51results about How to "Little need for space" patented technology

The invention provides a water vortex showering machine. A sleeve with internal screw threads is coaxially vertically and fixedly arranged at the bottom of a waterproof cabin, the diameter of the sleeve is smaller than the diameter of a first round hole, a motor is arranged in the waterproof cabin, a sound round hole is coaxially formed in an impeller, a first round tube is arranged at the bottom of the impeller, the outer diameter of the first round tube is matched with the diameter of the first round hole, the first round tube is inserted into the first round hole in a matched way and is connected with the motor, a vortex generating body is in a funnel shape, and consists of an axially penetrated reverse cone body and a second round tube connected with a bottom opening of the reverse cone body, a plurality of through holes are respectively formed in the lower part of the reverse cone body and the side wall of the second round tube, the outer diameter of the second round tube adapts to the inner diameter of the first round tube, the second round tube is partially inserted into the first round tube, the bottom surface of the second round tube is connected into a whole with the outer wall of the sleeve, the reverse cone body is positioned above the impeller, a standing disc is connected with the sleeve through screw thread studs. The water vortex showering machine has the advantages that the cleaning on human bodies is cleaner and more thorough, the water consumption is less, in addition, the water can be circulated for flushing the body, the water utilization rate is high, and the requirement on the site is low.

The invention discloses a box-packing method for frame-shaped parts and an auxiliary box-packing device. The method involves a conveyor belt, an auxiliary box-packing device, a part mounting device, and frame-shaped parts; Under the guidance of the boxing device, the auxiliary boxing device is inserted into the parts mounting device to complete the boxing process. Using this method and the auxiliary boxing device, not only can the work of guiding the frame parts from the assembly line to the boxing place be completed automatically, but also the cost is low, the modification requirements are small, the site demand is small, and the energy consumption is small, which satisfies the production line of frame parts. actual production needs.

The invention provides a meal ordering system that supports multi-merchant public cloud and privatized collaborative deployment modes. The meal ordering system includes a server end and a smart table, and the server end is deployed in the cloud or locally; the smart table includes a touch screen as a desktop and has a unique The MAC address of the device, the server side includes the split-screen module group and the order module group, the split-screen module group is used to set 2 or more seat IDs for a dining table, and the number of seat IDs on a touch screen is the same A human-computer interaction interface for each diner to log in, and associate the seat ID with the human-computer interaction interface; on the same large screen for ordering, display in partitions, according to different settings, different dining users use separate seats ID, perform operations such as ordering food on a separate display window, and accurately locate and manage users to avoid practical problems such as order errors, side dish errors, and service deviations.

The invention discloses a resistance welding process of a fluid reservoir of a compressor. The resistance welding process of the fluid reservoir of the compressor is used for projection welding synchronous rings of an upper case body of the fluid reservoir, a steel tube and a copper tube and connecting a lower case body of the fluid reservoir in a seal welding. The resistance welding process comprises the following steps that: S1, welding end of the steel tube is cold pressed in the shape of a horn; S2, welding end of the copper tube is cold pressed in the shape of a convex ring and inserted into the horn-shaped welding end of the steel tube; S3, the copper tube contacts with the end face of the horn-shaped welding end of the steel tube before welding and a gap is formed between the copper tube and the inner side of the horn-shaped welding end of the steel tube, a line contact is formed between the steel tube and the fluid reservoir of the compressor to suspend the steel tube inside the upper case body of the fluid reservoir; S4, pressure is exerted on working parts by medium-frequency direct-current resistance ring projection welding to discharge and fusion weld the copper tube and the steel tube and the steel tube and the upper case body, and to seal weld the upper case body and the lower case body by resistance seam welding. The resistance welding process is capable of welding the fluid reservoir, downsizing working space, saving technological process and solder, reducing cost and meeting structural requirements of the fluid reservoir with the steel tube inside and the copper tube outside.

The invention discloses a keyway processing equipment for antique buildings, which includes a frame, a rotating seat is fixedly connected to one side of the top of the frame, and a rotating disc is connected to the top of the rotating seat, and the outer sides of the rotating disc are equidistantly arranged. There is a guide groove, the middle part of the guide groove is rotatably connected with a fixed frame, the front shaft of the fixed frame is fixedly connected with a gear, the surface of the gear is meshed with a gear ring, the guide frame is distributed in a cross, and each Angles correspond to one station, two stations, three stations and four stations. The invention relates to the technical field of wood processing. This kind of keyway processing equipment for antique buildings solves the problem that the current processing of keyways for antique buildings generally adopts step-by-step processing. Multi-equipment combined processing requires a large space and high equipment cost, which is not conducive to the processing and use of small and medium-sized enterprises.

The invention discloses a radar correlated imaging method of a single transmitting system, comprising the following steps: the size of a meta-material reflective plate and the spacing, number and arrangement shape of scattering units are acquired; an arrangement mode of the scattering units maximizing the distribution detection precision is acquired; a simulation analysis is made of the meta-material reflective plate using HFSS software, and a meta-material modulation reflective plate is designed to realize radar correlated imaging of a single transmitting antenna; an electromagnetic wave signal transmitted by a transmitting antenna is randomly modulated by the modulation reflective plate and irradiated on an imaging target, and after the electromagnetic wave signal is scattered by the target, scattering echo is received by a receiving antenna; and a data processor processes a calculated radiation field and the received scattering echo to get an image of the target. Based on radar correlated imaging of a single transmitting antenna, a target can be imaged at high quality, at high resolution and at a long distance. The complexity and cost of the transmitting system are reduced. Correlated imaging radar is enabled to have functions of target tracking and measuring simultaneously while the detection distance is ensured.

The invention discloses a state monitoring device and method for program vulnerability testing of an unmanned aerial vehicle. Using the present invention can detect the operation state of the control logic of the drone in real time, provide more dimensional feedback information for the test tool, and expand the depth of the network information security test. The device of the present invention includes a communication monitor and a logic monitor; the communication monitor is used to detect whether the communication service of the DUT is normal; the logic monitor collects the ESC and steering gear signals sent by the core module of the DUT, and utilizes the DUT dynamics and kinematics numerical model Calculate its attitude angle, acceleration, angular velocity and other information, and compare the real-time calculation results of the numerical model with the historical calculation results to identify abnormalities in the flight control logic in time and realize the state monitoring of the DUT control logic.