153results about How to "Safely secured" patented technology

A forty millimeter caliber exercise bullet has improved for properly exploding on a target, and securely maintaining the unloaded status during ordinary time. The improved exercise bullet comprising that; a skirt (200), a striking pin (10), a safety device assembly (300) consisting a detent cover (310) with a central mounting groove (311) and a pair of mounting grooves (312), a detent (320) for retaining the striking pin (10) by engaging or disengaging into the circumferential groove (11) by springs (323), a detonator cap (330) forming a hollow pocket (331) to insert a detonator trigger (20), a washer (30), and a press-spring (332) for pressing a guiding cap (340), an explosion pipe (400), a smoke shell (500), and an ogive (600). When the bullet is fired, the rotation of bullet generates centrifugal force to slide the retainer outward for disengaging the circumferential groove, then the striking pin moves upward to impact the detonator trigger when it hit on the target.

Disclosed is a method for providing security of a program made in a script language. In a method for providing security for a common intermediate language-based program, which provides security for a user DLL used in a platform supporting an application made of common intermediate language code and a plug-in made of native code, the method comprises: a specific function call step of calling a specific function within an application which calls a specific module in a security logic DLL including one or more modules while an application is loaded into a main memory and executed; a DLL request step of requesting the security logic DLL from a security module plug-in in which the security logic DLL is encrypted and stored; a DLL generation step of generating the security logic DLL by decrypting the encrypted DLL in the security module plug-in; a step of transmitting the security logic DLL to the specific function within the application; and a DLL module call step of calling the specific module included in the security logic DLL.

A Ladder Latch System for securing telescoping ladders in the retracted position is described. The latching system is a component of a telescoping ladder system, which has as its main components a plurality of telescoping ladder legs, a ladder-mounting bracket, and a latch-releasing mechanism. The latching system is mounted to the ladder-mounting bracket and secures the telescoping ladder legs, which are in turn released by the latch-release mechanism.

Syringe storage devices safely secure a syringe during ambulance treatment and transport of patients. A base has a plurality of mounting holes in its opposing sides and a plurality of adhesive tabs on its back to facilitate its attachment to an interior wall or cabinet of an ambulance. The front of the base has a plurality of clips and a shelf attached to it. Needle holes are present in the middle of the shelf beneath each clip. The needle holes and clips are adapted to receive and removably secure the needle cover and syringe body of a syringe. A portion of the front of the base beneath the shelf comprises a dry erase board where a user can use a dry erase pen to create a syringe label identifying the contents of the syringe removably stored above it.

A vehicle safety restraint for canines is provided for safely securing a canine in a vehicle. The vehicle safety restraint for canines has an upper restraint designed to be positioned longitudinally over the canine's back during use. A lower restraint is designed to be positioned longitudinally against the canine's stomach during use. A neck strap is bifurcated and thus provides a collar throughwhich the canine's head and neck pass. A harness strap has a length which allows for ample canine mobility, while still resulting in sufficient confined boundaries for effectively restraining the canine in the event of a sudden stop or impact from an accident. A leash strap is looped around a prior fastened vehicle seat belt having been tightly adjusted against a vehicle seat so as to anchor the vehicle safety restraint for canines.

It is aimed to provide a battery pack capable of securing safety by preventing A battery contained in the battery pack from entering a burning state even if the battery releases high-temperature gas in an abnormal state. An exhaust duct 1C for permitting the flow of gas released from the battery is provided and the gas is exhausted to the outside after reducing the temperature thereof in the exhaust duct 1C. A flow passage area of the exhaust duct 1C is in the range of not less than 0.5 mm² and not more than 15 mm² per 1 Ah of the battery capacity. The exhaust duct 1C is provided with a gas cooling portion 1L and a spark trapping portion 1M.

The present invention can be used in a multi-optical axis photoelectric sensor indicating an operating status thereof to a non-safety control device. The present invention allows the multi-optical axis photoelectric sensor so as to become a easier operation. The multi-optical axis photoelectric sensor has a control unit to providing a safety control signal representing a result of a distinguish portion in a normal operating status, a safety control signal representing operation non-allowable in an abnormal status and a safety control signal representing operation allowable in a special operating status. The multi-optical axis photoelectric sensor also has an operating status indication portion for determining an operating status of the multi-optical axis photoelectric sensor from the normal operating status, the abnormal status and the special operating status, and providing the operating status to an external device via the same output line regardless of the result of the determination.

A locking mechanism for a folding knife is provided. More specifically, the locking mechanism is a two-piece backlock that maintains the folding knife's extended position and prevents the blade from inadvertently closing when the knife is in use in the extended position and impedes the folding knife from inadvertently opening when the knife is in a closed position of storage. The locking mechanism generally comprises a backlock, a toggle, and a biasing member. The toggle rotates between two positions and engages with the tang of the blade and the backlock.

A steering system includes:

• • a tilt mechanism including a pivotal shaft which extends in a sidewise direction of the vehicle, the tilt mechanism being adapted to pivot the movable column portion upward and downward around the pivotal shaft, the tilt mechanism controlling the movable column portion to be secured in a certain upper pivotal position and a certain lower pivotal position;
  • a telescope mechanism adapted to pull out and push in in a forward-backward direction of the vehicle the movable column portion including the pivotal shaft;
  • a pop up mechanism for allowing the movable column portion to make a popping up over an uppermost pivotal position defined by the tilt mechanism; and
  • a pop up mechanism controlling mechanism for controlling the popping up of the movable column portion by the pop up mechanism until the movable column portion pulled out by the telescope mechanism has a certain length.

An assembly for stabilizing an individual while exercising or performing various sports or physical activities in a seated position, such as a wheelchair or other support structure. A harness assembly comprises a one or more harness structures each intended to be removably secured to a predetermined part of the individual's body in a manner which safely stabilizes the individual while the individual is exercising or performing sporting or other physical activities. A restraint assembly comprises a plurality of restraining members interconnected to each of the plurality of the harness structures being used and to an anchor assembly, disposed in underlying, supporting relation to the individual and the support structure. The restraint assembly is cooperatively structured with the anchor assembly to maintain any of the harness structures being utilized and the corresponding body portion of the individual in a stable, operative position best suited to effectively and safely perform the intended exercise.

In accordance with a fuel cell generation system of the present invention, an interior of a package 2 is partitioned into a gas path compartment 3 and a non gas compartment 4 with a partition wall 1, a component through which flammable gas flows is placed within the gas path compartment 3, a part of the frame member of the package 2 constituting the gas path compartment 3 is provided with gas path compartment inlets 12a and 12b, a gas path compartment outlet 13 and a ventilation fan 14, a component through which the flammable gas does not flows is placed within the non gas compartment 4, and a part of the frame member of the package 2 of the non gas compartment 4 is provided with a non gas compartment inlet 20, allowing a blower inlet 21 to open into an interior of the non gas compartment 4 and allowing an air outlet 22 to open into an exterior of the package 2.

A rotary disk securely rotates a patient for the purpose of inducing vestibulo-ocular reflex eye movements. The apparatus provides a rotating platform with a positioning post to which a patient can be secured with a safety vest. A headrest on the positioning post permits a patient's head to be positioned at an angle conducive to inducing reflex eye movements. A camera or other recording device is used to view and record eye movements before, during and/or after a patient is subjected to a period of rotation.

An integrated lens care system including a lens case for contact lenses and a container for dispensing a lens care solution. The container includes a docking site where the lens case can be stored and then removed for use, and a retainer mechanism for releasably securing the lens case in the docked position. In example embodiments, the docking site is a chamber into which the lens case is inserted, and the retainer mechanism includes at least one protrusion that extends into the docking chamber and releasably couples to at least one recess in the lens case. In another example embodiment, the docking site is a peripheral edge of the container body where a combination lens case/closure cap mounts, and the retainer mechanism includes a snap-fit coupling at the peripheral edge.

A safety system for powered cutting tools is disclosed. The safety system comprises a number of component devices that may be used alone or in combination to substantially reduce the risk of injury to the operator of the power cutting tool. The devices are designed for use with table saws, miter saws, jointers, routers, shapers and similar equipment. The devices secure a work piece against unanticipated movement and kickback while simultaneously protecting the operator's hands. The devices is further enhance the capabilities of power equipment to make precise cuts safer, faster and easier.

The present invention provides a secondary battery module capable of securing safety at a time of abnormal battery operations by using a film-type secondary battery. A module 30 is provided with 8 pieces of single batteries 20 each using a laminate film as its battery container. The 8 pieces of single batteries are disposed in a layer-stacked state. A conducting plate 17 is placed in a manner to face one single battery 20a disposed at one end of the 8 pieces of the single batteries 20. A pushing member 14 is formed between the single battery 20a and conducting plate 17. A conducting plate 18 is disposed on a side of the conducting plate 17 opposite to the pushing member 14. The pushing member 14 has projected portions 14b. The conducting member 17 has through-holes 17a formed so that the projected portions are able to pass through. The conducting plates 17 and 18 are coupled by a coupling portion 21. When any one of the single batteries 20 and single battery 20a expands at a time of abnormal battery operations, the projected portions pass through the through-holes to break off the coupling at the coupling portion 21.

A system that is adapted for attachment to a flatbed trailer that provides automated tightening of tie down straps for securing the trailer's load. An electric motor is attached to each end of a drive shaft and used to rotate the drive shaft. Tie down straps are uncoiled from around the drive shaft, stretched over the load and attached to the opposite side of the trailer to start the load securing process. The motors are then engaged to rotate the drive shaft and provide automatic tightening of the tie down straps, which completes the securing process. Cotter pins can also be used to provide a backup locking mechanism.

The chair cover with child restraint belt is a cover configured to fit over the upper portion of a stackable chair for securing a young child to the chair. The cover is constructed of a layer of absorbent material positioned between two cloth layers and has a back portion, a seat portion and two arm portions. An adjustable belt with two buckles is attached to the back and seat portions of the cover. A retaining panel extends between the two arm portions to help prevent a child's toys or other items from falling off of the cover. In an alternative embodiment the cover is made of a cloth covered with waterproof material.