Abstract: A blower motor according to the present invention includes a stator assembly 1 including a stator core 10, an upper insulator 11 coupled to an upper portion of the stator core 10, and a lower insulator 12 coupled to a lower portion of the stator core 10; a rotor assembly 2 rotating around the stator assembly 1; a stator block 3 to which the stator assembly 1 is coupled; a printed circuit board 4 located at a lower portion of the stator block 3; and a motor cover 5 coupled to the stator block 3.

Abstract: A blower motor includes a motor assembly 100; a flange 200 on which the motor assembly 100 is mounted; and a damper plate 300 coupled to the flange 200 and supporting the motor assembly 100, wherein the motor assembly 100 includes: a stator assembly 20; a rotor assembly 30 disposed on an outer periphery of the stator assembly 20 and rotating with a shaft 10; a stator block 40 coupled to the stator assembly 20; a printed circuit board 50 installed in the stator block 40; and a motor cover 60 coupled to the stator block 40.

Abstract: A blower motor includes a motor assembly 100 including a stator assembly 1 comprising a stator core 10, an upper insulator 11 coupled to an upper portion of the stator core 10 and a lower insulator 12 coupled to a lower portion of the stator core 10, a rotor assembly 2 rotating around the stator assembly 1, a stator block 3 to which the stator assembly 1 is coupled, a printed circuit board 4 located at a lower portion of the stator block 3, and a motor cover 5 coupled to the stator block 3; a flange 200; and a damper plate 300.

Abstract: A blower motor includes a motor assembly 100 including a stator assembly 1 comprising a stator core 10, an upper insulator 11 coupled to an upper portion of the stator core 10 and a lower insulator 12 coupled to a lower portion of the stator core 10, a rotor assembly 2 rotating around the stator assembly 1, a stator block 3 to which the stator assembly 1 is coupled, a printed circuit board 4 located at a lower portion of the stator block 3, and a motor cover 5 coupled to the stator block 3; a flange 200; and a damper plate 300.

Abstract: A cooking utensil having a thermochromic layer including a thermochromic pigment for a temperature sensor, includes: a metal substrate; a primer layer including a fluorine-based resin formed on at least a part of a surface of the metal substrate; a thermochromic layer including a thermochromic pigment formed on at least a part of a surface of the primer layer; and a top coating layer including a curing agent formed on surfaces of the primer layer and the thermochromic layer. The thermochromic pigment is a thermochromic pigment for a temperature sensor using bismuth vanadate.

Abstract: A blower motor includes a motor assembly 100 including a stator assembly 1 comprising a stator core 10, an upper insulator 11 coupled to an upper portion of the stator core 10 and a lower insulator 12 coupled to a lower portion of the stator core 10, a rotor assembly 2 rotating around the stator assembly 1, a stator block 3 to which the stator assembly 1 is coupled, a printed circuit board 4 located at a lower portion of the stator block 3, and a motor cover 5 coupled to the stator block 3; a flange 200; and a damper plate 300.

Abstract: A blower motor includes a motor assembly 100 including a stator assembly 1 comprising a stator core 10, an upper insulator 11 coupled to an upper portion of the stator core 10 and a lower insulator 12 coupled to a lower portion of the stator core 10, a rotor assembly 2 rotating around the stator assembly 1, a stator block 3 to which the stator assembly 1 is coupled, a printed circuit board 4 located at a lower portion of the stator block 3, and a motor cover 5 coupled to the stator block 3; a flange 200; and a damper plate 300.

Abstract: A blower motor includes a motor assembly 100; a flange 200 on which the motor assembly 100 is mounted; and a damper plate 300 coupled to the flange 200 and supporting the motor assembly 100, wherein the motor assembly 100 includes: a stator assembly 20; a rotor assembly 30 disposed on an outer periphery of the stator assembly 20 and rotating with a shaft 10; a stator block 40 coupled to the stator assembly 20; a printed circuit board 50 installed in the stator block 40; and a motor cover 60 coupled to the stator block 40.

Abstract: A blower motor according to the present invention includes a stator assembly 1 including a stator core 10, an upper insulator 11 coupled to an upper portion of the stator core 10, and a lower insulator 12 coupled to a lower portion of the stator core 10; a rotor assembly 2 rotating around the stator assembly 1; a stator block 3 to which the stator assembly 1 is coupled; a printed circuit board 4 located at a lower portion of the stator block 3; and a motor cover 5 coupled to the stator block 3.

Abstract: An inkjet print head configured to smoothly discharge high viscosity ink includes a nozzle part configured to discharge ink, a supply flow path part configured to define a flow path to supply ink to be discharged from the nozzle part, and a micro pattern part formed at least one portion of the supply flow path part that is configured to reduce of a flow resistance of the ink flowing through the supply flow path part.