Abstract: A workpiece holder 1 includes a holder head 11 and a holder body 12. The holder head 11 includes a chuck unit 13 for holding a workpiece W, a support pedestal 111 for supporting the chuck unit 13, and a hook 113 provided on a distal end portion of an arm 112 extending from the support pedestal 111. The holder body 12 includes a cylindrical body portion 121, a retained portion 123 that is arranged inside the body portion 121 and rotated around the cylinder axis J1 to be in either a retained state in which the retained portion 123 is retained by the hook 113 on the ?Z direction side or in the released state in which retaining by the hook 113 is released, and a disk spring 126 for biasing the retained portion 123 in the ?Z direction.

Abstract: A communication system includes a plurality of apparatuses each performing wireless communication with a mobile apparatus. Each of the plurality of apparatuses performs authentication processing for determining whether the mobile apparatus is a mobile apparatus registered beforehand. At least one apparatus of the plurality of apparatuses performs registration processing for obtaining mobile key information to be used for the authentication processing from the mobile apparatus and registering the mobile key information, and sharing processing for transmitting the mobile key information obtained by the registration processing to the other apparatus.

Abstract: A polling processing unit executes a polling process for detecting a device that performs NFC communication. An NFC communication processing unit executes a communication process of performing NFC communication with a mobile device detected by the polling process. Power consumption associated with execution of the communication process is larger than power consumption associated with execution of the polling process. When authentication of the mobile device by an authentication processing unit is completed, or when the execution of the communication process continues for a prescribed time period, the NFC communication processing unit executes a stop process of stopping the communication process until the execution of the communication process is permitted.

Abstract: A vehicle 2 is provided with an authentication system 4 which enables operating a user's terminal 3 as a key to the vehicle 2. The authentication system 4 performs authentication by means of near-field communication between the terminal 3 and a wireless authentication device 22 and operates a device 20. A determination unit 33 confirms the use state of the terminal 3 at the time when near-field communication was performed, and determines whether or not the confirmed use state of the terminal 3 satisfies a condition for stopping or restricting the key function. If the determination unit 33 has determined that the confirmed use state of the terminal 3 satisfies the condition for stopping or restricting the key function, then a processing unit 36 performs processing for stopping or restricting the key function.

Abstract: A communication system includes a mobile device and an apparatus. The apparatus obtains unique data from the mobile device by using a common key while the common key is stored in the mobile device, generates a unique key by using the obtained unique data, stores the generated unique key as a service key in the apparatus, and transmits the generated unique key to the mobile device. When the mobile device receives the unique key from the apparatus while the common key is stored in the mobile device, the mobile device rewrites a service key stored in the mobile device from the common key to the unique key.

Abstract: To provide a new and improved control device, control method, and storage medium capable of detecting with higher accuracy whether an object exists in an opening/closing range of a door. A control device includes a control unit configured to perform a control of calculating position information of an object, on the basis of distances between a distance measurement sensor provided on a hinge-type door and the object, the distances being obtained by the distance measurement sensor at two or more positions in an opening/closing range of the door.

Abstract: A remote control system includes a first control device, a second control device, and a remote control device. The first control device performs an operation control on a first controlled device mounted on a moving body. The second control device performs an operation control on a second controlled device installed in a building. When one of the operation control on the first controlled device by the first control device and the operation control on the second controlled device by the second control device has been performed, the remote control device causes, by a remote control, an execution of an other of the operation control on the first controlled device by the first control device and the operation control on the second controlled device by the second control device.

Abstract: There are provided a new and improved control device, control method, and storage medium that can further reduce a user's burden. A control device includes a control section configured to control opening and closing of a structure. the control section controls an opening operation or a closing operation of the structure to match an operation direction of the structure obtained by a sensor provided to the structure, and the control section further controls the closing operation of the structure until the structure is fully closed when the operation direction of the structure obtained by the sensor is a closing direction, and controls the opening operation of the structure until the structure is fully opened when the operation direction of the structure obtained by the sensor is an opening direction.

Abstract: NFC standards include a plurality of types (Type A, Type B and Type F). The communication controller performs a polling so as to detect a portable device that communicates in accordance with the NFC standards. The memory stores region information indicating a region where a vehicle is to be used. Based on the region information, the communication controller stops the polling of a type among the plurality of types that is not used in the region.

Abstract: NFC standards include a plurality of types (Type A, Type B and Type F). The communication controller performs a polling so as to detect a portable device that communicates in accordance with the NFC standards. The memory stores region information indicating a region where a vehicle is to be used. Based on the region information, the communication controller stops the polling of a type among the plurality of types that is not used in the region.

Abstract: To perform authentication and execute a function on the basis of clear intention of a user through single operation performed by the user. There is provided a control device that is installed in a mobile object, the control device comprising: a near-field wireless communication section configured to perform near-field wireless communication with a portable device; and a control section configured to authenticate the portable device on a basis of authentication information that the near-field wireless communication section has acquired from the portable device through the near-field wireless communication, and configured to perform control on a basis of a result of the authentication, wherein the control section performs control in such a manner that a prescribed function related to a control target device installed in the same mobile object is executed in a case where the authentication is successful.

Abstract: A communication system includes a plurality of apparatuses each performing wireless communication with a mobile apparatus. Each of the plurality of apparatuses performs authentication processing for determining whether the mobile apparatus is a mobile apparatus registered beforehand. At least one apparatus of the plurality of apparatuses performs registration processing for obtaining mobile key information to be used for the authentication processing from the mobile apparatus and registering the mobile key information, and sharing processing for transmitting the mobile key information obtained by the registration processing to the other apparatus.

Abstract: A valve ID registration system includes a sudden pressure decrease detector that detects a sudden pressure decrease in the tire and a transmission unit that transmits a valve signal. When the detector detects a sudden pressure decrease, the transmission unit transmits the valve signal, which includes sudden pressure decrease information, with more frames than normal. A sudden pressure decrease monitoring unit monitors the received valve signal for sudden pressure decrease information. After the valve signal including the sudden pressure decrease information is received with more frames than normal, when a new valve signal is received including the same valve ID as that in the valve signal including the sudden pressure decrease information and the new valve signal indicates an increase in air pressure, a registration unit determines that the valve signals were transmitted from the tire of the vehicle and registers the valve ID.