Abstract: An information processing device (10) includes a gaze point calculation unit (51), a depth calculation unit (52), a display generation unit (53), and a drive calculation unit (55). The gaze point calculation unit (51) calculates a gaze point on a virtual image reflected on a half mirror (21). The depth calculation unit (52) generates depth information related to a depth of the gaze point. The display generation unit (53) generates a display object to be superimposed on the virtual image. The drive calculation unit (55) drives a superimposition optical system (30) of the display object so as to allow the display object to be observed as an image having a depth corresponding to the depth information.

Abstract: A process of producing particles for diagnostic reagent, including a step of polymerizing a polymerizable monomer in the presence of a matrix particle having a magnetic substance layer containing at least one of Fe2O3 and Fe3O4 on the surface thereof and having a mean particle size of 0.4-200 &mgr;m to form a polymer layer on the magnetic substance layer.

Abstract: To readily enable display of circumstances of an electronic mail displayed by a user, by automatically extracting and arranging electronic mails related to the electronic mail to be displayed on a portable terminal.

Abstract: A process of producing particles for diagnostic reagent, including a step of polymerizing a polymerizable monomer in the presence of a matrix particle having a magnetic substance layer containing at least one of Fe2O3 and Fe3O4 on the surface thereof and having a mean particle size of 0.4-200 &mgr;m to form a polymer layer on the magnetic substance layer.

Abstract: The control portion operates to read out information stored in the main program storage device 5, to process information input from a wireless transmission 1 and a wired transmission portion 6 and to control a user interface 4, thereby realizing all the functions of the mobile telephone device. When the information input from the wireless portion 1 or the wired portion 6 is a program component, the control portion 2 rewrites that to the rewritable area 5a maintained in a main program storage device 5.

Abstract: A radio selective call reception section 1 receives radio selective information and outputs the received information 8, a user operating section 5 receives an operation of a user and outputs operating information 9, a control section 2 analyzes the received information 8 and the operating information 9 and outputs display information 11 and information 12 on whether an operation has been conducted, a display section 4 displays a display data 14, a display controlling section 3 controls the display section 4, an operating information storing section 6 statistically stores the user's operating information 9 as an operation frequency and outputs information 10 on a period of time when a display is continuously conducted, and a section 7 senses the information 10 on a period of time when a display is continuously conducted and the information 12 on whether an operation of a user has been conducted, and outputs a display and putting-out light signal 13 to the display controlling section 3.

Abstract: A selectively called radio receiver is arranged by a receiving unit for receiving a radio selection signal, an operation unit for accepting an operation, a storage unit for storing a control program, and a processing unit for processing the reception information derived from the receiving unit and the operation information outputted from the operation unit in accordance with the control program stored in the storage unit. This selectively called radio receiver is further arranged by a notifying unit for producing notification information based on the processing information outputted from the processing unit, and a monitoring unit for monitoring an access condition by the processing unit to the storage unit. Even when the processing unit is erroneously operated, increasing of power consumption can be suppressed, and the reliability of this selectively called radio receiver can be improved.

Abstract: A selective call receiver includes a relational data memory and a call number display processor in addition to a service area selector. The relational data memory stores plural data groups each corresponding to a different service area. The call number display processor selects a data group from the relational data memory according to the user's instruction. A call number and a service area name of the selected data group is displayed on screen. The receiving channel is determined by the service area selector selecting a data group from the memory according to a user's instruction independently of the call number display processor.

Abstract: A radio pager capable of displaying a message implemented as a fixed sentence includes a radio section for receiving and demodulating a paging signal. A first storage stores a plurality of address numbers allocated to the pager, and a comparing section compares an address number included in the demodulated paging signal with each of the address numbers stored in the first storage, and outputs, if the address number included in the demodulated paging signal is identical with any of the address numbers stored in the first storage, the address number included in the demodulated paging signal as an address number assigned to the pager while writing message data following the address number in a message memory. A second storage stores a plurality of tables each listing a particular kind of fixed sentences. A third storage stores correspondence between the address numbers allocated to the pager and the tables.

Abstract: A radio selective calling receiver which can display a message sent from a transmission site and can be remotely controlled to set a reception inhibition status and a reception permission status. A plurality of selective calling numbers are assigned to the selective calling receiver, and at least one of the assigned selective calling numbers is used for remote control. The selective calling receiver has a memory for storing information relative to each of the assigned selective calling numbers, a decoder for determining whether a received selective calling number agrees with either one of the assigned selective calling numbers, and a control unit for decoding a message associated with the received selective calling number and updating the information stored within the memory based on the decoded message if the received selective calling number is the assigned selective calling number for remote control.

Abstract: A coin delivering device of a coin processing machine comprises a turntable supported on a base, a structure defining a coin passage having an inlet part which communicates with the turntable to deliver coins to be processed, an opening and closing frame pivotally supported on the base, a member for setting the upper limit of the thickness of the coins, and a coin propelling member disposed above the coin passage. The member for setting the upper limit of the thickness of the coins and the coin propelling member are separated together with the frame the turntable and the coin passage by rotating the frame, whereby a part in which coins are jammed can be easily found and the coins can be easily removed from the part.

Abstract: A coin passage device of a coin wrapping machine comprises two perimeter edge plates defining opposite side walls of a coin passage and adapted to be adjustably movable toward and away from each other by equal distances thereby to adjust symmetrically the transverse width of the coin passage without shifting the centerline thereof, a position adjusting mechanism actuated by a cam to thus adjust the perimeter edge plates to any one of a plurality of predetermined widths which are respectively suited for different kinds of coins which can be processed in the machine, and a coin propelling mechanism for propelling coins along the coin passage by propelling force acting always on the centers of all coins, irrespective of the diameters thereof, as a result of the symmetrical adjustment of the coin passage width.