37results about How to "Suffer damage" patented technology

A seatbelt buckle apparatus for attaching a tongue of a seatbelt includes a buckle projection mechanism having a buckle therein, to which the tongue of the seatbelt is to be inserted, a seating detection portion, and a load transmission-driving device. The buckle projection mechanism locates the buckle inside a seat when an occupant is not seated, and to stand up from the seat when the occupant is seated. The seating detection portion is housed in the seat at a seating position of the occupant and detects a load of the occupant. The seating detection portion has a supporting member. The load transmission-driving device transmits a displacement amount of the supporting member, generated in the seating detection portion when the occupant is seated, to the buckle projection mechanism, and drives the buckle projection mechanism so that the tongue can be inserted into the buckle when the occupant is seated.

A functional device having very good operation durability characteristics, high reliability and satisfactory performance is provided. The functional device provided is a functional device having: at least one functional layer deposited over a substrate wherein an organic material is included; and a plurality of electrodes for bringing the functional layer into action. And this functional device is provided with wiring connected to each of the plurality of electrodes and a barrier metal made to lie between at least one among the plurality of electrodes and the wiring connected thereto.

According to the prior art, it is difficult to ensure an update of a program when a terminal has already been hacked because in that case, there is a possibility that the reliability of the update module has been lost. A card storing secret information to be used by the terminal includes: a function to store an update program for the terminal and confirm whether or not the terminal is authentic by using information obtained from the terminal; and a function to output the secret information when the terminal is judged to be authentic and output an update program when the terminal is judged not to be authentic. With this structure, when the terminal attempts to use the secret information, the terminal is forced to update the program.

A foldable supporting stand with a positioning mechanism includes a base, a support, a sliding body, a positioning mechanism, and a swinging piece. The support is roatably pivoted to the base. The sliding body is slidably provided on the support and is further connected to a screen. The swinging piece is swingably connected to the positioning mechanism. The positioning mechanism is fixed in the support. When the support is folded in the base, the swinging piece swings toward the sliding body due to its own weight, and is then locked with the sliding body. The locked sliding body is restricted from sliding on the support, so that the screen is thus kept stationary. By that arrangement, the supporting stand has a reduced volume for efficient packaging and storage. Furthermore, the screen is held stationary when being transported.

A heat-dissipating device (1) includes a casing (10) and a thermal insulation plate (20) provided within the casing (10). The thermal insulating plate (20) divides the interior of the casing (10) into a first accommodating space (101) and a second accommodating space (102). A hot air outlet (121) and a first air inlet (122) of the casing (10) are in communication with the first accommodating space (101). A cold air outlet (110) and a second air inlet (123) of the casing (10) are in communication with the second accommodating space (102). A thermoelectric cooling chip (30) is disposed in a through-hole (200) of the thermal insulation plate (20) and has a hot-end surface (31) facing the first accommodating space (101) and a cold-end surface (32) facing the second accommodating space (102). A heat-dissipating module (40) is received in the first accommodating space (101). A cold-airflow supplying module (50) is received in the second accommodating space (102). The heat generated by the hot-end surface (31) is dissipated to the hot air outlet (121) by the thermal conduction of the heat-dissipating module (40). The cold generated by the cold-end surface (32) is conducted and distributed uniformly by the cold-airflow supplying module (50) to the cold air outlet (110).

A motorcycle includes a motorcycle body, which incorporates a frame. An engine is supported by the motorcycle body. The engine includes a cylinder block and a crank case. An exhaust pipe communicates with the engine and has a portion that extends along a side of the engine. A battery is located above an upper surface of the crank case of the engine and to the rear of the cylinder block. The portion exhaust pipe extending along the side of the engine is located to a side of the battery and a heat shield plate is positioned between the exhaust pipe and the battery.

Annular reflecting rings are removably mounted on the upper and lower sides of a chamber side portion of a chamber. An annular recessed portion is formed sandwiched between the lower end face of the upper reflecting ring and the upper end face of the lower reflecting ring to surround a holding part for holding a semiconductor wafer. The outer peripheral surface of the recessed portion communicates with a transport opening. The formation of the recessed portion prevents the light emitted from halogen lamps and flash lamps from being non-uniformly reflected around the holding part to enter a semiconductor wafer, thus improving the uniformity of the in-plane temperature distribution in the semiconductor wafer during heat treatment.

A mobile, remotely controlled robot comprising a robot drive subsystem for maneuvering the robot, a turret on the robot, a turret drive for moving the turret, a noise detection subsystem for detecting the probable origin of a noise, a robot position and movement sensor subsystem, a turret position sensor subsystem, and one or more processors, responsive to the noise detection subsystem, the robot position and movement sensor subsystem. The turret position sensor subsystem is configured to control the turret drive to orient the turret to aim a device mounted thereto at the origin of the noise and to maintain said aim as the robot moves.

There is provided a substrate treatment method for performing treatment by feeding a chemical liquid to a surface of a substrate, in which, before feeding the chemical liquid to a predetermined area of the substrate, a liquid substance having a resistivity lower than that of the chemical liquid is fed to the surface of the substrate so that the liquid substance wets at least the predetermined area, and then, the chemical liquid is fed to the predetermined area so that the treatment is performed on the substrate with the chemical liquid fed to the surface of the substrate.

A lever and a weight are supported on a first shaft for swinging movement in a latch mechanism. The weight gets closer to a head actuator member based on swinging movement in a first direction. A restriction member restricts the swinging movement of the weight in a second direction opposite to the first direction. A swinging member is contacted with the lever swinging around the first shaft so that the swinging member gets into a predetermined path of the head actuator member through the swinging movement around the second shaft. The disk drive always allows the weight, the lever and the swinging member to start swinging from corresponding inoperative positions, even if the disk drive suffers from a sequential driving force in opposite directions due to impact. A head slider at the tip end of the head actuator member is reliably prevented from colliding against the disk.

A wire stripper includes: a first main body having a main body portion, a rear grip, a lower engaging portion and an internal accommodating space; a second main body having an outer casing, an inner casing received in the outer casing, two upper engaging portions, two first rail holes located on both sides of the outer casing, two second rails, two first rails located on both sides of the inner casing and two second rail holes; and a third main body having a left casing and a right casing combined with each other, a front grip extending downwards from the left casing and the right casing, an acting portion connected between the second main body and the third main body, and a spring portion abutting in the front grip and the rear grip. The second main body and the third main body are received in the accommodating space.

Systems and methods are provided to manage risk associated with access to information within a given organization. The overall risk tolerance for the organization is determined and allocated among a plurality of subjects within the organization. Allocation is accomplished using either a centralized, request / response or free market mechanism. As requested from subjects within the organization for access to objects, i.e. information and data, are received, the amount of risk or risk level associated with each requested is quantified. Risk quantification can be accomplished using, for example, fuzzy multi-level security. The quantified risk associated with the access request in combination with the identity of the object and the identity of the subject are used to determine whether or not the request should be granted, denied or granted with appropriated mitigation measures.