Abstract: A steam valve for a cooking utensil and the cooking utensil are provided. The steam valve includes a valve base, a bonnet and a barrier member. The bonnet and the valve base form a mounting chamber. The valve base has a steam inlet, and at least one of the valve base and the bonnet has a steam outlet. The barrier member is mounted in the mounting chamber, the barrier member and a top wall of the bonnet define a first passage therebetween, steam flows from the steam inlet via the first passage to the steam outlet, and a bottom wall of the valve base corresponding to the barrier member is disposed obliquely such that liquid flows back to the steam inlet.

Abstract: The present disclosure provides a housing assembly and a cooking appliance. The housing assembly includes a metal housing and an insulating member. The metal housing takes the shape of a disconnected ring on the whole, with a notch formed at a disconnected portion of the metal housing; the insulating member connects a disconnected end of the metal housing and covers the notch so that the housing assembly forms a closed-loop open circuit structure. According to the housing assembly provided by the present disclosure, as the metal housing is disconnected, and the disconnected portion of the metal housing is connected by the insulating member, so that the housing assembly is disconnected on the circuit, therefore, the magnetic field induction of the metal housing can be weaken to reduce the temperature rise.

Abstract: A split electric rice cooker includes: a base (100) provided with a weighing-device mounting groove (120) at a bottom thereof; a cooker body configured to rest on the base (100) and separable with respect to the base (100); a weighing device (500) provided in the weighing-device mounting groove (120), the weighing device (500) comprising a weighing sensor (510) and a support leg (520); a press cover (600) provided to the bottom of the base (100) and shielding the weighing-device mounting groove (120), the press cover (600) being provided with a press-cover clearance hole (601) for the support leg (520) to pass downwards, and the support leg (520) being connected to the weighing sensor (510); or the support leg (520) being integrally provided to the press cover (600) and able to push the weighing sensor (520) along with deformation of the press cover.

Abstract: A steam valve for a cooking utensil and the cooking utensil are provided. The steam valve includes a valve base, a bonnet and a barrier member. The bonnet and the valve base form a mounting chamber. The valve base has a steam inlet, and at least one of the valve base and the bonnet has a steam outlet. The barrier member is mounted in the mounting chamber, the barrier member and a top wall of the bonnet define a first passage therebetween, steam flows from the steam inlet via the first passage to the steam outlet, and a bottom wall of the valve base corresponding to the barrier member is disposed obliquely such that liquid flows back to the steam inlet.

Abstract: The present disclosure provides a housing assembly and a cooking appliance. The housing assembly includes a metal housing and an insulating member. The metal housing takes the shape of a disconnected ring on the whole, with a notch formed at a disconnected portion of the metal housing; the insulating member connects a disconnected end of the metal housing and covers the notch so that the housing assembly forms a closed-loop open circuit structure. According to the housing assembly provided by the present disclosure, as the metal housing is disconnected, and the disconnected portion of the metal housing is connected by the insulating member, so that the housing assembly is disconnected on the circuit, therefore, the magnetic field induction of the metal housing can be weaken to reduce the temperature rise.

Abstract: A split electric rice cooker includes: a base (100) provided with a weighing-device mounting groove (120) at a bottom thereof; a cooker body configured to rest on the base (100) and separable with respect to the base (100); a weighing device (500) provided in the weighing-device mounting groove (120), the weighing device (500) comprising a weighing sensor (510) and a support leg (520); a press cover (600) provided to the bottom of the base (100) and shielding the weighing-device mounting groove (120), the press cover (600) being provided with a press-cover clearance hole (601) for the support leg (520) to pass downwards, and the support leg (520) being connected to the weighing sensor (510); or the support leg (520) being integrally provided to the press cover (600) and able to push the weighing sensor (520) along with deformation of the press cover.

Abstract: Disclosed is a coil assembly and an electromagnetic cooking appliance. The coil assembly includes: a coil base, including a bottom wall and a side wall; a first coil and a second coil, fixedly located at the bottom wall and the side wall respectively; and a plurality of magnetic stripe supporters, located at the coil base along a circumferential direction. Each magnetic stripe supporter includes a first mounting part, a second mounting part, and a connecting part connected to the first mounting part and the second mounting part. The coil assembly in the disclosure can effectively reduce the mounting space for the magnetic stripe supporter, and prevent the interference between the magnetic stripe supporter and the circuit board supporter in the electromagnetic cooking appliance.

Abstract: The present disclosure provides a split electric rice cooker. The split electric rice cooker includes: a base; and a cooker configured to rest on the base and separable with respect to the base, the cooker being provided with an inner pot therein and having a cooker bottom wall, the cooker bottom wall being located below the inner pot, and the cooker bottom wall being constructed as a single-layer wall structure.

Abstract: A split electric rice cooker includes a base, a cooker body, a weighing device, and a press cover. The weighing device includes a weighing sensor and a support leg. The weighing sensor includes a body portion and a cantilever weighing portion. The support leg penetrates downwards through the press cover. A limiting plate is provided in a weighing-device mounting groove of the base. When the cantilever weighing portion is bent upwards and deformed with respect to the body portion, the limiting plate is apt to abut against the cantilever weighing portion to limit a position of the cantilever weighing portion; or the support leg is provided with a limiting portion, and the limiting portion is apt to move with respect to the body portion along with the support leg to abut against a bottom surface of the body portion.

Abstract: An Eptifibatide preparation method with product purity of more than 99.5%, the method comprising: using a solid phase polypeptide synthesis method to prepare eptifibatide resin, conducting acidolysis on the Eptifibatide resin to obtain a crude Eptifibatide linear peptide product, oxidizing to obtain a crude Eptifibatide product, purifying and exchanging salt to obtain an Eptifibatide finished product; the method using the solid phase polypeptide synthesis method to prepare the eptifibatide resin is: using a solid phase coupling synthesis method to sequentially splice a corresponding protective amino acid or a segment in the following sequence onto amino resin, and obtaining the Eptifibatide resin: X—Y-Trp(R1)-Pro-Cys(R2)-amino resin, wherein R1 is Boc or H, R2 is Trt or Acm, X is Mpr(R2)-Harg(R3), R3 is Pbf or H, and Y is Gly-Asp(OtBu).

Abstract: An Eptifibatide preparation method with product purity of more than 99.5%, the method comprising: using a solid phase polypeptide synthesis method to prepare eptifibatide resin, conducting acidolysis on the Eptifibatide resin to obtain a crude Eptifibatide linear peptide product, oxidizing to obtain a crude Eptifibatide product, purifying and exchanging salt to obtain an Eptifibatide finished product; the method using the solid phase polypeptide synthesis method to prepare the eptifibatide resin is: using a solid phase coupling synthesis method to sequentially splice a corresponding protective amino acid or a segment in the following sequence onto amino resin, and obtaining the Eptifibatide resin: X—Y-Trp(R1)-Pro-Cys(R2)-amino resin, wherein R1 is Boc or H, R2 is Trt or Acm, X is Mpr(R2)-Harg(R3), R3 is Pbf or H, and Y is Gly-Asp(OtBu).