mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling weft insertion of an air jet loom, the air jet loom comprising a weft insertion nozzle that injects air for weft insertion to transfer a weft yarn in a weft insertion direction, the method comprising the steps of: detecting a characteristic of a weft yarn that is yet to be inserted; and predicting a weft yarn arrival timing (TWp) at which the weft yarn that is inserted in accordance with a specified weft insertion condition arrives at a specified position in the weft insertion direction, on the basis of the characteristic of the weft yarn that is detected in the detecting step; the method being characterized by the steps of when the weft yarn arrival timing (TWp) that is predicted in the predicting step is earlier than an earlier limit (TWf) that corresponds to either a minimum loom crank angle which does not include a distribution area (E) where a weft insertion failure resulting from a yarn break is likely to occur or a loom crank angle which is obtained by adding a safe angle of specified degrees to the minimum loom crank angle, modifying the weft insertion condition so that an actual weft yarn arrival timing is later than the earlier limit (TWf), wherein the earlier limit (TWf) is set to be earlier than a specified reference weft yarn arrival timing (TWr); and performing a weft insertion of the weft yarn by injecting air from the weft insertion nozzle on the basis of the weft insertion condition that is modified in the modifying step. the method comprising the steps of: detecting a characteristic of a weft yarn that is yet to be inserted; and predicting a weft yarn arrival timing (TWp) at which the weft yarn that is inserted in accordance with a specified weft insertion condition arrives at a specified position in the weft insertion direction, on the basis of the characteristic of the weft yarn that is detected in the detecting step; detecting a characteristic of a weft yarn that is yet to be inserted; and predicting a weft yarn arrival timing (TWp) at which the weft yarn that is inserted in accordance with a specified weft insertion condition arrives at a specified position in the weft insertion direction, on the basis of the characteristic of the weft yarn that is detected in the detecting step; the method being characterized by the steps of when the weft yarn arrival timing (TWp) that is predicted in the predicting step is earlier than an earlier limit (TWf) that corresponds to either a minimum loom crank angle which does not include a distribution area (E) where a weft insertion failure resulting from a yarn break is likely to occur or a loom crank angle which is obtained by adding a safe angle of specified degrees to the minimum loom crank angle, modifying the weft insertion condition so that an actual weft yarn arrival timing is later than the earlier limit (TWf), wherein the earlier limit (TWf) is set to be earlier than a specified reference weft yarn arrival timing (TWr); and performing a weft insertion of the weft yarn by injecting air from the weft insertion nozzle on the basis of the weft insertion condition that is modified in the modifying step.
An apparatus comprising: p hard computing blocks , wherein each hard computing block is to provide n data lanes and is to have a fixed routing, and wherein the p hard computing blocks are to provide h = n ∗ p available hard computing lanes; and at least one soft computing block comprising routable logic and providing k data lanes, wherein k ≠ h, characterized in that the soft computing block includes a programmable switch to selectively map data lanes according to a switch mode comprising at least a direct lane mapping mode, in which lanes are to be mapped in numerical order, and a cross-mapping mode, in which lanes are to be mapped in reverse numerical order and in that the switch mode is programmable via a training sequence, wherein on a bootup the training sequence is performed to determine, whether lanes are routed straight across or crosswise, in order to program a fuse puller to provide the proper orientation to the programmable switch . p hard computing blocks , wherein each hard computing block is to provide n data lanes and is to have a fixed routing, and wherein the p hard computing blocks are to provide h = n ∗ p available hard computing lanes; and at least one soft computing block comprising routable logic and providing k data lanes, wherein k ≠ h, characterized in that the soft computing block includes a programmable switch to selectively map data lanes according to a switch mode comprising at least a direct lane mapping mode, in which lanes are to be mapped in numerical order, and a cross-mapping mode, in which lanes are to be mapped in reverse numerical order and in that the switch mode is programmable via a training sequence, wherein on a bootup the training sequence is performed to determine, whether lanes are routed straight across or crosswise, in order to program a fuse puller to provide the proper orientation to the programmable switch .
A lighting device for use in a lighting assembly, the lighting assembly comprising a wireless controller for controlling the lighting device, the lighting device comprising: - a light emitting load arranged for emitting light, - a driver arranged for receiving an AC supply voltage and for driving the light emitting load based on the received AC supply voltage, - an auxiliary supply arranged for supplying an auxiliary supply voltage, and - a wireless receiver , connected to and powered by the auxiliary supply , arranged for wirelessly receiving, from the wireless controller, a control signal, and arranged for activating the driver based on the received control signal, wherein the wireless receiver is arranged to operate according to a pulsed listen mode, the pulsed listen mode comprising active phases in which the wireless receiver is able to receive the control signal and non-active phases in which the wireless receiver is not able to receive the control signal, and characterised in that the wireless receiver is arranged to have a synchronized communication with the wireless controller by using a zero crossing of the supply voltage as a synchronization reference. - a light emitting load arranged for emitting light, - a driver arranged for receiving an AC supply voltage and for driving the light emitting load based on the received AC supply voltage, - an auxiliary supply arranged for supplying an auxiliary supply voltage, and - a wireless receiver , connected to and powered by the auxiliary supply , arranged for wirelessly receiving, from the wireless controller, a control signal, and arranged for activating the driver based on the received control signal,
A method of manufacturing a head chip having an actuator plate adapted to apply pressure to liquid so as to jet the liquid, the method comprising forming the actuator plate, the step of forming the actuator plate including: (S1) forming a plurality of grooves (C1) on a surface of a piezoelectric substrate having one end (411E1) and another end (411E2) so as to extend from one end part of the piezoelectric substrate adjacent to the one end toward another end part of the piezoelectric substrate adjacent to the other end; (S2) forming a conductive film (F) on the surface of the piezoelectric substrate provided with the plurality of grooves; characterized by (S3) forming a laser processing area (LA) in the conductive film between the grooves adjacent to each other by performing laser processing from a start point (Ps) at the one end part of the piezoelectric substrate to an end point (Pe) at the other end part of the piezoelectric substrate; and (S4) forming a surface removal area (RA) in at least a part including the start point and the end point of the surface of the piezoelectric substrate by performing surface removal processing in a direction crossing the direction in which the laser processing is performed. (S1) forming a plurality of grooves (C1) on a surface of a piezoelectric substrate having one end (411E1) and another end (411E2) so as to extend from one end part of the piezoelectric substrate adjacent to the one end toward another end part of the piezoelectric substrate adjacent to the other end; (S2) forming a conductive film (F) on the surface of the piezoelectric substrate provided with the plurality of grooves; characterized by (S3) forming a laser processing area (LA) in the conductive film between the grooves adjacent to each other by performing laser processing from a start point (Ps) at the one end part of the piezoelectric substrate to an end point (Pe) at the other end part of the piezoelectric substrate; and (S4) forming a surface removal area (RA) in at least a part including the start point and the end point of the surface of the piezoelectric substrate by performing surface removal processing in a direction crossing the direction in which the laser processing is performed.
A polyarylene sulfide resin composition comprising a polyarylene sulfide resin (A), a dimethylpolysiloxane (B), a fatty acid ester (C), and a silane coupling agent (D) as indispensable components.
Base strip for connection to plug connector parts , comprising - a housing , which has a wall portion and forms a plurality of plug-in locations , into which the plug connector parts can be inserted, - a plurality of contact elements arranged on the wall portion of the housing to make electrical contact with the plug connector parts , and - a plurality of domes arranged on the wall portion and protruding from the wall portion, which each have an opening through which a respective one of the contact elements extends along a plug-in direction (E) and in which the contact elements are held, - wherein the domes each have two portions , which are spaced apart from one another transversely with respect to the plug-in direction (E) and are separated from one another by a slot , wherein the slot extends between the portions along a plane which is spanned by the plug-in direction (E) and a transverse direction pointing transversely with respect to the plug-in direction (E) and is moulded into the respective dome as a trench starting from an upper side of the domes , so that the portions are separated from one another by means of the slot , and wherein the base strip extends along a longitudinal axis (L) and has the plurality of plug-in locations , which are offset relative to one another along the longitudinal axis (L), characterized in that the slot separating the portions of the respective dome extends along an oblique axis (R) extending transversely with respect to the plug-in direction (E), so that the slot extends obliquely with respect to the longitudinal axis (L). - a housing , which has a wall portion and forms a plurality of plug-in locations , into which the plug connector parts can be inserted, - a plurality of contact elements arranged on the wall portion of the housing to make electrical contact with the plug connector parts , and - a plurality of domes arranged on the wall portion and protruding from the wall portion, which each have an opening through which a respective one of the contact elements extends along a plug-in direction (E) and in which the contact elements are held, - wherein the domes each have two portions , which are spaced apart from one another transversely with respect to the plug-in direction (E) and are separated from one another by a slot , wherein the slot extends between the portions along a plane which is spanned by the plug-in direction (E) and a transverse direction pointing transversely with respect to the plug-in direction (E) and is moulded into the respective dome as a trench starting from an upper side of the domes , so that the portions are separated from one another by means of the slot ,
Method for providing an adapter component of a personalized and mobilizing external support, which support is for supporting moveably a synovial joint between a first bone group and a second bone group , the adapter component being configured to connect to a first and a second at least partly external auxiliary frames , which first and second at least partly external auxiliary frames have been invasively attached to the first and second bone groups , respectively, characterized by : - providing CAD models of said first and second at least partly external auxiliary frames in a CAD environment, - measuring the kinetic dynamics of the synovial joint by measuring the movement between the first and the second bone groups with the aid of a part of the first or second at least partly external auxiliary frame by means of a digitalization device to measure the points of movement between measurement points of the first and second at least partly external auxiliary frame , - modelling said points of movement into a path in the CAD environment, - placing the CAD models of the first and second auxiliary frames on the path in the CAD environment, - providing a CAD model of an external auxiliary joint , which permits the path, as part of the external support, - placing the CAD model of the external auxiliary joint in the CAD environment such that axis of the auxiliary joint coincides with the axis of the modelled path, - providing an external auxiliary joint according to the CAD model, - designing at least one external adapter component in the CAD system to connect the auxiliary joint to the first or second auxiliary frame , and - manufacturing the at least one external adapter component according to the CAD design in a 3D printer, by an instant manufacturing method or in a CAD-CAM system. - providing CAD models of said first and second at least partly external auxiliary frames in a CAD environment, - measuring the kinetic dynamics of the synovial joint by measuring the movement between the first and the second bone groups with the aid of a part of the first or second at least partly external auxiliary frame by means of a digitalization device to measure the points of movement between measurement points of the first and second at least partly external auxiliary frame , - modelling said points of movement into a path in the CAD environment, - placing the CAD models of the first and second auxiliary frames on the path in the CAD environment, - providing a CAD model of an external auxiliary joint , which permits the path, as part of the external support, - placing the CAD model of the external auxiliary joint in the CAD environment such that axis of the auxiliary joint coincides with the axis of the modelled path, - providing an external auxiliary joint according to the CAD model, - designing at least one external adapter component in the CAD system to connect the auxiliary joint to the first or second auxiliary frame , and - manufacturing the at least one external adapter component according to the CAD design in a 3D printer, by an instant manufacturing method or in a CAD-CAM system.
Material for a polishing pad comprising - a backing layer and a polishing layer , characterized in that - the polishing layer is made of sheep wool fibres fixed on a surface of the backing layer, - wherein the polishing layer comprises loops made of sheep wool fibres, - wherein the sheep wool fibre loops are knitted, weft-knitted or woven into the backing layer , and - wherein the polishing layer comprises surface weight of at least 500 g/m 2 . - a backing layer and a polishing layer , characterized in that - the polishing layer is made of sheep wool fibres fixed on a surface of the backing layer, - wherein the polishing layer comprises loops made of sheep wool fibres, - wherein the sheep wool fibre loops are knitted, weft-knitted or woven into the backing layer , and - wherein the polishing layer comprises surface weight of at least 500 g/m 2 .
A method of analysing measured data, in relation to expected data, from a system which has a plurality of associated system variables, the method including the steps of: a) optimising an error function which relates said measured data to a predetermined number of the system variables by adjusting the system variables; characterized by the following steps: b) selecting a subset of the adjusted variables which excludes one or more of those variables which contribute most to said error function in its optimised form; and c) optimising a further error function, which does not contain variables outside said subset, by adjusting the variables in said subset. a) optimising an error function which relates said measured data to a predetermined number of the system variables by adjusting the system variables; characterized by the following steps: b) selecting a subset of the adjusted variables which excludes one or more of those variables which contribute most to said error function in its optimised form; and c) optimising a further error function, which does not contain variables outside said subset, by adjusting the variables in said subset.
An integrated circuit comprising: circuitry which, in operation, receives resource assignment information including a plurality of bits that indicate activation or deactivation statuses of respective downlink component carriers, the downlink component carriers being secondary downlink component carriers added to a primary component carrier which is always activated, each of the downlink component carriers corresponding to one bit included in the plurality of bits, and the one bit indicating that a corresponding downlink component carrier is to be activated or deactivated, wherein when any one bit of the plurality of bits indicates that its corresponding downlink component carrier is to be activated, the plurality of bits jointly indicate the activation or deactivation statuses, a sounding reference signal, SRS, transmission request and a channel quality information, CQI, reporting request; activates or deactivates each of the downlink component carriers according to the resource assignment information; and starts an SRS transmission and a CQI reporting on an uplink component carrier linked to one or more of activated downlink component carriers. circuitry which, in operation, receives resource assignment information including a plurality of bits that indicate activation or deactivation statuses of respective downlink component carriers, the downlink component carriers being secondary downlink component carriers added to a primary component carrier which is always activated, each of the downlink component carriers corresponding to one bit included in the plurality of bits, and the one bit indicating that a corresponding downlink component carrier is to be activated or deactivated, wherein when any one bit of the plurality of bits indicates that its corresponding downlink component carrier is to be activated, the plurality of bits jointly indicate the activation or deactivation statuses, a sounding reference signal, SRS, transmission request and a channel quality information, CQI, reporting request; activates or deactivates each of the downlink component carriers according to the resource assignment information; and starts an SRS transmission and a CQI reporting on an uplink component carrier linked to one or more of activated downlink component carriers.
Heating appliance having a water heating system comprising at least - a heat exchanger connected to a water inlet , adapted to transfer a heat flow from a heating circuit to a water flow for water heating, characterised in that the heating appliance further comprises: - a heat exchanger connected to a water inlet , adapted to transfer a heat flow from a heating circuit to a water flow for water heating: - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water, wherein a controllable hot water bypass valve is arranged between an extraction line and a supply line of the storage tank and is set up so that hot water can be conducted from the heat exchanger past the storage tank directly to the hot water outlet when the bypass valve is in an open position. - a heat exchanger connected to a water inlet , adapted to transfer a heat flow from a heating circuit to a water flow for water heating, characterised in that the heating appliance further comprises: - a heat exchanger connected to a water inlet , adapted to transfer a heat flow from a heating circuit to a water flow for water heating: - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water, wherein a controllable hot water bypass valve is arranged between an extraction line and a supply line of the storage tank and is set up so that hot water can be conducted from the heat exchanger past the storage tank directly to the hot water outlet when the bypass valve is in an open position. - a heat exchanger connected to a water inlet , adapted to transfer a heat flow from a heating circuit to a water flow for water heating: - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water, wherein a controllable hot water bypass valve is arranged between an extraction line and a supply line of the storage tank and is set up so that hot water can be conducted from the heat exchanger past the storage tank directly to the hot water outlet when the bypass valve is in an open position. - a storage tank arranged between the heat exchanger and a hot water outlet for holding drinking or service water,
A pesticide composition having a synergism effect, comprising two active components A and B, wherein the active component A is thidiazuron and the active component B is polyglutamic acid.
Method for remote control of human machine interfaces (HMI), such as those used for the supervision and/or regulation of railway transportation systems or parts thereof, comprising the steps of: - acquiring data about the status of the system to be supervised or a part of it, and generating graphic symbol or information accordingly, - processing the information and generating an image corresponding thereto, - visualizing the image on displaying means, - comparing the graphic information and the image to be visualized, for checking whether they correspond to each other so that only images generated by data positively checked, are visualized by the displaying means, wherein the graphic information is encrypted and the processing step includes the decryption of such information, for comparing the decrypted graphic information with previously acquired data, before the visualization step and wherein the human machine interface (HMI) comprises means for encryption of graphic information, whereas the displaying means comprises means for decryption of such information. - acquiring data about the status of the system to be supervised or a part of it, and generating graphic symbol or information accordingly, - processing the information and generating an image corresponding thereto, - visualizing the image on displaying means, - comparing the graphic information and the image to be visualized, for checking whether they correspond to each other so that only images generated by data positively checked, are visualized by the displaying means, wherein the graphic information is encrypted and the processing step includes the decryption of such information, for comparing the decrypted graphic information with previously acquired data, before the visualization step and wherein the human machine interface (HMI) comprises means for encryption of graphic information, whereas the displaying means comprises means for decryption of such information.