50results about How to "Limit traffic" patented technology

The invention refers to a cup lid for additive to be conveniently added therein. A cup lid is composed of a lid body. The lid body includes a fastening portion extending downward from a peripheral edge thereof for fastening the cup lid onto a cup body. The lid body includes a drinking hole and a vent hole. The drinking hole protrudes upward from a top side of the lid body to form a drinking portion. The drinking portion is provided with an opening formed on a top side thereof and with a through hole formed at an internal lower side thereof. The opening is bigger than the through hole in diameter. A guiding portion is mounted between the opening and the through hole. Additionally, a plug can pluggably jam the drinking hole. Accordingly, a user can directly use the drinking hole of the cup lid for adding additives such as creamer, granulated sugar, etc. without opening the cup lip, which can reduce opportunities of spilling drinks; meanwhile a flow port is smaller, which can restrain the flow amount of drinks and reduces opportunities of scalding the mouth of the user.

The invention provides a scroll type compressor that can restrict the flow rate of lubricating oil without requiring a high processing precision and can be manufactured in low cost. An intercommunication path (51) for supplying a lubricating oil to a low-pressure portion (35A) in a scroll is arranged in a movable scroll (25). One end of the intercommunication path is opened to the outside and linearly extends inside. A high-pressure opening (51D) communicated with a high-pressure portion (43) in a sealed container and a low-pressure opening (53) opened to the low-pressure portion (35A) in the scroll are disposed on an inner peripheral surface. The intercommunication path (51) is configured as follows: a bottom hole (51A) opened to the outside at one end is formed; and reaming processing is conducted from one end to a position of a predetermined depth H on the lower hole (51A) to form an insertion hole (51B). A pin member (55), which is abutted against the inner end of the bottom hole (51A)and set to be smaller than the diameter of the insertion hole (51B), is inserted in the intercommunication path (51); the pin member (55) is extruded to the inner end so as to close the one end of the intercommunication path by a screw member (57).

The disclosure relates to a medical implant for occluding an opening in a body and a method of producing such a medical implant. Disclosed is an improved occluder, which provides improved occlusion, improved sealing and improved endothelialization. A method is disclosed comprising braiding, knitting or weaving together strands to form a body mesh of strands forming a plurality of adjacent cells delimited by the strands. The method further comprises applying a first coating to said strands, and applying a second coating to at least part of an external surface of said medical implant, wherein said first coating provides a binding force to said second coating such that said second coating adheres to said strands.

The invention discloses an oxygen-enriched air oxygen concentration detection structure for an airborne separator, which belongs to gas oxygen concentration detection technology, and is characterized in that it includes an airborne separator (2), a sampling pipeline (6), a pressure sensor (5), oxygen partial pressure sensor (9), one-way valve (7), gasket (3), filter current limiting assembly, locking screw ring (11); The oxygen concentration detection structure of oxygen-enriched air improves the accuracy, reliability and service life of the system by filtering impurities in oxygen-enriched air, limiting gas flow and reducing gas fluctuations.

The invention provides a control method and device for a cooling system, when a pump for the cooling system and with less normal operation is started, starting torque of pump is reduced, and over-current flow of the pump is prevented. The cooling system is provided with: a circulating line for circulation of cooling materials for cooling an auxiliary device in a nuclear power plant, a plurality of pumps in parallel relative to the circulating line; and a flow control valve disposed at an exhaust side downstream of the plurality of pumps and adjusting flow of the cooling materials. The control method comprises: a valve fully-closed control step, wherein the number of pumps in operation is detected, under the condition that stop of a plurality of the pumps is detected, a valve control signal for controlling full-closing of the flow control valve is output; a first pump starting step, wherein in a state that the flow control valve is fully-closed, less operation pumps than normal are started; and a first open valve control step, wherein after the first pump starting step, a valve control signal for controlling the flow control valve below a limiting openness is output, and the limiting opening is set to be smaller than an upper limit of the flow control valve in normal operation.

The invention discloses a cutting arm structure which is beneficial for bearings to keep lubricated. The main shaft (4) is connected with the outer cylinder (2) through the front end bearing (1) and the rear end bearing (6) which are set on the left and right ends of the main shaft (4). An inner cylinder (3) is provided between the cylinder (2) and the main shaft (4). The inner cylinder (3) is located between the front end bearing (1) and the rear end bearing (6). The two inner cylinders (3) The end is sealed with the inner wall of the outer cylinder (2), and there is a sealed cavity volume (7) between the inner cylinder (3) and the outer cylinder (2). The left end of the inner cylinder (3) and the front end bearing (1) There is a first oil storage space between them. The rotary oil seal (5) is installed between the right end of the inner tube (3) and the rear end bearing (6), and is set on the main shaft (4). There is a second oil storage space on the right. The invention effectively ensures that the bearings at both ends of the cutting arm are lubricated with oil under various construction conditions, thereby improving the service life thereof.

The invention relates to a humidifier. The humidifier comprises a base and a liquid storage box, wherein the base is fixedly connected with the liquid storage box, and the liquid storage box is positioned above a liquid storage tank of the base and is used for conveying liquid to the liquid storage tank; the base comprises a pedestal, a first assembly and a second assembly, and the first assembly and the second assembly are arranged on the pedestal in parallel along the horizontal direction; the first assembly comprises a first component with the liquid storage tank, the second assembly comprises a second component with a heating tank, and both the liquid storage tank and the heating tank are open upward; the liquid storage tank is communicated with the heating tank by virtue of at least one passage; the first communication position of the liquid storage tank and the passage is higher than the second communication position of the heating tank and the passage. According to the humidifier, the heating efficiency of the humidifier is improved, and the energy consumption is reduced. In addition, air in the liquid storage box is effectively prevented from being heated, so as not to press liquid in the liquid storage box into the liquid storage tank, so that the phenomenon of liquid overflowing caused by excessive liquid in the liquid storage tank is prevented.

The invention discloses a differential type air-drilling coring device and a differential type air-drilling coring method, wherein a differential mechanism, an orientation spool, an outer cylinder assembly and a coring dill bit are connected together up and down to form an outer cylinder assembly; a suspension assembly, an inner cylinder assembly and a core cutting mechanism are connected together up and down through threads to form an inner cylinder assembly; the suspension assembly is connected with the orientation spool through a suspension element; the whole inner cylinder assembly is suspended in the outer cylinder assembly; the core cutting mechanism is located in the position of the inner cavity of the coring dill bit; the whole set of coring device is in threaded connection with a drill tool. During the coring operation, the well drilling equipment drives the coring device to rotate to carry out the core-drilling work; after the core-drilling is finished, the suspension element is sheared off by pitching to ground and by virtue of the differential device of the coring device, and then the inner cylinder assembly descends so that the core cutting mechanism is enabled to work, and the rock core is protected against dropping out in the drilling process. The differential type air-drilling coring device and the differential type air-drilling coring method can be applied to the air-drilling coring field.