61 results about "Force protection" patented technology

A bastion including one or more free-standing structures for use in, for example, military applications and for force protection. The free-standing structures are made up of a plurality of pivotally interconnected fire resistant mesh covered wire panels and are filled with, for example, sand, crushed rock or granular materials.

A protection mechanism for force-based touch sensitive input panels or displays comprising a “snap dome”, e.g., a semi-rigid pliable dome positioned over each sensor for increased overload protection. The snap dome is unidirectionally-resilient to a known point of collapse. It therefore imparts a predetermined resistance to compression over a known range of travel along the z-axis, but is unyielding along the x- and y-axis. As the touch panel is depressed toward the standoff, the snap dome resists compression until it collapses, allowing the touch panel to encounter the standoff. The standoff then imparts dead-stop overload force protection to the sensors. This allows for the placement of mechanical stops (such as stop screws) with a less exacting tolerance. Moreover, the snap domes introduce no x- or y-axis force losses/increases, and do not cause tilting of the touch panel. The touch force remains perfectly perpendicular and accuracy is preserved.

The invention relates to the field of control of hot-rolled steel strip production, in particular to a hot tandem mill zero-position adjusting method with rolling force protection effect, which includes the following steps of firstly, starting the zero-position adjusting function, resetting the zero position by roll shifting, performing position control and then performing first-stage adjustment and second-stage adjustment by a pressing system; secondly, determining the subsequent step according to detection results of oil injection deviation, detecting the rolling force deviation of a rolling mill during running, confirming completion by operators, confirming the relation between roll gap and oil injection by a control system, detecting current oil injection position according to the zero-position rolling force, resetting the pressing system to complete zero-position adjustment; and thirdly, resetting the pressing system, sending a system alarm and interrupting the zero-position adjustment program when the operators confirm to abandon. The hot tandem mill zero-position adjusting method with the rolling force protection effect can effectively improve equipment safety in automatic zero-position adjusting process and has high popularization value.

Helmets and pad kits for use in helmet shells are provided. The pad kits, when inserted or attached to the inner surface of a helmet shell, provide a user or wearer with enhance blunt force protection relative to padding in prior helmet systems. Pad kits include pads having one or more layers of differing material, typically two or more layers of material; one layer including a rate sensitive, impact absorbing material, and another layer including a comfort or form-fitting material. The impact absorbing material provides enhanced protection to the user's head from impact to the helmet shell.

A bastion including one or more free-standing structures for use in, for example, military applications and for force protection. The free-standing structures are made up of a plurality of interconnected fire resistant mesh covered wire panels and are filled with, for example, sand, crushed rock or granular materials.

An impact absorbing protective garment is provided, for wearing about the torso of a body, such as a baseball umpire, that comprises three layers. There is an outer shell layer comprised of a plurality of plate elements that are generally stiff, shock-resistant lightweight material, that are fastened to a middle layer. The middle layer is in the form of a flexible pad having various components, and that provides an intermediate thickness of cushioning material inside the outer shell layer. There is an inner layer carried by the middle layer that comprises a plurality of cells of phase change material, with the various cells being separated from each other by sealing zones. Upon sufficient impact the individual cells can communicate through small pores in the sealing zones or when the sealing zones rupture under impact pressure, to assist in impact absorption. The inner layer, in its cells, contains a phase change material that is a means for effecting a relatively constant microclimate cooling or heating of the area of the torso of the body which it confronts.

An automatic file accessing mechanical arm with a force protection function relates to a file accessing device, belongs to the technical field of robots, and aims at achieving automatic accessing of classified or strictly confidential files. Fingers clamp an electric motor to drive an elliptic wheel to rotate; two driven wheels are arranged at two sides of the elliptic wheel and contact with the elliptic wheel respectively; centers of the two driven wheels are connected together through clamping of springs by the fingers; and the two fingers are adjusted to be close to or away from each other through change of center distance of the two driven wheels. A photoelectric sensor is used for detecting whether files exist in the two fingers, arranged between the two fingers, and mounted on a finger shell. A radio frequency identification device (RFID) reader-writer is arranged on the finger shell and used for reading RFID code carrying body information at spine positions of file boxes, and a tray is arranged under the two fingers in extensible mode and used for supporting the file boxes. The automatic file accessing mechanical arm with the force protection function is simple in structure, accurate to operate and suitable for remote manipulation, and is mainly used for automatic accessing of classified or strictly confidential files.

Provided are a forced protection switching method and a forced protection switching clearing method in an Ethernet ring network. When an operator desires to block a port of a specific node for maintenance and repair, the operator gives a forced switching (FS) command to the specific node in order to block the port. When the operator desires to clear FS, the operator gives a clear command to the specific node in order to clear the blocked port. As a result, operation flexibility of the Ethernet ring network is provided.

The invention discloses a leakage protection method and system of a redox flow cell system as well as the redox flow cell system. The method comprises the following steps of: A, judging whether the redox flow cell system is powered off or not after the redox flow cell system is started, executing the step B if yes, otherwise, returning to the starting step; B, controlling the redox flow cell system to continue discharging a load, and executing the step C; C, judging whether the redox flow cell system discharges the load or not, executing the step D if yes, otherwise, executing the step F; D, detecting the voltage and discharging power of the redox flow cell system, and executing the step E; E, judging whether the discharge power of the redox flow cell system reaches a discharge power threshold value or not, executing the step F or ending if yes, otherwise, executing the step B; and F, executing the forced leakage protection, and ending. Due to the adoption of the leakage protection method, the leakage protection system and the redox flow cell system, the structure is simple, the hardware cost saved, and the later maintenance is simplified and convenient; and through the forced protection means, the redox flow cell system can perform the discharge operation under any condition, so that the service life of the redox flow cell system can be fundamentally prolonged.

Described is a system for visual object recognition using heterogeneous classifier cascades. Visual object recognition is one of the most critical tasks for video and image analysis applications. The present invention utilizes a cascade of classifiers, wherein each stage is dedicated to a certain task such as achieving high accuracy or reducing false alarms. The stages are then appropriately trained using either the training data or false alarm datasets, respectively. Additionally, the features that are employed by the classifier cascades are heterogeneous and complementary in that several types of features may be used. The system described herein has multiple applications in a variety of fields including automotive safety, factory automation, surveillance, force protection, and automatic target recognition.

The invention discloses an electronic detonator control module structure. A metal sleeve with the special structure is designed, the metal sleeve provides good mechanical external force protection foran electronic detonator control module and an ignition powder head and guarantee that no damage is caused in the production turnover process. Particularly, the influence of strong shock waves generated in the blasting process to the whole electronic detonator control module can be avoided. An electronic detonator ignition part, namely a bridge wire and a capacitor, are arranged on the same side of the electronic detonator circuit board, connecting wires between the two parts become short, and the space of the circuit board is saved, the difficulty of layout of the whole circuit board is reduced, the influence of the current between the two connecting wires on other components is avoided, the stability and the reliability of the whole electronic detonator control module are improved.

A robotic amphibious mine breaching system including a hybrid chassis with deployable Mat Modules provides a detection and navigation grid with breaching mechanisms to range from underwater to edge of shore, the beach and continue inland. A computer-controlled transmitter and receiver unit integrates signals from different spatial locations establishing a grid. The surface and underwater mine counter-measure system deploys transponders and sensors to detect anomalies in the electromagnetic field caused by both magnetic and non-magnetic objects therein during underwater travel creating a cleared navigational grid establishing landing lanes for Force Protection and Maneuver Capabilities.

The invention discloses a double-clutch lock cylinder device which comprises an outer handle, a mechanical lock cylinder, a mechanical lock cylinder fixing screw, a demounting-preventing steel sheet, an anti-sawing steel sleeve, a locking sleeve compression spring, an excessive-force protection steel sheet, an unlocking sleeve compression spring, an unlocking sleeve, a transmission sliding sleeve, a motor transmission spring, a lock cylinder shifting fork, a sleeve clamping spring, a lock cylinder sleeve, an inner transmission shaft fixing pin, a collecting ring support, a collecting ring, an outer transmission shaft, a movable pin, a movable pin supporting spring, a movable pin fixing screw plug, a locking sleeve, a motor transmission worm, a motor transmission position induction plate, a motor, a lock cylinder support, a collecting brush fixing screw, an electric brush wire, a collecting brush fixing plate, a contact compression spring, a contact insulation protection sleeve, an inner transmission shaft, an electric brush contact, an inner handle fixing screw, an inner transmission shaft supporting block piece, a mechanical lock cylinder protection cover and an inner handle. No door or lock or panel needs to be replaced, operation is easy, double clutches coexist in the electronic mechanical lock cylinder, safety and convenience are paid attention to, and meanwhile the installation and maintenance cost is reduced.

The invention relates to an anti-theft security library door, and solves the problem that an anti-theft library door has a single unlocking mode and is not strongly suitable for use. According to thetechnical scheme, the door comprises, a door frame, a door leaf assembled with the door frame, a hinge disposed on one side of the door frame for connecting the door frame and the door leaf, a switchhand wheel disposed on one side of the door leaf to open or close the door leaf relative to the door frame, a gear assembled with the switch hand wheel, a rack meshed with the gear, a bolt mechanism disposed on the inner circumference of the door leaf and assembled with the rack for locking or unlocking the door leaf close to the door frame, an over-force protection mechanism disposed on one sideof the door leaf and assembled with the rack and a two-door opening lock mechanism disposed on one side of the door leaf and assembled with the bolt mechanism. The anti-theft purpose is achieved, a lock is prevented from being damaged by force, the multi-mode unlocking is strongly suitable, and the anti-destructive property is high.

The invention belongs to the technical field of electronic detonator categories in the field of initiating explosive products, and particularly relates to a structure for protecting an electronic detonator control module circuit. According to the structure, a metal sleeve is additionally arranged outside an electronic control module, so that good external acting force protection is provided for the electronic control module; and electromagnetic interference signals generated in the blasting process are shunted to the metal sleeve to be released, so that the purpose of protecting the electroniccontrol module is achieved by adopting the mode, and the phenomenon of misfire generated in the blasting process of an electronic detonator is avoided.

The invention discloses a protection switching method and system. An agent center is respectively arranged in a master microwave node device and a slave microwave node device which constitute a protection pair, and a management center is arranged in the protection pair. The method comprises the steps of: determining that one or more failures occur on the master microwave node device or the slave microwave node device by a master microwave node device agent center and a slave microwave node device agent center according to a preset multi-point failure detection policy; performing the protection switching of the master microwave node device and the slave microwave node device through a protection switching communication channel by the master microwave node device agent center and the slave microwave node device agent center when the communication between the master microwave node device and the slave microwave node device is normal; and informing the management center by the master microwave node device agent center and the slave microwave node device agent center when the communication between the master microwave node device and the slave microwave node device is abnormal, and performing the forced protection switching of the master microwave node device and the slave microwave node device through the protection switching communication channel by the management center. With the technical scheme of the invention, the protection switching is more reliable and safer, the time for protection switching is reduced, and the performance of the devices is improved.

The invention discloses a torque protection safety chuck spanner so as to solve the problems that a spring of an existing safety chuck spanner influences normal use of a chuck head easily, and falling of the spring is unfavorable for work of a machine tool. The torque protection safety chuck spanner comprises a main spanner shaft, a tool-post spanner, an automatic popping protection mechanism, an adjustable torque protection mechanism, a bi-directional ratchet wheel reversing mechanism and a three-position self-locking mechanism. The tool-post spanner is fixed to the top of the main spanner shaft. The automatic popping protection mechanism comprises an ejector rod spring and an ejector rod. The adjustable torque protection mechanism comprises a pressing block, a Belleville spring, a force protection shaft sleeve, steel balls and a clamping sleeve case. The bi-directional ratchet wheel reversing mechanism comprises a cushion block, a ratchet wheel, pawls, a pawl locating block, an upper steel plate, a supporting plate and a lower steel plate. The three-position self-locking mechanism comprises a handle, a pressing spring and a gasket. The clamping force of a three-pawl chuck can be accurately controlled, and the torque protection safety chuck spanner is capable of being used as a three-pawl chuck spanner and the tool-post spanner, simple, easy to use and good in safety.

The invention discloses a raw material processing device for gypsum molding. The raw material processing device comprises a rectangular shell, a conveying pipe is arranged on one side of the bottom of the rectangular shell, the conveying pipe and the rectangular shell are of an integrated structure, an integrated conveying hole is formed inside the rectangular shell and the conveying pipe, a motor fixing shell is fixed to the side, opposite to the conveying pipe, of the rectangular shell through a bolt, a motor is installed inside the motor fixing shell, and a motor main shaft in the motor is connected with a rotation torque force protection mechanism at the position inside the rectangular shell. By means of the raw material processing device, gypsum raw materials can be mixed in equal proportion; meanwhile, curvature of helical blades is used for achieving negative and positive rotation, the poured raw materials are mixed, stirred and conveyed, component linkage is achieved, the multiple functions are achieved, and the high practicability is achieved on the premise that the raw materials are evenly mixed.

The invention discloses a torque force protection mechanism which comprises a torque force limiter that is connected between an electric motor and a reducer, wherein the output shaft of the reducer is connected with a motor casing assembling and testing working table. In the situation of oversized torque caused by overload or mechanical failure, the torque force protection mechanism limits the torque force transmitted by a transmission system in the manner of sliding, and when the situation of overload disappears, the transmission connection between the electric motor and the reducer is automatically recovered, so that damage to the electric motor or other machineries caused by oversized torque on the electric motor is avoided.

The invention relates to a kit for detecting tuberculosis infection T cells. The kit comprises a bearing keel, a bearing frame, a bottom plate, an upper cover plate, a protective side plate, ultraviolet inactivation lamps and a control circuit, wherein the bearing keel has a rectangular frame structure; the bearing frame is embedded in the bearing keel; the bearing frame is connected with an innersurface of the bearing keel by a slide rail in a manner of sliding to each other; the ultraviolet inactivation lamps are embedded in the inner surface of the bearing keel and are uniformly distributed around an axis of the bearing keel; the bottom plate is hinged to a lower end surface of the bearing keel; the upper cover plate is hinged to an upper end surface of the bearing frame; and the control circuit is embedded in the outer surface of the upper cover plate and is electrically connected with the ultraviolet inactivation lamps. The kit provided by the invention can effectively improve safety and external force protection ability of tuberculosis cell detection samples and detection reagents on one hand, and can effectively improve sealing ability and safety protection ability of storage of tuberculosis cell samples on the other hand so as to effectively avoid pollution caused by leakage of the tuberculosis cell samples.

The invention relates to a translation push-pull type double-sash air-tight door which comprises a door frame and door sashes. An upper rail is arranged on the upper portion of the door frame, and a lower rail is arranged on the lower portion of the door frame. A sliding bar is arranged in the lower rail. The door sashes comprise the left door sash and the right door sash, and the door sashes arearranged between the upper rail and the lower rail. The upper portions of the door sashes are connected with the upper rail through upper sliding shaft assemblies, and the lower portions of the door sashes are connected with the lower rails through lower sliding wheel assemblies. Inflatable sealing rubber strips are arranged at joints of the door frame and the door sashes. The translation push-pull type double-sash air-tight door is based on translation and air-tightness, balances the two-way forced protection function, and is low in weight and low in manufacturing cost.