41results about How to "Won't disconnect" patented technology

The invention belongs to the technical field of 3G mobile phones, in particular to a test method for mobile phone antenna radiation performances, which comprises firstly testing the total radiation power of a mobile phone, calculating the gain of a mobile phone antenna according to the total radiation power, setting the gain value of the mobile phone antenna as the loss value of up link and down link of a terminal all-purpose tester, setting a reference power value as a critical reference power value of the omnidirectional sensitivity measurement, wherein the set reference power value will be extremely close to the critical reference power value therefore, thereby guaranteeing the chain path in the test process connecting. The test method can be used to find the reference power value meeting the requirement only by testing twice, simultaneously, and can test the total radiation power of the mobile phone antenna, thereby increasing the test efficiency and the test stability.

The invention discloses a flexible wearable type thermoelectric power generation apparatus. The flexible wearable type thermoelectric power generation apparatus comprises an upper substrate, a lower substrate, copper foils, an upper textile layer, a lower textile layer, a thermal isolation layer, P type semiconductor particles, N type semiconductor particles, and wires, wherein the thermoelectric power generation apparatus comprises the upper substrate, the upper textile layer, the thermal isolation layer, the lower textile layer, and the lower substrate top to bottom in sequence; even number pairs of the P type semiconductor particles and N type semiconductor particles pass through the upper textile layer, the thermal isolation layer and the lower textile layer to be correspondingly welded on the copper foils which are arranged on the upper substrate and the lower substrate and are fixed at equal spacings; the semiconductor particles are connected by the wires which are connected between the upper layer copper foils to form semiconductor modules; correspondingly, the semiconductor modules are connected by the wires which are connected between the lower layer copper foils; and the first piece of the copper foil which is connected with the N type semiconductor particles, and the last piece of the copper foil which is connected with the P type semiconductor particles are led out through the wires. The flexible wearable type thermoelectric power generation apparatus can be combined with clothes, and can utilize heat, which is generated by a human body naturally, in a stable, reliable and high-conversion-efficiency manner to generate electricity and to supply the electricity to a low-power-consumption wireless sensor.

A locking arrangement for panels includes a first panel, a locking tab extending from the first panel, a second panel having a main portion (6), and a leading portion (7) connected thereto along a plurality of collinear panel fold lines, and a pair of locking slits defined in the second panel. Each locking slit extends at least from a first point disposed astride one of the panel (60) fold lines, into the leading portion and to a second point disposed on the main portion, and the locking slits defining therebetween a strut panel. The locking tab is received into the slits, and is held between the strut panel and the second panel. A strut fold line (62) may be disposed across the strut panel from the locking slit to the cut edge (58) substantially in parallel to the panel fold line, the strut fold line being disposed in an offset relationship to the panel fold line in a direction toward the leading portion, whereby folding of the leading portion at least partially opens the locking slit for receiving the locking tab thereinto.

The invention relates to the technical field of dies, and particularly relates to a hexagonal terminal forming die, which comprises a die bottom plate. The die bottom plate is provided with a die fixing seat; an inner die seat is movably arranged in the die fixing seat; an outer die seat is fixedly arranged on the die fixing seat; a first groove and a second groove are arranged on the inner die seat; the first groove and the second groove are internally provided with a first elastic piece and a second elastic piece respectively; the first elastic piece is connected with a first crimping sliding block; the second elastic piece is connected with a second crimping sliding block; the outer die seat is provided with a third groove and a fourth groove; the third groove and the fourth groove are internally provided with a third elastic piece and a fourth elastic piece respectively; the third elastic piece is connected with a third crimping sliding block; and the fourth elastic piece is connected with a fourth crimping sliding block. The terminal is placed in the die, the terminal can be automatically crimped into a standard regular hexagon, a wire harness can be compactly crimped and is not likely to get loose, the wire is not broken, sparks are not generated in the power-on case, strong current can be borne, the manufactured wire harness terminal has high precision, the appearance is good, and requirements of a client can be totally met.

The invention provides a charging point for a battery electric ship. The charging point comprises a charging point body. The charging point body is equipped with heat dissipation nets and an alternating current interface. The front surface wall of the charging point body is equipped with an ARM controller. The front surface wall of the ARM controller is equipped with a touch display screen and control buttons. A billing electric meter, a circuit board, a decoding board and a heat removal fan are disposed inside the ARM controller. A loudspeaker is disposed at the top of the ARM controller. The upper left side of the ARM controller is equipped with a USB joint. A solar inverter and a battery pack are disposed under the ARM controller. The charging point body is provided with a switched line. The switched line is equipped with a charging port. A conductor is arranged inside the charging port. The ARM controller can provide an accurate billing way, and heat inside a charging cabinet can be effectively dispersed through the heat removal fan. Therefore, the service life of the charging point is prolonged.

The invention provides a device for detecting the air tightness of intravenous drip buckets in a batch manner. The device comprises a base and a detecting group, wherein the detecting group is arranged on the base; a control box which is electrically connected with the detecting group is arranged beside the detecting group; the detecting group comprises multiple same detecting tools which are arrayed in parallel; the detecting tools comprise brackets and multiple fixing blocks which are arranged on the brackets; the fixing blocks jointly act through a first sliding mechanism and a second sliding mechanism; multiple hollow locating columns which are uniformly distributed and cooperate with the fixing blocks are fixedly arranged on the base. According to the device for detecting the air tightness of the intravenous drip buckets in the batch manner, which is provided by the invention, through realizing the detection of the air tightness of multiple intravenous drip buckets once and further displaying pressure differences respectively, the detection of the flow characteristics of large-batch intravenous drip buckets is realized; the detection efficiency is obviously improved; the device meets the use demand of a present larger intravenous drip bucket; the time is saved; further, the detection cost is obviously decreased.

The invention discloses a chip-type semiconductor ultrathin packaging device, and the device comprises a fixed substrate. The center of the upper end face of the fixed substrate is provided with a conveying assembly line which extends in a left-right direction. The left side of the interior of a fixed cabinet is provided with a closed space, and the center of the lower end face of the sealing plate is fixedly connected with a hydraulic rod. The lower end of the hydraulic rod passes through the lower end wall of the closed space and is fixedly connected with a pressing-fit board. A resin sheetconveying device is disposed exactly below the pressing-fit board, and comprises a winding mechanism and a pulling mechanism. In operation, the cooperation of an annular clamping board and an annularclamping groove can enable an extruding plate not to fall off when the extruding plate move up and down along a guide rod, and the extruding board can fall to make contact with the lower end wall of aglue storing space, thereby preventing the solidification of glue at lower end from causing the blocking of a glue coating needle after the glue is not used for a long time period. Meanwhile, resin sheets which are not used can be automatically switched, thereby improving the precision, and improving the work efficiency.

The invention provides a dual-engine hot standby method, which comprises the following steps: 1) a main engine initiates a first SCTP connection to an opposite end, and an active link and a standby link are arranged in the first SCTP connection, wherein the standby IP is set as the local standby IP of the main engine; 2 ) the main engine transmits relevant information of the first SCTP connectionto a standby engine in real time; 3 ) the standby engine establishes a second SCTP connection locally according to the relevant information of the first SCTP connection, and the active link and the standby link are arranged in the second SCTP connection, wherein the IP of the main engine is set as a local main IP of the standby engine end, and the actual IP of the standby engine is set as the local standby IP; moreover, the two SCTP connections use the same SCTP connection identifier, and the standby link in the second SCTP connection is kept alive by the standby engine through a SCTP HEARTBEAT message. The invention further provides a corresponding dual-engine hot standby system. According to the method and the system, a user service can be ensured to carry out uninterruptedly and is easyto popularize.

A method of hair restoration, comprising coating the surface of each of the hairs in an area of hair diameter increase desired with a hair restoring agent, carrying out fixation and stabilization to thereby form a hair restoration covering, applying a water-resistant covering coating agent to the surface of each of the hairs having been furnished with the hair restoration covering, and carrying out fixation and stabilization to thereby form a coat film, characterized in that the hairs are finished into tubular or sheath form.

The embodiment of the invention provides a device switching method, a device switching device and a data transmission system. The method comprises the steps of: obtaining first transmission stabilityinformation among a data transmitter and multiple data receivers in the on state respectively and second transmission stability information among the data transmitter and data receivers in the off state; and, in the multiple data receivers in the on state, if the first transmission stability information corresponding to any data receiver satisfies a switching condition, controlling any data receiver to be switched to the off state, controlling the target data receiver determined according to the second transmission stability information to be switched to the on state, and controlling the remaining data receivers in the on state to be kept same. In the time period from turnoff of any data receiver to turn-on of the target data receiver, the remaining data receivers for normally receiving data transmission signals exist; the fact that a data transmission link is always connected can be ensured; and data loss due to disconnection of the transmission link is avoided.

The invention discloses a large-diameter wide-fin spiral drill rod. The large-diameter wide-fin spiral drill rod comprises a drill bit, a connecting block and blades, wherein a clamping block is fixedly mounted on the outer wall of the drill bit; the outer wall of the clamping block is movably connected with a clamping groove; the outer wall of the clamping groove is fixedly connected with a firstdrill rod; and a threaded groove is formed in the surface of the first drill rod. According to the large-diameter wide-fin spiral drill rod, a bolt penetrates through the threaded groove and is in butt joint with a mounting hole in the drill bit, thus, after being scrapped, the drill bit can be separately disassembled, and unnecessary waste is reduced; the connecting block is mounted in a chute from an opening end of the chute, thus, the first drill rod is fixedly connected with a second drill rod, after the large-diameter wide-fin spiral drill rod is used, the first drill rod and the seconddrill rod can be disassembled, a fixing plate is mounted in the chute, then, a fixing bolt penetrates through a mounting hole in the fixing plate and is connected with a mounting hole in the chute, the fixing plate is firmly mounted in the chute, the opening end of the chute is closed, and the connecting block cannot be separated from the chute.

The invention discloses dairy product processing equipment which comprises a rack base. A conveying line extending in the left-right direction is arranged at the middle section of the upper end face of the rack base, a sealed cavity is formed in the left side of a filling machine, and a pressure rod is fixedly connected to the center of the lower end surface of a clamping plate. The lower end of the pressure rod penetrates through the lower end wall of the sealed cavity and is fixedly connected with a pressure plate, and an aluminum foil conveying device is arranged right below the pressing plate, wherein the aluminum foil conveying device comprises a winding device and a pulling device. During working, the filling machine can enable a bottle opening to abut against a rubber pad of the filling machine through the lifting of a bottle needing to be filled, a sliding sleeve is promoted to move vertically upwards, and then a filling head is opened to enable liquid in a liquid storage tankto enter the bottle for filling so that the operation can be efficiently and automatically completed, and the labor cost is saved. Meanwhile, unused aluminum foil can be automatically switched, the accuracy is improved, and the working efficiency is improved.

The embodiment of the invention provides a service processing method and system based on a micro-service architecture, and the method comprises the steps: after a terminal device receives registration success information of a service corresponding to a service processing request, the terminal device sends a query request to a risk control device through at least one service device at intervals, the query request is used for indicating to query a service processing state of a service corresponding to the service processing request; and the risk control equipment sends the business processing state, corresponding to the currently received query request, of the business to the terminal equipment through at least one service equipment. The service equipment and the risk control equipment always transmit information within the fusing time, so that the service equipment and the risk control equipment cannot be disconnected, and the terminal equipment can be ensured to acquire the processing result of the business subsequently and acquire the processing state of the business. And stable and efficient operation of the whole service system is ensured.

The present invention relates to a high speed puncher interlinked precise roll-to-roll material flexible circuit board manufacturing method. The method comprises: a first high speed punching step of laminating a transparent roll-to-roll removal film with a blue roll-to-roll removal film, and regularly forming standardized guide holes on both side edge portions of the width direction of the roll-to-roll material removed by rapidly punching a primary shape of a product; a second high speed punching step of laminating a polyimide film on the roll-to-roll material, produced in the first high speed punching step, by a hot melted adhesive and rapidly punching and removing a patterned terminal shape; and a pattern etching step of thermally laminating the roll-to-roll material, produced in the second high speed punching step, with a metal layer, again thermally laminating an exposure film thereon, exposing, developing and etching a fine and precise pattern, separating unnecessary portions, performing a washing operation and a drying operation, then marking defected portions when the pattern is inspected.