Abstract:
A dentifrice comprising an improved foaming agent in admixture with other conventional ingredients for dentifrice, such as a polishing agent, a thickening agent and a wetting agent, which is characterized in that the improved foaming agent comprises a sucrose fatty acid ester, an N-acylamino acid or a salt thereof and sodium monofluorophosphate.
Abstract:
Provided is a method of producing an optical element forming mold, the method including forming a ta-C film 12 on a mold matrix 10 for an optical element forming mold by an FCVA process, in which the mold matrix 10 is kept at a floating potential, a voltage is applied to a mold matrix-holding member 2 for holding the mold matrix via insulating members (3a,3b), and a magnet 4 internally provided in the mold matrix forms a magnetic field for applying a magnetic force in a normal direction of a transfer surface of the mold matrix so as to follow a magnetic force applied by a filter coil 22, thereby homogenizing the film quality.
Abstract:
A non-contact storage medium fixing structure includes a non-contact storage medium that has a memory unit which stores predetermined information of an object to be controlled, a pair of wire connection guide members respectively provided at at least two positions on a body of the non-contact storage medium, and a wire connection member that fixes the non-contact storage medium at a predetermined position of the object to be controlled, by way of the pair of wire connection guide members.
Abstract:
An RFID tag includes an inlay which has a base, an antenna formed on the base, and an IC chip. The IC chip is enclosed in a surface mount package and soldered to the antenna and carries out radio communication through the antenna. The RFID tag further includes underfill that fills a gap between the base and the surface mount package, and a sheath protecting material enclosing the entire inlay.
Abstract:
A wireless tag includes a tag-inlet including an antenna pattern formed on a base and an IC chip connected to the antenna pattern on the base, and a flexible member configured to seal the tag-inlet inside the flexible member. In the wireless tag, the tag-inlet is sealed in the flexible member with folded, and the folded tag-inlet has a dielectric spacer formed of the flexible member between the folded tag-inlet.
Abstract:
A radio-frequency identification (RFID) tag includes: a plate-shaped sealing piece made of an elastic material. An inlet is enclosed within the sealing piece. The inlet includes an electronic component and an antenna connected to the electronic component. A pair of reinforcing pieces are located respectively on the front and back surfaces of the sealing piece so as to sandwich the electronic component. The reinforcing pieces are made of a first material harder than the elastic material. A joint piece configured to couple the reinforcing pieces to each other. The joint piece is made of a second material harder than the elastic material.
Abstract:
The RFID tag includes a base that can bend and unbend; a communication antenna wired on the base; a circuit chip that is electrically connected to the antenna and performs radio communication via the antenna; a reinforcing member as a chip reinforcing member that covers at least the periphery of the circuit chip and a section of the antenna wiring, the covering preformed at least in an upper side with respect to the base designated as a bottom, and that has a concavo-convex shape and intersects with the antenna wiring at a concave section of the concavo-convex shape; and an adhesive that adheres the reinforcing member to the base, and in which an edge along a concave section of the edge of the reinforcing member traverses over the antenna.
Abstract:
A non-contact IC tag system includes a plurality of non-contact IC tags, each of which includes identification information and a memory for storing a predetermined amount of data; and a reader/writer that sends an operation command via radio to each of the non-contact IC tags. The non-contact IC tags include a plurality of slave IC tags and a master IC tag. The master IC tag holds memory configuration information that is used when building a memory space with a memory area of the memory of each of the slave IC tags and a memory area of the memory of the master IC tag.
Abstract:
In an IC card, cholesteric liquid crystal layers reflecting red light and a cholesteric liquid crystal layer reflecting blue light, in a planar state, are laminated, and a voltage is respectively applied to the laminated cholesteric liquid crystal layers, to change the orientation of the cholesteric liquid crystals between the planar state and a focal conic state, so as to transmit or reflect light, thereby displaying predetermined information.
Abstract:
A wireless tag system and a wireless tag access control device make it easy to keep and manage keys of cryptograph with an enhanced level of security. The wireless tag system comprises a plurality of wireless slave tags 1 through 3 which store information encrypted by means of a first key of cryptograph, a wireless master tag 7A which store the first keys of cryptograph of the slave tags belonging thereto encrypted by means of the second key of cryptograph and a wireless tag access control device which accesses the master tag 7A and decrypting the first keys of cryptograph acquired from the master tag 7A by means of the second key of cryptograph and then the tag data acquired from the slave tags 1 through 3 by means of the decrypted first keys of cryptograph.