Abstract: The construction machine including an engine room having an engine, a radiator ii for cooling the engine, and a hydraulic pump which are arranged therein, and a counterweight area which is located adjacent to the engine room and in which batteries are installed, a ventilation passage for cooling the engine room and a ventilation passage for cooling the batteries are formed separately and independently in the substantially same direction, and a flowing direction of cooling air flowing in the ventilation passage for cooling the engine room and a flowing direction of cooling air flowing in the ventilation passage for cooling the batteries are substantially parallel to each other.

Abstract: An electric work vehicle is provided in which the length of a high-tension cable connecting an electric motor included in a slewing motor with an inverter for controlling the electric motor can be set to be comparatively short. A region on a main frame is divided into three regions consisting of a center region, a first side region, and a second side region, via a first vertical rib and a second vertical rib. A slewing hydraulic motor and a slew assist electric motor, which constitute the slewing motor, are disposed in the center region, and an inverter for controlling the slew assist electric motor is disposed in a position near the second vertical rib in a second tool chamber provided in the second side region.

Abstract: [Object] To provide a cooling structure for a construction machine which can efficiently discharge heat generated in batteries and prevent exhaust air of an engine room from being sucked in the batteries. [Solution Means] In a cooling structure for a construction machine, the construction machine including an engine room 5 having an engine 4, a radiator 11 for cooling the engine 4, and a hydraulic pump 7 which are arranged therein, and a counterweight area 6 which is located adjacent to the engine room 5 and in which batteries 27 are installed, a ventilation passage 23 for cooling the engine room 5 and a ventilation passage 34 for cooling the batteries 27 are formed separately and independently in the substantially same direction, and a flowing direction of cooling air flowing in the ventilation passage 23 for cooling the engine room 5 and a flowing direction of cooling air flowing in the ventilation passage 34 for cooling the batteries 27 are substantially parallel to each other.

Abstract: A yarn traverse guide in which a plurality of yarn guides having yarn introducing openings and yarn introducing passages formed continuously from the yarn introducing openings are disposed at intervals so that the positions of the yarn introducing openings are not overlapped with each other.

Abstract: A yarn traverse guide in which a plurality of yarn guides having yarn introducing openings and yarn introducing passages formed continuously from the yarn introducing openings are disposed at intervals so that the positions of the yarn introducing openings are not overlapped with each other.

Abstract: A yarn traverse guide in which a plurality of yarn guides having yarn introducing openings and yarn introducing passages formed continuously from the yarn introducing openings are disposed at intervals so that the positions of the yarn introducing openings are not overlapped with each other.

Abstract: The present connector press-fitting apparatus comprises a press-fitting head, a press-fitting block, a cylinder, a positional detector, a pin detector, and a controller. The press-fitting head comes into contact with the connector, and attaches to and detaches from this connector. The press-fitting block supports the press-fitting head elastically. The cylinder is capable of moving the press-fitting block freely in a vertical direction, lowers the press-fitting block, and press-fits pins of the connector into a printed board which is arranged at a press-fitting position. The positional detector detects the displacement of the press-fitting head. The pin detector detects at least one pin lead end part projecting below the printed board in accordance with the press-fitting operation of the connector by means of the cylinder.

Abstract: A connector press-fitting apparatus for press-fitting a connector to a printed board has a storing mechanism for storing connectors; a positioning mechanism for maintaining, moving, and positioning a printed board; a press-fitting head having a surface with a channel opening facing a surface of the printed board and mounted to be accessible to and separable from the printed board maintained by the positioning mechanism; a head moving mechanism for moving the press-fitting head in relative to the printed board; a pressure-reducing mechanism for affixing a connector to the press-fitting head by reducing pressure of the above channel of the press-fitting head; a transporting portion for transporting connectors from the storing mechanism and delivering these connectors to the press-fitting head; and a pressure-receiving portion for supporting the printed board from a reverse face thereof at the time of press-fitting a connector to the printed board by the press-fitting mechanism.

Abstract: An apparatus for press-fitting a connector to a printed circuit board, comprising a magazine for accommodating a plurality of connectors (1) for the printed circuit board (8), the connectors (1) having a plurality of pins (1A) each with an outer diameter of an end portion (14) smaller than an outer diameter of an intermediate portion (11); a first transport mechanism (3) for moving a chuck (3A) used to releasably hold a connector (1); an alignment block (4) having alignment apertures (4A) each with a tapered entrance thereto and a diameter larger than the outer diameter of the end portion (14) and smaller than the outer diameter of the intermediate portion (11), provided so as to correspond to the locations of the pins (1A) of the connector (1); a second transport mechanism (5) for moving the alignment block (4) in a horizontal direction; a press head (6) for releasably holding the connector (1); a press (7) for moving the press head (6) in a vertical direction so as to press-fit a connector (1) attached ther

Abstract: A touch lever closing mechanism does not employ an actuator and a sensor but employs first and second touch levers provided with first and second arms and a shaft for opening and closing the first and second arms.