connecting to a push apparatus frame; a height-adjustment frame connected to the frame connector; and a pivot assembly structured and configured to be gripped by a user's hands, the pivot assembly including: a swing bar connected to the height-adjustment frame, and a grip bridge connected to the swing bar , characterized in the grip bridge having at least two hand grips on opposing ends of the grip bridge, wherein the grip bridge is further comprised of hand grip apertures on opposing ends of the grip bridge, and each hand grip is positioned in one of the hand grip apertures. a frame connecter for connecting to a push apparatus frame; a height-adjustment frame connected to the frame connector; and a pivot assembly structured and configured to be gripped by a user's hands, the pivot assembly including: a swing bar connected to the height-adjustment frame, and a grip bridge connected to the swing bar , characterized in the grip bridge having at least two hand grips on opposing ends of the grip bridge, wherein the grip bridge is further comprised of hand grip apertures on opposing ends of the grip bridge, and each hand grip is positioned in one of the hand grip apertures. a swing bar connected to the height-adjustment frame, and a grip bridge connected to the swing bar , characterized in the grip bridge having at least two hand grips on opposing ends of the grip bridge, wherein the grip bridge is further comprised of hand grip apertures on opposing ends of the grip bridge, and each hand grip is positioned in one of the hand grip apertures. the grip bridge is further comprised of hand grip apertures on opposing ends of the grip bridge, and each hand grip is positioned in one of the hand grip apertures.