149results about How to "Increased freedom of choice" patented technology

There is provided a cap body of a beverage container. A cylindrically-shaped drinking mouth member releasably provided in a mouth portion of a container body; a lid member connected to the drinking mouth member via a hinge axis; a spring for urging the lid member to the opening direction; and a lock member provided in a position against the hinge axis of the drinking mouth member for maintaining the lid member in a closing state, wherein the drinking mouth member comprises a drinking mouth formed in the lock member side of a peripheral wall of the upper opening; a bottom wall where hinge axis side is made higher than the drinking mouth side; a liquid hole formed in the drinking mouth side and an air hole formed in a hinge axis side on a connection line between the hinge axis side and the lock member side, and the lid member comprises an inner cap provided with a seal member for sealing the liquid hole and the air hole, and furthermore, a shoulder member provided in the container body is connected to the lid member and the hinge axis, and the hinge axis supporting portion of the shoulder member is provided with a protrusion portion to which the lid member slidably contacts in an opening operation of the lid member.

The invention provides a browser and a method for configuring a safe browser, aiming to solve the problem that the existing general browser is not safe enough and the special browser occupies system resource. The method comprises the following steps: initiating the browser and entering the general mode with the general browser function; detecting whether safe trigger signals exist or not in real time, when the safe trigger signals are detected to exist, initiating and configuring the safety functions of the browser and finally completing the conversion of the browser from the normal mode to the safety mode. When in the normal mode, the browser of the invention can save system resource for not opening safety functions, thus increasing conveniences and comforts to users; when in the safety mode, the browser can improve safety thereof and the users can complete high-safety applications under the protection of the safety browser. Therefore, the invention can improve safety of the browser while taking into consideration operating efficiency of the system.

A drip irrigation emitter (1), which comprises a low pressure stop filter (5), a pressure reduction channel (8), and a diaphragm (10), is disposed on the inner wall surface of a flow pipe (3) through which the irrigation liquid flows. The low pressure stop filter (5) has a hydrophobic surface and prevents inflow of the irrigation liquid when the fluid pressure is lower than an established value. The pressure reduction channel (8) reduces the pressure of the irrigation liquid. The diaphragm (10) changes the degree of opening of the pressure reduction channel (8) according to the fluid pressure of the irrigation liquid. The drip irrigation emitter (1) can be manufactured at low cost as a result of being a one-piece molding. The drip irrigation device comprising the drip irrigation emitter (1) stably ejects the irrigation liquid even when the liquid pressure is low.

The present invention relates to a nut positioning pin disposed on a lower electrode for the projection welding of a nut, and an object of the present invention is to increase cooling and positioning accuracy, prevent the entrance of sputtering particles, and increase the detecting accuracy. The present invention comprises an electrode holder (2) of a double-tube structure having a cooling water passage, a guide ring (13) for guiding a coupling rod (7) for vertical movement, an air passage means (m) for preventing the entrance of sputtering particles, a coupling block (28) and a magnetic shield which comprise a magnetic member for preventing a magnetic detecting element from being affected by an external magnetic field.The present invention is capable of accurately guiding cooling water and the coupling rod in the electrode holder and preventing sputtering particles from entering the electrode holder, and of preventing a detector from being adversely influenced by an external magnetic field for increased detecting accuracy.

A solid-state imager includes a pixel unit for converting incident light into an electrical signal, a substrate bearing the pixel unit formed thereon, an analog-to-digital converter, formed on the substrate, for converting a signal read from the pixel unit into a digital signal, an optical communication unit, arranged on the bottom surface of the substrate opposite the surface of the substrate bearing opposite the top surface of the substrate bearing the pixel unit receiving the incident light, for converting the digital signal converted by the analog-to-digital converter into a light signal and outputting the light signal, and a signal line for transferring the digital signal, converted by the analog-to-digital converter, to the optical communication unit arranged on the bottom surface of the substrate.

The present invention relates to a coaxial connector and another coaxial connector with an antenna. According to the coaxial connector provided by the invention, one connector is rotated compulsively at an anti-dropping fixing state of a pair of connectors. Therefore the connectors are positioned and fixed with a random angle. The connectors comprise a first connector and a second connector in pair. The first connector comprises the following components: a first core conductor; and a fixing component which accommodates the core conductor. The second connector comprises the following components: a second core conductor which is connected with the first core conductor; a connector housing which accommodates the core connector and is inserted into the fixing component. The fixing component comprises a fixed part and a plurality of fixing fingers. The fixing fingers extend from the fixed part frontward and are respectively provided with a fastening part at the front end. The connector housing comprises a blocking part which is blocked with the fastening part at the inner wall surface and anti-rotation projections for performing rotation prevention of the fixing component. When a random connector is rotated compulsively, the fixing fingers elastically deform and exceed the anti-rotation projections. The connectors are positioned and fixed according to a preset angle.

The invention discloses a multipath light modulation apparatus. The multipath light modulation apparatus comprises a power supply circuit, a single-chip integrated communication processor and circuit, and multipath adjustable current circuits. AC power is input to the power supply circuit, an output first-path DC power supply supplies power to multipath LED loads, an output second-path DC power supply supplies power to the single-chip integrated communication processor and circuit, and the anode of the output first-path DC power supply is connected with the anodes of the multipath LED loads; a single-chip integrated communication processor integrates a communication function and a multipath PWM signal output function into one chip, and the single-chip integrated communication processor and circuit communicates with the outside to obtain an instruction and outputs multipath PWM signals according to the instruction; and each path of the multipath adjustable current circuits is connected in series between the cathode of each LED load and ground potential and is respectively controlled by one PWM signal, and under the control of the PWM signals, the size of the current of the LED loads is changed. According to the invention, the multipath light modulation apparatus improves the circuit integration of a control portion and the selection freedom of an AC / DC power supply, and reduces the cost of the multipath light modulation apparatus.

The invention relates to a layered composite (10), in particular for connecting electronic components as joining partners, comprising at least one substrate film (11) and a layer assembly (12) applied to the substrate film. The layer assembly comprises at least one sinterable layer (13), which is applied to the substrate film (11) and which contains at least one metal powder, and a solder layer (14) applied to the sinterable layer (13). The invention further relates to a method for forming a layered composite, to a circuit assembly containing a layered composite (10) according to the invention, and to the use of a layered composite (10) in a joining method for electronic components.

A disclosed optical element includes three or more sub-wavelength convexo-concave structures having pitches less than a wavelength of an incident light incident to the optical element and having groove depths equal to each other and a periodic structure having the three or more sub-wavelength convexo- concave structures, the pitch of the periodic structure greater than the wavelength of the incident light, in which a predetermined polarization direction of the incident light is diffracted mainly into a specific order.

The invention provides a motor-operated valve including a planetary gear mechanism achieving a greater reduction gear ratio without increasing the number of teeth of the gears, thereby enabling downsizing. In a planetary gear mechanism 1, a sun gear 91 functioning as an input gear receives smaller load than an internally toothed output gear 45, so gears (second planet gears 95) having a smaller module are connected to the planet gears 93, and the sun gear 91 is in engagement with the second planet gears 95. The sun gear 91 is formed of a same module as the second planet gears 95. The rotation of the sun gear 91 is reduced in speed and transmitted to the second planet gears 95, and rotation of the second planet gears 95 rotated at a reduced speed is further reduced by the slight difference in the numbers of teeth of the ring gear 44 and the internally toothed output gear 45 before being output.

The card connector includes a card connector base and a limiting structure. The card connector base includes a first area and a second area, the limiting structure includes a first limiting part and a second limiting part; the first limiting part is used to limit a first data card in the first area, and the second limiting part is used to limit a second data card or a third data card in the second area; a first spring plate group is disposed in the first area and is configured to electrically connect to edge connectors of the first data card; a second spring plate group and a third spring plate group are disposed in different positions of the second area; the second spring plate group is configured to electrically connect to edge connectors of the second data card; the third spring plate group is configured to electrically connect to edge connectors of the third data card.

The invention relates to a multi-junction solar cell, a photovoltaic conversion component and a compound semiconductor layer-by-layer structure. The invention provides a multi-junction solar cell with sub-cells, and a sub-cell substrate is matched with a lattice and provided with an expected band gap. The multi-junction solar cell disclosed by the invention is composed of a plurality of sub-cells (11), (12) (13) and (14) which are laminated, each sub-cell is composed of a first compound semiconductor layer and a second compound semiconductor layer which are laminated, at least a special sub-cell (11) is composed of a first layer (11A1, 11A2) and a second layer (11C), the first layer (11A1, 11A2) is composed of a 1-A(th) layer (11AA) and a 1-B(th) layer (11AB) which are laminated, the second layer (11C) is composed of a 2-A(th) layer (11CA) and a 2-B(th) layer (11CB) which are laminated, a combination-A of the 1-A(th) layer (11AA) and the 2-A(th) layer (11CA) is determined based on a band gap value of a specific sub-cell 11, a combination-B of the 1-B(th) layer (11AB) and the 2-B(th) layer (11CB) is determined based on the difference between the lattice constant of the substrate and the lattice constant of the combination-A, and the thicknesses of the 1-B(th) layer (11AB) and the 2-B(th) layer (11CB) are determined based on the difference between the lattice constant of the substrate and the lattice constant of the combination-B, the thickness of the 1-A(th) layer (11AA) and the 2-A(th) layer (11CA).