41results about How to "Assemble at will" patented technology

The invention discloses a small-particle multifunctional light emitting diode (LED) lamp radiating device. The radiating device comprises radiating fins, a circuit board (6), a seal ring (7), a controller (3), an ornament (12), a connecting reinforcement support (2), a clamping hoop (4) and a junction box (13), wherein the connecting reinforcement support (2) consists of a left connecting reinforcement support (11) and a right connecting reinforcement support (10); the radiating fins comprise main radiating fins (5) and secondary radiating fins (1) which are movably connected with one another; the main radiating fins (5) are directly connected with the circuit board (6) on which LED lamps are welded; and the circuit board (6) is connected with a sealant groove (8) through the seal ring (7). The invention has the advantages that: the device is assembled conveniently and flexibly, is easy and convenient to operate, and has long service life and high applicability.

The invention discloses a sand box type free assembling virtual method and applications thereof; the method comprises the following steps: adding corresponding function parts to basic parts according to settings; continuously adding other function parts on said function parts; the basic parts refer to general parts; the function parts refer to parts with set functions; the function part has physics attributes that can be changed; the sand box type free assembling virtual method application comprises the following steps: entering an assembling interface after a user log in a rear server on a client end; invoking basic parts and function parts in a database of the server on the assembling interface according to the assembled target; adding the function parts on the basic parts; adding different function parts so as to finish the assembling, thus obtaining the assembled role; storing the assembled role into the server database. The method and application can solve the low freedom degree problems in a user assembling process.

The invention discloses a double-stamp hardware stamping die. The double-stamp hardware stamping die comprises a die carrier fixedly installed on a terminal crimping machine and a double-stamp die body detachably connected to a pressure head of the terminal crimping machine, wherein the double-stamp die body is located in the die carrier and comprises a hanging head, a sliding block, a connecting block, a cutting forming cutter base, a copper strip feeding block, a pair of bending cutters, forming die bases and a pair of stamping cutters which are arranged sequentially from top to bottom; the sliding block is detachably connected to the hanging head through a clamping groove structure; the connecting block is connected to the sliding block through a pair of springs; the cutting forming cutter base is fixedly connected to the connecting block; the copper strip feeding block is arranged near the lower portion of the cutting forming cutter base and fixedly connected to the die carrier; the pair of bending cutters are arranged at the bottom of the cutting forming cutter base and hinged to the die carrier; the forming die bases are arranged at the bottoms of the bending cutters and fixed to the tabletop of the terminal crimping machine; the pair of stamping cutters are fixedly connected with the lower end of the sliding block. The double-stamp hardware stamping die has the beneficial effects that by means of the design principle of the die carrier of the terminal crimping machine, full-automatic production can be realized, time and labor are saved, and the double-stamp hardware stamping die can be freely assembled on any terminal not needing improvement for use.

The invention discloses an assembled puzzle building block magic card. The cubic magic card comprises a short edge plug and a long edge plug. The short edge plug is inserted in a corresponding short edge slot of the neighboring card, and the long edge plug is inserted in a corresponding long edge slot of the neighboring card. A height difference of a thickness forms a convex tenon and a concave mortise. The triangular pyramid magic card comprises a first side face short edge plug, a first side face long edge plug and a first bottom face short edge plug. The first side face short edge plug is inserted in a bottom face short edge slot. The first side face long edge plug is inserted in a bottom face long edge slot. The first bottom face short edge plug is inserted in a first side face short edge slot. A second bottom face short edge plug is inserted in a second side face short edge slot. A second side face short edge plug is inserted in a third side face short edge slot at the other sideface. A second side face long edge plug is inserted in the other side face long edge slot. The magic cards are folded as building blocks, and the building blocks are used for splicing and assembling,so functions of environment protection, portability, easy storage, infinite splicing, reshaped creation and rediscovery are realized.

A novel computer is characterized technically by that its operating program has additional file copy and output function and the copied shared file is output to the security examination program for examining the security of input data and the data output recognizing program for checking the data output.

The invention provides an inverse dynamics calculation method applied to a human-like skeleton, comprising the following steps: splitting the human skeleton into arm parts, leg parts, spine parts and neck parts; The leg parts are updated, and the inverse dynamics calculation is performed to determine whether it exceeds the limit. If it exceeds the limit, check whether there is an input at the starting end of the spine part. If not, follow the overrun offset of the arm part and the leg part Update the starting end of the spine component, if there is input, update the spine component according to the input of the spine component, perform inverse dynamics calculation on the updated spine component and judge whether it exceeds the limit, if it exceeds the limit, according to the overrun The offset updates the starting input of the leg part and the arm part at the same time, and the inverse dynamics of the arm part and the leg part are updated again at the same time; the effect of the neck part is calculated by the orientation constraint or spline inverse dynamics , so as to obtain the animation effect closest to the current one for each component.

The invention discloses a combined turning tool teaching aid, which comprises a tool body and a base plate, wherein the tool body and the base plate are detachably connected with each other. The tool body comprises a tool bit and a tool handle, which are detachably connected with each other. The tool bit is formed by detachably connecting at least two tool bit combination block. Various turning tools and turning tool geometric angles can be demonstrated by means of assembly and disassembly to rapidly improve spatial imagination for students and enable the students to understand and master contents of courses.

The invention relates to the technical field of shoe manufacturing, in particular to snap type casual shoes. Each snap type casual shoe comprises an outer sole, a vamp and an inner sole. A containing trough is formed in each outer sole, the shape of the containing troughs is matched with that of the feet of a human, a plurality of fixing and connecting parts arranged in a track mode along the side wall of the corresponding containing trough are arranged on the inner surface of the side wall of each containing trough, and all the fixing and connecting parts stretch from the corresponding side wall to the center of the corresponding containing trough. Each vamp comprises a facial part, a cavity used for containing one foot of the human is formed in each facial part, an opening is formed in the bottom of each cavity, through holes are formed in each facial part close to the bottom of the corresponding facial part, the through holes are in one-to-one correspondence with the corresponding fixing and connecting parts and are matched with the corresponding fixing and connecting parts, and the fixing and connecting parts penetrate through the corresponding through holes and stretch into the corresponding cavity. Each inner sole is arranged in the corresponding cavity, and a plurality of grooves containing the corresponding fixing and connecting parts are formed in the lower surface of each inner sole. The snap type casual shoes have the advantages of greatly simplifying the shoe manufacturing technology, being needless for adhesive, saving power and energy, protecting the environment, saving time and labor when the shoes are manufactured, and being high in production efficiency, low in production cost, capable of being assembled and matched freely and affordable.

The invention relates to a personalized and modularized instrument panel assembly and a car to solve the problem that in the prior art, the purchased vehicle does not meet the functional requirements caused by the user's inability to participate in the interior configuration design process; the interior configuration is not easy to disassemble and assemble. It cannot be used separately from the vehicle, causing a waste of resources. The personalized and modular instrument panel assembly includes: instrument panel, storage box and functional module; the storage box and the instrument panel are detachably connected, and are electrically connected, or, the electrical connection or the first control signal Connection; between the functional module and the instrument panel, between the functional module and the storage box are detachably connected through the mechanical interface, and the electrical connection is realized through the first electrical interface, or the electrical connection is connected with the first control signal; the functional module has One or more functional modules can be selectively assembled on the instrument panel and / or the storage box through the mechanical interface and the first electrical interface.