587results about How to "Increase internal pressure" patented technology

System for withdrawing body fluid from a body part in particular the finger pad, comprising a compression unit that is deformed when the body part is pressed against it and increases the internal pressure in a region of the body part, and a withdrawal device. Deformation of the compression unit partially converts the primary pressing movement into a secondary movement which leads to an increase in the internal pressure in a region of the body part. The invention also comprises a system for stimulating the outflow of body fluid using a deformable compression unit.

A method of detaching a thin film from a source substrate comprises the following steps: implanting ions or gaseous species in the source substrate so as to form therein a buried zone weakened by the presence of defects; splitting in the weakened zone leading to the detachment of the thin film from the source substrate. Two species are implanted of which one is adapted to form defects and the other is adapted to occupy those defects, the detachment being made at a temperature lower than that for which detachment could be obtained with solely the dose of the first species.

A vehicle power storage unit, has: a power storage assembly; a coolant for cooling the power storage assembly; a casing having a coolant inlet through which the coolant is filled into the casing and containing the coolant and the power storage assembly; a gas-discharge pipe through which gas produced by the power storage assembly is discharged from the casing to the outside of a passenger compartment or a trunk of the vehicle; and a first pressure-release valve which is provided at the coolant inlet and through which the pressure in the casing is released to the outside when gas is produced by the power storage assembly.

A cookware lid assembly having a whistling handle and a removable flexible sealing band that extends around a flange on the lid. The sealing band secures the lid to the cookware to prevent the lid from being dislodged from the cookware as pressure inside the cookware increases or as water in the cookware comes to a boil. The handle has a hole in it that generates as whistling noise when the pressure in the cookware increases. A movable slide in the handle allows the hole in the lid to be closed or remain fully or partly open. The slide also allows the volume and pitch of the whistle to be adjusted.

The invention discloses a low-temperature two-step method for preparing a composite anatase type titanium dioxide visible light catalyst, and belongs to the visible light catalyst. The preparation method comprises the following steps of: 1, adding titanium-containing precursor into alcohol, uniformly mixing and then adding a dopant, fully stirring, then adding an inhibitor and de-ionized water respectively, and performing water bath heating to prepare colloid containing titanium and doping element; and 2, cooling the prepared colloid to room temperature, transferring into a high-pressure-resistant container, adding a thermal decomposition type compound into the colloid, then quickly sealing the container, heating to perform reaction, preserving heat, obtaining precipitate after the reaction is finished, filtering the precipitate and washing with the de-ionized water and then drying to prepare the composite anatase type titanium dioxide visible light catalyst. The method has the advantages that: 1, the catalyst is prepared under the condition of 80-100 DEG C, and the energy consumption is favorably reduced during preparation; and 2, subsequent high-temperature treatment is not required in the method, the defect of high probability of losing the doping element through the high-temperature treatment is avoided, and the photo-catalytic performance is favorably improved.

A lithium ion secondary battery including an electrode assembly, a center pin positioned within the electrode assembly, a variable-length member coupled to the center pin, the variable-length member adapted to increase in length when an interior temperature of the center pin reaches a critical temperature, a can containing the electrode assembly, the center pin, and the variable-length member, and a cap assembly coupled to the can, the cap assembly having safety means fracturable in response to the variable-length member being increased in length.

A steerable catheter having a catheter tip connected to an elongated catheter body, with the catheter tip having an elastomeric cylindrical body and one or more steering lumens each offset from the longitudinal axis of the elastomeric cylindrical body and extending substantially the length of the elastomeric cylindrical body so that increasing the internal pressure of one or more of the steering lumens using, for example, a pneumatic or hydraulic pressure source or heating a thermally expandable media in the steering lumens, operates to curl the longitudinal axis of the elastomeric cylindrical body towards the internally pressurized steering lumen or lumens for steering the catheter tip.

A Chinese medicine for preventing and treating cholecystitis, cholelithiasis and the inflammation of biliary tract, and improving the function of gallbladder and liver is prepared from 23 Chinese-medicinal materials including tackahoe, capejasmine fruit, white peony root, cyprus tuber, etc.

The invention discloses a composite inner and outer hydraulic pressure forming method for a high-branch height thin-wall three-way pipe, belongs to the technical field of inner high pressure forming and aims to solve the problem that the branch height of the formed three-way pipe is limited in the conventional inner high pressure forming method. The method comprises the following steps of: filling liquid media inside a pipe billet and discharging gases through a supercharger, and moving a left-side punch and a right-side punch forwards to finish pipe end seal, so that inner pressure of the pipe billet is insufficient, and the pipe billet deforms; filling liquid media on the outer side of the pipe billet through holes on a die, wherein outside hydraulic pressure is sealed by a sealing groove on the die and a sealing ring on the punch, so that the pipe billet has plastic deformation under the action of inner pressure, outer pressure, axial feeding of the left and right punches and retreating of the branch punch, and obtaining the high-branch height three-way pipe. Compared with the traditional inner high pressure forming method, the method has the advantages of high branch pipe height and high pipe surface quality, and is particularly suitable for thin-wall three-way pipe forming.

A fuel valve includes an upper chamber communicating with a ventilation passage of a canister; a lower chamber to be disposed inside a fuel tank; a communicating port between the upper chamber and the lower chamber; and a float member disposed in the lower chamber for blocking the communicating port when fuel flows into the lower chamber. The lower chamber includes a one-way valve formed at a bottom thereof for allowing the fuel to flow out only through the one-way valve, and a fuel inlet formed in a side wall of the lower chamber. When a fuel level inside the fuel tank reaches the main fuel inlet, the fuel flows into the lower chamber to raise the float member. As a result, an internal pressure of the fuel tank increases, so that a sensor at a fueling nozzle side can detect that the fuel tank is filled-up.

Disclosed herein are a safety device for secondary batteries that is capable of pressing a piezoelectric element using a seesaw member, which is constructed in a variable fixing structure, to generate electric current when a battery cell swells due to the abnormal operation or the degradation of the battery, and controlling the operation of the battery according to the generated electric current using a protection circuit module, thereby securing the safety of the battery, and a battery pack including a battery cell, which has low mechanical strength and high deformability, mounted in a frame member having the safety device, whereby the safety of the battery is improved and the assembly efficiency of the battery pack is improved.

A chip type aluminum electrolytic capacitor (1) has a capacitor element (2) impregnated with an electrolytic solution, a cylindrical case (3) for containing the capacitor element (2), a sealing member (4) for sealing the cylindrical case (3), and an insulating board (5) having a mounting surface (5c) to be fixed to an electronic circuit board; and vapor pressure of the electrolytic solution is regulated to a predetermined value to prevent deformations of the cylindrical case (3) and the sealing member (4).

A high pressure fuel injection pipe is provided for a diesel engine and has excellent internal pressure fatigue resisting characteristics, vibrational fatigue resisting characteristics and cavitation resisting property and sheet face flawing resisting property, and can be made thin and light in weight. In the high pressure fuel injection pipe, pipe extension and heat treatment are repeated by using a header manufactured by transformation induced plastic type strength steel, and processing for depositing residual austenite is then performed and final pipe extension processing is performed, and a joint portion is molded and bending processing is performed without performing perfect annealing at the size of a product.

The invention is directed to a closure moulded in closed position. The closure comprises a body and a lid, which are separated by a circumferential gap. A snap hinged comprising two trapezoid elements, which are connected each by film hinges to the body and the lid, causes a snap action while opening or closing the closure. The closure offers opening angles in the range of 220°.

The invention intends to cheaply provide a cushioning material that can pack articles to be packed different in shapes and dimensions with a simple structure and stably and that can withstand transportations for long periods under severe conditions. A universal air cushioning material is formed in such a manner that side portions forming end portions of above and below and left and right external frames of two superposed rectangular synthetic resin films made of a same raw material are thermally fused and, between the side portions, an intermediate portion thereof is arbitrarily thermally fused in accordance with a dimension and shape of the article to be packed to dispose a plurality of partitioned peripheral portions; at arbitrary positions in the vicinity of the side portions of the peripheral portions, at least a pair of notches is disposed horizontally symmetrically in accordance with a dimension and shape of the article to be packed and, in the peripheral portions, at least one air passage port is disposed to form a plurality of mutually communicated air chambers to enable to arbitrarily vary a contact area between the air chambers and the article to be packed or an inner wall of the transporting vessel; to at least one of the air chambers an air inlet port is disposed to inject air from the air inlet port to expand an entirety of the air chambers; and thereby an inside thereof is pressed against the article to be packed and an outside thereof is pressed against an inner wall of the transporting vessel.

A breather structure for internal combustion engine, the structure making a breather chamber smaller and thus making an internal combustion engine as a whole smaller. A breather chamber and a small chamber are formed. The breather chamber includes a first side face cover. The first side face cover is joined to a case to cover a first one of the right and left side faces of the case. Inside the first side face cover, an auxiliary apparatus chamber is formed. The auxiliary apparatus chamber houses a clutch mechanism connecting or disconnecting the power transmission route. Additionally, formed inside a housing are an external communication port communicating to the outside of the housing, and the small chamber communicating to a crank chamber and to the auxiliary apparatus chamber. Moreover, the auxiliary apparatus chamber communicates to the breather chamber.

The invention relates to a fuel-cell power generation system for supplying hydrogen by hydrolyzing magnesium hydride. The fuel-cell power generation system comprises the combination of hydrogen generation by hydrolyzing MgH2 and a proton membrane fuel cell. The fuel-cell power generation system utilizes a Kipps apparatus principle and can realize a hydrogen generation immediate supplying/stopping technology. A hydrolysis reactor water bath (1) is communicated with a fuel cell cooling water bath (7) by a pipeline; working residual heat of a fuel cell set is used for heating a reactor to carry out hydrolysis reaction. In the working process, the water baths are communicated to keep the working temperature of a hydrolysis reactor and the working temperature of a fuel cell constant so as to be good for carrying out the reaction. The hydrolysis reactor is connected with a proton exchange membrane fuel cell by a pipeline; water generated by the working of the proton membrane fuel cell can be balanced with water consumed by hydrolyzing the MgH2 so as to realize the cyclic utilization of the water; theoretically, the water does not need to be injected from the outside. A hydrolysis reaction product, namely magnesium hydroxide sediments, can be filtered and recycled by a hydrolysis reactor filtering machine and is industrially utilized to reduce the cost.

A transformer tank having opposing walls and junctions between adjacent tank walls being intermediate walls defining obtuse angles with respect to each of their respective adjacent tank walls such that the tank is free from perpendicular wall intersections. Internal framework is disposed within the tank for preventing inward wall deflections and is anchored to the intermediate walls and is substantially free from attachment to the opposing walls. The tank undergoes volumetric expansion in response to increases in internal positive pressure to avoid tank rupture.

A base fabric for a hollow-woven air bag, including: a bag portion (multiple fabric portion) formed by connecting a plurality of cloth pieces by hollow weaving; a fastened portion A connected to the bag portion (multiple fabric portion); and a fastened portion B of a weave structure different from that of the fastened portion A, which is formed in a boundary portion between the bag portion (multiple fabric portion) and the fastened portion A.