초록 ▼

A mop assembly with liquid detergent supply has a detergent storage bottle connected between the mop and the handle of a mop, a pump installed inside the storage bottle, a sucking tube disposed at one end of the pump, and an outlet nozzle connected with the storage bottle disposed on the other end o

A mop assembly with liquid detergent supply has a detergent storage bottle connected between the mop and the handle of a mop, a pump installed inside the storage bottle, a sucking tube disposed at one end of the pump, and an outlet nozzle connected with the storage bottle disposed on the other end of the pump, so that the handle pushes the pump and compresses a spring to resume the pump into its original position. Such back and forth movement squeezes the liquid detergent out from the pump and sucks liquid detergent into the pump when the pump resumes its position, and thus spraying the detergent out from the outlet nozzle. By means of the handle directly driving the pump in the storage bottle for the back and forth squeezing, it gives the convenience of supplying detergent before mopping. Furthermore, an n-shape contractible support rod is disposed each on both sides of the mop to fit mops of different specifications, and thus having the effect of expanding the applications.

대표청구항 ▼

A mop assembly with liquid detergent supply has a detergent storage bottle connected between the mop and the handle of a mop, a pump installed inside the storage bottle, a sucking tube disposed at one end of the pump, and an outlet nozzle connected with the storage bottle disposed on the other end o

A mop assembly with liquid detergent supply has a detergent storage bottle connected between the mop and the handle of a mop, a pump installed inside the storage bottle, a sucking tube disposed at one end of the pump, and an outlet nozzle connected with the storage bottle disposed on the other end of the pump, so that the handle pushes the pump and compresses a spring to resume the pump into its original position. Such back and forth movement squeezes the liquid detergent out from the pump and sucks liquid detergent into the pump when the pump resumes its position, and thus spraying the detergent out from the outlet nozzle. By means of the handle directly driving the pump in the storage bottle for the back and forth squeezing, it gives the convenience of supplying detergent before mopping. Furthermore, an n-shape contractible support rod is disposed each on both sides of the mop to fit mops of different specifications, and thus having the effect of expanding the applications. e comprising: a) a printer including a printhead; b) a programmable controller for controlling said printer, said programmable controller being programmed to: b1) form a sequence of graphic data blocks, said sequence forming a bitmap representative of said image; b2) randomly reorder said blocks to form a new sequence; b3) sequentially position said printhead and print said blocks in said new sequence, said printhead being positioned and said blocks being printed so as to print said image without substantial distortion. 8. A system as described in claim 7 where said programmable controller is programmed to print said blocks in varying directions. 9. A system as described in claim 8 where said programmable controller is programmed to move said printhead at varying rates of travel and print at proportional rates as said blocks are printed so as to print said image without substantial distortion. 10. A system as described in claim 7 where said programmable controller is programmed to move said printhead at varying rates of travel and print at proportional rates as said blocks are printed so as to print said image without substantial distortion. 11. A system as described in claim 7 where said programmable controller is programmed to return said printhead to a home position after printing said image. 12. A system as described in claim 7 where said programmable controller comprises a postage meter. 13. A system as described in claim 12 further comprising a motor responsive to said programmable controller and mechanically coupled to said printhead for positioning said printhead. 14. A system as described in claim 13 where said programmable controller and said motor are enclosed in a secure housing, whereby no signals for controlling said motor are available outside of said housing.