Abstract: [Problem] To provide a motor protein device capable of efficiently transporting and detecting a target antibody. [Solution] A motor protein device of the present invention includes a collection region where a carrier molecule collects a target molecule using antigen-antibody reaction, and an unloading region where the target molecule is unloaded from the carrier molecule using chemical equilibrium. Further, the motor protein device includes a transport path provided between the collection region and the unloading region through which the carrier molecule can transport the target molecule, and an analysis portion which detects a change in concentration of the target molecule in the unloading region. The unloading region includes certain antibody having capture force higher than predetermined antibody being modified to the carrier molecule and the target molecule is concentrated in the unloading region.

Abstract: [Problem] To provide a motor protein device capable of efficiently transporting and detecting a target antibody. [Solution] A motor protein device of the present invention includes a collection region where a carrier molecule collects a target molecule using antigen-antibody reaction, and an unloading region where the target molecule is unloaded from the carrier molecule using chemical equilibrium. Further, the motor protein device includes a transport path provided between the collection region and the unloading region through which the carrier molecule can transport the target molecule, and an analysis portion which detects a change in concentration of the target molecule in the unloading region. The unloading region includes certain antibody having capture force higher than predetermined antibody being modified to the carrier molecule and the target molecule is concentrated in the unloading region.

Abstract: The invention provides a measuring instrument, comprising a telescope, a distance measuring unit, an image pickup unit, angle detecting units for detecting a vertical and horizontal angle in the sighting direction, an automatic sighting unit, an arithmetic unit, and a storage unit. The arithmetic unit makes the telescope rotate in horizontal and vertical direction and perform scanning over a predetermined range so that a plurality of objects to be measured are included and makes the image pickup unit acquire digital images during the scanning process. The arithmetic unit detects the objects in the digital images, calculates a vertical and horizontal angle of the objects based on the angle detector and a deviation of each of the objects from sighting axis, associates the calculated angles with each of the objects, and makes the storage unit store the vertical and horizontal angles of the objects as target values for automatic sighting.

Abstract: The invention provides a measuring instrument, comprising a telescope, a distance measuring unit, an image pickup unit, angle detecting units for detecting a vertical and horizontal angle in the sighting direction, an automatic sighting unit, an arithmetic unit, and a storage unit. The arithmetic unit makes the telescope rotate in horizontal and vertical direction and perform scanning over a predetermined range so that a plurality of objects to be measured are included and makes the image pickup unit acquire digital images during the scanning process. The arithmetic unit detects the objects in the digital images, calculates a vertical and horizontal angle of the objects based on the angle detector and a deviation of each of the objects from sighting axis, associates the calculated angles with each of the objects, and makes the storage unit store the vertical and horizontal angles of the objects as target values for automatic sighting.

Abstract: A parts production management system includes: a first table in which a line cycle number representing a line cycle that is a process unit for processing a group of parts and a parent lot number of a part input for being processed in a line cycle represented by the line cycle number are stored while being linked together; a second table in which the line cycle number and a child lot number of a part processed in the line cycle represented by the line cycle number are stored while being linked together; and a lot linking unit that stores a line cycle number of a line cycle for processing a parent lot and a parent lot number in the first table while being linked together when the parent lot is input to a production line and stores a line cycle number of a line cycle that has processed a child lot and the child lot number while being linked together when a process in the production line is completed and the child lot is output from the production line.

Abstract: There is provided a semiconductor test apparatus which uses a test processor to apply a test signal to a DUT having a semiconductor device within it to determine whether the memory is acceptable or not on the basis of a response signal, and uses a repair analysis computing unit to analyze the result of the test to determine how to replace a defective cell of the memory with a spare line. The repair analysis computing unit includes a fail memory which stores test results and a general-purpose repair analysis part which analyzes the test results in accordance with an MRA program and inserts and executes a user function of a user analysis program between units of analysis processing.

Abstract: An RFID tag access authentication system including a data processing terminal, a memory medium and a RFID tag. The data processing terminal generates a request signal for requesting a first key data, and transmits the request signal to the memory medium. The system transmits an inputted first identification data and the first key data received from the memory medium to the RFID tag. The system accesses the RFID tag in response to receiving of an access authentication data from the RFID tag. The RFID tag stores a second identification data and a second key data corresponding to the second identification data. The system compares a first set of the first identification data and the first key data with a second set of the second identification data and the second key data. Then, the system generates the access authentication data when the first set agrees with the second set.

Abstract: A parts production management system includes: a first table in which a line cycle number representing a line cycle that is a process unit for processing a group of parts and a parent lot number of a part input for being processed in a line cycle represented by the line cycle number are stored while being linked together; a second table in which the line cycle number and a child lot number of a part processed in the line cycle represented by the line cycle number are stored while being linked together; and a lot linking unit that stores a line cycle number of a line cycle for processing a parent lot and a parent lot number in the first table while being linked together when the parent lot is input to a production line and stores a line cycle number of a line cycle that has processed a child lot and the child lot number while being linked together when a process in the production line is completed and the child lot is output from the production line.

Abstract: There is provided a semiconductor test apparatus which uses a test processor to apply a test signal to a DUT having a semiconductor device within it to determine whether the memory is acceptable or not on the basis of a response signal, and uses a repair analysis computing unit to analyze the result of the test to determine how to replace a defective cell of the memory with a spare line. The repair analysis computing unit includes a fail memory which stores test results and a general-purpose repair analysis part which analyzes the test results in accordance with an MRA program and inserts and executes a user function of a user analysis program between units of analysis processing.

Abstract: A product lifecycle data management system includes a data processing terminal, a memory medium and a management server. The data processing terminal receives a first ID and a product related data; transmits the first ID and the product related data to the memory medium. The memory medium compares the first ID with a previously stored second ID; stores the product related data when the first ID is the same as the second ID; and transmits the first process ending data and a first key data corresponding to the second ID previously stored. The data processing terminal transmits the first ID, the product related data and a first key data to the management server. The management server transmits a second process ending data to the data processing terminal, when the first ID and the first key data are the same as a third ID and a second key data stored previously.

Abstract: A parts assembly management system includes a parts assembly management apparatus to be installed in an assembly line, and a plurality of storage vessel identifying apparatuses to be installed in a plurality of storage vessels. The parts assembly management apparatus includes a reading apparatus, and a first processing unit. The reading apparatus contactlessly reads a product identifier identifying the product from an IC tag attached to the product. The processing unit extracts a vessel identifier associated with the product identifier identifying the product from an assembling table. Each of the storage vessel identifying apparatuses includes a receiving unit, a second processing unit, and an output unit. The receiving unit receives the extracted vessel identifier from the parts assembly management apparatus. The processing unit performs comparison between the associated vessel identifier received by the receiving unit and a specific vessel identifier identifying the associated vessel.

Abstract: A parts assembly management system includes a parts assembly management apparatus to be installed in an assembly line, and a plurality of storage vessel identifying apparatuses to be installed in a plurality of storage vessels. The parts assembly management apparatus includes a reading apparatus, and a first processing unit. The reading apparatus contactlessly reads a product identifier identifying the product from an IC tag attached to the product. The processing unit extracts a vessel identifier associated with the product identifier identifying the product from an assembling table. Each of the storage vessel identifying apparatuses includes a receiving unit, a second processing unit, and an output unit. The receiving unit receives the extracted vessel identifier from the parts assembly management apparatus. The processing unit performs comparison between the associated vessel identifier received by the receiving unit and a specific vessel identifier identifying the associated vessel.

Abstract: An RFID tag access authentication system including a data processing terminal, a memory medium and a RFID tag. The data processing terminal generates a request signal for requesting a first key data, and transmits the request signal to the memory medium. The system transmits an inputted first identification data and the first key data received from the memory medium to the RFID tag. The system accesses the RFID tag in response to receiving of an access authentication data from the RFID tag. The RFID tag stores a second identification data and a second key data corresponding to the second identification data. The system compares a first set of the first identification data and the first key data with a second set of the second identification data and the second key data. Then, the system generates the access authentication data when the first set agrees with the second set.

Abstract: A product life cycle data management system includes a data processing terminal, a memory medium and a management server. The data processing terminal receives a 1st ID and a product related data; transmits the 1st ID and the product related data to the memory medium. The memory medium compares the 1st ID with a 2nd ID stored previously; stores the product related data when the 1st ID is the same as the 2nd ID; and transmits the 1st process ending data and a 1st key data corresponding to the 2nd ID previously stored. The data processing terminal transmits the 1st ID, the product related data and a 1st key data to the management server. The management server transmits a 2nd process ending data to the data processing terminal, when the 1st ID and the 1st key data are the same as a third ID and a 2nd key data stored previously.

Abstract: A light wave guiding apparatus comprising an offset detector for detecting an offset from a predetermined axis is disclosed. A laser beam irradiator irradiates a laser beam having a maximum irradiation intensity in a predetermined orientation and the irradiation intensity decreasing progressively with the increase in the distance away from the orientation while being conically inclined from a predetermined axis. A photo-detector is located in an area irradiated by the laser beam and outputs a received light signal S corresponding to the irradiation intensity. A memory unit stores the relation between the amount of offset of the photo-detector from the predetermined axis and the received light signal S. The received light signal S of the photo-detector is compared with the data stored in the memory unit and the offset amount of the photo-detector is detected.

Abstract: A surface tensiometer including a measurement container having an upper edge opened horizontally and communicated with an end of a connecting pipe, an inlet container having an upper edge opened at a position higher than the upper edge of the measurement container and communicated with the opposite end of the connecting pipe, and a measuring device. The measuring device is operable to measure a height of a highest position of a convex liquid surface statically formed in an equilibrium between an upward force, exerted by a pressure difference due to a height difference between a liquid surface of said measurement container with lthe iquid surface being raised from the opened upper edge of the measurement container after the liquid introduced from the inlet container reaches and overflows from the measurement container and a liquid surface of the inlet container and a downward force exerted by a surface tension of the raised liquid surface per se.

Abstract: A microwave radio frequency signal is coupled from a coaxial line to a circular waveguide by an in line, slot-fed, open-ended, dipole termination of the coaxial-line, imbedded in a low loss dielectric material in the waveguide to excite the waveguide in a TE.sub.11 mode suitable for exciting a low backlobe dielectric rod radiator.