30results about How to "No bad situation" patented technology

The invention provides a gray level mask defection correcting method, that is a gray level mask defection correcting method for a semi-translucent section (23) having a shading section (21), a translucent section (22) and reducing translucent amount of exposal light to specified amount. The semi-translucent section (23) formed by semi-translucent film (26), and has a working procedure for determining the defection parts (51), (52) when generating defection in the semi-translucent section (23); a working procedure all semi-translucent film (26) of the semi-translucent section including the defections (51), (52), that is an area surrounded by at least on of the shading section and the translucent section; and a working procedure forming semi-translucent correcting film (27) different from raw material or composition of the semi-translucent film (26) at the semi-translucent film (26) removed area (53).

The present invention provides a cover film that has good processability and handleability and is excellent in followability to FPC even if it is a thin film. The cover film (10) is characterized in that a first insulating layer (12), a second insulating layer (13), and a thermosetting adhesive layer (14) are sequentially laminated on one surface of a support film (11). The first insulating layer (12) contains a flame-retardant resin, and the support film (11) is removed from the first insulating layer (12), the second insulating layer (13), the thermosetting adhesive layer (14 ) The tensile elongation of the formed laminate (15) is 100% or more.

The present invention provides a cover film that has good processability and handleability and is excellent in followability to FPC even if it is a thin film. The cover film (10) provided by the present invention is characterized in that the cover film (10) is formed by sequentially laminating a first insulating layer (12), a second insulating layer (13) on one surface of a support film (11), thermosetting Formed from a permanent adhesive layer (14), the first insulating layer (12) contains a flame retardant, and the support film (11) is removed, the first insulating layer (12), the second insulating layer (13 ), a laminate (15) composed of a thermosetting adhesive layer (14) has a tensile elongation of 100% or more.

An object of the present invention is to compactly manufacture an electric working machine that can be driven by both AC and DC power sources. The present invention relates to an electric working machine that can be connected to an AC power source and a DC power source, comprising: a motor (14) configured to be driven by AC power or DC power; and an AC circuit (30) for driving the motor. AC power is supplied to the motor (14); a motor-driving DC circuit (40), which supplies DC power to the motor (14); a switching unit (RL1 to RL12), which switches the motor-driving AC circuit in a state of electrical insulation (30) and the DC circuit (40) for motor driving; Take control.

A plate processor comprises a carrier platform for supporting a plate product as the glass baseboard of liquid crystal display device, a light source at one end of the platform for lighting the baseboard on the platform, and a mirror at another end opposite the light source on the platform, to reflect the light reflected from the baseboard on the platform secondary, into eye of operator. Therefore, operator can clearly watch the processing state on the surface of the baseboard on the platform, as clearness or the like.

The present invention provides a containing box structure of motor two-wheel vehicle which can ensure a large containing space even the upper part of back buffer is fixed at the inner side of vehicle frame. The motor two-wheel vehicle is provided with one pair of vehicle frames (21L, 21R) in left-and-right direction. The containing box (24) is configured below the seat and between the pair of vehicle frames. Simultaneously the upper part of buffer (27) which is used for suspending the back wheel (41) is installed on one surface or two surfaces of the opposite inner side surfaces of vehicle frame. Two outer sides of containing box are respectively installed with a dent (100L, 100R) for preventing the interference to the upper part of buffer (27). The flat surfaces (102L, 102R) which are flat in the left-and-right direction of vehicle are formed in the inner part of containing box and at the dents thereby forming a first containing space (S1). Furthermore a slant surface (104) is formed between the left dent and the right dent thereby forming a second containing space (S2). An air cleaner (2) is arranged at the front of the buffer, thus the containing box is provided with a yield section (201) of the shell of the air cleaner.

The invention provides a dual tube and a connecting structure thereof. When a common part of an outer tube and an inner tube undergoes stamping perforation processing for connecting the inner tube, defective conditions caused by stamping of waste materials are avoided. An inner tube (12) is arranged inside an outer tube (11); parts of the outer tube (11) and the inner tube (12) are unified into a whole; the inner tube (12) is provided with side walls (121) extending oppositely in parallel from a common part (13) of the outer tube (11) and the inner tube (12) with the diameter direction of the outer tube (11) between the side walls; and the depth end of the side wall (121) and opposite depth walls (122) of the common part (12) of the outer tube (11) and the inner tube (12) are not expanded to a degree exceeding the space between the side walls (121).

Disclosed is a mobile communication device that is equipped with a plurality of antennas for sending and receiving wireless signals and with a baseband processor, which selects from a plurality of antennas a transmission antenna to use to transmit a data signal based on instructions by a base station device, and transmits a data signal using said transmission antenna, wherein the baseband processor determines the timing to send a reference signal using an idle antenna that is not being used to transmit a data signal, based on the possibility that the transmitting antenna will be switched, and sends a reference signal based on the determined timing.

According to the present invention, a tow-width restrictor (10a), constructed from a plate material shaped substantially as an isosceles triangle having an acute angle at the front tip with respect to the direction of travel, is disposed in the tow introduction part (10) of a pair of fiber-tow push-in rolls further upstream from the nip point (9) of push-in rolls (1, 2). A tow protrusion preventer (11a) for preventing fiber protrusion in the fiber tow (8) is disposed subsequent to the tow-width restrictor (10a) in a roll side surface that includes the nip point (9) of the pair of the push-in rolls (1, 2). The difference between the push-in roll width (A) and the distance (B) between the inner wall surfaces of a pair of protrusion prevention holding plates (15) is 0.2-12 mm. The distance (C) between the tip of the tow-width restrictor (10a) and the nip point (9) of the push-in rolls (1, 2) is 0-22 mm.