36results about How to "Reliable quality control" patented technology

A composite for constructing concrete floors is completely factory assembled and comprises a body of expanded plastic having at least two parallel channels, open on the upper surface of the panel, extending the length of the article, adapted to be filled with concrete. A steel reinforcement bar fabric is installed into each channel, which may comprise at least two parallel steel bars connected by cross bars. At least some cross bars extend beyond a lowest reinforcement fabric bar to provide spikes long enough to pass through the plastic bottom and protrude therefrom. One or more sheet metal shrouds with at least one row of aligned holes matching those of the protruding spike ends are applied to the underside surface of the plastic body hung from the protruding ends of the spike by fasteners

A method and device for testing sensors to be applied on a patient's skin for detection of liquid or moisture are described, in particular for monitoring vascular access in an extracorporeal blood treatment, in which a patient's blood is carried away from the patient via an arterial line and is fed to the patient via a venous line. A method for producing sensors to be applied on a patient's skin for detection of liquid or moisture is also described. The method and device according to the present invention are based on the testing of one or more moisture sensors which are taken from current production. The method includes providing a large number of twists of the moisture sensor applied onto a torsion body, the mechanical stresses thus recreating the stresses that can occur in practice when the moisture sensor is applied or stuck onto the patient's skin or forearm.

A method of inspecting the profile of the connection zone between the cylindrical portion and the taper of a turbomachine part, the surface profile of the part being geometrically defined by at least one first zone corresponding to the taper of the part, at least one second zone corresponding to the connection between the cylindrical portion and the taper of the part, and a third zone corresponding to the cylindrical portion of the part, the method consisting in measuring the surface profile of the part; from the measured surface profile, modeling the contact pressures that apply to the surface of the part for each of its zones; and comparing the contact pressures modeled for the second zone of the surface profile of the part with predefined threshold values.

The method and system for detection of anomalous work pieces during a production process, comprising computing for each production process step of the production process at least one deviation data signal for a target data signal of a target work piece with respect to reference data signals recorded for a corresponding production process step of a set of reference work pieces, wherein the deviation data signal comprises a number of deviation data samples for different production time steps, t, or path length steps, 1, of the respective production process step; performing a stepwise anomaly detection by data processing of the at least one computed deviation data signal and a process type indicator indicating a type of the production process step using a trained anomaly detection data modelto calculate for each time step, t, or path length step, 1, of the production process step an anomaly probability, p, that the respective time step, t, or path length step, 1, is anomalous; and classifying (S3) the target work piece and / or the production process step as being anomalous or not anomalous on the basis of the calculated anomaly probabilities, p, of the time steps, t, or path length steps, 1, of the production process step, wherein if the target work piece and / or the production process step is classified as anomalous, a warning signal for a user and / or a control signal for a production machine can be generated automatically.

A method and an apparatus for detecting a pulsed THz beam comprise: emitting, by THz emitter (10), pulsed THz radiation (60) of outgoing pulse shape for interacting with target body; detecting, by THzdetector (20), incoming THz radiation comprising THz pulses, and outputting, by THz detector (20), a raw detector data of pulse shapes of incoming THz pulses; and determining, by pulse shape reconstruction module (36), a reconstructed incoming pulse shape based on the raw detector data, measuring, by sensor (80), a time-of-flight quantity (d) affecting the time of flight of the THz radiation (60); and adjusting operation of at least one of THz emitter (10), THz detector (20) and pulse shape reconstruction module (36) using the time-of-flight quantity (d), for correcting for variations in timeof flight of the THz radiation (60).

A method of inspecting the profile of the connection zone between the cylindrical portion and the taper of a roller for a turbomachine roller bearing. The method includes taking a measurement of the surface profile of the roller; on the basis of a calculation of the first derivative of the measured profile, calculating straight line segments for each of the geometrical zones of the roller, where the straight line segments model the first derivative of the measured profile; calculating the radii of curvature of the surface profile of the roller by taking the first derivative of the straight line segments; and comparing the calculated radii of curvature with predefined threshold values in order to verify continuity thereof.

The invention relates to an ultra-short distance dredging construction method for a cutter suction dredger dock apron. The ultra-short distance dredging construction method comprises the following steps: step 1, moving in and distributing a cutter suction dredger; after the cutter suction dredger moves in, dropping a steel pile onto a parallel steel pile reset line of the dock apron, and dropping a left lateral moving anchor and a right lateral moving anchor in a back anchoring form; step 2, carrying out cutter suction dredge excavation construction; taking the dock apron as a starting point during construction, dropping a reamer to a designed depth, carrying out fixed-point suction on the dock apron, and enabling the cutter suction dredge to reversely excavate rightwards; when the reamer rightwards swings to an excavation boundary line, lifting a bridge to enable the reamer to leave a mud surface and rightwards swing to a center line of the steel pile idly, wherein a certain included angle is formed between the center line of the steel pile and the dock apron; and advancing a trolley; and step 3, after the cutter suction dredger advances certain distance along the center line of the steel pile, limiting dredging width and lateral moving cable margin, pushing a stem by utilizing an anchor boat for enabling the steel pile to be on the steel pile reset line, and starting construction on next oblique area. The construction method can solve the universal technical problems such as a low production rate, high safety risks and poor quality of such construction.

The invention relates to the technical field of production machinery for quilting and embroidering, in particular to a rotary shuttle loom for quilting and embroidering. A needle bar driving mechanism of the rotary shuttle loom comprises a driving shaft, wherein the driving shaft drives a connecting shaft via cams; the connecting shaft is linked with two or more drivers which can move up and down; the drivers are installed on an upright bar; each driver corresponds to a needle bar; the drivers are provided with moving blocks which can move eccentrically; and the moving blocks are provided with clamp slots which can clamp the adaptation parts of the needle bars and drive the needle bars to move up and down. The needle bar driving mechanism also comprises an unlocking mechanism which can drive the clamp slots to be separated from the needle bars, wherein the unlocking mechanism comprises an electromagnet locking head device which is installed uprightly and a transverse propelling device. The needle bar driving mechanism has the following advantages: after the cams are output, the drivers are synchronously driven by the connecting shaft and three-hole connecting bars to move up and down, so the structure is optimized and adjusted and the spatial body is small; the unlocking mechanism has one-to-one relationship with the drivers, so the single needle locking function can be realized in the small needle gauge embroidering process and the production requirement is met; and the needle bar driving mechanism has simple, scientific and reasonable structure.

The invention especially relates to a production process for a double-dot coating composite sponge used for an automobile fabric and an automobile composite fabric, belonging to the technical field of fabrics. The production process overcomes the problems of proneness to generation of pits, environment unfriendliness and the like in the prior art. The production process for the double-dot coating composite sponge comprises the following steps: A, gluing; and B, compounding. The automobile composite fabric is prepared by using the production process. The invention has the advantages that manufacturing cost is reduced; pits are prevented; peeling strength is improved; and environmental protection is better realized.

The invention discloses a multifunctional split bolt and application thereof. Steel plates are penetratingly mounted at two ends of a bolt bar. The bolt bar is fixedly connected one steel plate by means of welding. A pair of positioning clamps for fixing rebar positions is welded on the bolt bar between the two steel plates. Fastening nuts are fitted at two ends of the bolt bar. When the split bolt is used in a composite structure with building prior to pouring, construction speed is increased, construction efficiency is improved, bonding degree and tightness of interfaces of different materials are enhanced, overall performance of a structure is improved, usability of the structure is more reliable, maintenance is reduced, service life of a project is prolonged, accuracy and reliability of rebar protective layer control are higher, soakage resistance and erosion resistance of concrete is guaranteed to be more reliable, formwork mounting and strengthening are more convenient and faster, influence of building verticality and evenness can be eliminated, construction accuracy is higher, common signal side formwork lateral supports can be reduced, construction difficulty can be lowered, cost is saved, and the split bolt is suitable for double-side formwork construction and embedded part positioning mounting of walls and board components.

The invention relates to the technical field of shoemaking machinery, in particular to a toe lasting machine. The toe lasting machine comprises a left claw chuck, a right claw chuck and a front claw chuck which are movably arranged on a large plate of the machine; the left claw chuck is provided with a first mounting surface and a first moving guide slot, which face upwards; the first moving guide slot is arranged to be matched with a first limiting part on the large plate; a plurality of left claws are arranged on the first mounting surface; the right claw chuck is symmetrical to the left claw chuck and is provided with a second mounting surface and a second moving guide slot, which face upwards; the second moving guide slot is arranged to be matched with a second limiting part on the large plate; a plurality of right claws are arranged on the second mounting surface; front claws are arranged on the front claw chuck, and the front claws, the left claws and the right claws are arranged and distributed on the periphery of a shoe last holding station respectively; and a power cylinder synchronously drives the left claw chuck and the right claw chuck through a push rod, while the left claw chuck and the right claw chuck are combined to drive the front claw chuck. Due to cooperative inner displacement of the left claw chuck, the right claw chuck and the front claw chuck, the vamp edge is completely attached to the shoe last, and the lasted vamp is smooth and flat and has no wrinkle or hollowing.

The invention relates to a wagon arc side wall assembly production process. The wagon arc side wall assembly comprises a first side wall plate, a second side wall plate and a third side wall plate which are cambered and welded successively from the top to the bottom. An upper side beam assembly is welded and fixed on a top end plate wall of the first side wall plate. A side wall stiffening beam assembly is welded and fixed longitudinally at the first side wall plate and second side wall plate side wall welding position. A lower side beam assembly is welded and fixed longitudinally at the second side wall plate and third side wall plate welding position. A lower side beam reinforcing beam assembly is welded and fixed longitudinally below the lower side beam assembly. According to the production process, by the side wall plate longitudinal splicing design mode and different-thickness design, spliced welded joints are hidden, the spliced welded joint length is reduced effectively, the joint groove machining amount and the welding material consumption are reduced, the production efficiency is improved, and costs are saved; the side wall flatness is controlled effectively, and the appearance is attractive; the process is simplified, the production difficulty and the labor intensity are reduced, the tooling equipment investment is simple, and the efficiency is improved effectively.