Abstract: An electrolyte solution containing a compound represented by the following formula (1).

Abstract: An electrolyte solution containing a compound (1) represented by the formula (1), (wherein R101 and R102 are each individually a substituent such as a C1-C7 alkyl group, and the substituent optionally contains at least one divalent to hexavalent hetero atom in a structure or optionally has a structure obtained by replacing at least one hydrogen atom by a fluorine atom or a C0-C7 functional group) and at least one compound (11) selected from compounds such as a compound represented by formula (11-1) (wherein R111 and R112 are the same as or different from each other and are each a hydrogen atom or the like, and R113 is an alkyl group free from a fluorine atom or the like):

Abstract: An input apparatus includes a first operation section configured to receive a push operation, a second operation section configured to receive a push operation, a first pivot member configured to pivot, a second pivot member configured to pivot, a first switch, a second switch, and a power generation device. The power generation device is configured to generate electric power when the first pivot member pivots. When the first operation section is pushed, the first switch is turned ON and the first pivot member directly receives force from the first operation section to pivot. When the second operation section is pushed, the second switch is turned ON and the first pivot member indirectly receives force from the second operation section via the second pivot member to pivot.

Abstract: This power generation switch includes: an arm unit including at least a part that rotates toward an area in the Z-axis direction; and a power generation device which generates electric power through rotation of the arm unit. The power generation device includes: a magnet holding unit which moves in the Z-axis direction through rotation of the arm unit and includes a magnet extending in the X-axis direction; a holder portion located in the negative direction of the Y-axis relative to the magnet; and a plate-shaped power generation portion which includes a free end portion that is placed in the state of attraction to the magnet and the state of release from the state of attraction and a fixed portion that is fixed to the holder portion, and generates electric power by free vibrations of the free end portion. The magnet holding unit is rotatably held by the arm unit.

Abstract: A power generation device includes a power generator that has a cantilever structure of which one end is a fixed end to be fixed and other end is a free end, and generates a power due to free vibration of the free end, a resin holder section on which the power generator is mounted, and a metallic rigid plate that is located such that the holder section is between the rigid plate and the power generator. The fixed end and the holder section are fixed to each other, and the holder section and the rigid plate are fixed to each other.

Abstract: A power generation switch according to an aspect of the present disclosure includes a holder section; a power generator having a fixed end which is fixed to the holder and a free end which freely vibrates in a first direction, the power generator generating a power due to the free vibration of the free end, the power generator including an attraction member; an arm section extending in a second direction from the free end to the fixed end, the arm section having an axis at an end closer to the fixed end than to the free end, the arm section rotating around the axis of the arm section, the arm section including a magnet that is attached to or released from the attraction member by a rotation of the arm section; a lever section fitting to the arm section, the lever section extending in the second direction, the lever section having an axis at an end closer to the fixed end than to the free end, the lever section rotating around the axis of the lever section, the lever section pressing the arm section; and a top

Abstract: A power generation device of the present disclosure has a start-up unit that has an attraction body and moves from a start point toward an end point, and a power generation unit that generates electricity by being vibrated and has a cantilever shape. Then, the attraction body attracts the power generation unit when the start-up unit moves from the start point toward the end point, the power generation unit deflects and inclines due to movement of the attraction body of the start-up unit and the power generation unit toward the end point while the power generation unit is attracted to the attraction body, the power generation unit starts to vibrate by separation of the attraction body from the power generation unit, and the attraction body inclines in a direction along an inclination of the power generation unit.

Abstract: An input device includes a touch panel incorporating a switch electrode region, and an actuator. The switch electrode region includes a switch electrode and a ground electrode disposed side by side with the switch electrode. The actuator includes a push button having an operation surface, an elastic body, a conductor, and a facing surface. The conductor faces the switch electrode region and is separated from the switch and ground electrodes. The conductor moves in line with a press put on the push button such that a capacitance value between the conductor and each of the switch and ground electrodes changes in response to a distance between the conductor and the switch electrode.

Abstract: An input device includes a touch panel incorporating a switch electrode region, and an actuator. The switch electrode region includes a switch electrode and a ground electrode disposed side by side with the switch electrode. The actuator includes a push button having an operation surface, an elastic body, a conductor, and a facing surface. The conductor faces the switch electrode region and is separated from the switch and ground electrodes. The conductor moves in line with a press put on the push button such that a capacitance value between the conductor and each of the switch and ground electrodes changes in response to a distance between the conductor and the switch electrode.

Abstract: An input device includes an electrode part, a switching circuit, a driving circuit, a detecting circuit, and a controller. The electrode part includes a plurality of electrode pieces. The switching circuit is formed of a plurality of switches connected to the electrode pieces respectively. The driving circuit and the detecting circuit are connected to the electrode part via the switching circuit. The controller is connected to the driving circuit, the switching circuit, and the detecting circuit. The controller controls the respective switches such that the electrode pieces are individually opened or connected to one of the driving circuit and the detecting circuit.

Abstract: An apparatus includes a processing apparatus that processes raw material in an airtight state, an accommodation section that accommodates the raw material, a first feeding path that is provided outside the processing apparatus and receives the raw material from the accommodation section, and a second feeding path having upstream and downstream ends that are outside and inside the processing apparatus, respectively. The second feeding path receives the raw material from the first feeding path. The apparatus also includes a joint section that separates and joins the first path and the second path, and a closing section that is positioned in the second path closer to the processing apparatus than the joint section and maintains the processing apparatus, and the second path in an airtight state when the joint section separates the first path and the second path.

Abstract: A loading apparatus for loading raw material into a processing apparatus includes an accommodation section accommodating the raw material, upstream and downstream paths through which the raw material is fed in an airtight state into the processing apparatus, a feeding mechanism that feeds in an airtight state the raw material from the accommodation section to the upstream path, a joint section that separates and joins the upstream and downstream paths, and a closing section, positioned in the second path, that can be opened and closed to maintain the processing apparatus and a portion of the downstream path located downstream of the closing section in an airtight state when the joint section separates the upstream and downstream paths. The downstream path is extendable and contractible to move its downstream end with respect to the joint section while the upstream and downstream paths remain joined.

Abstract: A remote control system includes a remote control receiver storing an operation code controlling an electronic device, and a remote control transmitter operable to store a received operation code. The remote control receiver is operable to read the stored operation and to transmit the read operation code to the remote control transmitter. The remote control transmitter is operable to store the transmitted operation code, and to transmit the stored operation code to the remote control receiver according to operation on the operation unit. The remote control receiver is operable to control the electronic device according to the operation code transmitted from the remote control transmitter. The remote control system remotely controls the electronic device reliably with simple operation.

Abstract: A remote controller includes a case having an upper surface having an opening provided therein, an electrostatic touch panel provided at the opening of the case, a board having an upper surface facing the electrostatic touch panel, a push switch provided on upper surface of the board, a cover sheet provided on the upper surface of the board, a control section operable to detect a position on the upper surface of the electrostatic touch panel where the user touches, and a transmitter to send a remote signal in response to the detected position and an activation of the push switch. The electrostatic touch panel can move toward and away from the circuit board. The cover sheet has a deformable projection projecting. The deformable projection has an upper tip contacting the electrostatic touch panel. The deformable projection has substantially a dome shape having a concave lower surface and a convex upper surface.

Abstract: A loading apparatus for loading raw material into a processing apparatus includes an accommodation section accommodating the raw material, upstream and downstream paths through which the raw material is fed in an airtight state into the processing apparatus, a feeding mechanism that feeds in an airtight state the raw material from the accommodation section to the upstream path, a joint section that separates and joins the upstream and downstream paths, and a closing section, positioned in the second path, that can be opened and closed to maintain the processing apparatus and a portion of the downstream path located downstream of the closing section in an airtight state when the joint section separates the upstream and downstream paths. The downstream path is extendable and contractible to move its downstream end with respect to the joint section while the upstream and downstream paths remain joined.

Abstract: An apparatus includes a processing apparatus that processes raw material in an airtight state, an accommodation section that accommodates the raw material, a first feeding path that is provided outside the processing apparatus and receives the raw material from the accommodation section, and a second feeding path having upstream and downstream ends that are outside and inside the processing apparatus, respectively. The second feeding path receives the raw material from the first feeding path. The apparatus also includes a joint section that separates and joins the first path and the second path, and a closing section that is positioned in the second path closer to the processing apparatus than the joint section and maintains the processing apparatus, and the second path in an airtight state when the joint section separates the first path and the second path.

Abstract: An input device includes an electrode part, a switching circuit, a driving circuit, a detecting circuit, and a controller. The electrode part includes a plurality of electrode pieces. The switching circuit is formed of a plurality of switches connected to the electrode pieces respectively. The driving circuit and the detecting circuit are connected to the electrode part via the switching circuit. The controller is connected to the driving circuit, the switching circuit, and the detecting circuit. The controller controls the respective switches such that the electrode pieces are individually opened or connected to one of the driving circuit and the detecting circuit.

Abstract: A remote control transmitter of the present invention includes an electrostatic touch panel, a cover covering the electrostatic touch panel and having a fulcrum portion, and a wiring board having a switch contact and electrically connected to the electrostatic touch panel. Furthermore, the remote control transmitter includes a control unit for transmitting a remote control signal in response to an operation of the electrostatic touch panel or the switch contact. The cover is formed such that it is capable of carrying out rotational movement around the fulcrum portion, and the switch contact is pressed according to the rotational movement of the cover.

Abstract: A remote control system includes a remote control receiver storing an operation code controlling an electronic device, and a remote control transmitter operable to store a received operation code. The remote control receiver is operable to read the stored operation and to transmit the read operation code to the remote control transmitter. The remote control transmitter is operable to store the transmitted operation code, and to transmit the stored operation code to the remote control receiver according to operation on the operation unit. The remote control receiver is operable to control the electronic device according to the operation code transmitted from the remote control transmitter. The remote control system remotely controls the electronic device reliably with simple operation.

Abstract: A remote controller includes a board, first and second arms, an electrostatic touch panel placed on a first upper end of the first arm and a second upper end of the second arm, a push switch provided between the electrostatic touch panel and the board, a control section, and a transmitter transmitting a remote control signal. The touch panel has an upper surface and a lower surface facing the upper surface of the board. The upper surface of the touch panel is adapted to have a user touch thereon. The push switch is activated upon pressed with the touch panel. The control section detects a position on the upper surface of the electrostatic touch panel where the user touches. The transmitter transmits the remote control signal according to the detected position and an activation of the push switch. This remote controller operates remotely control an electronic device reliably without malfunctioning.