32 results about "Work setting" patented technology

A system includes a microphone configured to generate audio signals associated with a weld tool being used by a user to perform a welding operation on an object. A processing device executes an artificial intelligence agent trained to perform several functions to determine certain information. These functions include processing the audio signals to identify sound signatures indicative of a weld defect occurring during the welding operation, determining the presence of the weld defect based on the identified sound signatures, and issuing cease commands to cease operation of the weld tool in response to the determined presence of the weld defect. The system may also include a welding robot, peripheral haptic devices, and network interfaces to support remote interaction and haptic feedback between users. The system aims to enhance welding quality control through real-time audio monitoring and immediate intervention capabilities.

To enable the recommendation of more appropriate work settings compared to conventional methods, depending on the field conditions. [Solution] Based on the setting information entered by the worker and the field condition information, recommended setting information is generated, which is the recommended value for the setting information of the vehicle body (10) and implement (5) when performing work. This makes it possible to recommend more appropriate work settings than in the past, according to the field conditions.

An information processing device 100 according to the present disclosure comprises: a storage unit 121 that stores a business schedule in which scheduled execution work and scheduled execution time of workers are set; a specification unit 122 that acquires operation data about a specific worker and specifies the execution work and the execution time executed by the specific worker on the basis of the operation data; a detection unit 123 that detects a difference between the specified execution work and execution time of the specific worker and the scheduled execution work and the scheduled execution time set in the business schedule of the specific worker; and a setting unit 124 that, on the basis of the difference, specifies scheduled execution work to be changed among the scheduled execution work set in the business schedule of the specific worker, and sets the scheduled execution work to be changed, to a work schedule of another worker as the schedule execution work of the other worker. As a result, job scheduling is optimized.

A construction equipment includes a work machine which includes a boom, an arm, and a bucket operated by their respective hydraulic cylinder. The construction equipment also includes a control valve for controlling the hydraulic cylinder; an operation lever for outputting an operation signal corresponding to an operation amount of a driver; a work setting unit for setting a work area; a location information providing unit; and an electronic control unit. The electronic control unit is for outputting a control signal for the control valve according to the signal inputted from at least one of the operation lever, the work setting unit, and the location information providing unit. The electronic control unit calculates an angle between the work area and the work machine, and controls a speed of the work machine based on the calculated angle.

The construction equipment includes a lower traveling part, an upper turning part, a work device, a control valve configured to control the hydraulic cylinder, and an operation lever. The construction equipment further includes a work setting unit configured to set a work area of the work device and an information providing unit configured to provide at least one of geographic information, position information of the work device, and posture information of the work device. The construction equipment also includes an electronic control unit configured to output a control signal for the control valve according to a signal input from at least one of the operation lever, the work setting unit, and the information providing unit. In the event the work device is likely to invade the work area, the electronic control unit determines cutoff strength for the operation signal based on a velocity of the work device.

Provided is construction equipment including: an undercarriage; an upper swing body rotatably supported on the undercarriage; a work device supported by the upper swing body and comprising a boom, an arm and a bucket, which operate by means of respective hydraulic cylinders; a control valve for controlling the boom cylinder; an electronic proportional pressure reducing valve for controlling a spool of the control valve; a control lever for outputting a control signal corresponding to the amount of control of a driver; a work setting unit for providing a work mode and target work surface setting function; a location information providing unit for, according to a work mode setting of the work setting unit, collecting and / or calculating location information of the work device and location information of a work surface that has been set; and an electronic control unit.

[Problem] To provide a work setting system for setting work of a mounted function unit that is mounted on a moving body capable of autonomous movement at a movement destination of the moving body. [Solution] A work setting system according to the present invention comprises: a movable moving body; the mounted function unit that executes a function at a movement destination by being mounted on the moving body; a map display unit that displays, on a user interface, a map that indicates a region in which the moving body can move; a point setting unit that sets a point that constitutes the movement destination of the moving body on the map, said point being the location where the function of the mounted function unit is executed; a point function display unit that displays, for the point, functions that can be executed by the mounted function unit, said functions being displayed in a manner that makes it possible to select a function; and a link function unit that associates the execution of the function that is selected by the point function display unit with the point that is set by the point setting unit.

The present invention discloses a method for evaluating the integration degree of three-dimensional collaborative design, which counts the model information corresponding to the three-dimensional model of the three-dimensional collaborative design, and establishes a central file; creates local files, and creates respective work sets; establishes three-dimensional model application standards and sharing principles; establishes a local file and link collaborative mode for collaborative design, and synchronously updates the local file to the central file; determines the number of model information, the degree of participation, the degree of comparative application, and the corresponding weight, and calculates the degree of integration. The present invention can detect the effect of the specific application of the BIM model for the application in the BIM collaborative design process, that is, detects indicators such as the degree of participation of multiple professions, the degree of creation of the BIM model, and the degree of comprehensive application.

The present disclosure provides an apparatus. This device is provided with: an acquisition unit that acquires environment information relating to at least one of the environment around the current location of a moving body capable of moving by means of an unmanned driving method and the environment ahead of the moving body in the direction of travel; and a generation unit that generates value data using the acquired environment information. The value data includes a brake control value, which is a control value relating to braking of the moving body, a brake correction value, which is a correction value for correcting the brake control value, and a work control value, which is a control value relating to work for controlling work equipment that performs work on the moving body. And at least one of a work setting value of the work equipment, a work setting value which is a setting value related to work, and a work correction value which is a correction value for correcting the work control value.

1. The name of the design product: the working setting graphical user interface of electronic equipment. 2. The use of the design product: for an electronic equipment. 3. The design points of the design product: the graphical user interface. 4. The picture or photo that best shows the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the present graphical user interface is used for working setting. Design 1 front view to design 8 front view are working setting interfaces, and the user can make relevant settings through touch operation according to the content prompt of the interface. Design 9 front view is a working setting interface, and the user can set more parameters by sliding up in the pop-up window, as shown in the interface change state diagram of design 9.

A system includes a microphone configured to generate audio signals associated with a weld tool being used by a user to perform a welding operation on an object. A processing device executes an artificial intelligence agent trained to perform several functions to determine certain information. These functions include processing the audio signals to identify sound signatures indicative of a weld defect occurring during the welding operation, determining the presence of the weld defect based on the identified sound signatures, and issuing cease commands to cease operation of the weld tool in response to the determined presence of the weld defect. The system may also include a welding robot, peripheral haptic devices, and network interfaces to support remote interaction and haptic feedback between users. The system aims to enhance welding quality control through real-time audio monitoring and immediate intervention capabilities.

According to the method for improving the crosspiece chart, the super crosspiece chart obtained through the method, the terminal product of the super crosspiece chart and the storage medium of the super crosspiece chart, a string of work completed in a natural sequence in the longitudinal axis direction of the crosspiece chart is combined into one work to be expressed, and the work is defined as a work set; a different code name is correspondingly set for each subitem work under the work set to serve as an assignment of each subitem work, and the same type of work of different work sets has the same code name; the code names of the sequential sub-item work of each work sink are recorded on the corresponding position, representing the work process through the time continuation, of the row where the work sink is located in the crosspiece chart, so that the time continuation expressed by the transverse line of the position is replaced. According to the method, the number of longitudinal tables of the crosspiece chart is greatly reduced, adverse effects on vision and psychology caused by huge increase of the number of lines and the number of the tables are eliminated, the application range of the crosspiece chart is greatly expanded, the method is visual, vivid, simple and clear, and key paths of work are easy to find.

In an information processing apparatus, a work setting information acquisition unit configured to acquire a type of work performed by a movable apparatus, information with respect to a work region, and map information for self-position estimation created in advance, and a starting position and orientation calculation unit configured to calculate a starting position and orientation when the work is started based on the type of the work, the work region, and the map information are provided.

In one embodiment, a computer-implemented method includes receiving, at a wearable mask, first information pertaining to a work setting, wherein the first information comprises video, audio, haptic feedback, or some combination thereof, determining, using an edge processor communicatively coupled to the wearable mask and based on the first information, one or more first characteristics of the work setting, generating, using the edge processor and based on the one or more first characteristics of the work setting, one or more first control instructions configured to modify one or more first operating parameters of a tool, and transmitting, to the tool, the one or more first control instructions to modify the one or more first operating parameters of the tool.

The apparatus comprises an acquiring unit configured to acquire environmental information regarding at least one of environment around a current location of a moving object, and environment ahead of the moving object in a travel direction, the moving object being capable of moving by unmanned driving; and a generating unit configured to generate value data using the acquired environmental information, the value data including at least one of a braking control value, a braking correction value, a work control value, a work setting value, and a work correction value.

The present invention provides a component loading device and a component supply device. The component loading device includes a component supply device, a component loading unit, a storage unit, a work start detection unit, a measuring unit, and a notification unit. The component supply device sets a carrier tape enclosed with components to a state in which the components can be taken out, and positions the components at a take-out position. The component loading unit takes out the components positioned at the take-out position and loads them on a substrate. The storage unit stores a work setting time set for a worker to perform work on the component supply device. The work start detection unit detects a state in which the work can be performed. The measuring unit measures the time from the time when the work start detection unit detects that the work can be performed. The notification unit makes the worker aware that the remaining time of the work setting time is decreasing based on the time measured by the measuring unit.

The invention discloses a zero work day settlement system and method, and the system comprises an identity switching assembly which requests a server to call business function modules corresponding to different identities after the assembly is triggered; the post issuing identity service function module is used for detecting multi-day individual post information input by an issuer through the terminal and sending the information to the server; detecting zero worker setting information configured by the publisher through the terminal; the post employment identity function module is used for detecting whether the published post is triggered by the applicant through the terminal to perform registration operation or not, and sending registration operation information to the server side for verification, so that the server side executes a registration process after verification succeeds; and when the applicant terminal detects completion operation, the applicant terminal sends completion operation information to the server side, so that the server side enters a daily settlement process after verification succeeds. The blank of a multi-day short-term employment scene is filled, the continuous multi-day employment demand of an employer is realized through an exclusive process, and the repeated operation cost of the employer is reduced.

To provide a technology to easily detect an abnormality of aged deterioration or the like in an actuator for driving a work device.SOLUTION: An exemplary work vehicle includes a travelling body, a work device supported by the travelling body and having a working part provided so as to change work settings for a farm field, a driving device for driving the working part, and a control device for controlling the driving device. The control device performs correction to driving settings of the driving device according to the deviation of actual work with respect to the work settings of the working part, and determines the abnormality of the driving device on the basis of the correction.SELECTED DRAWING: Figure 12

In one embodiment, a computer-implemented method includes receiving, at a wearable mask, first information pertaining to a work setting, wherein the first information comprises video, audio, haptic feedback, or some combination thereof, determining, using an artificial intelligence agent executed on an edge processor communicatively coupled to the wearable mask and based on the first information, one or more first characteristics of the work setting, generating, using the artificial intelligence agent executed on the edge processor and based on the one or more first characteristics of the work setting, one or more first control instructions configured to modify one or more first operating parameters of a tool, and transmitting, to the tool, the one or more first control instructions to modify the one or more first operating parameters of the tool.

To provide a technique capable of increasing the possibility that work on a moving body is appropriately performed.SOLUTION: And a generation unit configured to use the acquired environmental information to generate value data including at least one of a braking control value that is a control value related to braking of the moving body, a braking correction value that is a correction value for correcting the braking control value, a work control value that is a control value related to work for controlling a work apparatus that performs work on the moving body, a work setting value that is a setting value related to the work for the work apparatus, and a work correction value that is a correction value for correcting the work control value.SELECTED DRAWING: Figure 2

The embodiment of the invention relates to a page interaction method and device, equipment and a storage medium, and the method comprises the steps: receiving a display triggering operation for a personal page of a first user, displaying the personal page, and displaying multimedia works in a work set of the first user in a first region of the personal page, and displaying the at least one recommended theme and the recommended media resource under the first recommended theme in the at least one recommended theme in the second area. Wherein the recommended media resource under the first recommended theme comprises multimedia works related to the first recommended theme in a work set of the first user. According to the method and the device, displaying of at least one recommended theme on the personal page and aggregation display of the multimedia works related to the recommended themes in the work set of the first user are supported, so that screening interaction operation of the second user on the multimedia works of the first user on the personal homepage of the first user is simplified; and the requirement of efficiently obtaining the interested content is met, so that the browsing experience of the user is improved.

A task setting system is provided that sets tasks for onboard functional units mounted on an autonomously movable body at a destination of the autonomously movable body. [Solution] The work setting system of the present invention comprises a movable vehicle 2, an on-board function unit 4 that is mounted on the vehicle and executes functions at its destination, a map display unit 42 that displays a map on a user interface showing the area in which the vehicle can move, a point setting unit 44 that sets a point on the map that will become the destination of the vehicle and at which the function of the on-board function unit will be executed, a point function display unit 46 that displays functions that can be executed by the on-board function unit for each point so that they can be selected, and a link function unit 52 that links the execution of the function selected by the point function display unit to the point set by the point setting unit.

An estimation system (100) comprises: a position detection unit for detecting the position of a user; a work estimation unit for estimating candidates for a work performed by the user on the basis of the position of the user; a displayed work setting unit for displaying the work candidates estimated by the work estimation unit on a screen of a wearable device used by the user; a vital data acquisition unit that identifies the work selected by the input operation by the user among the work candidates displayed on the screen of the wearable device as the work performed by the user, and acquires information of the identified work and vital data of the user in association with each other; and a stress estimation unit that estimates the user's stress on the basis of the vital data of the user, and stores a stress estimation result and the work selected by the input operation by the user in the storage unit in association with each other.

The invention relates to a collaborative design system based on a BIM technology, and belongs to the technical field of BIM model design, and the system comprises a project planning module which is used for setting monomers contained in a target project and professional categories corresponding to the monomers, setting professional group members of each professional in the professional categories and authority types of the professional group members, and setting the project planning module; generating a shared folder based on a preset building information model template, creating a shared subdirectory corresponding to the single model in the shared folder, and allocating windows access permissions of specialized group members to the shared subdirectory; the collaborative design module is used for obtaining working sets determined by clients of different permission types through preset plug-in station messages and synchronizing the working sets to the corresponding shared subdirectories; and the lightweight service module is used for performing lightweight on the monomer models in the shared subdirectory to obtain lightweight files. According to the invention, timely communication between the client and the collaborative design system is realized, so that the production efficiency is improved.

To easily identify a work performed by a user and associate the work with a stress estimation result.SOLUTION: An estimation system comprises: a position detection section for detecting a position of a user; a work estimation section for estimating candidates for a work performed by the user on the basis of the position of the user; a displayed work setting section for displaying the work candidates estimated by the work estimation section on a screen of a wearable device used by the user; a vital data acquisition section that identifies the work selected by input operation by the user among the work candidates displayed on the screen of the wearable device as the work performed by the user, and acquires information of the identified work and vital data of the user in association with each other; and a stress estimation section that estimates stress of the user on the basis of the vital data of the user, and stores a stress estimation result and the work selected by the input operation by the user in a storage section in association with each other.SELECTED DRAWING: Figure 1

This work map provision server includes a storage unit that has stored therein a plurality of work maps which individually comprise work setting information of respective small regions in a farm field and attribute information of the work maps; and a map selection unit that, upon receipt of a map acquisition request from a work machine, selects, from among the plurality of maps, one or more work maps suited to said map acquisition request on the basis of map narrowing-down information contained in said map acquisition request and / or reception time and date of said map acquisition request and also on the basis of the attribute information of the respective work maps, and then transmits the selected work maps to the work machine.

The application relates to a kind of creation work management method and system based on digital watermarking, the method comprises: according to the name information of work, determine the finished work in the work set and its related draft work;According to the preset work cutting rule, the finished work is cut into several sub-works;According to the preset protection level determination rule, the protection level of each sub-work is determined, the protection level of the finished work is determined according to the highest protection level in the sub-work, and the watermark type of the finished work is determined according to the protection level of the finished work;According to the protection level of each sub-work, the protection level of each draft work is determined, and the watermark type of the draft work is determined according to the protection level of the draft work;The embedding watermark type of the finished work and the draft work is accurately determined, and finally, the finished work and the draft work are classified and saved based on the protection level of the finished work and the draft work.

The invention relates to the technical field of mixed material production equipment and devices, and discloses a road waste asphalt admixture reprocessing production device and a processing method.The road waste asphalt admixture reprocessing production device comprises a work setting frame, a grinding assembly and a reprocessing assembly, two sets of supporting setting bases are arranged on a panel of the work setting frame at intervals, and the grinding assembly is arranged on the supporting setting bases; and an asphalt recycling device is arranged on the left side of the work setting frame, a reprocessing assembly is arranged below the work setting frame, and a stirring assembly is arranged on the left side of the discharging assembly. The reprocessing production device is used as an operation assembly, working parameters of related parts are set according to corresponding grinding and material mixing production requirements, grinding, screening, reagent adding and material mixing treatment are carried out on preliminarily-crushed asphalt fragments, finally, mixed materials are fully heated, the mixed materials are stimulated to react, and therefore the reprocessing production efficiency is improved. The mixed asphalt generates good adhesion, the property of the waste asphalt is changed, and the waste asphalt can be reused after being treated.

The invention provides a working device. The present invention relates to a technique capable of appropriately performing planting by means of non-constant-speed rotation even when the travel speed is high, and a technique capable of easily detecting abnormalities such as deterioration over year of an actuator for driving a work device. An exemplary work vehicle is provided with: a traveling body; a working device that is supported by the traveling body and has a working unit that is provided so as to be able to change working settings for a field; a drive device that rotates or drives a working part of the working device; and a control device that controls the drive device. The control device corrects the phase lag of the acceleration and deceleration when the working unit performs a non-uniform rotation in which the angular velocity during one rotation is accelerated and decelerated. In addition, the control device corrects the drive setting of the drive device in accordance with the deviation of the actual work with respect to the work setting of the work unit, and determines an abnormality of the drive device on the basis of the correction.