Abstract: A ratchet tool provided, including: a driver body, including a handle and a working rod connected with the handle, at least one of the handle and the working rod being integrally formed with a first blocking structure; at least one sleeve member, being disposed around and unidirectionally rotatable about the driver body, integrally formed with a second blocking structure, at least one of the first and second blocking structures being configured as a ratcheting structure, the second blocking structure being releasably stuck with the first blocking structure in a rotation direction; wherein when there is a relative torque greater than a predetermined torque between the at least one sleeve member and the driver body, at least one of the first blocking structure and second the blocking structures deforms and the second blocking structure is slidable over the first blocking structure in the rotation direction.

Abstract: A ratchet tool provided, including: a driver body, including a handle and a working rod connected with the handle, at least one of the handle and the working rod being integrally formed with a first blocking structure; at least one sleeve member, being disposed around and unidirectionally rotatable about the driver body, integrally formed with a second blocking structure, at least one of the first and second blocking structures being configured as a ratcheting structure, the second blocking structure being releasably stuck with the first blocking structure in a rotation direction; wherein when there is a relative torque greater than a predetermined torque between the at least one sleeve member and the driver body, at least one of the first blocking structure and second the blocking structures deforms and the second blocking structure is slidable over the first blocking structure in the rotation direction.

Abstract: A constant torque tool provided, including: a driver body, including a handle and a working rod connected with the handle, at least one of the handle and the working rod being integrally formed with a first blocking structure; a sleeve member, being rotatably disposed around the driver body and integrally formed with a second blocking structure, the second blocking structure being releasably stuck with the first blocking structure in a rotation direction of the sleeve member; wherein when there is a relative torque greater than a predetermined torque between the sleeve member and the driver body, at least one of the second blocking structure and the first blocking structure deforms and the second blocking structure is slidable over the first blocking structure in the rotation direction.

Abstract: A tool suspension device includes a seat, a receiving element, and a fixing element. The seat has a suspension portion. The seat has a first positioning portion on a front face thereof. The receiving element has at least one tool receiving portion and a second positioning portion. The second positioning portion is detachably positioned to the first positioning portion so that the receiving element is detachably disposed on the seat. The tool receiving portion is located at a face of the receiving element opposite to the seat. The fixing element is disposed on the seat and the receiving element to fix the seat and the receiving element together. Thus, the seat can be applicable for receiving elements designed for various kinds of tool.

Abstract: The ratchet wrench has a switching button including a switching portion outside and a control portion in the wrench. The top face of the control portion is formed with an insertion groove, and a T-shaped restriction element is inserted into the insertion groove with an end. The restriction element prevents the switching button from falling. When the switching button is rotated, two sides of the restriction element selectively abut against the inner wall of the wrench to restrict the rotation range of the switching button.

Abstract: A tool grip is provided, includes a grip portion, a metal base, and a coating. The metal base is disposed on the grip portion, the metal base includes a hole for receiving a drive rod and a plurality of rib portions extending radially outwardly relative to the hole. Each of the plurality of rib portions includes a bridge section and a grip plate. The bridge section extending radially is connected with the grip plate and located between the hole and the grip plate. The grip plate is greater than the bridge section in circumferential size. The coating covers the metal base. At least part of the coating is disposed in a recess between adjacent two of the rib portions. At least part of each of the grip plate is exposed radially relative to the coating.

Abstract: A tool box is provided, including a box body and at least one marking member. The box body has two first boards facing each other, two second boards facing each other and at least one recessed portion, each said first board is substantially perpendicular to each said second board, and each said recessed portion is obliquely connected to one said first board and one said second board. The at least one marking member is correspondingly attached to the at least one recessed portion.

Abstract: The tool box is adapted for receiving at least one socket. The socket has a sleeve hole. The sleeve hole has a minimum internal diameter defined as d. The tool box includes a main body. The main body has a protrusion which is hollow. The protrusion is made of plastic and includes a top portion and a body portion. The protrusion has a maximum external diameter defined as D. D is 1.065 times to 1.085 times d. The protrusion is adapted for the socket to sleeve onto with the sleeve hole so that the socket is positioned on the main body.

Abstract: An anti-theft display card is provided, including: a main body, having at least one sleeved structure protruding thereon, the at least one sleeved structure having a through slot open on a free end thereof and forming two restricting walls spacingly, a side of the main body opposite to the through slot having at least one through hole communicating with the through slot, a direction in which the two restricting walls face each other defining a variation direction; at least one restricting member, each said restricting member having a connecting portion connected to the main body and at least one abutting portion, each said abutting portion being inserted into one said through slot of the at least one sleeved structure through one of the through holes to restrict the two restricting walls to move relative to each other along the variation direction.

Abstract: An anti-theft display card is provided, including: a main body, having at least one sleeved structure protruding thereon, the at least one sleeved structure having a through slot open on a free end thereof and forming two restricting walls spacingly, a side of the main body opposite to the through slot having at least one through hole communicating with the through slot, a direction in which the two restricting walls face each other defining a variation direction; at least one restricting member, each said restricting member having a connecting portion connected to the main body and at least one abutting portion, each said abutting portion being inserted into one said through slot of the at least one sleeved structure through one of the through holes to restrict the two restricting walls to move relative to each other along the variation direction.

Abstract: A tool and a coating method thereof are provided. The tool includes: a main body including connected head and grip portions, an end of the grip portion being a tail portion; a first coating layer coated on the main body; a second coating layer, coated on the first coating layer continuously corresponding to the grip portion and protrudingly formed with a pattern portion, formed with a first flange formed radially corresponding to the tail portion; a third coating layer, at least coated on the second coating layer, the pattern portion being at least partially exposed. The coating method includes the following steps of: manufacturing a main body into a first product having the first coating layer; manufacturing the first product into a second product having the second coating layer; and manufacturing the second product into a tool having the third coating layer.

Abstract: A tool box is provided, including a box body and at least one marking member. The box body has two first boards facing each other, two second boards facing each other and at least one recessed portion, each said first board is substantially perpendicular to each said second board, and each said recessed portion is obliquely connected to one said first board and one said second board. The at least one marking member is correspondingly attached to the at least one recessed portion.

Abstract: A tool handle is provided for a tool rod to insert therein. A connecting end of the tool rod is formed with a mark portion. The tool handle includes a grip body, a cover layer and a perspective layer. The grip body is disposed around the connecting end and includes a window portion corresponding to the mark portion. The cover layer partially covers the grip body and exposes the window portion. The cover layer is softer than the grip body. The perspective layer is disposed on the window portion and includes at least one magnifying lens portion corresponding to the mark portion.

Abstract: A display board is provided, for assembling of at least one socket thereto. The display board includes a main body and a cover member. The main body is formed with a slot. The slot is open to form an open side. The main body further includes at least one assembling portion for the at least one socket to assemble thereto and a hang portion. The cover member is connected with the main body at the open side and encloses the open side. The cover member and the main body construct an annular profile. Two opposite ends of the open side are formed with two engaging slots. Two opposite ends of the cover member are formed with two ear portions. The two ear portions are engaged respectively with the two engaging slots. The cover member is for the at least one socket to abut thereagainst.