34results about How to "Don't let it fall" patented technology

The invention relates to an assembling method for a glass testing hammer, in particular to an assembling method for glass testing through an air cylinder hammer with a worm gear rotary table and threaded lock pins. According to an improvement, the method for glass testing includes the following assembling and operation steps that firstly, sliding balls are mounted in ball seat stepped holes in a sliding plate lower plane; secondly, clamping plate portions and sliding plate portions on wheel coplanar clamping plates are assembled; and thirdly, entire assembling is carried out, the height of a height locating ring is adjusted so that when an air cylinder piston rod operates to the lowest position, an impact hammer conical tip can right make contact with a tempered glass plate fixed to a testing platen, an impact frame square hole in an impactor rack is in sliding fit with an impact cross bar, an air inlet and outlet pipe upper connector and an air inlet and outlet pipe lower connector are each connected with a high-pressure air pipe, and the high-pressure air pipes are connected to a high-pressure air source control system. An air cylinder impactor can be conveniently and remotely connected to an air pressure power source control room, and thus the dangerous step of breaking up the tempered glass plate is controlled remotely, and onsite operators are prevented from being injured by accidental splashing at the moment of glass breaking.

The invention relates to a tempered glass testing and inspecting apparatus, and in particular relates to an improved glass inspection apparatus having a gear rotary table, a ring light camera and a titanium alloy stepped slot corner clamping plate. A transmission gear is also fixed on a rotary table rotating shaft at one side, and is cooperated with a hand-operated gear, the hand-operated gear is rotationally fixed on a hand-operated axle, an axle flange is arranged at the inner end of the hand-operated axle and is fixed on the outer side surface of a supporting side plate correspondingly, a clamp spring for a shaft is arranged at the outer end of the hand-operated axle and is stopped on the outer side surface of the hand-operated axle, a hand wheel stepped round is arranged on the outer side surface of the hand-operated gear, a hand wheel cross bar is fixedly connected on the hand wheel stepped round, a hand wheel crack handle is arranged at the outer end of the hand wheel cross bar, a rack hoisting camera set is arranged on a camera shooting square bar, a square fluorescent tube is arranged on a mobile light ring, an air cylinder impactor is fixed on an impacting cross bar in a sliding manner, a stepped rail clamping plate assembly is fixed on the upper plane of the testing rotating table, and quadrilateral glass having different included angles can be fixed by the stepped rail clamping plate assembly.

The invention relates to a tempered glass test inspection device, in particular to a handle table plate threaded lock pin nitrile rubber step press plate glass detection device. As the improvement, a table plate handle is arranged on the vertical surface of the back end of a test table plate; a test table plate reversible structure can be driven to be set, so that broken glass pieces can be conveniently cleared away; a broken glass recovery container is adopted, so that the broken glass pieces cannot be scattered; a support cross beam supports the back lower plane of the test table plate; lock pin rocking handles arranged at the two sides are combined; screw stud locking pins are matched with inner holes of a lock pin support seat through screw threads, so that cylindrical ball heads at the end parts of the screw stud locking pins enter screw conical stud lock holes formed in the two sides of the test table plate for locking and positioning. The defect that a transmission gear and a manual gear are matched, and a self locking function is not realized is overcome, so that in the whole process for testing a tempered glass plate, the stability and the firmness are maintained; a container material door spring is arranged between a material door hook and a container front lower hook arranged at each of two sides; a container discharging door is enabled to be tightly attached to a discharging opening of the container; the broken glass pieces are prevented from being scattered.

The invention relates to an armored glass testing method, in particular to a glass testing method adopting a handle, a rotary table, stepped press plates and a rotation impactor. The glass testing method comprises the steps of 1, holding a handle skid resistance sleeve on the platen handle on the vertical surface of the rear end of a test platen with hands and exerting downward force to enable the test platen to be horizontal; 2, placing a press plate fixed side, a press plate left side, a press plate opposite side and a press plate right side with the same structure and size on the test platen; 3, making rubber press sheets on the press plates attached to the four edges of tested armorplate glass; 4, adjusting the height of an impact cross bar on an impact stand column to be proper; 5, testing the armorplate glass according to national standard requirements after the armorplate glass is broken, so that an armored glass fragmentation state test is completed; 6, clearing armored glass fragments and placing the fragments in a cullet recycling container after the fragments are inclined by 10-20 degrees by means of the test platen. By the adoption of the coplanar stepped press plate assembly, the four sides of the glass are stressed uniformly.

The invention relates to a tempered glass testing and detecting device, and a gear rotary table titanium alloy impact hammer circular rail clamping plate glass detecting device. As an improvement, a transmission gear is fixed to a table plate rotary shaft on one side and matched with a hand-operated gear, a wheel shaft flange is arranged at the inner end of the hand-operated wheel shaft, a shaft clamping spring is arranged at the outer end of the hand-operated wheel shaft and blocked on the outer side face of the hand-operated wheel shaft, a hand wheel step circle is arranged on the outer side of the hand-operated gear, a hand wheel transverse rod is fixedly connected to the hand wheel step circle, a hand wheel rocking handle is arranged at the outer end of the hand wheel transverse rod, an impact stand column is arranged on the upper plane of a trigger machine frame on one side, a rotary impact device is fixed to the impact transverse rod in a slidable mode, light column locking pins on the two sides can enter a pulling and inserting locking hole to lock and position a test table plate, an operation handle is arranged at one end of an operation long rod, the other end of the operation long rod is fixedly connected with an operation support in a swinging and rotatable mode, a same-plane circular rail clamping plate assembly is fixed to the upper plane of the test table plate, and therefore tempered glass plates of different specifications and sizes can be continuously and freely adjusted.

The invention relates to a toughened glass testing and checking device, particularly to rubber bearing clamping plate glass checking equipment for the plate wheel bedplate thread lockpin engineering. As the improvement, bedplate rotating shafts are arranged on the two sides of a testing bedplate, the bedplate rotating shafts on the two sides are respectively rotatably fixed into bearing supports, and the bearing supports are fixed on the upper plane surfaces of plate-type racks; supporting stopping blocks are arranged at the upper back parts of the plate-type racks, and used for supporting the lower back plane surfaces of the testing bedplate; a manual plate wheel is also fixed on the bedplate rotating shaft on one side, a plate wheel flat key is arranged between the bedplate rotating shaft and the manual plate wheel, and a plate wheel crank handle is also arranged on the outer side surface of the manual plate wheel; external threads of screw stud lockpins are matched with internal threads of lockpin supports, the lockpin supports are fixed on the upper plane surface of the plate-type racks, and the cylindrical ball heads at the end heads of the screw stud lockpins on the two side can enter crew-cone-cylinder lock holes in the two sides of the testing bedplate to be locked and positioned; the manual plate wheel drives the testing bedplate to be arranged into a turnable structure, broken glass pieces can be conveniently cleaned, and a broken glass recycling container is configured to ensure that the broken glass pieces are not scattered.

The invention relates to a tempered glass testing detector, and particularly relates to an improved glass detector having a rotary table with handle, a rack ring light camera and a copper alloy bearing angle backup plate. As the improvement, a bearing angle backup plate assembly is fixed on the upper plane of a testing rotating table for fixing quadrangular glass having different included angles; a rotary table handle is arranged on the vertical face of the rear end of the testing rotating table, two arc ends of the rotary table handle are handle ends, the handle ends of two arc ends are fixed on the vertical face of the rear end of the testing rotating table, rotary table rotating shafts are arranged at two sides of the testing rotating table and can be rotationally fixed in a rotating table support respectively, a broken glass recovery container is fixed between the rotating table support together with a lock pin support and the upper plane of a supporting side plate, a rack hoisting camera set is arranged on a camera shooting square bar, a square fluorescent tube is arranged on a mobile light ring, an air cylinder impactor is fixed on an impacting cross bar in a sliding manner, the shooting is finished under the assistance of the ring light produced by the square fluorescent tube, and the boundary distinguishing accuracy of the glass pieces is improved by 30% as compared with that without the square fluorescent tube.

The invention relates to a tempered glass test and checkout machine frame, in particular to a worm wheel rotary table tungsten alloy impact hammer bearing pressing plate glass detection machine frame. According to the improvement, a transmission worm wheel is fixed to a table plate rotary shaft on one side and matched with a worm shaft, the two ends of the worm shaft are rotationally fixed into worm supports respectively, one end of the worm shaft is provided with a worm crank handle, an impact stand column is arranged on the upper plane of a plate type machine frame on one side, a rotary impactor is fixed to an impact transverse rod in a sliding mode, light column lock pins on the two sides can enter pulling and inserting lock holes to lock and position test table plates, a long operation rod penetrates through a lock pin long slot, same-plane bearing pressing plate assemblies are fixed to the upper planes of the test table plates, a machine frame front middle pull rod is arranged between a machine frame front upper pull rod and a machine frame front lower pull rod, and the machine frame front middle pull rod, the machine frame front upper pull rod and the machine frame rear upper pull rod jointly fix a broken glass recycle container; by the adoption of the same-plane bearing pressing plate assemblies, tempered glass plates of different specifications and sizes can be continuously and freely adjusted.

The invention relates to a tempered glass testing and inspecting device, in particular to a tempered glass fragment number detecting and fixing device. As improved, a bearing slide press plate assembly is fixed on the upper plane of a testing platform, a rolling bearing of a press plate on each side is in sliding fit with a bearing slide on the adjacent side, so that tempered glass plates in different specifications and dimensions can be adjusted continuously and freely; a driving gear is also fixed on a platform rotary shaft on one side and cooperates with a manual gear, the manual gear is rotationally fixed on a manual axle, an axle flange is arranged at the inner end of the manual axle and fixed on the outer side surface of each corresponding plate rack, a shaft snap spring is arranged at the outer end of the manual axle and blocks on the outer side surface of the manual axle, a hand wheel cross bar is fixedly connected onto the hand wheel step circle of the manual gear, and a hand wheel crank handle is also arranged at the outer end of the hand wheel step circle. By the aid of cooperation of stud lock pins and inner hole threads of lock pin supports, tempered glass plates are kept firm in the whole test process.

The invention relates to a tempered glass testing and detecting system, in particular to a titanium alloy glass detecting system with gears, a turnplate, a screw camera and bearing corner presser plates, characterized in that a transmission gear is also fixed to one platen spindle on one side, a manual gear is rotatably fitted to the transmission gear, a wheel shaft flange is arranged at the inner end of a manual wheel shaft, a wheel shaft circlip is arranged at the outer side of manual wheel shaft, a manual wheel step ring is arranged on the outer side of the manual gear, a manual wheel cross rod is fixedly connected to the manual wheel step ring, and the outer end of the manual wheel cross rod is also provided with a manual wheel crank; the outer end of one platen spindle on one side is provided with a spindle gear segment and a spindle thread, the spindle gear segment is provided with a spindle key groove, a wheel flat key is fitted in the spindle key groove, the transmission gear is fixed to the spindle gear segment, and a transmission gear nut is arranged on the outer side of the transmission gear; a screw lift camera unit is arranged on a shooting square rod, a rotary impact device is slidably fixed to an impact cross rod,, and a bearing corner presser plate assembly is fixed to the upper plane of a test platen; debris images are taken and transmitted to a computer processing center.

The invention relates to a tempered glass testing and inspecting device, particularly to a glass testing system adopting a hydraulic platen, threaded lock pins and styrene butadiene rubber wheel pressure plates, and the improvement lies in that: a hydraulic stretching cylinder adopting the structure cooperates with a T-shaped guide rail to drive the testing platen to be overturned, so that chunk glass can be removed conveniently; through the threaded fit of stud lock pins and inner holes of lock pin supports, cylindrical bulbs at the end parts of the stud lock pins enter the spiral taper lock holes in the two sides of the testing platen, so as to be locked and located, and the defect that self-locking is unavailable for cooperation of a traditional transmission gear and a manual gear, as a result, the entire tempered glass plate is kept stable and solid during testing. According to the invention, two parts, namely an upper short pulley and a lower long pulley both arranged on the hydraulic stretching cylinder together control the T-shaped guide rail to swing by taking the platen rotating shaft as a center, and together control a T-shaped rail cross plate on the T-shaped guide rail to roll in a sliding manner; besides, the device adopting the structure avoids the error generated between rectilinear motion by a hydraulic piston rod and swing motion by the testing platen.

The invention relates to a tempered glass testing frame, in particular to a plate wheel turntable aperture camera shooting molybdenum alloy bearing corner clamp glass detection device. As improvement, a hand-operated plate wheel is fixed to a platen rotary shaft on one side, a plate wheel flat key is arranged between the platen rotary shaft and the hand-operated plate wheel, and a plate wheel jiggle bar is further arranged on the outer side face of the hand-operated plate wheel; a rotary shaft plate wheel section and a rotary shaft thread are arranged at the outer end of the platen rotary shaft, a rotary shaft key groove is formed in the rotary shaft plate wheel section, a plate wheel flat key is arranged in the rotary shaft key groove in a matched mode, the hand-operated plate wheel is fixed to the rotary shaft plate wheel section, and a plate wheel nut is arranged on the outer side face of the hand-operated plate wheel to be matched with the rotary shaft thread; a horizontal aperture frame and an erect cross arm camera shooting frame are arranged at the outer lower end of an aperture camera shooting oblique long handle, a camera terminal is arranged at the outer upper end of the erect cross arm camera shooting frame, an industrial camera is arranged on the front under the camera terminal, a round fluorescent tube is arranged on the horizontal aperture frame, and a cylinder impactor is fixed to an impact cross rod in a sliding mode. By the adoption of a bearing corner clamp component, fixation of quadrilateral glass with different included angles is achieved.

The invention relates to a tempered glass testing and inspecting device, in particular to a molybdenum alloy glass detection device with a disc wheel rotating table, a screw camera and wheel rotating angle clamps.The molybdenum alloy glass detection device is characterized in that a manual disc wheel is fixed to a platen rotating shaft on one side, a disc wheel flat key is arranged between the platen rotating shaft and the manual disc wheel, and a disc wheel cranking handle is arranged on the outer side face of the manual disc wheel; a screw lifting camera unit is arranged on a camera square rod, a rotation impacter is fixed to an impact cross rod in a sliding mode, a wheel rotating angle clamp assembly is fixed to the upper plane of a testing platen, and a cullet recovering container is fixed between a platen supporting base and a lockpin supporting base and the upper planes of supporting side plates; labor intensity of cullet detection is changed, camera shooting and photographing are conducted, cullet images are transmitted to a computer processing center, and the molybdenum alloy glass detection device is particularly suitable for detecting and processing glass in large batches; by means of the structure arrangement that the manual disc wheel can drive the testing platen to turn over, cullet is convenient to clear, and as the cullet recovering container is arranged, it is ensured that the cullet is not scattered; intensity of all hammer driving actions is uniform by using the rotation impacter.

The invention relates to test and detection instruments for tempered glass and provides a glass detection instrument provided with a hydraulic turntable, an aperture camera assembly, ladder parts, turning clamping plates and a copper alloy. The instrument is characterized in that a disconnection gap is formed in the upper plane of a rear plate, a support bottom plate is fixed at the lower end of the disconnection gap, a T-shaped guide rail is arranged in the center of the lower plane of the rear end of the test turntable, and a hydraulic lifting mechanism is arranged between the T-shaped guide rail and the support bottom plate; an aperture camera inclined long handle is arranged on an aperture camera rotating disc on the aperture camera assembly, a horizontal aperture frame and a vertical cross arm camera frame are arranged at the outer lower end of the aperture camera inclined long handle, a camera end is arranged at the outer upper end of the vertical cross arm camera frame, and an industrial camera is arranged on the lower front surface of the camera end; a round fluorescent tube is arranged on the horizontal aperture frame, and a cylinder impacter is glidingly fixed on an impact cross rod. Quadrilateral glass with different included angles is fixed through a ladder track and turning clamping plate assembly, a tested trapezoid glass plate is enabled to be attached to the test turntable, and burst of the trapezoid glass plate due to non-uniform local stress is avoided.

The invention relates to a toughened glass testing and examination frame, especially to a glass detection apparatus with a handle-mounted rotary table, an aperture shooting assembly and a zinc alloy wheel corner leaning clamp assembly. According to an improved scheme in the invention, the vertical surface of the rear end of the testing rotary table is provided with a platen handle, two arc ends of the platen handle are handle end tips, and the handle end tips of the two arc ends are fixed on the vertical surface of the rear end of the testing rotary table; an aperture shooting rotating disc on the aperture shooting assembly is provided with an oblique long aperture shooting handle, the exterior lower end of the oblique long aperture shooting handle is provided with a horizontal aperture rack and a vertical transverse-arm shooting rack, an exterior end on the vertical transverse-arm shooting rack is provided with a camera end tip, and an industrial camera is located just under the camera end tip; the horizontal aperture rack is provided with a circular fluorescent tube, and a cylinder impacter is slidably fixed on an impact cross bar; the wheel slideway corner leaning clamp assembly realizes fixation of quadrangular glass with different included angles; and inclined planes at two sides of an anti-falling protruding strip and inclined planes at two sides of an anti-falling recessed groove are in interference fit, so extruding expansive force is produced so as to prevent burst of trapezoid glass plates due to nonuniform local stress.

The invention relates to a tempered glass testing detection device and provides an optical-ring photographing type glass detection device provided with a disc wheel, a rotary table and a nickel alloy V-shaped groove corner clamp. As improvements, a table plate rotary shaft on one side is further fixedly provided with the manual disc wheel; a disc wheel flat key is further arranged between the table plate rotary shaft and the manual disc wheel; a disc wheel crank handle is further arranged on the outer side face of the manual disc wheel; a rack hoisting camera set is arranged on a photographing square rod; a square fluorescent tube is arranged on a movable optical ring; an optical-ring inclined long handle is arranged on one side of a frame of the square fluorescent tube; the rotary table is arranged at the tail end of the optical-ring inclined long handle and is provided with a rotary table inner hole and a rotary table lower end face; a cylinder impacting device is fixed on an impacting transverse rod in a slipping manner; a V-shaped slide groove corner clamp assembly is fixed on the upper plane of a testing rotary table; a crushed glass recycling container is fixed between a rotary table support and a lock pin support, and the upper plane of a supporting side plate; the V-shaped slide groove corner clamp assembly is adopted, and a slippage corner part can rotate relative to a clamping part, so that quadrilateral glass with different included angles can be fixed.

The invention relates to an operation method for glass detection. As improvement, the operation method for detecting glass by using a plate wheel turntable, a thread lockpin and a cylinder hammer comprises the following steps: (1) rotating a manual plate wheel with hands to drive a platen rotating shaft to rotate, so that the test platen is in a horizontal state; (2) placing a splint fixed edge, a splint left edge, a splint opposite edge and a splint right edge in same structure size on the test platen; (3) clinging the rubber pressing slice on each splint to the outer edge of each of the four sides of a tested armorplate glass; (4) adjusting the height of an impact cross bar on an impact vertical column and breaking the armorplate glass; (5) holding the handle ring of the cross bar, rotating the cylinder impactor together with the cross bar around the external circle of the impact vertical column and separating from the upper side of the armorplate glass; (6) removing one to two splints on the same plane of the wheel, inclining the test platen for 10-20 degrees and then conveniently removing the armorplate glass fragments and putting into a broken glass recover container.

The invention relates to a tempered glass detection device, in particular to a worm gear copper-based bedplate thread lockpin circular plywood glass detection device. Improvement is conducted, a drive worm gear is further fixed on a bedplate rotating shaft on one side and matched with a worm shaft, the two ends of the worm shaft are rotatably fixed in a worm support which is fixed on the outer side face of the corresponding plate type rack, and one end of the worm shaft is further provided with a worm crank handle; a stud lockpin external thread is matched with a lockpin support inner hole thread, and cylindrical ball heads of stud lockpin ends at the two sides can enter spiral cone column lockholes in the two sides of a test bedplate for locking positioning; a circular rail slideway plywood assembly is fixed on the plane of the test bedplate, a middle pull rod in the front of the rack is arranged between an upper pull rod in the front of the rack and a lower pull rod in the front of the rack, and a broken glass recycling container is fixed on the middle pull rod in the front of the rack, the upper pull rod in the front of the rack and an upper pull rod on the rear of the rack; by means of the circular rail slideway plywood assembly, continuously random adjustment can be conducted on the tempered glass board with different specifications and dimensions.