Abstract: A co-infusion apparatus is provided to prevent foaming of a transfusion when the transfusion is introduced into a medicine container, and to prevent the transfusion from directly hitting a medicine inside a vial. The co-infusion apparatus includes: a container holding section for holding a medicine container and tilting the medicine container; a syringe holding section for holding a syringe, tilting the syringe, and varying an amount of insertion of a plunger of the syringe into a barrel of the syringe: and an insertion operation section for inserting a needle of the syringe through a mouth of the medicine container which is held by the container holding section, and inserting the needle of the syringe through a mixing port of a transfusion bag.

Abstract: A conference control device including a data transmission portion that transmits conferencing data from one of the conference terminal devices to another of the conference terminal devices, a first notification request portion that, in a case where a first request packet that requests establishing of a first communication path has been received from the one of the conference terminal devices while the conferencing data are transmitted by the data transmission portion, transmits a first notification request packet to the other of the conference terminal devices, and a first request response portion that, in a case where a first response packet providing notification of a port number for establishing the first communication path has been received from the other of the conference terminal devices, transmits to the one of the conference terminal devices a first request response packet containing information on a transmission source port number of the first response packet.

Abstract: A communication terminal displays images on a display device. The communication terminal: receives a material image and corresponding first identification information transmitted from a communication terminal via a network; receives a captured image and corresponding second identification information transmitted from a second communication terminal via the network, the captured image being captured by a camera; compares the first identification information with the second identification information; and displays, when the result of the comparing indicates that the first identification information and the second identification information are the same, the material image and the captured image on a display device in such a manner that at least a part of the captured image overlaps with at least a part of the material image or in such a manner that an outer edge of the part of the captured image abuts an outer edge of the material image.

Abstract: A hydraulic lash adjuster capable of retaining a Large amount of hydraulic oil in a reservoir communicated with a high-pressure chamber when the engine is stopped. The hydraulic lash adjuster including: a cylindrical body (24) having an upper open end, a closed bottom, and a second oil supply hole (27a) formed in the sidewall of the cylindrical body; and a plunger having a top end serving as a plunging end, a sidewall, a bottom end, a high pressure chamber (29) at the lower bottom, and a first oil supply hole (24b) formed in the sidewall, the plunger being slidabic on the inner wall of the body. The plunger has a reservoir (28) that communicates with an external oil supply line (32) via the first oil supply hole (24b) and the second oil supply hole (27a).

Abstract: Object To provide a method of testing air tightness of a sealed lash adjuster having a body and a plunger in the course of assembling the lash adjuster to confirm the sealability of a first and a second seal member respectively installed on the slidable portions of the body and the plunger.

Abstract: OBJECT To provide a hydraulic lash adjuster capable of retaining a large amount of hydraulic oil, in a reservoir communicated with a high-pressure chamber when the engine is stopped. MEANS FOR SOLVING THE PROBLEM A hydraulic lash adjuster including: a cylindrical body (24) having an upper open end, a closed bottom, and a second oil supply hole (27a) formed in the sidewall of the cylindrical body; and a plunger having a top end serving as a plunging end, a sidewall, a bottom end, a high pressure chamber (29) at the lower bottom, and a first oil supply hole (24b) formed in the sidewall, the plunger being slidable on the inner wall of the body. The plunger has a reservoir (28) that communicates with an external oil supply line (32) via the first oil supply hole (24b) and the second oil supply hole (27a). The lash adjuster is provided with a check valve (40a) for opening the oil supply hole (24b) by the oil pressure led from an external oil passage (32) to the oil supply hole (24b).

Abstract: A conference control device including a data transmission portion that transmits conferencing data from one of the conference terminal devices to another of the conference terminal devices, a first notification request portion that, in a case where a first request packet that requests establishing of a first communication path has been received from the one of the conference terminal devices while the conferencing data are transmitted by the data transmission portion, transmits a first notification request packet to the other of the conference terminal devices, and a first request response portion that, in a case where a first response packet providing notification of a port number for establishing the first communication path has been received from the other of the conference terminal devices, transmits to the one of the conference terminal devices a first request response packet containing information on a transmission source port number of the first response packet.

Abstract: A medicine dispensing device including: a device body 3; a medicine containing unit 4 mounted in the device body 3 and including a plurality of medicine containers 9 configured to dispense medicines contained therein through a medicine ejecting portion; a medicine receiving unit 5 movably provided in the device body 3 and having at least two medicine receiving sections 26 that are moved to each of the medicine containers 9 of the medicine containing unit 4 to receive the medicine dispensed from the medicine ejecting portion and are moved to a discharging position to discharge the received medicines; a medicine collecting unit 6 having a plurality of medicine collecting sections 44 each collecting the medicines discharged from each of the medicine receiving sections 26 in the discharging position; and a control unit 7 configured to move each of the medicine receiving sections 26 to allow the medicine receiving section to receive the medicines dispensed from a corresponding medicine containing section and to di

Abstract: A mechanical adjuster that automatically increases or decreases or decreases valve clearance is provided that includes: a housing (12) having threaded portions (24, 26); a threaded member (14) thread-coupled with the threaded portion (24); a threaded member (16) connected to the threaded member (14) via mutual rotation prevention-couplings (32, 38) and thread-coupled with the threaded portion (26). When a load acting on the threaded member (14) is equal to or less than a valve closing load, valve clearance is decreased by an integrated rotation of the threaded members (14, 16). with a slip torque of the threaded member (14)>a self-locking torque of the threaded member (16). When a load acting on the threaded member (14) is close to or exceeds a valve opening load, valve clearance is increased by an integral rotation of the threaded members (14, 16) with the absolute value of a slip torque of the threaded member (14)>a self-locking torque of the threaded member (16).

Abstract: A communication terminal connectable to a network for achieving communication via the network, comprising a receiving control device that receives a display image and identification information; a first display control device that displays on the display device the display image received; a determining device that determines whether or not the display image is currently displayed on the display device; a first identifying device that identifies a currently displayed image and the identification information of the other communication terminal that has transmitted the currently displayed image; and a second display control device that, when the receiving control device receives the identification information and a predetermined image, displays at least a partial image of the received predetermined image in such a manner that at least a partial image overlaps with at least a part of a display area of the currently displayed image.

Abstract: [Problem] To adjust increase/decrease in valve clearance automatically.