| Patent Number |
Title Of Patent |
Date Issued |
| 5143451 |
Method to measure a temperature with a peltier element |
September 1, 1992 |
| The present invention relates to a method to determine the temperature of one or both surfaces of the two surfaces of a Peltier element. One then calculates the temperature difference (dT) between the surfaces from a known relation for the Seebeck voltage (U.sub.p) as a function of the |
| 5012721 |
Reactive armor wall structure |
May 7, 1991 |
| An enclosed active armor arrangement wherein the panels that form the enclosure have a product of the density and the thickness of the side panels that is greater than the product of the density and the thickness of the armor panels to provide for a reflective action on the detonation |
| 4881448 |
Reactive armor arrangement |
November 21, 1989 |
| A reactive armor arrangement consisting of two mutually parallel metal sheets with an interior sheet of incompressible formaldehyde compound. Upon impact with a hollow jet explosive charge, the incompressible layer causes the outer metal sheets to push outwardly into the path of the |
| 4850276 |
Mechanism for practice mines |
July 25, 1989 |
| A mechanism assembly for a practice mine, comprising a mine body (1) being mounted thereon a housing (3) which incorporates an axially movable and axially rotatable arming plunger (4) which can be manually depressed from outside the mine in a manner to produce an arming movement which si |
| 4757243 |
Method and means for a regulator for the servo control of a marine craft |
July 12, 1988 |
| Method and means for a regulator for the servo control of a marine craft, for instance a torpedo, with variable speed and angle of attack. A first sensor (1) monitors the angle of attack, while a second sensor (8) monitors the depth of the craft. A revolution counter (3) and a filter (4) |
| 4745862 |
Holder for a mine fuze for an antitank mine |
May 24, 1988 |
| A holder is disclosed for a mine fuze for an antitank mine, in which the mine fuze incorporates a booster charge, a detonator for initiating the booster charge, and a spring-biased firing pin for initiating firing of the detonator. The holder is dimensioned to fit into a mine-fuze locati |
| 4729806 |
Method for making tubes having low weight |
March 8, 1988 |
| A method for the manufacture for the tubes or shafts of a composite material and having a low weight, whereby a blank of a material that can be pressformed and which has a substantially even thickness of material is subjected to isostatic pressing on or in a formation tool thereby pr |
| 4722277 |
Safety means for an ordnance fuze |
February 2, 1988 |
| A safety means for an ordnance fuze. The arrangement includes an arming rotor (1) which is held in a safe position (A) by means of a half-shaft (6) which in the safe position of the rotor engages a first recess (7) located in the rotor. A clock mechanism (9) is provided so as to rotate |
| 4711179 |
Arrangement in a mine which is capable of being neutralized |
December 8, 1987 |
| An arrangement in a mine which is capable of being neutralized, comprising detecting means (33) operative to detect a neutralization of the mine, and initiator means (3) adapted to initiate detonation of a spotter charge (5) incorporated in the mine in response to the detection of a neut |
| 4705491 |
Telescopic guide, especially for transmittance of torque |
November 10, 1987 |
| A telescoping torque transmitting shaft comprising a shaft having at least three longitudinally extending circumferentially spaced guide grooves and a sleeve axially slidably surrounding the shaft and having an inner counter groove opposite each guide groove. Torque is transmitted betwee |
| 4702436 |
Projectile guide mechanism |
October 27, 1987 |
| A guide mechanism for a projectile (2) which is intended to be fired from a barrel (3) with the aid of propellant gases. The projectile comprises a plurality of elongated fins (5) which are journalled at one end thereof and which are arranged to occupy a folded position during passage of |
| 4665825 |
Arrangement for interconnecting a projectile and a projectile extension component |
May 19, 1987 |
| Arrangement for interconnecting a projectile and a projectile extension component. The projectile and the extension component each incorporates its own connecting element which are capable of being introduced into each other by causing one of the connecting elements to be so deformed as |
| 4637213 |
Arrangement for a submarine vehicle |
January 20, 1987 |
| Arrangement for a thermal, steam-powered engine in a submarine vehicle, for example a torpedo. A condenser is so arranged as to separate the exhaust from the engine into a condensable exhaust fraction and into a non-condensable exhaust fraction. A compressor, which is connected to the |
| 4611540 |
Mortar ammunition |
September 16, 1986 |
| Mortar ammunition with a projectile body and a tail tube containing the necessary propellant charge. The tail tube and the projectile body constitute two separate components which, for the purpose of being loaded into the mortar, are capable of being lowered in turn into the mortar via |
| 4605372 |
Training means for a weapon |
August 12, 1986 |
| Training device for shooting with a weapon intended for use with live ammunition. The training device includes a sub-calibre barrel, which is attached inside a holder, which is capable of being locked in the barrel of the weapon. The sub-calibre barrel can be zeroed by means of four |
| 4593620 |
Propellant charge component for use with a projectile for muzzle-loaded weapons |
June 10, 1986 |
| Propellant charge component for use with a projectile (4) for muzzle-loaded weapons. The propellant charge component (5) and the projectile (4) are each capable of being loaded into the weapon separately. The propellant charge component (5) is provided with a piston (14) which is capable |
| 4554843 |
Adjustable steering column support |
November 26, 1985 |
| An adjustable steering column support comprising a support part (1) which is stationary mounted in the vehicle and a steering column carrier (2) which is longitudinally and angularly displacable in relation to said stationary part, and in which the stationary part (1) and the steering |
| 4543076 |
Universal joint |
September 24, 1985 |
| A Universal joint comprising two joint coupling parts (1, 2) adapted to transmit rotary torque at a universal angle position of the two joint coupling parts (1, 2) thereby each of the two joint coupling parts are formed with a torque like claw the arms (5) of which are axially rotated |
