45results about How to "Meet multiple fixed requirements" patented technology

Disclosed are a bending device and a bending method of a cable with a left and right limiting sensor and for electricity transmission. The bending device of the cable with the left and right limiting sensor and for the electricity transmission is used to bend and shape the head of the cable (1) so as to facilitate tight connecting between the head of the cable (1) and an electric device in shape adaption mode, and comprises a machine frame (9), and a left slide shaping die and a right slide shaping die which are arranged from left to right, wherein an upper guide roller pair (8) and a lower guide roller pair (7) are respectively arranged on respective middle positions of the upper edge and the lower edge of the machine frame (9), and an interval between two rollers of the upper guide roller pair (8) and an interval between two rollers of the lower guide roller pair (7) are aligned to each other so as to enable the cable (1) to pass through.

The invention provides electricity transmission cable bending equipment with a single guide sliding groove and a bending method thereof. The bending equipment is used for bending the head portions of a cable (1) to be formed, so that the cable (1) is firmly connected with electrical equipment in a shape-matched mode, the bending equipment comprises a rack (9) and a left sliding forming mold and a right sliding forming mold arrayed on the left and right, the middle positions of the upper side edge and the lower side edge of the rack (9) are provided with an upper guide roller pair (8) and a lower guide roller pair (7)respectively, and the spacing distance between two rollers of the upper guide roller pair (8) is in mutual alignment with the spacing distance between two rollers of the lower guide roller pair (7) to allow the cable (1) to penetrate through.

The invention discloses a power transmission cable bending device and a method for bending and forming a head part of a cable (1); the device is used for bending and forming the head part of the cable (1) so that the head part is tightly connected with a power device in a shape-matching manner; the bending device comprises a machine frame (9), as well as a left slip forming die and a right slip forming die which are arranged left and right; an upper guide roller pair (8) and a lower guide roller pair (7) are respectively arranged at the middle positions of the upper edge and the lower edge of the machine frame (9); a distance between two rollers of the upper guide roller pair (8) and the distance between the two rollers of the lower guide roller pair (7) are aligned mutually so as to allow the cable (1) to pass through.

The invention relates to damping type bending equipment of a cable for electricity transmission and a bend-forming method of conducting bend forming on the head portion of the cable (1). The equipment is used for bend forming the head portion of the cable (1) to enable the cable to be fixedly connected with electrical equipment with the shape matched. The bending equipment comprises a rack (9), a left sliding forming die and a right sliding forming die. The left sliding forming die and the right sliding forming die are arrayed left and right. An upper guide roller pair (8) and a lower guide roller pair (7) are arranged at the central positions of the upper edge and the lower edge of the rack (9) respectively, and the distance between two rollers of the upper guide roller pair (8) and the distance between two rollers of the lower guide roller pair (7) are aligned with each other for allowing the cable (1) to penetrate through.

The invention relates to electricity transmission cable bending equipment capable of working at night and a bending method thereof. The bending equipment is used for bending and forming the head part of a cable (1) so that the head part of the cable (1) is fastened and connected with electricity equipment in a shape matching way, the bending equipment comprises a machine frame (9), a left sliding forming mold and a right sliding forming mold, the left sliding forming mold and the right sliding forming mold are in left and right arrangement, an upper guide roller pair (8) and a lower guide roller pair (7) are respectively arranged in the respective middle positions of the upper edge and the lower edge of the machine frame (9), and the gap between two rollers of the upper guide roller pair (8) and the gap between two rollers of the lower guide roller pair (7) are mutually aligned so that the cable (1) can pass through the gaps.

A method for bend-forming of the head of a cable (1) by means of a bending device is used for bending the head of the cable (1) into a shape which enables the cable (1) to be fastened and connected to an electric device in a matched mode. The bending device comprises a machine frame (9), a left sliding forming die and a right sliding forming die, wherein the left sliding forming die and the right sliding forming die are arranged in parallel, an upper guiding roller pair (8) is arranged in the middle of the upper edge of the machine frame (9), a lower guiding roller pair (7) is arranged in the middle of the lower edge of the machine frame (9), and the space between the two rollers of the upper guiding roller pair (8) and the space between the two rollers of the lower guiding roller pair (7) are aligned to enable the cable (1) to pass through.

The invention provides electricity transmission cable bending equipment with protection sleeves and a bending method thereof. The bending equipment is used for bending the head portions of a cable (1) to be formed, so that the cable (1) is firmly connected with electrical equipment in a shape-matched mode, the bending equipment comprises a rack (9) and a left sliding forming mold and a right sliding forming mold arrayed on the left and right, the outer surfaces of the left sliding forming mold and the right sliding forming mold are provided with the protection sleeves (301), the protection sleeves (301) are made of sponge materials, the middle positions of the upper side edge and the lower side edge of the rack (9) are provided with an upper guide roller pair (8) and a lower guide roller pair (7) respectively, and the spacing distance between two rollers of the upper guide roller pair (8) is in mutual alignment with the spacing distance between two rollers of the lower guide roller pair (7) to allow the cable (1) to penetrate through.