107results about How to "Improve piercing efficiency" patented technology

The invention discloses a puncturing and positioning device which comprises a bed plate, a puncturing template bracket arranged on the bed plate and a puncturing template arranged on the puncturing template bracket, wherein the puncturing template bracket comprises an upper bracket on the upper part and a base on the lower part; the upper bracket can move up and down relative to the base and be locked to regulate the height of the puncturing template; the base of the puncturing template bracket can slide along the length direction of the bed plate and be locked; and the puncturing template can slide and rotate along the upper bracket in the width direction of the bed plate. In a puncturing operation, through the guide of CT (Computed Tomography), puncturing and positioning can be exactly realized through adjusting the position and the angle of the puncturing template and guaranteed to be accurate, and the puncturing operation is convenient. The puncturing template can also guarantee that puncturing implants are uniformly distributed as required, and moreover, the puncturing and positioning device can realize multi-point puncturing, save the operation time and has high puncturing efficiency.

The invention discloses a targeted puncture guiding method based on multi-modal medical image information and further discloses a targeted puncture guiding system based on the multi-modal medical image information. The targeted puncture guiding method comprises the steps that a structure image capable of recognizing a target organ anatomical structure is utilized as first information; a functionalimage capable of displaying functional metabolism information of a target organ is utilized as second information, and according to the functional image, the position of a to-be-punctured target is recognized; a guiding image capable of real-timely displaying the target organ and then guiding a puncture instrument to reach to the position of the to-be-punctured target is utilized as third information; spatial positioning information, real-timely obtained by a spatial positioning system, of the guiding image is utilized as fourth information; and the puncture path of the puncture instrument isplaned through fusion of the first information, the second information, the third information and the fourth information, and the puncture instrument is real-timely guided to advance along the puncture path. Targeted puncture accurate guiding based on multi-modal medical image information fusion can be achieved, a three-dimensional view is sufficiently utilized, and the puncture accuracy and operating convenience are improved remarkably.

An object of the present invention is to provide a readily manufacturing a fishhook having the barb whose angles and shapes can be freely changed correspondingly to purposes of use. A method of manufacturing a fishhook according to the present invention is characterized by: applying machining process for providing a sharpened part at a tip of wire to constitute a fishhook; and applying pressing process for making into a plate-like shape a part in continuation to the sharpened tip part; and further applying simultaneously or sequentially in free order machining process for forming a stepped part at one lateral side of the plate-like part and machining process for cutting out a swollen portion produced at the other lateral side of the plate-like part, whereby forming a point part or a fishhook.

The invention relates to the technical field of medical equipment, and specifically relates to a lung nodule puncture navigation system. The system comprises a three-dimensional visualization displayunit, a coarse registration unit, a fine registration unit and a navigation tracking unit, the three-dimensional visualization display unit is used for displaying a lung three-dimensional model, a lung nodule three-dimensional model, a thoracic cage three-dimensional model and a skin three-dimensional model of a patient, the coarse registration unit is used for acquiring information of dissectionposition points from a thoracic cage and the thoracic cage three-dimensional model of the patient and performing registration on the information of the two dissection position points, the fine registration unit is used for performing registration on a point cloud model of the patient skin and the skin three-dimensional model, the point cloud model acquires contour information of the body surface skin of the patient in real time through a positioning tool, and the navigation tracking unit comprises an infrared tracking system used for real-time navigation tracking of the position of the positioning tool on the body surface of the patient. According to the system, the damage to people due to arrangement of a spring coil and the radiation damage to people caused by repeated guiding of CT in the conventional method can be avoided.

The embodiment of the invention discloses an intelligent puncturing method. The intelligent puncturing method is characterized by comprising the steps of obtaining a scanning image of a puncture needle for a target lesion region in the puncturing process; recognizing the puncture needle in the scanning image; according to the target position of the puncture needle, drawing a puncturing trajectory; judging whether the puncturing trajectory intersects with the target puncturing region or not, wherein the target puncturing region represents the target lesion region; if the puncturing trajectory intersects with the target puncturing region, controlling the puncture needle to be inserted along the puncturing trajectory until reaching the target puncturing region. The embodiment of the invention further discloses an intelligent puncturing device. According to the intelligent puncturing method and device, intelligent puncturing is achieved, the puncturing efficiency and success rate are improved, and pain of a patient is effectively relieved.

Provided are an ultrasound intervention puncture device and a puncture assembly. The ultrasound intervention puncture device comprises an ultrasonic probe and a puncture assembly. The puncture assembly comprises a telescopic puncture needle, a first channel, and a third channel. One end of the first channel is connected with the puncture needle, and the other end is provided with a first pressure sensor. The first pressure sensor is used to detect pressure of liquid in the first channel, to obtain a first pressure value. One end of the third channel is connected with the puncture needle, and the other end is provided with an input control portion used to control a catheter conducting wire to stretch. If the first pressure value reaches a first preset pressure threshold, the input control portion controls the catheter conducting wire to extend into the puncture needle from the third channel. Through combining the ultrasonic probe with the puncture assembly which is provided with three channels, the device can accurately position puncture positioning points of an intervention puncture object, and each component is intelligently controlled through a control unit, so that steps of puncture operation are simplified, and puncture efficiency is improved.

The invention relates to automatic puncture equipment. The automatic puncture equipment comprises a machine base, a moving device, a vein puncture device, a detection device, a puncture area positioning platform and an analysis device, wherein the analysis device determines a puncture needle inserting point, a needle inserting parameter and a puncture target point according to a detection image acquired by the detection device, physical sign parameters of a target human body corresponding to a puncture area and pre-stored medical data, and the moving device drives the vein puncture device to move to the puncture target point determined by the analysis device; and a puncture needle is arranged on the vein puncture device, and the vein puncture device punctures the puncture needle into a vein blood vessel according to the needle inserting parameter. According to the technical scheme, the vein blood vessel and the puncture needle inserting point can be automatically recognized, the needleinserting parameter and the puncture target point are automatically calculated, then vein puncture is automatically performed, manual puncture operation errors are avoided, the blood vessel puncturedifficulty is reduced, and remarkable advantages are achieved for some blood vessels which are difficult to recognize.

The invention provides a blood vessel auxiliary puncture system, a blood vessel auxiliary puncture robot, a blood vessel auxiliary puncture method and a storage medium. The method comprises the following steps: scanning a target puncture area through an ultrasonic probe under the driving of a mechanical arm to real-timely obtain blood vessel scanning data and / or puncture scanning data; fusing a blood vessel three-dimensional model according to the blood vessel scanning data, selecting a target blood vessel, and calculating an optimal puncture parameter; adjusting the spatial position of a puncture guide unit according to the optimal puncture parameter to indicate a needle inlet and outlet point and a needle inlet angle; and / or comparing the optimal puncture parameter with the real-time movement track of the puncture needle in the puncture scanning data. According to the invention, the position of a to-be-punctured blood vessel can be quickly and accurately determined, the puncture angle and the position can be guided by the puncture guide device through calculation, the puncture accuracy is ensured through real-time monitoring in the puncture process, so that the confirmation and puncture success efficiency of various types of blood vessels is greatly improved.

The utility model relates to a superficial venipuncture spear guided by type-B ultrasonic and a calculation method of the needle insertion length, which comprises a type-B ultrasonic high frequency linear-array probe (2), the overall trend axes (15) of a puncture frame (5) is at an angle of 30 degrees to the bottom surface of the type-B ultrasonic high frequency linear-array probe (2); a puncture bolt (10) is slide-arranged on the puncture frame (5), a puncture needle (11) is fixedly connected with the puncture bolt (10), the needle shank trend of the puncture needle (11) is parallel to the overall trend axes (15) of the puncture frame (5); the front-end of the puncture frame (5) is slide-connected with a locating bolt (4); the front-end of the puncture frame (5) is also provided with a size scale mark (12). The utility model realizes an accurate superficial venipuncture guided by type-B ultrasonic, has a convenient and quick operation, and avoids the pain of patients caused by repeating punctures for seeking the blood vessel.

The invention discloses a puncture method, device and system under guide of CT and a readable storage medium and belongs to the technical field of medical equipment. The method comprises the steps asfollows: performing registration fusion on a CT image and a scene image acquired in real time to obtain a puncture navigation image containing a needle entering point, a target, a puncture navigationpath and the scene image. As the scene image is fused in the puncture navigation image, the whole puncture process can be displayed in the puncture navigation image in real time, so that the actual puncture path can be adjusted to coincide with the puncture navigation path in the puncture navigation image, and the puncture accuracy is improved. The method can be applied to fields of puncture biopsy of focuses and tissue at each part of the human body, puncture drainage of hydrops and vomicae, tumor microwaves, radio frequency ablation, implantation of radioactive particles, cold and hot ablation and irreversible electroporation and has larger application range. Besides, the method is lower in cost and the required device is convenient to deploy.

The invention relates to a tumor locating method and system for tumor puncture. The method comprises the following steps of 1, making locating mark points on the peripheral body surface skin of a tumor part of a patient, collecting two images of the tumor part of the patient from different angles, and obtaining the spatial position information of a geometric center point of the tumor part relativeto the locating mark points by means of a binocular vision algorithm; 2, performing CT scanning on the tumor part of the patient, establishing a three-dimensional model of a tumor according to a CT scanning image, and acquiring body posture information of the patient during CT scanning on the tumor part of the patient. By adopting the locating method, the tumor can be precisely located, a puncture path can be conveniently planned by medical staff, the puncture efficiency can be improved, and the radiation injury can be reduced.

The invention discloses a full automatic edible fungus bag loosening aerator. The full automatic edible fungus bag loosening aerator comprises a machine base, wherein the machine base is fixed with a hollow cylinder, piercing wheels which are used for piercing and aerating fungus bags are uniformly distributed at a bag outlet of the cylinder, the outer circumference of each piercing wheel is provided with a plurality of piercing needles, the outer side of a bag inlet of the cylinder is provided with a fungus bag conveying mechanism, and the fungus bags are transmitted from the conveying mechanism to a fungus bag feeding mechanism in the cylinder; the conveying mechanism is a chain wheel transmission mechanism driven by a motor and a transmission chain; the feeding mechanism comprises first ratchets which are uniformly distributed at the bag inlet of the cylinder, and the fungus bags are loosened through the first ratchets and are transmitted into the cylinder; and the middle part of the cylinder is provided with a hole, a second ratchet of an output shaft of a two-stage feeding motor fixed at the periphery of the cylinder extends into the hole, and the fungus bags are transmitted to the bag outlet of the cylinder through the second ratchet and then are pierced through the piercing wheels at the bag outlet of the cylinder. The full automatic edible fungus bag loosening aerator is convenient to operate, is time-saving and labor-saving, and has high fungus bag piercing efficiency and good loosening and aeration effects.

The invention relates to a puncturing device, in particular to a mushroom bag puncturing device. The object of the invention is to provide the mushroom bag puncturing device capable of punching a plurality of holes simultaneously, having high puncturing efficiency and punching the holes with uniform densities. According to the technical scheme, the mushroom bag puncturing device comprises a mounting plate, brackets, a fixing table, a mounting seat, a rotating motor, a crank, a connecting rod, a first sliding rail, a first sliding block, a first mounting block, a second mounting blocks and thelike; the brackets are arranged on the left and right sides of the bottom of the mounting plate, the fixing table is arranged on the top right side of the mounting board, the mounting seat is arrangedon the top of the fixing table, the rotating motor is mounted on the mounting seat, and an output shaft of the rotating motor is provided with the crank. The device can punch a plurality of holes ata time by arranging a plurality of inserting rods on the first mounting block, thereby greatly improving the efficiency of the hole puncturing, the size of each of the inserting rods is uniform, the spacing of the adjacent inserting rods is the same, and the hole densities of the holes punched are uniform.

The invention relates to a piercing machine, in particular to a continuous piercing machine for auricularia fungus bags, and aims to solve the technical problem of how to provide a continuous piercingmachine for auricularia fungus bags capable of continuously carrying out piercing, improving the piercing efficiency and saving both time and labor. In order to solve the technical problem, the invention provides the continuous piercing machine for the auricularia fungus bags. The continuous piercing machine comprises a base, first connecting posts, main body mounting plates, a travel mechanism and second connecting posts, wherein one side of the top of the base is connected with a bracket; two sides of the top, far away from the bracket, of the base are connected with the first connecting posts; each first connecting post is connected with one main body mounting plate; the travel mechanism is arranged between the main body mounting plates; and the outer side surface of each main body mounting plate is connected with a plurality of second connecting posts. A transmission belt of the continuous piercing machine clockwise rotates and can continuously convey the auricularia fungus bags backwards through push plates, and punching wheels can continuously pierce the auricularia fungus bags moving backwards.

The invention discloses a medical puncture needle for bone marrow biopsy. The medical puncture needle comprises a handle (1), movable sleeves (2), a tapered sleeve (3) and a spiral needle head (4); the movable sleeves (2) and the tapered sleeve (3) sleeve a head of the handle (1); a spiral wire is arranged at the point of the puncture needle, on the spiral needle head (4); a needle core (5) is arranged in the center of the handle (1); the movable sleeves (2) are of different length; the tapered sleeve (3) and the movable sleeves are fixedly connected with the handle (1); the spiral needle head (4) is arranged in the tapered sleeve (3) to form a tool for acquiring bone and marrow; a plurality of lengthways-arranged longitudinal edges (101) are arranged on the handle (1); the handle (1) is spindle-shaped; an internal electrode wrapped with an insulating substance is mounted in the spiral needle head (4); the movable sleeves (2) and the tapered sleeve (3) form an external electrode; the internal electrode and the external electrode are connected to an external puncture indicating instrument (6) through a socket in the handle (1). The puncture needle is safe and reliable to operate and high in puncturing efficiency and relieves the pain of a patient.

The invention relates to the technical field of medical equipment, in particular to an ultrasonic examination device. The ultrasonic examination device comprises a mounting shell, an ultrasonic transducer and a puncture frame. The ultrasonic transducer is rotatably arranged in an inner cavity of the mounting shell, and the ultrasonic transducer and the mounting shell are arranged at an interval; and the puncture frame is arranged on the outer side of the mounting shell, a puncture guide hole allowing a puncture needle to penetrate through is formed in the puncture frame, and the puncture frameand the ultrasonic transducer can rotate synchronously, so that the axis of the puncture guide hole and the real-time scanning plane of the ultrasonic transducer are coplanar. According to the ultrasonic examination device, the puncture frame and the ultrasonic transducer rotate synchronously, so that it is guaranteed that a puncture path is always located in the real-time scanning plane of the ultrasonic transducer, accurate positioning is provided for puncture operation, the puncture efficiency and accuracy are improved, the operation time is shortened, the operation difficulty is lowered,and accurate, low-trauma, simple and rapid operation treatment is achieved.

The invention discloses a small-diameter steel pipe perforating device. The small-diameter steel pipe perforating device comprises a bottom plate, a fixed clamping mechanism arranged at one end of thebottom plate, a movable clamping mechanism arranged at the other end of the bottom plate and a perforating mechanism arranged on the bottom plate and positioned between the fixed clamping mechanism and the movable clamping mechanism. According to the small-diameter steel pipe perforating device, the perforating efficiency of a small-diameter steel pipe is improved, the phenomenon of deviation ofthe position of the small-diameter steel pipe in the perforating operation is effectively prevented, the cost investment of enterprises is reduced, the scrap rate of the steel pipe is effectively prevented, and higher practicability is achieved.

The invention discloses a profile modeling prefabricated part puncture method. The profile modeling prefabricated part puncture method includes the following steps that a mould is wrapped with multilayer fibre cloths, the multilayer fibre cloths are sutured in a penetrating mode along joints of the fibre cloths, and a cascading unit is formed; the step is repeated to form a plurality of cascadingunits, and a semi-finished product is formed by suturing all the cascading units in a penetrating mode, a hollow needle punctures the inner surface of the semi-finished product in the thickness direction, then breaks away from the outer surface of the semi-finished product in the opposite direction of the original path, and moves to the next position according to the preset needle pitch, and the puncture process is repeated; and a suture line penetrates the interior of the hollow needle and penetrates the interior of the semi-finished product with the puncture action of the hollow needle, andcontinuous fibres penetrating the thickness direction are formed to suture the multilayer fibre cloths together. The problem of low efficiency of manual puncture and suture in the prior art is solved,and the efficiency of puncture and suture is improved.

The invention discloses a prune preserved fruit and a production process thereof, and belongs to the technical field of preserved fruit processing. According to the production process, the productionprocess includes the steps of selection, cleaning, blanching, cooling, piercing, sugar permeability, sugar dripdry, sugar washing-off, baking and softening which are carried out in sequence, wherein the sugar permeability includes the following steps that pierced prunes are soaked in a sugar solution for softening for 1-2 hours, then sugar permeability is carried out by adopting a vacuum sugar permeability and positive pressure sugar permeability cyclic alternating method until the sugar content in the prunes is 55-63 BX, and the sugar permeability is stopped. The preparation method is different from a conventional preserved fruit processing method and is exclusively used for preparing the prune preserved fruit by taking dried prunes as raw materials. Compared with a process of making theprune preserved fruit by using the conventional preserved fruit processing method, the production process has the advantages of greatly saving the sugar permeability time and drying time of prunes, and improving the production efficiency. The prune preserved fruit has the advantages of less loss of nutrient components, better flavor and mouthfeel.

The invention provides a mechanical automatic processing system capable of effectively improving the processing quality and the processing efficiency of preserved prunes. The mechanical automatic processing system comprises a cleaning and softening air cooling feeding system, an automatic piercing device, a sugar-permeating and sugar-draining system and a drying and packaging system, wherein the cleaning and softening air cooling feeding system comprises an automatic blanching machine and a water tank, a conveying pull net and a circulating hot water tank are arranged in the tank, and cleanedpreserved prunes enter the automatic blanching machine and are softened at constant temperature through movement of the conveying pull net in the water tank; the automatic piercing device pierces thesoftened prunes and comprises at least one pair of piercing rollers which rotate oppositely, a pneumatic buffering air bag which is used for automatically adjusting the radial distance between the twopiercing rollers is arranged between the two piercing rollers, and the minimum radial distance between the piercing rollers after the buffering air bag is extruded is equal to or greater than the maximum diameter of a fruit core; blanking vibrating discs are arranged above the piercing rollers, spiral climbing material guide grooves are formed in the blanking vibrating discs, and a single layer of material is flatly laid through vibration; discharge ports for piercing roller blanking are communicated with feeding ports of a sugar permeating device.

The invention discloses a puncture body surface location fence and a use method thereof. The location fence comprises a fixing frame, a plurality of fence lines are arranged in the fixing frame alongthe width direction, a longitudinal location plate is arranged on wide frame edges of the fixing frame, is parallel to the fence lines and comprises a plurality of location blocks, a plurality of hollowed-out grooves are formed in the longitudinal location plate in a front and back penetrating manner and formed in the location blocks in a one-to-one corresponding manner, the hollowed-out grooves are perpendicular to the fence lines, the horizontal projections of the hollowed-out grooves are different from each other, the tops of the location blocks are provided with longitudinal markers in shapes corresponding to those of the hollowed-out grooves, and a transverse location plate is arranged on long frame edges of the fixing frame and provided with transverse markers. The use method includes the steps: (1) fixing the fixing frame to a body surface; (2) performing DSA (digital subtraction angiography) CT (computed tomography) imaging to obtain a CT image; (3) determining penetration points and the like. The puncture body surface location fence is high in accuracy and convenient to use.

The invention provides a puncture electricity-taking device and electric equipment equipped with the same. The puncture electricity-taking device includes a puncture electricity-taking piece (1) which is suitable for being electrically connected with electric equipment and has at least one tooth (2), and the teeth (2) can penetrate through an insulating jacket of a power transmission line (3) to be in contact with and electrically connected with the power transmission line (3), thereby supplying power to the electric equipment. The puncture electricity-taking device provided by the invention can stably provide high-power electric energy for the electric equipment for a long time, is rapid and convenient to install, and in addition, can realize live-line installation, and power supply is not influenced during installation.

The invention discloses an instrument for perpendicularly assembling a chemical mixer and a penicillin bottle. The instrument for perpendicularly assembling the chemical mixer and the penicillin bottle comprises a base, a rotary shaft, a disk I, a disk II, a support, a guide plate, a connecting rod, a push rod and a curved bar, wherein the rotary shaft is vertically arranged on the base, the rotary shaft is fixedly sleeved with the disk I and the disk II, the guide plate is arranged above the disk II, the curved bar is arranged on the top of the support, an outwards protruding section I of the curved bar is sleeved with one end of the connecting rod, the other end of the connecting rod is hinged to one end of the push rod, the push rod penetrates through the guide plate, a plurality of clamping grooves are formed in the disk I in the circumferential direction of the disk I, the outer sides of the clamping grooves are open, round holes which correspond to the clamping grooves in a one-to-one mode are formed in the disk II, and the other end of the push rod is arranged above a rotation track of the round holes. The instrument for perpendicularly assembling the chemical mixer and the penicillin bottle is integrally designed, and is fixed in occupied space and good in stability; due to the fact that synchronous rotation is formed between the two disks, continuous operation of loading, puncture assembly and unloading can be achieved, and handling capacity is flexible and adjustable; due to the fact that puncture assembly between penicillin bottles of different specifications and infusion bags of different specifications can be achieved through switching between the disks of different specifications, and the instrument for perpendicularly assembling the chemical mixer and the penicillin bottle is wide in range of application.

The invention belongs to the technical field of medical instruments, and particularly relates to an ultrasonic guided puncture auxiliary support and a puncture device. The auxiliary support comprises a probe frame and a needle frame, wherein the probe frame is used for placing an ultrasonic probe, the needle frame comprises a base and a supporting seat, the probe frame is connected with the needle frame, a puncture vacancy is arranged between the needle frame and the probe frame, the supporting seat is movably provided with an installation seat used for installing a puncture needle, and the supporting seat is movably installed on the base. The supporting seat can move back and forth relative to the puncture vacancy, and the installation seat can move up and down relative to the puncture vacancy, so that the puncture site of the needle head of the puncture needle is adjusted. In the puncture process, the puncture site is guided and determined through ultrasonic waves, and the position of the puncture needle is adjusted through the movable part of the auxiliary support, so that the needle head of the puncture needle can accurately pierce the puncture site; and therefore, puncture failure or damage to surrounding tissues, organs and the like caused by puncture due to the fact that the puncture needle deviates from a puncture site can be effectively avoided.

The invention discloses an integrated central venipuncture blue hollow syringe with a preset guide wire. The blue hollow syringe comprises a blue hollow syringe body, a plastic interlayer, a safety valve, a core rod and a guide wire pusher; the blue hollow syringe body comprises a syringe cylinder and a syringe rubber head, wherein a piston and a push-pull rod which are provided with through holesalong an axis are arranged in the syringe cylinder, and the periphery of the plastic interlayer is hermetically connected with the inner wall of the front end part of the syringe cylinder; a gap is reserved between the front end face of the plastic interlayer and the front end face of the syringe cylinder, and the peripheral part of the plastic interlayer is provided with a communication hole; the safety valve is arranged at the inner center of the plastic interlayer, and the centers of the two end faces of the safety valve are both provided with a hole for the guide wire to penetrate through; the core rod is hollow along an axis and is arranged in the through holes of the piston and push-pull rod, and one end of the core rod is fixedly connected to the rear end face of the plastic interlayer; the guide wire pusher is arranged at the second end of the push-pull rod and previously pushes the guide wire to the end face of the safety valve. The blue hollow syringe body and the guide wirepusher are connected into a whole part, correspondingly the guide wire can be preset in the blue hollow syringe body, and the puncture efficiency is improved.

The invention relates to a pediatric multifunctional sickbed special for head intravenous injection. The sickbed comprises a bed board and supporting columns arranged at the bottom of the bed board, and is characterized by further comprising a first fixing assembly used for fixing the feet of a child patient, a second fixing assembly used for fixing the knees of the child patient, a third fixing assembly used for fixing the hands of the child patient and a fourth fixing assembly used for supporting and fixing the head of the child patient. According to the technical scheme, a coherent and compact structure is adopted; in the prior art, intravenous injection is carried out on a child patient; a traditional medical tool can only solve the problem that the head of a child patient is prone tomoving, but cannot solve the problem that the legs and the hands of the child patient are prone to moving, further, when intravenous injection is conducted on a special child patient, the puncture success rate can be increased, and therefore the technical scheme has extremely high contribution value in the current medical field.

The invention relates to a building block and an anti-cracking process adopting the building block. The building block comprises a body with protrusions and grooves. The protrusions are arranged on the first side wall of the body, and the protrusions are provided with puncturing parts. The grooves are formed in the second side wall of the body, and the grooves are used for containing joint fillingpackets containing joint filling fluid materials. The first side wall deviates from the second side wall. The protrusions on one building block are used for being in inserted joint with the grooves in the other building block. During inserted joint, the puncturing parts on one building block puncture the joint filling packets in the grooves in the other building block, so that the joint filling fluid materials flow to the joint of the two building blocks along the clearances between the protrusions and the grooves. The anti-cracking process adopting the building block comprises the steps thatthe protrusions on one building block are inserted into the grooves in the other building block, the puncturing parts puncture the joint filling packets in the grooves, the joint filling fluid materials flow to the joint of two building blocks along the clearances between the protrusions and the grooves, and connection between two building blocks is improved. Paving seams between the building blocks are prevented from cracking.