7results about How to "Avoid length" patented technology

The present invention provides surgical instruments configured to engage with bone anchor assemblies to provide modular platforms for performing various steps of surgical procedures, such as spinal rod reduction and counterrotation. For example, in one embodiment, the surgical instrument may include an outer sleeve terminating in a pair of extensions, an inner sleeve having a proximal threaded portion and a distal translational portion and configured to pass through the outer sleeve, and a pair of pivoting arms received in the extensions of the outer sleeve. These pivoting arms may be configured to extend into a channel in the outer sleeve to engage the bone anchor to the outer sleeve, and the proximal end portion of the outer sleeve may include one or more flat portions configured to engage with another instrument.

The utility model relates to the technical field of kitchen ware, and discloses an anti-toppling stockpot convenient to lift, which comprises a stockpot main body, fixed lifting lugs are arranged on two sides of the stockpot main body, a lifting component is arranged on the top of each fixed lifting lug, a handle block is arranged on the top of each lifting component, and a connecting component is arranged on the top of the handle block on the right side. And the lifting assembly comprises two movable frames, movable rods are slidably connected to the inner sides of the movable frames in a sleeving mode, and cylindrical blocks are fixedly connected to the tops of the inner sides of the two movable rods. By arranging the lifting assembly, the handle blocks, the connecting assembly and the buckle assembly, the two handle blocks are stably attached and cannot be separated, finally, the handle blocks can be held by a single hand to lift the stockpot body, a triangular structure is formed among the lifting assembly, the handle blocks and the stockpot body, single-point force application is easier to control, and the practicability of the stockpot is improved. Splashing of soup can be reduced, fatigue is reduced, moving safety and convenience are improved, and the requirement for stability of a lifting person is low.

The utility model discloses a plastic strip pelletizer, wherein the plastic strip pelletizer, including: frame and cutting device, frame is provided with the mounting frame, and the both sides of mounting frame are provided with the feed port and the discharge gate. The pelletizing device is connected to the mounting frame, and the pelletizing device comprises a conveying roller, a compression wheel and a hob. The compression wheel cooperates with the conveying roller to press the plastic strip, and the compression wheel can move towards the conveying roller to adjust the relative distance between the center of the compression wheel and the center of the conveying roller. The hob is arranged between the conveying roller and the discharge gate, and the hob is used for cutting the plastic strip. The compression wheel can cooperate with the conveying roller to press the plastic strip during conveying, thereby enhancing the stability of the plastic strip feeding and avoiding problems such as cutting length deviation or plastic strip slipping, and improving the uniformity of the particles. At the same time, the relative distance between the compression wheel and the conveying roller can be adjusted, thereby adapting to plastic strips of various thicknesses and enhancing the versatility of the equipment.

The utility model discloses a resin anchoring agent finished product storage device, which relates to the technical field of anchoring agent storage and comprises a storage box, the upper end of the storage box is covered with a box cover, a plurality of vertical and uniformly distributed partition plates are fixed in the storage box, and the partition plates divide the storage box into a plurality of storage cavities matched with resin anchoring agent finished products; according to the resin anchoring agent finished product buffering device, through the arrangement of the buffering blocking plate and the first torsional spring, the buffering blocking plate blocks the falling path of a resin anchoring agent finished product, and the buffering effect on the resin anchoring agent finished product is achieved under the elastic force effect of the first torsional spring; and meanwhile, the upper resin anchoring agent finished product and the lower resin anchoring agent finished product can be separated, the situation that the multiple resin anchoring agent finished products entering the storage box are damaged due to mutual extrusion and collision is avoided, the safety of the stored resin anchoring agent finished products is greatly improved, and the qualified rate of the stored products is increased.

The application discloses a kind of based on in-situ response characteristic's order of slope anchoring optimization test method, belong to anchoring test technical field.The method first obtains the multi-dimensional in-situ response time series data of anchoring system under hydraulic coupling condition;Second, through space-time matching, the local failure characteristic node caused by pore water splitting is identified, and the dynamic attenuation feature of frictional resistance is extracted;Then, with the dynamic window monitoring triggered by failure node, the strain peak shift rate is calculated, and the spatial evolution trajectory of stress peak value transfer to deep part is constructed;Finally, the attenuation feature and evolution trajectory are combined to determine the cooperative convergence state, the dynamic effective anchoring length is quantified, and the anchoring parameters are optimized.The application accurately restores the hydraulic micro-damage mechanism, realizes the real-time tracking of interface deterioration and stress transfer evolution law, scientifically quantifies the dynamic effective anchoring length under long-term seepage pressure, avoids overestimating the uplift performance, and significantly improves the authenticity and reliability of anchoring optimization test.

The utility model provides a burner and a gas stove, the burner comprises an ejector and a valve body, the outlet end of the output pipe of the valve body is used for installing a nozzle matched with the air inlet end of the ejector, the ejector is provided with a first positioning part, the output pipe is provided with a second positioning part corresponding to the first positioning part, and the valve body is arranged on the valve body. And the second positioning part is inserted and matched with the first positioning part. According to the utility model, the second positioning part on the output pipe is inserted into the first positioning part on the ejector, so that the positioning effect between the nozzle of the combustor and the ejector can be improved, and particularly, the positioning effect between the nozzle of the combustor adopting an annular air inlet scheme and the ejector can be improved, and therefore, the positioning effect between the nozzle of the combustor and the ejector can be improved. According to the combustor, the ejection effect of the ejector on primary air can be guaranteed, and meanwhile the assembling efficiency of the combustor adopting the annular air inlet scheme can be improved.

The present disclosure relates generally to surgical instruments for delivering locking or set screws (110) to secure a rod or spinal fastening element relative to an implantable bone anchor or other spinal fastening construct during spinal surgery. In one embodiment, an inserter instrument (100) includes an inner driver shaft (102), a ratcheting outer sleeve (104), and a handle (106) configured to receive the shaft and the sleeve therein. The inner driver shaft can receive a plurality of set screws on a distal end thereof. A side latch, pawl, or button (178) engages the ratcheting outer sleeve to facilitate stepwise advancement of the sleeve relative to the driver shaft for set screw delivery. Stepwise advancement can be controlled using another button that causes movement of the side latch.