KR200207231Y1 - Mouse pad with blank friction face - Google Patents

Abstract

This invention provides a mouse pad having a base contact surface (b) and an upper friction surface (s), wherein the thickness of the mouse pad having the friction surface (s) attached to the contact surface (b) can be fed to the inkjet printer. A mouse pad having a thickness (300 to 1200 µm) and comprising a print affinity blank friction surface 1 capable of imparting an image to the upper friction surface s as an inkjet printer or transfer paper. According to this design, an intermediate supplier or an end user of a mouse pad can print and use a picture or photo desired on the upper surface of the mouse pad.

Description

Mouse pad with blank friction surface {MOUSE PAD WITH BLANK FRICTION FACE}

This design relates to a mouse pad designed to give a blank friction surface to a user's desired image.

The mouse pad is a pad in which a contact surface for supporting the pad without slipping on the upper surface of the table and a friction surface for rolling the mouse ball to detect the amount of movement of the mouse are superimposed. Conventionally, the contact surface of the bottom of the mouse pad is a PVC resin adhesion material having a static friction coefficient of ㎲1.1 to ㎲1.4 (KSM3009) or an adhesion material printed by printing a silicone rubber in a protruding pattern on the bottom surface of a PVC cardboard, and an uneven friction for rolling a mouse ball. The cotton was printed with an image pattern randomly selected by the producer, or an advertisement image selected by a mouse pad supplier in the case of a service product.

As described above, the conventional mouse pad is a pre-printed image pattern such as a picture, text, and photo on the upper friction surface during the manufacturing process, and a mouse pad user (buyer) or an intermediate supplier wants a picture on the upper surface of the mouse pad. The image pattern could not be given. In addition, the friction surface composition of the conventional mouse pad can not maintain the required resolution, print quality or durability of the printed image even if the image is printed on the inkjet printer, and if the thickness of the mouse pad is thick, it cannot be supplied to the paper feeder of the inkjet printer. Was.

This invention is designed to improve the above problems, and provides a mouse pad composed of a blank friction surface on the upper surface of the pad so that the user of the mouse pad can give a desired image, such as any picture, text, or photo to the mouse pad. There is a purpose.

Figure 1 is a side view of this invention mouse pad

Fig. 2 (A) shows the blank mouse pad of the present invention, (B) shows the mouse pad after printing.

Figure 3 is a manufacturing process diagram of the blank friction surface composition

Fig. 4 is an image provision process diagram by this invention inkjet printer

5 is an image providing process diagram by this invention transfer method

<Description of Drawing Major Symbols>

1: Blank friction surface 2: Image

This invention provides a mouse pad having a base contact surface (b) and an upper friction surface (s), wherein the thickness of the mouse pad having the friction surface (s) attached to the contact surface (b) can be fed to the inkjet printer. A mouse pad having a thickness (300 to 1200 µm) and comprising a print affinity blank friction surface 1 capable of imparting an image to the upper friction surface s as an inkjet printer or transfer paper.

The present invention provides an inkjet printer such as a graphic image obtained from a digital camera, a graphic image provided through a digital information storage medium, and an image processed and synthesized in an application program in applying an image to the blank friction surface 1 of the mouse pad. Obtain a printable digital image, print an image pattern (2) as an inkjet printer on the blank friction surface (1) of the mouse pad, or print an image pattern as an inkjet printer on a transfer paper, and then transfer the image transferred to the blank on the mousepad Transferring to the friction surface gives a desired image 2 to the blank friction surface 1 of the mouse pad.

The invention is described in detail through the following examples.

<Production of Blank Friction Surface Composition Material>

The blank friction surface (1), which is attached to the upper surface of the mouse pad and can be used to give an image to an inkjet printer or to transfer an image to a transfer paper on an inkjet printer and then to an image as a transfer paper, comprises: cotton, cotton nylon blend, nylon, polyester Fiber or plastic deformation compound such as PE, PVC, etc. is formed as a sheet member or fabric paper having a thickness of 100 ~ 500㎛. The sheet material or fabric for the composition of the blank friction surface 1 is passed through a dipping tank to add a printing affinity dipping solution as shown in FIG. 3, and then the printing affinity dipping solution is dried in an oven at 80 to 150 ° C. to be applied in an inkjet printer. It is possible to fix the ink at a high resolution, and at the same time, to give an appropriate coefficient of friction so that the mouse ball does not slip.

<Production of Adhesive Sheets>

The contact pad of the mouse pad is a plastic foam contact sheet or a mouse pad contact sheet provided with an adhesive material on the bottom of the PVC sheet. The thickness of the adhesive sheet is set to 200 to 1000 µm.

<Dezain Preparation>

Take a picture with a digital camera to get a design image to print on the mouse pad. Transfer the still images of digital cameras (such as JPEG, TFT, etc.) of the digital camera to a computer (including desktop, laptop, and notebook computers). Use an image processing program on your computer to size the image file, adjust its resolution, and combine it with other images such as text and backgrounds to create the image you want.

The image obtained by the digital camera may use an image obtained from a scanner, an image contained in a recording medium such as a CD-ROM or a diskette, or an image provided through a network.

<Production of Blank Mouse Pad>

The blank friction surface composition (s) is attached to the upper surface of the contact sheet (b). In the attaching method, an aqueous adhesive material or an oily adhesive material is applied to the upper surface of the contact sheet and the bottom surface of the blank friction surface composition material, and then heated and pressurized with an adhesive roll, and cut into the size of the mouse pad to obtain a blank mouse pad. In the cutting method, the cut surface is smoothly processed by cutting the outer edges of the contact sheet and the blank friction surface using a high frequency welding machine and simultaneously welding (w).

〈Apply image to blank mouse pad〉

A blank mouse pad P having a thickness of 300 to 1200 µm, in which an adhesive material (b) and a friction material (s) were overlapped and attached to each other by the direct printing method of FIG. Then print the specified image by executing the print command from the computer.

A blank mouse pad having a thickness of 300 to 1200 µm was prepared by indirectly attaching the adhesive material (b) and the friction material (s) by the indirect printing method of FIG. 5 and cutting the edges at high frequency (w), and printing an image on a transfer paper using an inkjet printer. The transferred image is then transferred onto a blank mouse pad. The transfer paper is used by purchasing a transfer paper capable of inkjet printing or preparing a coating liquid for a transfer paper composed of nano-sized particles.

In the transfer method, the transfer paper on which the image is printed is stacked on the blank mouse pad and heated and pressed using a small press or an iron to electrodeposit the image retained by the transfer paper onto the blank friction surface. Transfer conditions may vary in temperature and time depending on the type of transfer paper, but generally, the heating temperature is 100 to 160 ° C., the pressurization time is 5 to 120 seconds, and the pressure is 1 kg / ㎠.

As described above, according to the present invention, an intermediate supplier or an end user of the mouse pad can print and use a picture or photo desired by the mouse pad on the upper surface of the mouse pad.

Claims (1)

(Correction) A mouse pad having a base contact surface (b) and an upper friction surface (s), wherein the thickness of the mouse pad having the friction surface (s) attached to the contact surface (b) can be fed to the inkjet printer. A mouse pad having a thickness (300 to 1200 µm) and comprising a print affinity blank friction surface 1 capable of imparting an image to the upper friction surface s as an inkjet printer or transfer paper.