Abstract: A particle collection vessel (2) which charges particles in air and then collects them includes a vessel body (7) having an opening (8); a suction part (14) provided in the opening (8) and having an inflow path (22) through which the air is flowed from an outside into an inside of the vessel body (7); a discharge part (16) provided in the opening (8) and having an outflow path (26) through which the air is discharged from the inside to the outside of the vessel body (7); a discharge electrode (15) provided in the inside of the vessel body (7) and to which a high voltage is applied; and a medium storage part (50) provided in the inside of the vessel body (7) and capable of storing a medium for collecting the particles in the air charged by the discharge electrode (15).

Abstract: The brush device comprises: a plurality of discharge brushes formed by bundling fibrous wire electrodes; a strip-shaped support board including a first plate-shaped member and a second plate-shaped member which hold the discharge brushes from both sides; and a joining means for joining the first plate-shaped member and the second plate-shaped member. The discharge brushes are disposed at intervals in a longitudinal direction of the support board with their tip end portions protruding from the support board along a width direction of the support board, and the joining means is disposed adjacent to each of the discharge brushes.

Abstract: A charging device or an electric dust collector has a downstream side grounded electrode plate 90 placed so as to obstruct the flow of a dust-containing air and having openings 91 for allowing the dust-containing air to pass therethrough, a supporting plate 60 placed on the upstream side of the electrode plate 90, and downstream side discharging electrodes 80b supported by the supporting plate 60 so as to extend from the supporting plate 60 towards the electrode plate 90, and placed so as to correspond to the openings 91. The tip parts of the discharging electrodes 80b penetrate the openings 91 and project to the downstream side of the electrode plate 90, and the tip part of each discharging electrode 80b and the edge part of each opening 91 are positioned so as to have a predetermined gap between them.

Abstract: A charging device or an electric dust collector has a downstream side grounded electrode plate 90 placed so as to obstruct the flow of a dust-containing air and having openings 91 for allowing the dust-containing air to pass therethrough, a supporting plate 60 placed on the upstream side of the electrode plate 90, and downstream side discharging electrodes 80b supported by the supporting plate 60 so as to extend from the supporting plate 60 towards the electrode plate 90, and placed so as to correspond to the openings 91. The tip parts of the discharging electrodes 80b penetrate the openings 91 and project to the downstream side of the electrode plate 90, and the tip part of each discharging electrode 80b and the edge part of each opening 91 are positioned so as to have a predetermined gap between them.

Abstract: A time stamping system for electronic documents has a document preparation device and a time stamp issuing server. The document preparation device includes an electronic document reading device that reads an electronic document. A digest value computer computes a digest value based on the read document. A transmitter transmits the computed digest value to the time stamp server with a request for a time stamp. A receiver receives the requested time stamp from the time stamp server and an electronic writer writes the received time stamp into the electronic document.

Abstract: [Problem] To provide an antiseptic-solution concentration measuring method and equipment for easy, simple, economical and accurate measurement of the concentration of a glutaral, phtharal or similar antiseptic solution. [Means for Solving Problem] The temperature of the antiseptic solution S, such as the glutaral or phtharal solution, is measured by a thermometer, and at the same time the ultraviolet absorbance of the antiseptic solution is electrically detected by a light-receiving part 9, then a function of proportionality between the measured ultraviolet absorbance of the antiseptic solution and pre-measured ultraviolet absorbance of an undiluted antiseptic solution and a function of proportionality between the ultraviolet absorbance and concentration of said undiluted antiseptic solution are calculated by a computer to measure the concentration of the antiseptic solution S.

Abstract: A time card may have first and second card identifying sections disposed on opposite faces of the time card. The first card identifying section stores a most significant value of an identification of the time card, and the second card identifying section stores a least significant value of the card's identification. When combined to form a single value, the most and least significant values provide the time card identification. Also, a printing position indicator on the card identifies an initial printing position for the first and second card identifying sections to a time card recorder.

Abstract: The present invention provides a time recorder with a card feed rate adjustment function making it possible to print data for arrival and departure times to and from a job side at a correct position within a print column by adjusting a feed rate for a time card according to extension or shrinkage of the time card or characteristics of the time card such as a printing state within the print column. An adjustment value is computed by reading a start point and an end point printed on a time card TA or TB inserted into the time recorder with the mark sensors 10, 11 and counting a feed rate for the time card TA or TB from the start point to the end point with the encoder sensor 12, and a feed rate for the car is adjusted according to the computed adjustment value.

Abstract: An apparatus for producing an electrolytic water including an electrolyzing vessel which is partitioned into an anode chamber and a cathode chamber by a partition membrane, electric current being supplied to electrodes set in the anode and cathode chambers and water to be electrolyzed being delivered into the anode and cathode chambers to produce anodic water in the anode chamber and cathodic water in the cathode chamber, electrolytic water thus produced being discharged through discharge ports disposed on the anode and cathode chambers, wherein the anode chamber is connected with anode side treating water supply means which is capable of supplying, as treating water, sodium chloride solution or potassium chloride solution to the anode chamber and which is capable of adjusting quantities of supply thereof, and the cathode chamber is connected with cathode side treating water supply means which is capable of supplying, as treating water, hydrochloride solution or dilute hydrochloride solution to the cathode c

Abstract: A squeegee assembly which includes a laterally elongated cover body, one pair of flexible front and rear blades forwardly/backwardly spacedly arranged in parallel relation on the cover body, and a blower for applying a sucking function to an interval between the pair of blades so that a dirty liquid gathered by the one pair of flexible blades is sucked up from a floor surface for collection, wherein a lower side portion of the front side flexible blade is bent horizontally towards the rear side flexible blade thereby to form a contacting surface, a distal end side thereof is raised such that a small opposing space is formed between the rear side flexible blade and the front side flexible blade and secured to the cover body side, thereby defining a suction chamber, on which the sucking force of the blower is prevailed, at a lower side of the cover body, a plurality of concave or wedge-shaped guide grooves are formed in a bottom surface of the horizontally bent contacting surface, and a dirty liquid sucking cav

Abstract: A squeegee assembly to be used in a floor surface cleaning machine having an elongated squeegee body, a pair of flexible front and rear blades forwardly/backwardly spacedly arranged in parallel relation on the squeegee body, and a blower for applying a sucking function to an interval between the pair of flexible blades so that a dirty liquid gathered by the pair of flexible blades is sucked up from a floor surface for collection, the squeegee assembly being characterized in that a floor contact surface of the flexible front blade in a progressing direction of the cleaning machine is formed in a serrated configuration by continuously arranging generally triangular blade surfaces in a longitudinal direction.

Abstract: A squeegee assembly to be used in a floor surface cleaning machine includes an elongated squeegee body, a pair of flexible front and rear blades forwardly/backwardly spacedly arranged in parallel relation on the squeegee body, and a blower for applying a sucking function to an interval between the pair of flexible blades through a vacuum hose so that a dirty liquid gathered by the pair of flexible blades after cleaning is sucked up from a floor surface for collection. The squeegee assembly further includes a dirty liquid suction guide mounted on a lower part of a suction hole, which is in communication with the vacuum hose, within the cover member and adapted to guide a sucking force of the blower, which sucking force is sent through the vacuum hose, towards an inner wall surface of the rear flexible blade.

Abstract: A method for establishing a code on a time card includes the step of selecting that day, among numerical figures representing dates printed in a date column on the time card, which is equal to an ID code number of a card user, and the step of applying a code read mark in the day indication column, thereby forming the ID code of the card user on the time card. A time recorder equipped with a code judgment function is also disclosed.

Abstract: A printer 7 mounted on a time recorder 1 is provided with a read sensor 10 including a function for determining whether the inserted card is a program setting card or a time card T, a function for reading a program marked on an inserted card when said inserted card is a setting card P, and a function capable of reading an ID code of the card user from a mark TM which is marked in said number of days indicating column TS of the inserted time card when said inserted time card is the time card T.

Abstract: In a floor-surface polisher in which floor-surface is polished by a pad which is mounted within a pad cover and rotated at a high speed by a motor during the traveling operation of the polisher, a floor-surface polisher equipped with a function for adjusting a pad pressure being characterized in that the pad is resiliently supported by a support force, the support force directing upwardly to separate the pad away from the floor-surface, a plurality of very small spaces being formed within the pad so that a drawing force for lowering the pad toward the floor-surface against the upwardly-directing support force will be generated during a high speed rotation of the pad, electric-current value setter for adjusting, either automatically or manually, an electric-current value of the motor to a pre-set value, the setter being mounted on a control portion of the pad motor.

Abstract: A vibration type floor sweeper comprising a mounting frame; a motor mounted on the mounting frame; at least two movable supporting points; and a pad or brush having an overall square-shaped configuration movably mounted on a bottom surface of the mounting frame through the movable supporting points, the pad or brush being horizontally vibrated by eccentric operation of the motor.