40results about How to "Avoid Conversion Errors" patented technology

The invention discloses a picture document processing method and device. The picture document processing method comprises the following steps: preprocessing a picture document to acquire a connected-domain based page image; segmenting the connected-domain based page image into one or a plurality of picture blocks; determining the types of the picture blocks according to the document content attribute of the picture blocks; correspondingly rearranging any one or more types of picture blocks according to the size of a displaying area to acquire the display data of each type of picture block; and displaying the display data of the picture block in the displaying area. Due to the adoption of the picture document processing method and device, the layout can be rearranged directly on the image layer of the picture document without using a reading tool, the reading efficiency is improved, the conversion error caused by using the reading tool to convert is avoided, and the development cost is lowered.

The invention provides an image sensing device and an exposure time adjusting method thereof. A light sensing unit senses a light signal including image information to generate a sensing signal. An exposure time adjusting circuit is integrated in the chip and adjusts the exposure time of the light sensing unit according to the sensing signal.

The invention discloses a registration mechanism-based multi-point temperature measurement control system. An ARM (Advanced RISC Machine) chip is taken as a processing core, a temperature sensor ID registration mechanism is introduced through communication with an upper computer, and when sensor nodes are replaced and added or deleted, only sensor IDs need to be operated in the upper computer or a registration circuit. The multi-point temperature measurement control system can register or deregister the sensor IDs in the upper computer or the registration circuit according to users' demands to control number of temperature measurement points so as to reasonably utilize resources; and meanwhile, sensors can be timely and quickly replaced in the presence of faults, added or deleted through the registration mechanism without program re-curing, so that great conveniences are provided for practical system maintenance and management.

The invention relates to a piston type gas-liquid dual-purpose micro-flow standard device, comprising a vertically-reversed piston cylinder, wherein the piston cylinder is connected with an upper end piston cylinder cover; the piston cylinder or the piston cylinder cover is fixed on a bearing bracket; the piston cylinder cover contains a cross-shaped four-way connector; one connector in a horizontal direction of the cross-shaped four-way connector is connected with a water tank through a water inlet pipe valve; the other connector in the horizontal direction is connected with a detected liquid flow meter through a water outlet pipe valve; the vertical upward connector is connected with a transition container internally provided with an oil-water separating layer through a transition container valve; a gas outlet is arranged above an oil face of the transition container; and the gas outlet can be connected with a detected gas flow meter; and the top of a piston is inserted into the piston cylinder and the piston is driven by a linear module to move up and down. According to the invention, two different gas or liquid medium flow meters can be detected by the same set of the standard device; and an outer diameter of the piston is used as an effective measurement diameter and a machining precision is easy to improve, so that the detection precision is improved and the whole structure of the device is small and simple.

The invention discloses a narrow and deep cavity rail-mounted multi-power head machining device. The narrow and deep cavity rail-mounted multi-power head machining device comprises a guide rail, a bottom frame, a longitudinal shaft moving feeding mechanism and a machining module. The longitudinal shaft moving feeding mechanism and the machining module are both installed on the bottom frame. The longitudinal shaft moving feeding mechanism coordinates with a rack on the inner side of a guide rail base on a machine tool through a gear to achieve longitudinal precise movement of the machining module. The longitudinal shaft moving feeding mechanism takes part in multi-axis linkage to achieve precise insertion supplementing movement of the machining module. According to the narrow and deep cavity rail-mounted multi-power head machining device, the machining module comprises a plurality of functional modules with different machining characteristics, efficient machining with various machiningcharacteristics can be achieved, and the application range of the machining device is greatly enlarged. According to the narrow and deep cavity rail-mounted multi-power head machining device, a pneumatic motor serves as machining main shaft drive, an air cylinder is used for carrying out vertical feeding, relative to electric main shaft and motor drive feeding, the narrow and deep cavity rail-mounted multi-power head machining device has the beneficial effects that at the same power, the size and the length of the pneumatic motor are far smaller than those of an electric motor, the speed reducer design is omitted in the drive part, and the size of the related whole device is greatly reduced.

The invention relates to a torque sensor combined with a reducer. The torque sensor comprises a reducer, an output shaft, an outer shell and an inner lining, wherein the sensor is arranged on the output shaft of the reducer; the outer shell is fixed with the outer shell of the reducer; a pair of rolling bearings is arranged between the outer shell and the inner lining; the inner lining is fixedlyconnected with the output shaft of the reducer; conductive copper rings are arranged at the places of the inner lining where the bearings are arranged, and an emitter is arranged in the middle; on the output shaft, a force measurement ring is arranged outside the inner lining; the outer shell is provided with a power converter; the inner lining is fixedly connected with the output shaft of the reducer through an adjusting bolt by a T-shaped tapered wedge; the force measurement ring consists of two semicircular annular structures and has a transverse H-shaped section; and two groups of torque measurement resistance strain gauges are adhered to the outer circular surface of the middle working section. The torque sensor is combined with the reducer and utilized to test the working torque directly without being influenced by other parameters so as to greatly improve the testing accuracy, not to affect the transmission efficiency and make full use of the effective energy source.

The embodiment of the present invention discloses a control method of a food processor, which includes: when detecting that the user is approaching the food processor, detecting whether the user is still within the detection range of the food processor within a first preset time length, and Detect the user's discharging gesture within the preset time period; when it is detected that the user is still within the detection range within the first preset time period, and when the user's discharging gesture is detected, the cup cover of the food processor is automatically opened; Detect whether the material has been put into the food processor within the second preset time after automatic opening; when it is detected that the material has been put into the food processor, it will automatically close the lid of the food processor after the lid reminds. Through this embodiment solution, the control signal is delayed and verified before the automatic opening or closing of the control cup lid, which ensures the reliability of the cup lid control and avoids the error of opening the lid caused by the sensor failure or the user passing by the machine and being detected by the sensor. problem, and avoid the phenomenon of hand pinching.

The invention relates to an electric motor with a torque sensor. The torque sensor is sheathed on the outwards extending end of a rotary shaft of the electric motor, the back end of an outer shell of the torque sensor is fixedly connected with a front end cover of the electric motor, and the rotary shaft of the electric motor is connected with the back end and a front cover of the outer shell of the torque sensor through rolling bearings. The torque sensor comprises a friction wheel, a generator, a generator seat, a transmitter, a shaft clamp ring, a proving ring and the outer shell, wherein the generator seat, the shaft clamp ring and the proving ring are sequentially and fixedly connected to the rotary shaft of the electric motor from left to right in the outer shell, the generator is fixedly connected to the generator seat, the friction wheel is connected to a rotary shaft of the generator, and the outer circle of the friction wheel is in frictional contact with the inner wall of the outer shell; and the shaft clamp ring is fixedly connected with the transmitter through a transmitter connecting plate. In the invention, the electric motor and the torque sensor are combined together, a working torque is directly tested by utilizing the torque sensor, and therefore, the electric motor can not be influenced by the fluctuation of parameters comprising current, voltage, rotary speed and the like, thereby greatly improving testing precision.