78results about How to "Reduce the number of targeting" patented technology

The invention provides a location method, device and terminal, and relates to the field of communication. In order to solve the problem that a location manner cannot be selected in a self-adaption manner in the current virtual fence location system, the method comprises the steps of monitoring a geological position of the terminal, and calculating the distance between the terminal and a preset virtual fence; determining the location manner and a corresponding location time interval according to the distance between the terminal and the virtual fence and a preset distance threshold value; adopting the location manner for location after the location time interval. According to the location method, device and terminal, a proper location manner can be selected in a self-adaption manner according to location needs.

The invention discloses a virtual electronic fence positioning method and apparatus, and a virtual electronic fence monitoring method and system. The virtual electronic fence positioning method comprises searching and recording the current WIFI signal combination; determining that the WIFI signal combination is unmarked safe combination, acquiring the positioning data, and the positioning data to a server; receiving a determination result signal returned from the server; if the determination result signal is a not-out-of-range signal, marking the WIFI signal combination as safe combination; and if the determination result signal is an out-of-range signal, alarming to prompt. The virtual electronic fence positioning method and apparatus, and the virtual electronic fence monitoring method and system solve the technical problem that a current children positioning monitoring device consumes great energy and is shot in the stand-by time, so that the virtual electronic fence positioning method and apparatus, and the virtual electronic fence monitoring method and system can reduce the positioning number and the data transmission quantity, can save the energy and prolong the using time for one-time charging, and can realize children or the aged monitoring in a safety area.

The invention belongs to the technical field of automatic assembly, and discloses bonding assembly equipment which is used for bonding assembly of a first workpiece and a second workpiece. The bondingassembly equipment comprises a jig, a first feeding device, a second feeding device, an assembling device and a glue dispensing device. The jig is configured to clamp the first workpiece. The first feeding device is configured to receive the jig input from the outside and can further transfer the jig to an assembling station and a discharging station. The second feeding device is configured to store and output the second workpiece. And the assembling device can be moved to the position among the second feeding device, the assembling station and the glue dispensing mechanism so as to pick up the second workpiece provided by the second feeding device, and after the glue dispensing device coats glue onto the bonding part of the second workpiece, the second workpiece can be bonded and assembled to the first workpiece located at the assembling station. The bonding assembly equipment provided by the invention can be used for efficiently carrying out bonding assembly operations.

The invention discloses locating methods, a locating system and relevant equipment. The using frequency of terminal equipment and a base station locating platform of a located user is reduced in a locating process, and locating speed and locating accuracy are improved. One of the locating methods comprises that the terminal equipment carries out global position system (GPS)/assisted global position system (AGPS) locating according to sampling frequency in each locating cycle; if at least one piece of GPS position information is acquired successfully, the GPS position information is reported to a locating server; and if the GPS position information is not acquired and movement is judged according to cellular identify (CI) information, first indicating information is reported. Another locating method comprises that the terminal equipment judges whether moving happens according to the CI information in each locating cycle; when a judged result is that moving happens, GPS/AGPS locating is carried out, if the GPS position information is successfully acquired, the GPS position information is reported to the locating server, and if the GPS position information is not acquired, the first indicating information is reported.

The invention discloses a low-speed motor direct driving mechanism used for a top part driving well drilling device. The low-speed motor direct driving mechanism comprises a hollow main shaft, a motor and a control mechanism. The motor comprises a motor upper end cover, a motor shell, a rotation head internal sleeve and a stator and rotor mechanism. The motor upper end cover, the motor shell and the rotation head internal sleeve are all sleeved on the external side of the hollow main shaft. The stator and rotor mechanism is installed in a sealing space formed by the motor upper end cover, the motor shell and the hollow main shaft. The sealing space is communicated with a cold air mechanism. The stator and rotor mechanism has a protruding-pole structure and is designed in a two-segment type. The control mechanism comprises a speed monitoring device and a brake device which is arranged on the hollow main shaft. According to the low-speed motor direct driving mechanism used for the top part driving well drilling device, the hollow main shaft is utilized to directly drive a drilling rod without an intermediate speed reducing mechanism so that structure of the top part driving well drilling device is greatly simplified, and a large amount of auxiliary components are reduced. Meanwhile, the well drilling process becomes smoother by structural design of the motor.

The invention belongs to the field of manufacturing of automobiles, and particularly discloses a machining process for a longitudinal beam of a heavy truck. The machining process for the longitudinal beam of the heavy truck is characterized by comprising the following steps: marking; punching; cutting; shot blasting; bending. The machining process has high universality and high efficiency; coding of an intelligent coding machine, numerical control punching, cutting of a robot plasma cutter and shot blasting are all controlled through programs, so that the specification and the length of a section of the longitudinal beam in a certain range, the size and the position of the hole and the machining of the contour of the longitudinal beam can be realized. Trail production and large-scale and multi-species continuous production can be realized. The precision is high; the positioning is consistent; the positioning at all the punching, cutting and bending processes is realized by the front end of the longitudinal beam; the machining is controlled through the program; a three-dimensional numerical control punching machine is adopted as the punching machine, and wing surface holes and ventral surface holes are finished in sequence to reduce the positioning frequency; the shot blasting is performed to remove scales and rust before bending so as to eliminate the influence of the scales on bending.

The invention relates to a method for processing a lining holder (2) disposed to be used for making a brake block (10), the brake block has a friction liner (12) to be arranged on the lining holder (2), the method involves performing surface treatment of a processing area (4) of a lining support surface (2.1) by introducing a structure into the processing area by high-energy radiation. For the friction liner (12) is fixed on the lining holder (2) better, the structure differing from the rest of the processing area is processed in an edge (8) of the processing area (4).

The embodiment of the invention provides a positioning method and apparatus, and relates to the technical field of communication. Whether re-positioning is required can be determined by judging whether the position of a mobile terminal changes according to a recorded moving step number so as to reduce the positioning times of the mobile terminal within a short time, then the power consumption of the mobile terminal is reduced, and the electric energy of the mobile terminal is saved. The method comprises the following steps: firstly, obtaining the currently recorded moving step number; then, judging whether the moving step number satisfies a preset step counting threshold; and if the moving step number satisfies the preset step counting threshold, performing positioning again. The technical scheme provided by the embodiment of the invention is suitable for the positioning process of the mobile terminal.

The invention discloses an ultra-high-voltage, high-strength, disk-shaped suspension type porcelain insulator automatic gluing machine, which includes a workbench, on which an iron cap porcelain base is arranged, and a vibrating motor is arranged under the iron cap porcelain base. On the top of the workbench, there are glue mounting mechanism, steel foot funnel and steel foot pressing mechanism through the gantry frame, and on the side of the workbench, there are positioning and clamping cylinders and positioning and clamping roller devices. The invention has a compact structure, and can complete the glue-fitting process of steel feet, porcelain pieces, and iron caps at the same position through one process of moving the porcelain parts, which reduces the positioning times of each glue-mounted part in the glue-mounting process and improves the positioning The accuracy and the coaxiality of the glue are high, and the efficiency of the glue is high. At the same time, a vibrating motor with adjustable frequency and amplitude is installed under the gluing station, which can reduce the porosity of the adhesive, increase the density, and improve the gluing strength of the porcelain insulator.

The invention discloses a triggered location method based on secure user plane location and a mobile terminal, wherein the triggered location method comprises the steps of: when a located area changes, acquiring area information of a current located area by the mobile terminal; determining that the mobile terminal does not locate in an area identified by a preset area identification list by the mobile terminal, judging whether the mobile terminal does not locate in a geographical object area any more or not according to the area information and the preset geographical object area, if so, triggering no location, and or else, triggering the location. The invention can improve the efficiency of triggered location and the utilization ratio of system resources.

The invention discloses a chamfer forming tool and a forming process thereof. The tool comprises a tool handle, a tool body and chamfer forming blades, wherein the tool handle is positioned at one end of the tool body; the chamfer forming blades are positioned at the other end of the tool body, protrude out of a side face of the tool body and comprise a first chamfer forming blade and a second chamfer forming blade; the edge of the first chamfer forming blade is arranged reverse to the edge of the second chamfer forming blade. Through the tool, rounding treatment can be directly performed on front and back end faces of a workpiece positioning hole, a workpiece is not required to be positioned secondarily, the positioning frequency is reduced, the machining accuracy is high, the operation is easy and convenient, and the machining efficiency is improved.

The invention relates to the technical field of automation equipment, in particular to a tool device and a production line for assembling mechanical arm joints. The tool device comprises a bearing part, a locking assembly, a sliding driving assembly and a rotating driving assembly, the bearing part is used for bearing a workpiece, and the bearing part is assembled in a sliding and rotating mode; the locking assembly comprises a locking disc and at least one locking part, the locking disc is assembled on the bearing part in a follow-up mode, locking parts are fixedly assembled, at least two locking holes are formed in the locking disc, the locking disc slides towards the locking parts along with the bearing part, the locking parts can stretch into the locking holes to achieve locking, and the locking disc slides away from the locking parts along with the bearing part. According to the tool device and the production line for assembling the mechanical arm joints, the locking part can be separated from a locking hole to achieve unlocking, the sliding driving assembly drives the bearing part to slide, the rotating driving assembly drives the sliding driving assembly and the bearing part to rotate, and the technical problem that in the prior art, the assembly precision of the two ends of the workpiece and other parts is poor is solved.

The invention discloses a perforating device for constructional engineering. The perforating device comprises a rack and drill bits, wherein fixed plates are arranged at the two sides of the rack correspondingly; a lifting plate is arranged above the position between the two fixed plates; the rack is provided with a first gear motor; the first gear motor is provided with a lead screw; the lead screw is in threaded connection with a feed screw nut; the lifting plate is slidably connected to the fixed plates through a guide rod and a guide sleeve; the lifting plate is slidably connected to a disc; the disc is provided with an annular rack plate; a first driving gear is rotationally arranged at the left side of the lifting plate; the first driving gear sleeves an output shaft of a second gear motor; the lifting plate is rotationally connected to a rotary shaft; the rotary shaft is connected to a second driving gear; the lifting plate is provided with a third gear motor; the third gear motor is connected to the rotary shaft through a transmission device; the disc is rotationally connected to a plurality of rotating shafts; the rotating shafts are provided with driven gears; the driven gears are in meshed connection with the second driving gear; the tails of the rotating shafts are fixedly connected to the drill bits; and the perforating device further comprises a clamping and moving device.

The invention discloses a character input method and device based on truncation identification, and belongs to the technical field of communication. The method comprises the following steps: dividing a character to be input into a main character and an auxiliary character according to types; replacing the auxiliary character with a truncation identifier, and inputting the main character and the truncation identifier; and replacing the truncation identifier with the corresponding auxiliary character. The truncation identification is added into a character mixed input process, and other characters to be input are successively input according to the truncation identification after the input of main content is finished so as to reduce the switching of input modes and the positioning frequencies of a cursor and improve character input efficiency.

The invention relates to an inclined multi-hole processing device for special-shaped die castings and aims to solve problems about processing of various holes of the special-shaped die castings. The processing device comprises a fixed base, an inclined bracket at one end of the fixed base and a main power cylinder and is characterized in that a propping device is arranged above the inclined bracket; the propping device comprises a push rod with an air hole; a rigid arc-shaped ladle is arranged at the end part of the push rod; a protective air cushion, of which the area is greater than that of the rigid arc-shaped ladle, is arranged on the surface of the rigid arc-shaped ladle; the fixed base comprises a tool rest guiding device; a multi-purpose tool is arranged in the tool rest guiding device; and the multi-purpose tool comprises a punching die and a multi-angle drilling tool. The processing device provided by the invention provides an effective positioning way for irregular products, and can reduce the positioning times or achieve one-step processing forming for components with a multi-angle hole processing requirement; the punching die and the multi-angle drilling tool are arranged in the processing device so as to satisfy selective use; the universal propping device is better adapted to special-shaped parts such as parts with curved surfaces.

The invention aims to provide lithium battery stacking equipment. The lithium battery stacking equipment comprises a positioning device and a stacking device, wherein the positioning device comprises a main body and a positioning piece fixed on the main body; the positioning piece defines a positioning region on the main body and is used for positioning a pole piece body in the positioning region; the stacking device is a hollow frame structure, defines a body region and a limiting region which extends from the body region and communicates with the body region; and the body region and the limiting region jointly form a penetration region and are respectively matched with a main body and a pole lug of a pole piece. When the lithium battery stacking equipment is used, the stacking device is stacked on the positioning device, corners of the stacking device is combined to positioning pieces of the positioning device in a clamped manner, and the limiting region of the stacking device is staggered from the pole lug of the pole piece positioned on the positioning device in the stacking direction of the stacking device and the positioning device. The invention further provides a stacking method using the lithium battery stacking equipment. The lithium battery stacking equipment has the advantages of simplicity and convenience in operation, accurate positioning, high efficiency and improvement of yield of products.

The invention discloses a processing method and a production line of a photovoltaic frame. The processing method comprises the following steps of automatic feeding, automatic sawing, detection of the length of a work material, corner connector and riveting point punching, one-time work material overturning, punching and automatic sorting of qualified products. The full-automatic production line needed for achieving the method comprises an automatic sawing section on the right side of an automatic feeding section, one side of the automatic sawing section is connected with one side of a corner connector and riveting point punching section, the other side of the corner connector and riveting point punching section is connected with a punching section, a finished product section is arranged on the right side of the punching section, the work material can be automatically overturned one time after automatic feeding, sawing, detection of the length of the work material, corner connector and riveting point punching are achieved, then the work material is conveyed to a punching device to be punched, and the finished products are obtained after the qualified products are sorted through the finished product section. The processing method and the production line have the beneficial effects that the length of the work material is automatically detected, the qualified products can be sorted conveniently, the overturning frequency of the work material is small, the production efficiency and the processing precision are improved, full-automatic processing is achieved, and the production cost is reduced.

The invention provides a wall paper cutting device, and relates to the technical field of building machines. The wall paper cutting device comprises a guide rail, a sliding base, a cutter assembly, and a pressure adjusting assembly, the sliding base is mounted on the guide rail and in sliding connection with the guide rail, the cutter assembly is used for cutting wall paper, the pressure adjustingassembly comprises a first sliding frame, a pressing plate and an elastic part, the first sliding frame is mounted on the sliding base, the cutter assembly is slidingly mounted on the first sliding frame, the elastic part is mounted between the pressing plate and the cutter assembly, during wall paper cutting, external force acts on the pressing plate, the pressing plate is in abut joint with thesliding base and is spaced from a target cutting face by the preset distance, the pressing plate acts on the cutter assembly through the elastic part, the cutter assembly is in abut joint with the target cutting face and enables the elastic part to be compressed, according to the all paper cutting device, the strength for wall paper cutting is constant in magnitude, the cutting efficiency and precision are improved, and the wall paper damage is prevented.

The embodiment of the invention discloses a positioning method and apparatus. The method comprises the steps of judging whether the current application meets a first positioning condition or not afterreceiving a current positioning request sent by a current application; judging whether the current application meets a second positioning condition corresponding to the current positioning request ornot if the current application does not meet the first positioning condition; and returning pre-stored information to the current application if the current application does not meet the second positioning condition.

The invention discloses a hole internal processing integrated cutter and a processing technique thereof. The cutter comprises a cutter handle, a cutter body and a forming cutter blade; the cutter handle is positioned at one end of the cutter body; the forming cutter blade is positioned at the other end of the cutter body; the forming cutter blade comprises a step hole forming reamer and a groove forming knife; the groove forming knife is arranged at the outer end of the cutter body; the step hole forming reamer is positioned at the inner side of the groove forming knife; the outer diameter of the step hole forming reamer is greater than the outer diameter of the groove forming knife. The processing technique comprises the following steps of positioning a to-be-processed workpiece, enabling a to-be-processed hole to be straight up, and fixing the cutter on a machine tool spindle; processing an annular groove in a manner that the cutter moves by virtue of circular interpolation; enabling the centers of the machine tool spindle and the cutter to return to the center of the to-be-processed hole, and processing a step hole in a manner that the cutter downwards performs cutting by virtue of linear interpolation; retracting the cutter. Replacement of different cutters is not needed, the positioning times of the cutter are reduced, the processing precision is improved, the processing process is simplified, and the processing efficiency is improved.