Abstract: A work vehicle includes a target speed setting unit configured to set a desired target speed, a travel speed detecting unit configured to detect a travel speed of a vehicle body, an engine, a work implement attached to the vehicle body and driven by an output of the engine, a travel device, a brake disposed between the travel device and the engine and configured to brake the travel device, a clutch disposed between the engine and the brake and configured to transmit or interrupt power from the engine to the travel device, and a controller configured to reduce a difference between the travel speed and the target speed by controlling an engagement pressure of the clutch and an engagement pressure of the brake.

Abstract: Pattern information for identifying a pattern and color information for identifying a color are acquired. Image data corresponding to the acquired pattern information and color information is acquired from a storage unit configured to store at least two types of image data out of first to fourth image data. The first image data corresponds to first pattern information for identifying a first pattern and first color information for identifying a first color. The second image data corresponds to the first pattern information and second color information for identifying a second color. The third image data corresponds to second pattern information for identifying a second pattern and the first color information. The fourth image data corresponds to the second pattern information and the second color information. A colored pattern corresponding to the acquired image data is recorded onto a base material.

Abstract: Pattern information for identifying a pattern and color information for identifying a color are acquired. Image data corresponding to the acquired pattern information and color information is acquired from a storage unit configured to store at least two types of image data out of first to fourth image data. The first image data corresponds to first pattern information for identifying a first pattern and first color information for identifying a first color. The second image data corresponds to the first pattern information and second color information for identifying a second color. The third image data corresponds to second pattern information for identifying a second pattern and the first color information. The fourth image data corresponds to the second pattern information and the second color information. A colored pattern corresponding to the acquired image data is recorded onto a base material.

Abstract: A data collection system includes: a contact information acquisition unit, for obtaining contact information; a state recognition unit, for obtaining, based on contact information acquired by the contact information acquisition unit, state information concerning the state of a equipment; a state coding unit, for transforming into coded contact associated information the state information obtained by the state recognition unit; and an output unit, for transmitting to an output apparatus contact information obtained by the contact information acquisition unit and for transmitting to a network apparatus contact associated information obtained by the state coding unit. With this arrangement, information concerning the operation of a equipment can be easily obtained, without requiring the reconstruction of a equipment or a great change in a sequence program, such as a programmable controller, mounted in the equipment.

Abstract: An operating condition monitoring apparatus includes a load-time information acquisition unit 203 obtaining load-time information, of one or more production apparatuses 11, concerning load time allocated to production within a predetermined period, an operating-time information acquisition unit 204 obtaining operating-time information, of one or more production apparatuses 11, concerning operating time that is operable time for the production apparatuses within the predetermined period, an individual operating-rate calculation unit 205 calculating an individual operating rate of one or more production apparatuses 11 by dividing the operating time indicated in the operating-time information by the load time indicated in the load-time information, and an output unit 213 outputting the individual operating rate, in order to identify the production apparatus causing the stoppage of a production line.

Abstract: An operating condition monitoring apparatus includes a load-time information acquisition unit 203 obtaining load-time information, of one or more production apparatuses 11, concerning load time allocated to production within a predetermined period, an operating-time information acquisition unit 204 obtaining operating-time information, of one or more production apparatuses 11, concerning operating time that is operable time for the production apparatuses within the predetermined period, an individual operating-rate calculation unit 205 calculating an individual operating rate of one or more production apparatuses 11 by dividing the operating time indicated in the operating-time information by the load time indicated in the load-time information, and an output unit 213 outputting the individual operating rate, in order to identify the production apparatus causing the stoppage of a production line.

Abstract: A data collection system includes: a contact information acquisition unit, for obtaining contact information; a state recognition unit, for obtaining, based on contact information acquired by the contact information acquisition unit, state information concerning the state of a equipment; a state coding unit, for transforming into coded contact associated information the state information obtained by the state recognition unit; and an output unit, for transmitting to an output apparatus contact information obtained by the contact information acquisition unit and for transmitting to a network apparatus contact associated information obtained by the state coding unit. With this arrangement, information concerning the operation of a equipment can be easily obtained, without requiring the reconstruction of a equipment or a great change in a sequence program, such as a programmable controller, mounted in the equipment.

Abstract: An adjusting apparatus includes a judging unit that receives a characteristic value of an article processed by one of processing machines from one of measuring machines and, on the basis of the characteristic value, judges whether or not the processed article meets regular quality, and an abnormality estimating unit that, when the processed article does not meet regular quality, specifies an device to be adjusted on the basis of whether a characteristic value out of the regular range appears for every two cycles or three cycles.

Abstract: An adjusting apparatus includes a judging unit that receives a characteristic value of an article processed by one of processing machines from one of measuring machines and, on the basis of the characteristic value, judges whether or not the processed article meets regular quality, and an abnormality estimating unit that, when the processed article does not meet regular quality, specifies an device to be adjusted on the basis of whether a characteristic value out of the regular range appears for every two cycles or three cycles.