The present invention relates primarily to the provision of a Sound Proof Chamber (10), and optionally also relates to an Electronic Surveillance Bug Proof Chamber. Both embodiments comprise a sealed cavity located within all walls, roof, and optionally the floor surfaces of said chamber, which cavi
The present invention relates primarily to the provision of a Sound Proof Chamber (10), and optionally also relates to an Electronic Surveillance Bug Proof Chamber. Both embodiments comprise a sealed cavity located within all walls, roof, and optionally the floor surfaces of said chamber, which cavity is kept under a Partial Vacuum. The type of chamber which is fabricated is dependent on its intended use. For example, in high level applications, an additional combination of absorbing acoustic, and radio frequency blocking surfacing, and electronic sounds detector can be used to further restrict or detect the transmission of sounds within said enclosure. In lower level applications, the vacuum cavity may have sufficient noise suppression capability. The chamber is of the present invention is preferably manufactured using modular components in an assembly kit form in order to provide the consumer with a variety of chamber shapes, colors and incremental sizes.
대표청구항▼
The present invention relates primarily to the provision of a Sound Proof Chamber (10), and optionally also relates to an Electronic Surveillance Bug Proof Chamber. Both embodiments comprise a sealed cavity located within all walls, roof, and optionally the floor surfaces of said chamber, which cavi
The present invention relates primarily to the provision of a Sound Proof Chamber (10), and optionally also relates to an Electronic Surveillance Bug Proof Chamber. Both embodiments comprise a sealed cavity located within all walls, roof, and optionally the floor surfaces of said chamber, which cavity is kept under a Partial Vacuum. The type of chamber which is fabricated is dependent on its intended use. For example, in high level applications, an additional combination of absorbing acoustic, and radio frequency blocking surfacing, and electronic sounds detector can be used to further restrict or detect the transmission of sounds within said enclosure. In lower level applications, the vacuum cavity may have sufficient noise suppression capability. The chamber is of the present invention is preferably manufactured using modular components in an assembly kit form in order to provide the consumer with a variety of chamber shapes, colors and incremental sizes. ft and right, whereby, said second pointing end can be utilized by a reader to place in his line of sight with respect to the intervening linear spaces of text lines to be read, and so enable the reader to underscore the text lines to be read. 2. The method of claim 1, wherein said control member means is a writing instrument. 3. The method of claim 1, wherein said pointer arm means has a magnetic tip. 4. The method of claim 1, wherein said movably angleable connective means is a plurality of fixed-angle mounting means for an attachably detachable embodiment of said pointer arm means. 5. The method of claim 1, wherein said movably angleable connective means is a frictionally rotatably connective means. 6. The method of claim 1, wherein said movably angleable connective means is a pivotally frictional coupling connective means. 7. The method of claim 1, wherein said pointer arm means is a light beam. 8. The method of claim 1, further including a suitably connective page gripper. 9. A method for underscoring or overscoring a plurality of sequential text lines having sequential intervening linear spaces between said text lines, using a transverse pointer arm means having a first non-pointing end and a second pointing end, comprising the steps of: a. providing said second non-pointing end of said transverse pointer arm means with a movably angleable positioning, connective with b. a control member with a twistably rotational longitudinal axis, and c. utilizing said first non-pointing end of said pointer arm means for setting said pointer arm means to a predetermined angle toward said intervening linear spaces below or above said text lines, and d. utilizing said control member with a twistably rotational longitudinal rotational axis to manually shuttle said second pointing end of said pointer arm means in a shallow arc repeatedly through and along said intervening linear spaces in sequentially opposite directions in a zigzag manner through the remaining said intervening linear spaces between said text lines, while moving said shuttling first pointing end sequentially downward through said text lines, whereby, said second pointing end can be utilized by a reader to place in his line of sight with respect to the intervening linear spaces of text lines to be read, and so enable the reader to underscore the text lines to be read. 10. The method of claim 9, wherein said control member means is a writing instrument. 11. The method of claim 9, wherein said pointer arm means has a magnetic pointer tip. 12. The method of claim 9, wherein said movably angleable connective means is a plurality of fixed-angle mounting means for an attachably detachable embodiment of said pointer arm means. 13. The method of claim 9, wherein said movably angleable connective means is a frictionally rotatably connective means. 14. The method of claim 9, wherein said movably angleable connective means is a pivotally frictional coupling connective means. 15. The method of claim 9, wherein said pointer arm means is a light beam. 16. The method of claim 9, further including a suitably connective page gripper. 17. In a reading pointer for use by a reader for reading text lines with linear spaces in-between said text lines, of the reading pointer type that is used by being pointed toward said linear spaces of said text lines to underscore said text lines, an improved text line underscoring and overscoring method, and devices used to implement the improved method, having a graspable, longitudinally elongated, control member, which may be grasped between the thumb and fingers at one end, and having an upward-and-downward, movably angleable connection at an opposite control member end, which is further connective with a non-pointing end of an elongated, transverse pointer arm which pointer arm extends to a second pointing end, so that when the thumb and fingers twist the control member in alternating directions, the non-pointing end of the pointer arm wil
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이 특허에 인용된 특허 (6)
Whidden Glenn H. (13214 L\Enfant Dr. Fort Washington MD 20744), Apparatus for detecting an electronic surveillance device.
Logan Paul A. (3404 Middlesex Dr. ; Apt. E Toledo OH 43606) Olivero Robert C. (123 Saunders St. Dalzell IL 61320) Olivero William C. (123 Saunders St. Dalzell IL 61320) Olivero Carlo (123 Saunder St., Heat and sound insulating panel.
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