mhurhangee/patent-ind-claim-en huggingface dataset:
A method for stack timing adjustment for serial communications, the method comprising: receiving a USB communication; decoding the USB communication into UART frames; and characterized by : adjusting a timing of the decoded UART frames according to a serial protocol by one of: adding a delay to the decoded UART frames; and removing a delay from the decoded UART frames. receiving a USB communication; decoding the USB communication into UART frames; and characterized by : adjusting a timing of the decoded UART frames according to a serial protocol by one of: adding a delay to the decoded UART frames; and removing a delay from the decoded UART frames. adding a delay to the decoded UART frames; and removing a delay from the decoded UART frames.
A skirt element for use in a flashing for a roof window and comprising a skirt member intended to rest on an exterior roof surface formed by a roofing material, said skirt element having an interior side intended for facing the exterior roof surface and an exterior side intended for facing the exterior in the mounted state, said skirt member comprising a first edge intended to be arranged at the roof window, a second edge opposite the first edge and intended to rest on the exterior roof surface and two end edges extending between the first and second edges, and comprising an adhesive layer on the interior side of an interior layer of the skirt member, and a cover layer covering the adhesive layer in a state of delivery of the skirt element, wherein said interior layer is a polymer, preferred is at least 0,075 mm thick, having a tensile strength of at least 40 MPa, a tearing strength of at least 55 N and displaying an elongation at break of at least 150 % and shrinkage of no more than 3%, wherein; in the state of delivery of the skirt element, a part of the cover layer is visible from the exterior side, characterized in that the cover layer is of different colour than the exterior side of the skirt member , said colour of the cover layer being a bright colour, such as white, red, yellow, green or blue, and in that the cover layer extends at least 3 mm from the second edge away from the first edge and/or from one or both end edges away from the opposite end edge, and in that the adhesive layer is a strip of material having a width of 2-5 cm and extending over the entire length of the skirt member and is only found on the part of the skirt member closest to the second edge , which is intended to be overlapping a roofing material in the mounted state, and wherein the part of the skirt member closest to the first edge is intended, in the mounted state, not to be in contact with the roofing material, but to span a gap between a window frame of the roof window and the roofing material occupied by insulation material.
A component management system for managing component mounting on a board in a component mounting line in which multiple work devices, including at least one component mounting device , are arranged in a line, the component management system comprising: a specifying section configured to specify a location of each board at the component mounting line ; an arrival predicting section configured to predict an arrival time point of each board at a target device based on the location specified by the specifying section , the target device being defined as one of the component mounting devices ; a component-exhaustion predicting section configured to calculate the number of boards to be mountable based on the number of remaining components and the number of components to be mounted per board in the target device, and configured to predict a component exhaustion time point, at which the component is exhausted in the target device, based on the number of boards and the arrival time point, and a notification section configured to report the component exhaustion time point or a component supply time point based on the component exhaustion time point characterized in that: the notification section reports that the component exhaustion time point may be delayed when mounting of the upstream device is interrupted, wherein the notification section is configured to report an elapsed time period from the interruption when mounting of the upstream device is interrupted. a specifying section configured to specify a location of each board at the component mounting line ; an arrival predicting section configured to predict an arrival time point of each board at a target device based on the location specified by the specifying section , the target device being defined as one of the component mounting devices ; a component-exhaustion predicting section configured to calculate the number of boards to be mountable based on the number of remaining components and the number of components to be mounted per board in the target device, and configured to predict a component exhaustion time point, at which the component is exhausted in the target device, based on the number of boards and the arrival time point, and a notification section configured to report the component exhaustion time point or a component supply time point based on the component exhaustion time point characterized in that: the notification section reports that the component exhaustion time point may be delayed when mounting of the upstream device is interrupted, wherein the notification section is configured to report an elapsed time period from the interruption when mounting of the upstream device is interrupted.
An information processing apparatus for generating height information for a received color image, the height information of the received color image being for controlling a three-dimensional fabrication apparatus to fabricate a three-dimensional object, comprising: a color separator to separate the received color image, based on image data of the color image, into a plurality of images with different respective coloration; a display controller to display the plurality of images; a reception unit to receive a setting of height information from a user for each of the plurality of images; and a setting section to merge the height information for each of the plurality of images, to obtain the height information for the color image. a color separator to separate the received color image, based on image data of the color image, into a plurality of images with different respective coloration; a display controller to display the plurality of images; a reception unit to receive a setting of height information from a user for each of the plurality of images; and a setting section to merge the height information for each of the plurality of images, to obtain the height information for the color image.
A method of manufacturing a MEMS double-layer suspension microstructure, comprising: providing a substrate ; forming a first sacrificial layer on the substrate ; patterning the first sacrificial layer ; depositing a first dielectric layer on the first sacrificial layer ; patterning the first dielectric layer to manufacture a first film body together with a cantilever beam connecting the substrate and the first film body ; forming a second sacrificial layer on the first film body and the cantilever beam ; patterning the second sacrificial layer located on the first film body to manufacture a recessed portion configured to form a support structure , a bottom of the recessed portion exposing the first film body ; depositing a second dielectric layer on the second sacrificial layer ; patterning the second dielectric layer to manufacture a second film body and the support structure , the support structure connecting the first film body and the second film body ; and removing the sacrificial layers to obtain a MEMS double-layer suspension microstructure wherein the second film body and the support structure cover the first film body ; wherein both the first film body and the second film body are film-like absorbing layers that can be employed to absorb infrared radiation; wherein a number of the cantilever beam is two, the two cantilevers are located on opposite sides of the first film body ; wherein a projection area of the second film body on a surface of the substrate is larger than a projection area of the first film body on the substrate . providing a substrate ; forming a first sacrificial layer on the substrate ; patterning the first sacrificial layer ; depositing a first dielectric layer on the first sacrificial layer ; patterning the first dielectric layer to manufacture a first film body together with a cantilever beam connecting the substrate and the first film body ; forming a second sacrificial layer on the first film body and the cantilever beam ; patterning the second sacrificial layer located on the first film body to manufacture a recessed portion configured to form a support structure , a bottom of the recessed portion exposing the first film body ; depositing a second dielectric layer on the second sacrificial layer ; patterning the second dielectric layer to manufacture a second film body and the support structure , the support structure connecting the first film body and the second film body ; and removing the sacrificial layers to obtain a MEMS double-layer suspension microstructure wherein the second film body and the support structure cover the first film body ; wherein both the first film body and the second film body are film-like absorbing layers that can be employed to absorb infrared radiation; wherein a number of the cantilever beam is two, the two cantilevers are located on opposite sides of the first film body ; wherein a projection area of the second film body on a surface of the substrate is larger than a projection area of the first film body on the substrate .
A tactile sensing device, comprising: an elastically deformable annular band , defining a lower part configured to remain exposed and to be placed in direct contact with an object to be touched and with a user's finger, and an upper part ; a rigid support fixed to said upper part ; an electronic board fixed to said rigid support , having at least one vibration sensor and a microprocessor functionally configured to receive electrical signals generated by said at least one vibration sensor corresponding to vibrations transmitted on the electronic board ; characterized in that said upper part is configured to remain in an inner compartment of the tactile sensing device; said rigid support is placed outside said upper part ; said tactile sensing device further comprises a rigid body comprising a front cover and a rear cover configured to be coupled together to define said inner compartment and at least one rigid curved surface configured to come into direct contact with said finger of a user, said front cover and said rear cover being configured to enclose in the inner compartment, when coupled together, the upper part of the annular band , the electronic board and said rigid support , said rigid support remaining in contact with an inner face of the rigid body. an elastically deformable annular band , defining a lower part configured to remain exposed and to be placed in direct contact with an object to be touched and with a user's finger, and an upper part ; a rigid support fixed to said upper part ; an electronic board fixed to said rigid support , having at least one vibration sensor and a microprocessor functionally configured to receive electrical signals generated by said at least one vibration sensor corresponding to vibrations transmitted on the electronic board ; characterized in that said upper part is configured to remain in an inner compartment of the tactile sensing device; said rigid support is placed outside said upper part ; said tactile sensing device further comprises a rigid body comprising a front cover and a rear cover configured to be coupled together to define said inner compartment and at least one rigid curved surface configured to come into direct contact with said finger of a user, said front cover and said rear cover being configured to enclose in the inner compartment, when coupled together, the upper part of the annular band , the electronic board and said rigid support , said rigid support remaining in contact with an inner face of the rigid body.
A fuel maintenance guide system for a vehicle, comprising: a fuel-maintenance-execution-date calculation part capable of calculating a duration until a fuel maintenance starts, from a reference date when more than a predetermined amount of a fuel is supplied to a fuel tank; a remaining-fuel detection part capable of detecting a remaining fuel amount in the fuel tank; a user-notification-information generating part capable of generating user notification information including the duration, the remaining fuel amount, and a fuel supply amount necessary for canceling the fuel maintenance, based on the duration calculated in the fuel-maintenance-execution-date calculation part , the remaining fuel amount detected in the remaining-fuel detection part , and the fuel supply amount necessary for canceling the fuel maintenance; and a user notification part capable of displaying the user notification information generated in the user-notification-information generating part on a screen (DS1, DS2). a fuel-maintenance-execution-date calculation part capable of calculating a duration until a fuel maintenance starts, from a reference date when more than a predetermined amount of a fuel is supplied to a fuel tank; a remaining-fuel detection part capable of detecting a remaining fuel amount in the fuel tank; a user-notification-information generating part capable of generating user notification information including the duration, the remaining fuel amount, and a fuel supply amount necessary for canceling the fuel maintenance, based on the duration calculated in the fuel-maintenance-execution-date calculation part , the remaining fuel amount detected in the remaining-fuel detection part , and the fuel supply amount necessary for canceling the fuel maintenance; and a user notification part capable of displaying the user notification information generated in the user-notification-information generating part on a screen (DS1, DS2).
A self-adjusting tool for chamfering an end of a cylinder , the tool comprising: at least three legs , a distal segment of each of the legs extending in a forward direction of the tool and placeable about the end of the cylinder , and each of the legs including an indentation , characterized in that each of the legs includes a linearly translatable rack comprising teeth ; wherein the self-adjusting tool further comprises a central body with a rotatable shaft and a mechanism that includes central gear that is mounted on and is rotatable with the shaft , the central gear comprising teeth that are configured to engage the teeth on the linearly translatable rack on each of the legs such that rotation of the shaft about a shaft axis, linearly translates each leg of said at least three legs to retract said at least three legs inward in tandem toward the cylinder , wherein the indentation on each leg of said at least three legs is configured to enable retraction of another leg of said at least three legs without interference and wherein the mechanism is configured to rotate said at least three legs about the shaft axis when further retraction of said at least three legs is blocked by contact with the cylinder ; and one or a plurality of chamfering blades , each chamfering blade being attached to a leg of said at least three legs , a cutting edge of each blade being oriented diagonally forward and inward. at least three legs , a distal segment of each of the legs extending in a forward direction of the tool and placeable about the end of the cylinder , and each of the legs including an indentation , characterized in that each of the legs includes a linearly translatable rack comprising teeth ; wherein the self-adjusting tool further comprises a central body with a rotatable shaft and a mechanism that includes central gear that is mounted on and is rotatable with the shaft , the central gear comprising teeth that are configured to engage the teeth on the linearly translatable rack on each of the legs such that rotation of the shaft about a shaft axis, linearly translates each leg of said at least three legs to retract said at least three legs inward in tandem toward the cylinder , wherein the indentation on each leg of said at least three legs is configured to enable retraction of another leg of said at least three legs without interference and wherein the mechanism is configured to rotate said at least three legs about the shaft axis when further retraction of said at least three legs is blocked by contact with the cylinder ; and one or a plurality of chamfering blades , each chamfering blade being attached to a leg of said at least three legs , a cutting edge of each blade being oriented diagonally forward and inward.
An attachment system for an agricultural vehicle including a feeder housing and a header , comprising: at least one hook configured for being located on and pivotably connected to the feeder housing ; and at least one header connecting member configured for being located on the header ; the at least one hook being automatically connectable and securable to the at least one header connecting member as the feeder housing lifts the header ; the attachment system being characterised in that : the at least one header connecting member is in the form of at least one receiving pocket including a top wall , a front wall , an opening , and a receiving bar , the top wall of the at least one receiving pocket being sloped at a downward angle such that the at least one hook is moved downwardly upon contacting the top wall such that the at least one hook automatically engages with the receiving bar as the feeder housing lifts the header . at least one hook configured for being located on and pivotably connected to the feeder housing ; and at least one header connecting member configured for being located on the header ; the at least one hook being automatically connectable and securable to the at least one header connecting member as the feeder housing lifts the header ; the attachment system being characterised in that : the at least one header connecting member is in the form of at least one receiving pocket including a top wall , a front wall , an opening , and a receiving bar , the top wall of the at least one receiving pocket being sloped at a downward angle such that the at least one hook is moved downwardly upon contacting the top wall such that the at least one hook automatically engages with the receiving bar as the feeder housing lifts the header .
A method of spreading, in an Automated Tape Placement process, a fibre-reinforced composite tape comprising a thermoplastic matrix using a spreading apparatus , the spreading apparatus comprising: an input side to receive the fibre-reinforced composite tape to be spread, and an output side from which the fibre-reinforced composite tape is delivered after spreading, a tape heater to in use apply heat indirectly, via a surface or thermal mass component that applies heat to the tape, to the fibre-reinforced composite tape; and a tape spreader comprising a planar platen , wherein the tape spreader is configured to, during heating of the fibre-reinforced composite tape, apply contact pressure to the fibre-reinforced composite tape to thereby spread the fibre-reinforced composite tape against the planar platen , and the method comprising: receiving the fibre-reinforced composite tape to be spread; applying heat indirectly to the fibre-reinforced composite tape; applying contact pressure during heating of the fibre-reinforced composite tape to press the fibre-reinforced composite tape against the planar platen, thereby spreading the fibre-reinforced composite tape; and outputting spread fibre-reinforced composite tape. an input side to receive the fibre-reinforced composite tape to be spread, and an output side from which the fibre-reinforced composite tape is delivered after spreading, a tape heater to in use apply heat indirectly, via a surface or thermal mass component that applies heat to the tape, to the fibre-reinforced composite tape; and a tape spreader comprising a planar platen , wherein the tape spreader is configured to, during heating of the fibre-reinforced composite tape, apply contact pressure to the fibre-reinforced composite tape to thereby spread the fibre-reinforced composite tape against the planar platen , receiving the fibre-reinforced composite tape to be spread; applying heat indirectly to the fibre-reinforced composite tape; applying contact pressure during heating of the fibre-reinforced composite tape to press the fibre-reinforced composite tape against the planar platen, thereby spreading the fibre-reinforced composite tape; and outputting spread fibre-reinforced composite tape.
A session establishment method, wherein the method comprises: sending (S201), by a terminal, a first message to an access and mobility management function, AMF, entity, wherein the first message comprises first information, first network slice selection information, and second network slice selection information, the first information comprises information for requesting to establish a protocol data unit, PDU, session, the first network slice selection information is used by the AMF entity to select a first session management control function, SMF, entity, and the second network slice selection information is used by the AMF entity to select a second SMF entity; and receiving (S203), by the terminal, a second message sent by the AMF entity, wherein the second message comprises second information, and the second information comprises PDU session establishment accept information, wherein the first network slice selection information is single network slice selection assistance information, S-NSSAI, corresponding to a first application in a visited public land mobile network, VPLMN; and the second network slice selection information is S-NSSAI corresponding to the first application in a home public land mobile network, HPLMN. sending (S201), by a terminal, a first message to an access and mobility management function, AMF, entity, wherein the first message comprises first information, first network slice selection information, and second network slice selection information, the first information comprises information for requesting to establish a protocol data unit, PDU, session, the first network slice selection information is used by the AMF entity to select a first session management control function, SMF, entity, and the second network slice selection information is used by the AMF entity to select a second SMF entity; and receiving (S203), by the terminal, a second message sent by the AMF entity, wherein the second message comprises second information, and the second information comprises PDU session establishment accept information, wherein the first network slice selection information is single network slice selection assistance information, S-NSSAI, corresponding to a first application in a visited public land mobile network, VPLMN; and the second network slice selection information is S-NSSAI corresponding to the first application in a home public land mobile network, HPLMN.