10results about How to "Set compact" patented technology

This invention discloses a high-efficiency separation device and method for oily sludge. The device includes a shell, within which, from top to bottom, are sequentially arranged interconnected strong mixing and dispersion unit, thermal vibration polymerization unit, and three-phase separation unit, respectively used for primary demulsification of strong mixing and dispersion, secondary demulsification of thermal vibration polymerization, and three-phase separation of oily sludge. By integrating the strong mixing and dispersion unit, thermal vibration polymerization unit, and three-phase separation unit into a single device, this invention efficiently solves the technical problem of difficult efficient separation of oily sludge in the prior art. It features small footprint, compact design, low maintenance cost, stable and reliable operation, strong adaptability, low secondary pollution, and high separation efficiency.

The utility model relates to the field of low voltage apparatus, concretely relates to a super thin intelligent switch, including apron, circuit board, battery, base and battery cover, base, circuit board are equipped with base through -hole, circuit board through -hole respectively, battery cover and battery are located in base through -hole and circuit board through -hole at least partially, make battery and battery cover with base, circuit board share intelligent switch in thickness direction's space, reduce additional occupation thickness direction's space, reduce the thickness of intelligent switch, and apron, battery and battery cover fixed connection are integrated, battery and battery cover rotate with apron together when apron rotates, need not reserve gap between battery and battery cover and apron, only need that base through -hole and circuit board through -hole are properly enlarged for battery cover to provide the avoidance space with apron rotation, save the swing gap of reservation, reduce the thickness of intelligent switch, realize intelligent switch super thin design, more accord with the popular trend of market miniaturization design.

The application discloses a paper feeding cutter device which comprises a frame body, a driving device, a pressing assembly, a transmission assembly and a paper separating wheel installed on the frame body, the pressing assembly is used for pressing paper in an elastic manner, the paper separating wheel is arranged adjacent to the pressing assembly, the paper separating wheel is rotatably installed on the frame body, and the paper separating wheel is further installed on an output end of the driving device through the transmission assembly, so that the paper separating wheel rotates under the driving of the driving device, and the paper separating wheel can separate overlapped paper and make the paper pass in a single sheet mode through the rotation of the paper separating wheel. The paper feeding cutter device can effectively separate paper and avoid thin paper stacking, and has the advantages of simple structure.

The invention provides a saddle type vehicle. In a saddle-type vehicle, an engine unit including a unit-type swing engine, a catalyst device, and an exhaust gas sensor is made compact. A saddled vehicle is provided with: a unit swing engine (13) that has a crankcase (43) and a cylinder section (44) that extends from the crankcase (43) such that the cylinder axis extends in the front-rear direction of the vehicle, the unit swing engine (13) being swingably supported by a vehicle body frame (12); a radiator (60) disposed on the side of the crankcase (43); an exhaust pipe (77) connected to the cylinder section (44); a catalyst device (121) provided in the exhaust pipe (77); and an exhaust gas sensor (141) provided to the exhaust pipe (77), the catalyst device (121) and the exhaust gas sensor (141) being disposed apart from the radiator in the vehicle front-rear direction in a side view.

The utility model discloses a kind of handheld cleaning equipment, comprising: base, including mounting and the handpiece component that the bottom of the mounting extends downward from the mounting, the air duct is formed in the base;Dust cup, it is set in the top of the mounting, it is communicated with the air duct and is used for air dust separation;Suction motor, it is set in the bottom of the mounting, it is communicated with the air duct and is used for generating airflow flowing along the air duct;Battery pack, it is set in the bottom of the handpiece component, and with the suction motor electric connection;Wherein, the suction motor and the dust cup in the projection of the handheld cleaning equipment height direction At least partially coincides, the suction motor and the handpiece component in the projection of the handheld cleaning equipment length direction At least partially coincides.The utility model uses above structure, can effectively increase dust cup capacity while not increasing the whole machine structure size, so that dust cup is not easy to block.

The utility model belongs to battery processing technical field especially relates to battery lamination material taking device, including machine table, lamination workbench, electrode piece positioning mechanism and material taking mechanism, lamination workbench, electrode piece positioning mechanism and material taking mechanism are located on the machine table, the lamination workbench is used for the core lamination, the electrode piece positioning mechanism is used for electrode piece positioning, and electrode piece positioning mechanism includes lifting mechanism and positioning table, and lifting mechanism is located in the machine table, and lifting mechanism includes the lifting end that stretches out from the machine table top surface, and positioning table is located in the lifting end, material taking mechanism includes cross translation mechanism and clamping assembly, cross translation mechanism is located on the machine table, and clamping assembly is located in the movement end of cross translation mechanism, and the part path of cross translation mechanism drive positioning table movement and the position of positioning table overlap. The positioning table of electrode piece positioning mechanism avoids material taking mechanism by descending, so the overall structure can be more compactly set on the machine table, reduces the volume of whole, can reduce the equipment cost.

The application relates to the field of vehicle technology. The application provides a riding vehicle, which comprises a vehicle body, a rearview mirror connected to the front of the vehicle body, a mirror connecting assembly for connecting the rearview mirror to the vehicle body, a light device comprising an illuminating part and a cable, the cable being electrically connected to the illuminating part, the mirror connecting assembly supporting the light device and the rearview mirror, and the mirror connecting assembly comprising a mirror rod, the mirror rod comprising a rod body part and an adapter part, the adapter part being connected to the rod body part in a rotating mode, the rod body part being hollow to form a first channel for the cable to pass through, the adapter part being hollow to form a second channel for the cable to pass through, and the first channel and the second channel being communicated. The application integrates the light device and the rearview mirror into a module, so that the front end structure of the riding vehicle is more compact, and the service life of the cable of the light device is prolonged.

The utility model relates to an alarm clock which comprises a shell assembly and a sound production device. The shell assembly comprises a shell support, a rear cover plate and a front cover plate. The front cover plate covers the front side of the shell support, and a working space is defined by the front cover plate and the shell support. The rear cover plate covers the rear side of the shell support, an accommodating space is defined by the rear cover plate and the shell support, a through hole is formed in the side, facing the rear cover plate, of the shell support, and the through hole communicates with the working space and the accommodating space; the sounding device is fixed on the shell bracket, and at least part of the sounding device enters the through hole and is exposed in the accommodating space; wherein the rear cover plate is provided with a sound outlet channel penetrating in the thickness direction, and the sound outlet channel is communicated with the working space, so that sound emitted by the sound production device is conducted outwards through the containing space and the penetrating hole. According to the arrangement, the shell support is used for fixing the sounding device through the support plate, and the support plate not only plays a role in fixing the sounding device, but also plays a role in dividing the space, so that the space is utilized to the greatest extent, and the compact arrangement of the internal space is realized.

The utility model relates to an imaging mechanism and device. The imaging mechanism comprises a shell, a reflector module, a filtering module, a main control module, a heat dissipation module and a processing module. The shell is provided with a plurality of side walls, and a cavity is defined by the side walls; the reflector module, the filter module, the master control module, the heat dissipation module and the processing module are all located in the cavity and are all arranged on the side wall. According to the imaging mechanism provided by the invention, the reflector module, the filter module, the master control module, the heat dissipation module and the processing module are all located in the cavity, and all the elements are arranged on the side wall, so that the reflector module, the filter module, the master control module, the heat dissipation module and the processing module are directly arranged on the side wall of the shell, and the positions of all the elements in the shell are more compact; the installation and arrangement of each element in the housing are facilitated, and the miniaturization design of the imaging mechanism is facilitated.