Abstract: An apparatus for taking out molded product in a molding system has an insert portion, abutting portion, recess, and suction port. The insert portion is inserted in a hollow molded product via an opening portion serving as a blow pin extraction port of the hollow molded product. The abutting portion is arranged at the circumference of the insert portion and abuts on an outer circumferential surface of the hollow molded product spaced a predetermined distance from the opening portion serving as the blow pin extraction port. The recess is provided between the insert portion and the abutting portion, accommodates the opening portion in the state where the outer circumferential surface of the hollow molded product abuts on the abutting portion, and forms a stretch of closed space to the inside of the hollow molded product. The suction port is provided in the insert portion and sucks an ambient atmosphere.

Abstract: One end of first and second arms 30 and 40 are rotatably connected to a first hinge body 10 and a second hinge body 20, respectively. The other end of the first arm is guided by a second guide 25 of the second hinge body and the other end of the second arm is guided by a first guide 15 of the first hinge body. Friction torque is applied on the second hinge body by the friction plate 60. The first guide has a main guide portion 15x and a sub-guide portion 15y that is connected to an end of the main guide portion and draws an arc centered on the first shaft member. When the other end of the second arm is on the sub-guide portion, frictional resistance is not received, so that the second hinge body is automatically rotated by the urging member 70.

Abstract: One end of first and second arms 30 and 40 are rotatably connected to a first hinge body 10 and a second hinge body 20, respectively. The other end of the first arm is guided by a second guide 25 of the second hinge body and the other end of the second arm is guided by a first guide 15 of the first hinge body. Friction torque is applied on the second hinge body by the friction plate 60. The first guide has a main guide portion 15x and a sub-guide portion 15y that is connected to an end of the main guide portion and draws an arc centered on the first shaft member. When the other end of the second arm is on the sub-guide portion, frictional resistance is not received, so that the second hinge body is automatically rotated by the urging member 70.

Abstract: According to one embodiment, an electronic device includes a policy acquirer, a random number generator and a confirmation time determination processor. The policy acquirer acquires policy information indicating a common storage area storing an update program, and a time period in which presence or absence of the update program in the common storage area is to be confirmed. The random number generator generates a random number. The confirmation time determination processor creates a plurality of candidate times by dividing the time period by a predetermined time unit, and determines a confirmation time at which presence or absence of the update program is to be confirmed by selecting one of the plurality of candidate times using the random number.

Abstract: According to one embodiment, an electronic device includes a policy acquirer, a random number generator and a confirmation time determination processor. The policy acquirer acquires policy information indicating a common storage area storing an update program, and a time period in which presence or absence of the update program in the common storage area is to be confirmed. The random number generator generates a random number. The confirmation time determination processor creates a plurality of candidate times by dividing the time period by a predetermined time unit, and determines a confirmation time at which presence or absence of the update program is to be confirmed by selecting one of the plurality of candidate times using the random number.

Abstract: According to one embodiment, a virtual processing portion, which has a work processing portion that issues a request for process using a hardware resource and which operates as a virtual computer, includes a hardware resource managing portion having a manager that collectively manages hardware resources of respective information processing apparatuses connected to the network and that is configured to transmit the request for process to one of the information processing apparatuses capable of performing the process in accordance with the request and to acquire a result of process. A second virtual process monitoring portion is configured to receive the request issued from the work processing portion, transfer the request to the hardware resource managing portion if the request satisfies a certain condition, receive the result of process corresponding to the request from the hardware resource managing portion and transfer the result of process to the work processing portion.