A numbering stencil assembly for painting numbers or words on a curb includes a frame that is positionable against an exposed face of a curb to define a painting area on the exposed face. A pair of first mating members is provided and each of the first mating members is coupled to the frame. A plurality of stencils is provided and respective stencils are positionable on the frame to facilitate words or numbers to be painted onto the exposed face of the curb. A plurality of second mating members is provided and each of the second mating members is coupled to a respective one of the stencils. Each of the second mating members on respective ones of the stencils releasably engages the first mating members on the frame when the respective stencils are positioned on the frame for retaining the respective stencils on the frame.

In an embodiment of the present invention, a number printing machine is provided. The machine includes at least one pallet, and an input to input at least the height and width of, and spacing between, a plurality of numbers to be printed on a substrate. The machine also includes a controller responsive to the input to control movement of the at least one pallet to print the plurality of numbers on the substrate in registration. In another embodiment, a method for printing numbers in registration on a substrate is provided. The method includes the steps of inputting into an input the length, width, and spacing between numbers to be printed, and positioning the substrate in response to the input such that the numbers are printed in registration.

In an embodiment of the present invention, a number printing machine is provided. The machine includes at least one pallet, and an input to input at least the height and width of, and spacing between, a plurality of numbers to be printed on a substrate. The machine also includes a controller responsive to the input to control movement of the at least one pallet to print the plurality of numbers on the substrate in registration. In another embodiment, a method for printing numbers in registration on a substrate is provided. The method includes the steps of inputting into an input the length, width, and spacing between numbers to be printed, and positioning the substrate in response to the input such that the numbers are printed in registration.

According to one example there is provided an accessory for a printing system. The accessory comprises a cylindrical core on which a web of media may be wound, and a flexible sheet having a first end attached to the core and a second free end opposite the first end having a media connector attached thereto, the media connector to connect a free end of a web of media thereto.

The present invention provides an OLED panel and a method for fabricating the same, a screen printing plate, and a display device. The method comprises: forming an OLED mother board, wherein supporting adhesive is formed between an upper base plate and a lower base plate of the OLED mother board, and said supporting adhesive is located below a cutting line; and cutting said OLED mother board along said cutting line to obtain OLED panels. In the fabricating method of the present invention, when the OLED mother board is cut by a cutter wheel, the upper and lower base plate of the OLED mother board is subject to small deformation due to support of the supporting adhesive. As a result, travelling accuracy of the cutter wheel is improved, the distance between the cutting line and packaging adhesive is greatly reduced, and the frame width of the fabricated OLED panel is far less than that of an OLED panel fabricated by a conventional method.

The present invention provides an OLED panel and a method for fabricating the same, a screen printing plate, and a display device. The method comprises: forming an OLED mother board, wherein supporting adhesive is formed between an upper base plate and a lower base plate of the OLED mother board, and said supporting adhesive is located below a cutting line; and cutting said OLED mother board along said cutting line to obtain OLED panels. In the fabricating method of the present invention, when the OLED mother board is cut by a cutter wheel, the upper and lower base plate of the OLED mother board is subject to small deformation due to support of the supporting adhesive. As a result, travelling accuracy of the cutter wheel is improved, the distance between the cutting line and packaging adhesive is greatly reduced, and the frame width of the fabricated OLED panel is far less than that of an OLED panel fabricated by a conventional method.

A manually-operated collapsible screen printing apparatus is disclosed that is designed to be a lightweight, transportable, and efficiently print any quantity of high quality prints, among other advantages.

A manually-operated collapsible screen printing apparatus is disclosed that is designed to be a lightweight, transportable, and efficiently print any quantity of high quality prints, among other advantages.

The manual squeegee system applies one or more layers of inks to a targeted screen of a manual screen printing device. The manual squeegee system mechanically adjustably fixes the application pressure and the angle of attack of each of the one or more layers of inks. The manual squeegee system comprises a frame, a jib, a trolley, a plurality of slings, and a blade structure. The blade structure applies the one or more layers of inks at a consistent application pressure and the angle of attack. The plurality of slings attach the blade structure to the trolley. The trolley attaches the plurality of slings and the blade structure to the jib such that the position of the blade structure can be adjusted relative to the jib. The jib attaches the trolley to the frame. The frame attaches the manual squeegee system to the manual screen printing device.

The manual squeegee system applies one or more layers of inks to a targeted screen of a manual screen printing device. The manual squeegee system mechanically adjustably fixes the application pressure and the angle of attack of each of the one or more layers of inks. The manual squeegee system comprises a frame, a jib, a trolley, a plurality of slings, and a blade structure. The blade structure applies the one or more layers of inks at a consistent application pressure and the angle of attack. The plurality of slings attach the blade structure to the trolley. The trolley attaches the plurality of slings and the blade structure to the jib such that the position of the blade structure can be adjusted relative to the jib. The jib attaches the trolley to the frame. The frame attaches the manual squeegee system to the manual screen printing device.