34results about How to "Pass more" patented technology

A mount for mounting a second structure on a first structure is provided. The mount (100) comprises a housing (10) having a first attachment surface for attachment to the first structure. The mount (100) also includes a biasing member (60) having a first end (62) located within the housing (10). A cupshaped retaining member (22) has a second attachment surface (29) for attaching the retaining member (22) to the second structure, wherein the retaining member (22) is adapted to receive a second end (64) of the biasing member (60) and at least partially locate within the housing (10) such that the biasing member (60) is constrained by the retaining member (22) and the housing (10). A cap (40) surrounds the retaining member (22) and provides a seal between the exterior of the retaining member (22) and the interior of the housing (10).

The invention discloses a cooling device applied to production of glass. The cooling device comprises a frame and a cooling box, wherein a heat exchange mechanism is arranged inside the cooling box and is communicated with a water inlet pipe and a water outlet pipe; a water storage tank, a water pump and a water cooling mechanism are successively communicated between the water outlet pipe and the water inlet pipe; a conveyor is mounted in the cooling box; the water cooling mechanism comprises the water storage tank and a cold water tank; the cold water tank is arranged on one side of the water storage tank; the water storage tank is communicated with the water pump; a flexible pipe is communicated with the water storage tank; the cold water tank is communicated with the water inlet pipe; a cold water plate is arranged inside the cold water tank; the flexible pipe is connected to the cold water tank in a sliding manner; a rotating shaft is rotatably connected into the water storage tank; the bottom of the rotating shaft passes through the bottom wall of the water storage tank; a water wheel is fixedly connected with the rotating shaft; a sector gear is fixedly connected to one end passing through the bottom wall of the water storage tank of the rotating shaft; the sector gear is meshed with a rack; a spring is connected between one end of the rack and the frame; the other end of the rack is fixedly connected with the flexible pipe. Through the scheme of the cooling device applied to production of glass, rupture of high-temperature glass plates caused by suddenly encountering cold can be avoided; meanwhile, the waste of the water resource can also be avoided.

An air conditioner is provided. A compressor compresses refrigerant. An indoor heat exchanger performs heat exchange between the refrigerant and indoor air. An expansion device decompresses the refrigerant. An outdoor heat exchanger performs heat exchange between the refrigerant and outdoor air. Sensors sense temperature of the outdoor heat exchanger, indoor temperature and outdoor temperature. A heater generates heat variably according to the outdoor temperature and the outdoor heat exchanger temperature. A controller determines quantity of frost on the outdoor heat exchanger by comparing a preset reference temperature with a temperature difference between the outdoor heat exchanger and the outdoor heat exchanger temperature, and controls output of the heater according to the determined frost quantity. Accordingly, frost quantity is determined according to the indoor and outdoor temperatures and the outdoor heat exchanger temperature, and heat quantity of the induction heater is accordingly varied. Therefore, power consumption can be reduced.

The disclosure provides a cooking device and a temperature control method thereof. The cooking device includes a container, a heating device, and a temperature detection device; the temperature control method includes the following steps: enabling the heating device to heat the container with preset heating power; responding to the outer surface of the container The current temperature At of the current temperature At has reached the first set temperature A1, reducing the heating power of the heating device; in response to the current temperature At of the outer surface of the container has reached the second set temperature A2, increasing the heating power of the heating device or making the heating device Maintain the current heating power to keep the outer surface of the container at the second set temperature A2. The temperature control method of the cooking equipment of the present disclosure achieves the effect of rapidly raising the temperature in the early stage of cooking, maintaining the target temperature in the later stage of cooking, and reducing the temperature difference between the target temperature and the actual temperature.

The invention discloses a method for realizing image color ring back by using an intelligent visual terminal, which is applied to the next generation network, and includes the following steps: the calling visual terminal initiates a call request to a soft switch device, and the request carries the calling party's ID Video capability, the softswitch device judges whether the calling party has opened the video permission, if yes, transmits the call request to the called intelligent visual terminal; the called party sends a ringing response to the softswitch device, in the response Including the video capability shared by the calling party and the called party; the softswitch device judges whether the called party has opened the video authority, and if so, forwards the response to the calling party; the calling party then passes The softswitch device sends a ringing response confirmation to the called party, and the called party starts to send images from the video channel, and sends a ringing response confirmation response to the calling party through the softswitching device, and the calling party Open the video channel to receive the called image information.

A fixing device includes a heater to generate heat and a fixing rotator to rotate while contacting the heater. A pressure rotator presses against the heater via the fixing rotator to form a fixing nip between the fixing rotator and the pressure rotator, through which a recording medium bearing a toner image is conveyed. The heater includes an insulative substrate and a resistive heat generation layer mounted on the substrate. The resistive heat generation layer is disposed upstream from a center of the fixing nip in a recording medium conveyance direction.

A high-speed pocket spring machine, including a transfer mechanism, a transfer mechanism, and a vertical welding mechanism, characterized in that: the transfer mechanism is provided with a left transfer arm and a right transfer arm, the front end of the transfer mechanism is provided with a transfer mechanism, and the rear There is a vertical welding mechanism at the end, and there is a space between each other, and the transmission mechanism, the transmission mechanism, and the vertical welding mechanism are arranged and fixed on the frame in sequence. The transmission mechanism of the present invention adopts a single motor to drive the transmission shaft and the welding width of the non-woven fabric can be set, which reduces the production and replacement of the non-woven fabric guiding mold, accelerates the speed of the spring transmission, and improves the output of the pocket spring. The transmission mechanism adopts a parallelogram double crank mechanism. Delivers more springs in a pocket spring machine in less time. The vertical welding mechanism adopts a crank slider mechanism driven by a single motor, which effectively shortens the movement stroke, simplifies design and installation, reduces power consumption when the pocket spring machine is used, reduces noise generation, and improves the working environment.