受験番号：34IPE024

問１[0005]
In this case, since the continuous type device constantly supplies ink, thedevice has the advantages of preventing nozzle clogging, ensuring stable operation overa long period of time, reducing contamination of a print head, and minimizing ink
wastage. However, the device tends to be increased in size since it requires a system forcirculating ink. On the other hand, the DOD type device can print higher definition
figures than the continues type device. Further, since the DOD device is configured todispense ink for each individual tablet, there is no need for a large ink circulation
system, and the DOD device itself becomes relatively small in size.
[0006]
However, since the DOD type device is configured to detect the flow of tablets
and activate the print head, it may take time for performing data processing between
the detection and ink injection, and if tablets flow continuously without interruption,
the controller may enter a busy state and data processing may not be completed in time.
There has been a problem in which if the data processing is not completed in time, thehead cannot be activated even if the presence of tablets is detected, and the tablets flow
without being subjected to the printing process, resulting in unprinted products.
[0007]In addition, in the DOD type inkjet device, printing is usually only performedon the upper surface side of the tablets since ink jetting from the lower side to the upperside may cause a loss of printing accuracy due to the effect of gravity. That is, the DOD
type device is rather difficult to perform printing processing on both sides of tablets, anddespite the advantages of being able to be small in size, the DOD type device has been
only adopted as a single-sided printing device.
問２[0017]
In accordance with the above embodiment, the loop antenna 10 in FIG. 1 has
first and second line conductors 14, 16 which each have a length (L0 = 58.4 Hz) decided

in relation to a frequency band (1.8 GHz) of the linearly polarized wave in a firstfrequency band (1.57 GHz) and the second frequency band (1.8 GHz), formed on thedielectric substrate 12 having a dielectric constant of 4.4. Further, the first and secondline conductors 14, 16 have a line width of 1.4 mm and are arranged on the dielectric
substrate 12 so as to extend in parallel with each other at a predetermined distance(line gap = 0.4 mm) away from each other, both ends thereof being electrically connectedwith each other. Furthermore, the loop antenna 10 has a feeding part 28 composed offeeding points 24, 26 that are formed at both ends of a cut part which is obtained by
cutting the first line conductor 14 at a position 22 away from an upper side end part 30of the first line conductor 14 by a length (L1 = 26.9 mm) which is decided in relation tothe first frequency band. In addition, the loop antenna 10 comprises a first detouring
line conductor 18 that has a line gap of 0.4 mm and a line width of 1.4 mm, that isobtained by cutting an another portion, in the first line conductor 14, in the vicinity (L5= 1.4 mm) of the feeding part 28, and then connecting both ends of the cut part so as tobe bridged, and that is arranged to extend by such a length (L4= 8.2 mm) as to generate
a π/4 phase delay in the laterally outer direction of the first line conductor 14, and asecond detouring line conductor 20 that has a line gap of 0.4 mm and a line width of 1.4mm, that is obtained by cutting the second line conductor 16 in the vicinity (L5 = 1.4mm) of the feeding part 28, and then connecting both ends of the cut part so as to bebridged, and that is arranged to extend by such a length (L4= 8.2 mm) as to generate aπ/4 phase delay in the laterally outer direction of the second line conductor 16.
問３2.

The learning support system according to claim 1, wherein
the question matching storage unit stores, as the answer content, a solution

and/or a commentary with respect to the question content, andthe answer acquisition unit acquires, as an answer corresponding to thequestion received by the question reception unit, a solution and/or a commentary to thequestion received by the question reception unit, and/or a similar question to thequestion received by the question reception unit and a solution and/or a commentary tothe similar question.
3.

The learning support system according to claim 2, wherein
the question matching storage unit further stores a general commentary, andthe answer acquisition unit acquires, as an answer corresponding to thequestion received by the question reception unit, a solution and/or a commentary to thequestion received by the question reception unit, a similar question to the question
received by the question reception unit and a solution and/or a commentary to thesimilar question, and/or a general commentary relating to the question received by thequestion reception unit.
5.

The learning support system according to claim 2, wherein
the search result has a lower accuracy in a case where a solution and/or acommentary to the question received by the question reception unit and a solution
and/or a commentary to the similar question to the question received by the question
reception unit are not found, than in a case where at least one of the solution and/or thecommentary to the question received by the question reception unit and the solution
and/or the commentary to the similar question to the question received by the question
reception unit is found.
7.

The learning support system according to any one of claims 1 to 6, wherein
the answer acquisition unit is configured to present the question received by

the question reception unit to many unspecified answerers and to acquire answers fromthe many unspecified answerers.