53results about How to "Increase the setting area" patented technology

To improve performance of a freezing cycle by releasing heat from a pipe for heat release using a front part of a side face of an outer package and to improve heat insulating performance by extending a vacuum heat insulating material to a back face side of the outer package, in a refrigerator using the vacuum heat insulating material. In the refrigerator, a package body 1 is structured by providing the vacuum heat insulating material 31 on a back side of the side face of the outer package 2 and filling a foam heat insulating material 3 between the outer package 2 and an inner package 4, a dew preventive pipe 22 of the freezing cycle is provided on a back side of a front face flange of the outer package 2 and the heat releasing pipe 20 of the freezing cycle is provided on the back side of the side face of the outer package 2. The heat releasing pipe 20 is provided so that it vertically extends at a front part of the side face of the outer package 2 and the vacuum heat insulating material 31 is provided so that it extends to the back face side of the outer package 2 from behind the heat releasing pipe 20.

To contribute to increase data transmission rate for server management without increasing load during normal operation.

A semiconductor integrated circuit includes: a central processing unit; an external memory interface circuit; a network interface circuit; an image processing unit; and a data compression unit. The image processing unit performs image processing in response to an input from an external bus, the image processing unit is coupled to an external memory interface circuit through a dedicated internal bus, and the image processing unit stores an image data into an external memory via the dedicated internal bus. The compression unit is coupled to the image processing unit and is capable of compressing the image data supplied from the image processing unit. Since the dedicated internal bus, through which the image processing unit receives image information and stores the same into the external memory, is separated from the common internal bus, the data for image processing by the image processing unit that responds to an instruction from the outside will not conflict with the data for data processing by an instruction from the network interface circuit on the common internal bus.

A coalescent type power supply conversion plug is capable of connecting to different power supply plug sockets. The plug includes a first adapter having two round bar-shaped plug terminals so that a pitch width of plug terminals is adjustable. A pin for earth hole for B type, C type and SE type is foldably provided in the center portion of the plug terminals, and a plug-in port connectable to the sockets of all the types is provided in the rear end surface. Another pin for flat plate-shaped hole for BF type and a pin for round bar shaped earth hole for B3 type is foldably provided in a second adapter. Flat plate-shaped plug terminals and a pin for earth hole are provided in the plug terminals. A plug-in port connectable to the sockets of all kinds is provided in the rear end surface.

Provided is a recording device which, while avoiding increases in the installation surface area, allows easy filling of a liquid storage unit with recording fluid. A printer main body (12) is provided with a liquid jetting head (16) which records by jetting ink against a paper (P), a discharge unit (20) in which a discharge port (25) is formed that includes a discharge region from which the paper is discharged on which recording was performed by the liquid jetting head, and a liquid housing unit (30) which can store the ink supplied to the liquid jetting head. The liquid storage unit is provided with an injection port which is disposed in a position below the discharge unit in the vertical direction (-Z direction) and overlapping the discharge unit in the vertical direction and which allows injection of ink into said liquid storage unit.

[Problem] To provide an electric die-casting machine equipped with a core-driving hydraulic unit, the electric die-casting machine being configured in a manner such that, although the electric die-casting machine is equipped with the hydraulic unit, the electric die-casting machine does not require a large installation area and the maintainability of the electric die-casting machine is not compromised. [Solution] A suitable core-driving hydraulic unit (31) is configured by integrating together an oil tank (33), a hydraulic pump (34), a hydraulic pump-driving motor (35), an accumulator (36), an oil cooler (37), valves (38) including a solenoid directional control valve, an oil cleaner (39), an electric box (40), etc. in such a manner that such components are disposed on a base plate (32) doubling as an oil pan. The core-driving hydraulic unit (31) is affixed to a predetermined position on a main base board (2) in such a manner that the hydraulic pump (34) and the hydraulic pump-driving motor (35) are located below a mold-clamping electric servomotor (22) and the remaining components are located at a side of the mold-clamping electric servomotor (22).

The invention provides an integrated type solid waste garbage disposal system. The integrated type solid waste garbage disposal system comprises a first-stage device (101) used for carrying out first-stage disposal on solid waste garbage, a second-stage device (102) arranged on the downstream portion of the first-stage device (101) and used for carrying out second-stage disposal on solid waste garbage and a connecting conveyor (103) arranged between the first-stage device (101) and the second-stage device (102) so as to convey a discharged material from the first-stage device (101) to the second-stage device (102). The integrated type solid waste garbage disposal system can mechanically dispose garbage, two stages of smashing devices are integrated, and the whole disposal system is relatively small in occupied area, high in work efficiency and low in running cost.

The invention discloses a piezoelectric vibration generating set which comprises bottom caps, a base, at least two generating units and at least two conductive welding pins. The generating units are arranged on the base in parallel and overlaid modes, the two bottom caps are arranged at the two ends of the base respectively in a covering mode to seal a containing cavity, and the conductive welding pins are connected with the generating units and penetrate through one bottom cap to form a conductive electrode. Each generating unit comprises an elastic plate, a piezoelectric plate and a free vibrator, the elastic plates are supported at the end of the base, the free vibrators are bonded in the middles of the elastic plates, and the piezoelectric plates are bonded on the side faces, opposite to the free vibrators, of the elastic plates. The base and the bottom caps cover the generating units to form the piezoelectric vibration generating set, the functions of self-electricity-generating and anti-falling protection in multiple space angles are achieved, generating efficiency is high, the structure is simple, the size is small, thickness is small, and cost is low. In addition, the invention further discloses a manufacturing method for the piezoelectric vibration generating set.

The invention provides a sheet application device and an application method. This sheet application device (1) is equipped with: a supporting means (2) that has a tilted surface (21) which is tilted with respect to a horizontal plane and is for supporting a plate-like member (WF) by means of the tilted surface (21); a feeding means (3) for feeding a rolled sheet (RS), which is obtained by temporarily adhering an adhesive sheet (AS) to one surface of a belt-like backing sheet (RL), as an object to be fed; a detaching means (4) for detaching the adhesive sheet (AS) from the backing sheet (RL) of the rolled sheet (RS) which is fed by the feeding means (3); a pressing means (5) for pressing the adhesive sheet (AS), which is detached by the detaching means (4), against the plate-like member (WF); and a moving means (7) for moving the supporting means (2) and the pressing means (5) relative to each other in the in-plane direction of the tilted surface (21) in order to apply the adhesive sheet (AS) to the plate-like member (WF).

The invention relates to the technical field of air treatment equipment, and discloses a heating element mounting structure of a warm air blower and the warm air blower. The warm air blower comprises a machine shell, wherein a heating element is arranged in the machine shell. The mounting structure comprises a supporting plate frame, wherein the rear end of the supporting plate frame is connected to the rear side of the machine shell, and the front end of the supporting plate frame is connected to the front side of the machine shell; the supporting plate frame is obliquely arranged in the front-back direction; the supporting plate frame comprises two supporting plates which are parallel to each other and are arranged front and back, a first connecting plate connected between the higher ends of the two supporting plates and a second connecting plate connected between the lower ends of the two supporting plates; and the two supporting plates are used for being correspondingly connected with the two sides of the heating element. According to the heating element mounting structure of the warm air blower and the warm air blower, the supporting plate frame is arranged to support and fix the heating element, the high-temperature mounting requirement of the heating element can be met through heat resistance of the supporting plate frame, and the heating element can be conveniently mounted due to a simple connecting structure.

A refrigerator is provided with: a thermal insulation casing which is provided with an inner housing, an outer housing and a heat insulating material between the inner housing and the outer housing; amachine room which is formed by causing a lower back surface portion of the thermal insulation casing to be depressed inwards and in which a compressor is disposed; a cooler room which is formed above the machine room and in the thermal insulation casing and in which a cooler for generating cold air is disposed; a water receiving unit which is provided below the cooler in the cooler room and which receives water from the cooler; and a discharge channel having an inlet provided to the water receiving unit and an outlet protruded to the machine room, the discharge channel penetrating a thermalinsulation wall intervened between the cooler room and the machine room so as to cause the cooler room and the machine room to communicate. On the inlet side, a cross-sectional area of the discharge channel is gradually reduced toward a downstream side, and a center position of the cross section approaches a back surface side. The discharge channel is configured integrally from the inlet to the outlet. As a result, it is possible to provide a refrigerator with good water discharge performance while maintaining thermal insulation.

A brightness measurement apparatus which includes a placement unit on which an object to be measured is placed, a measurement unit for measuring brightness or chromaticity from an upper surface of the object placed on the placement unit, a placement unit moving mechanism for moving the placement unit in an x-axis direction, and a measurement unit moving mechanism for moving the measurement unit in a y-axis direction orthogonal to the x-axis direction.

The invention discloses a manufacturing method of a piezoelectric vibration generating set. The method comprises the steps that (1) piezoelectric component sub units are obtained in batches through laser welding, a piezoelectric plate and a free vibrator are mounted on each piezoelectric component sub unit to obtain a piezoelectric component; (2) a base of a hollow structure is provided, and the hollow structure of the base forms a containing cavity; (3) at least two piezoelectric components are provided and mounted on the base in parallel, and the free vibrators of the piezoelectric components are contained in the containing cavity; (4) bottom caps are provided and arranged at the two ends of the base in a covering mode correspondingly; (5) at least two conductive welding pins are provided to be connected with the piezoelectric components and penetrate through one bottom cap to form a conductive electrode. Due to the fact that laser welding is adopted to obtain the piezoelectric component sub units in batches, in the assembling and producing processes, accurate alignment is facilitated, assembling accuracy is improved, production efficiency is improved greatly through batch production, and therefore production cost is lowered. In addition, the invention further discloses the piezoelectric vibration generating set.

The invention relates to the technical field of lighting, and particularly discloses a lighting device which comprises a base, a first lamp bead, a second lamp bead with the color temperature different from that of the first lamp bead and a diffusion cover. The base extends along a first direction and is provided with a plurality of mounting surfaces which are arranged around the first direction and face different directions. The first lamp beads are arranged on the mounting face in the first direction, and the second lamp beads and the first lamp beads are arranged at intervals. On each mounting surface, the vertical distance from the end face, deviating from the mounting surface, of the first lamp bead to the center of the base is equal to the vertical distance from the end face, deviating from the mounting surface, of the second lamp bead to the center of the base, and the end faces of the first lamp bead and the second lamp bead on the two spaced mounting surfaces have an intersection line. The diffusion cover is arranged in the light emitting direction of the first lamp bead and the second lamp bead in a surrounding and covering mode, and the distance between the diffusion cover and the center is not less than the distance between the intersection line and the center. By means of the arrangement, the light emitting brightness and the light emitting range of the lighting device can be increased, and the lighting device has the better light mixing effect.