mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire comprising: a tread portion including at least two or more rubber layers including a surface layer and an inner layer in a center region centered at a tire equator line and having a width that is 50% of a ground-contact width of a ground-contact surface; and sidewall portions each having a sidewall rubber forming an outer surface, wherein the tread portion has a circumferential groove extending in a circumferential direction, and includes a plurality of land portions demarcated by the circumferential groove and ground-contact end portions, and an outer portion of each sidewall portion is overlapped on an outer side of an end portion in a tire width direction of the tread portion, characterized in that each end portion in the width direction of the inner layer of the tread portion is located in a part of an interface between the surface layer of the tread portion and the sidewall portion, when a complex elastic modulus at 30°C of the surface layer of the tread portion is denoted by E * 1 (MPa) and a complex elastic modulus at 30°C of the inner layer of the tread portion is denoted by E * 2 (MPa), with E * 1 and E * 2 being measured under the conditions of a temperature of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain of 1% with deformation mode being stretch, the following (formula 1) is satisfied, and when a groove area ratio in the center region is denoted by CR (%) and a groove area ratio in a region obtained by excluding the center region from the ground-contact surface is denoted by SR (%), the following (formula 2) is satisfied, E ∗ 2 / E ∗ 1 < 1.0 CR − SR ≤ 15 the tread portion has a circumferential groove extending in a circumferential direction, and includes a plurality of land portions demarcated by the circumferential groove and ground-contact end portions, and an outer portion of each sidewall portion is overlapped on an outer side of an end portion in a tire width direction of the tread portion, characterized in that each end portion in the width direction of the inner layer of the tread portion is located in a part of an interface between the surface layer of the tread portion and the sidewall portion, when a complex elastic modulus at 30°C of the surface layer of the tread portion is denoted by E * 1 (MPa) and a complex elastic modulus at 30°C of the inner layer of the tread portion is denoted by E * 2 (MPa), with E * 1 and E * 2 being measured under the conditions of a temperature of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain of 1% with deformation mode being stretch, the following (formula 1) is satisfied, and when a groove area ratio in the center region is denoted by CR (%) and a groove area ratio in a region obtained by excluding the center region from the ground-contact surface is denoted by SR (%), the following (formula 2) is satisfied, E ∗ 2 / E ∗ 1 < 1.0 CR − SR ≤ 15
A writing implement comprising: a shaft ; an ink supply core that is housed inside the shaft , and that is capable of guiding ink by capillary force; a core surrounding member that covers an outer periphery of the ink supply core such that a portion of the ink supply core and a portion of the core surrounding member are exposed at a leading end of the shaft ; and a joint that is capable of changing a relative positional relationship between the ink supply core and the core surrounding member in an axial direction, wherein the ink supply core is moved by the joint relatively rearward with respect to the core surrounding member so as to enable a tip of the ink supply core and a tip of the core surrounding member to contact a writing surface at the same time, and wherein the joint is an elastic member disposed at a rear of the ink supply core , and the relative positional relationship between the ink supply core and the core surrounding member can be changed by compression of the elastic member, characterized in that the joint is one component molded by two-color molding of a thermoplastic elastomer and a hard resin; and the ink supply core is formed to move rearward relative to the core surrounding member by the elastic member being compressed with load applied to the tip of the ink supply core from an initial position, in which a portion of the ink supply core is exposed from the core surrounding member . a shaft ; an ink supply core that is housed inside the shaft , and that is capable of guiding ink by capillary force; a core surrounding member that covers an outer periphery of the ink supply core such that a portion of the ink supply core and a portion of the core surrounding member are exposed at a leading end of the shaft ; and a joint that is capable of changing a relative positional relationship between the ink supply core and the core surrounding member in an axial direction, wherein the ink supply core is moved by the joint relatively rearward with respect to the core surrounding member so as to enable a tip of the ink supply core and a tip of the core surrounding member to contact a writing surface at the same time, and wherein the joint is an elastic member disposed at a rear of the ink supply core , and the relative positional relationship between the ink supply core and the core surrounding member can be changed by compression of the elastic member, characterized in that the joint is one component molded by two-color molding of a thermoplastic elastomer and a hard resin; and the ink supply core is formed to move rearward relative to the core surrounding member by the elastic member being compressed with load applied to the tip of the ink supply core from an initial position, in which a portion of the ink supply core is exposed from the core surrounding member .
A display device comprising; a light emitting device comprising, formed on each other, a substrate , a lower electrode , an organic layer and a transparent upper electrode , wherein the lower electrode is connected to a thin film transistor, wherein the organic layer comprises at least an emission layer , and wherein an insulating layer having an opening in contact with the lower electrode is formed on the substrate , the insulating layer being formed so as to cover the periphery of the lower electrode , characterized in that the lower electrode has a laminate structure including a metallic material layer and a buffering thin film formed on the metallic material layer , and the buffering thin film is formed from - chromium oxide, or - an oxide of the metal forming the metallic material layer , said oxide having a higher conductivity than the organic layer . a light emitting device comprising, formed on each other, a substrate , a lower electrode , an organic layer and a transparent upper electrode , wherein the lower electrode is connected to a thin film transistor, wherein the organic layer comprises at least an emission layer , and wherein an insulating layer having an opening in contact with the lower electrode is formed on the substrate , the insulating layer being formed so as to cover the periphery of the lower electrode , the lower electrode has a laminate structure including a metallic material layer and a buffering thin film formed on the metallic material layer , and the buffering thin film is formed from - chromium oxide, or - an oxide of the metal forming the metallic material layer , said oxide having a higher conductivity than the organic layer . - chromium oxide, or - an oxide of the metal forming the metallic material layer , said oxide having a higher conductivity than the organic layer .
A coating comprising the reaction product of: (a) a polyester polyol, (b) poly(bisphenol-A carbonate) (PBAC), and (c) a crosslinker; wherein the polyester polyol comprises recurring units derived from: (i) a polyacid source, and (ii) a first glycol; and wherein the crosslinker is selected from a melamine crosslinker or a diisocyanate trimer, with the diisocyanate crosslinked coating being formulated at an NCO/OH number ratio from 0.75 to 1.5. (a) a polyester polyol, (b) poly(bisphenol-A carbonate) (PBAC), and (c) a crosslinker; (i) a polyacid source, and (ii) a first glycol; and
Timepiece oscillator structure comprising at least one divisible unit , which comprises at least one component which comprises at least one flexible blade or at least one blade with necks , joining two main units , each more rigid than said flexible blade or blade with necks , where said divisible unit comprises at least one gripping unit which is designed to be adjacent to at least one said main unit to which it is connected by at least one divisible linkage which is designed in order to make possible the detachment of said gripping unit from said component when said component is fixed, by means of at least said particular main unit which is designed to be adjacent to said gripping unit , to a more rigid external element than said flexible blade or than the necks of said blade with necks , characterised in that the same gripping unit is adjacent to the main units situated on both sides of the same flexible blade or blade with necks , in order to protect said flexible blade or blade with necks .
A blood pump comprising: a pump housing having a chamber defining a blood-flow lumen with an inlet and an outlet ; a rotor within the blood-flow lumen of the chamber of the pump housing, the rotor having an impeller for pumping blood through the blood-flow lumen of the blood pump; a motor including a plurality of magnetic poles carried by the rotor, and a stator including a plurality of electrically conductive coils adjacent to and at least partially surrounding the blood-flow lumen of the pump housing; an over-molded monolithic enclosure covering the stator and encasing the blood-flow lumen, the enclosure and the pump housing cooperatively sealingly enclosing the stator; and the pump housing has an axis and end surfaces transverse to the axis, the end surfaces being separated by a first distance in the direction of the axis, and wherein the enclosure defines a cavity with end surfaces transverse to the axis that abut the end surfaces of the pump housing. a pump housing having a chamber defining a blood-flow lumen with an inlet and an outlet ; a rotor within the blood-flow lumen of the chamber of the pump housing, the rotor having an impeller for pumping blood through the blood-flow lumen of the blood pump; a motor including a plurality of magnetic poles carried by the rotor, and a stator including a plurality of electrically conductive coils adjacent to and at least partially surrounding the blood-flow lumen of the pump housing; an over-molded monolithic enclosure covering the stator and encasing the blood-flow lumen, the enclosure and the pump housing cooperatively sealingly enclosing the stator; and the pump housing has an axis and end surfaces transverse to the axis, the end surfaces being separated by a first distance in the direction of the axis, and wherein the enclosure defines a cavity with end surfaces transverse to the axis that abut the end surfaces of the pump housing.
A spinal implant comprising: an implant body extending between an anterior surface and a posterior surface , and including a first vertebral engaging surface and a second vertebral engaging surface , the implant body further including an inner surface that defines at least one opening oriented to implant a fastener oblique relative to a lateral axis (XL) of a subject body (B) and adjacent an intervertebral space (V) of the subject body (B), and the implant body defining a cavity such that a surgical instrument is connectable with the implant body adjacent the cavity and movable relative to the implant body , wherein the cavity includes a track pathway . an implant body extending between an anterior surface and a posterior surface , and including a first vertebral engaging surface and a second vertebral engaging surface , the implant body further including an inner surface that defines at least one opening oriented to implant a fastener oblique relative to a lateral axis (XL) of a subject body (B) and adjacent an intervertebral space (V) of the subject body (B), and the implant body defining a cavity such that a surgical instrument is connectable with the implant body adjacent the cavity and movable relative to the implant body , wherein the cavity includes a track pathway .
A support leg for a shield, comprising an elongated frame portion to be fastened to a shield , the frame portion having a first end and a second end , as well as a leg portion fastened at the second end of the frame portion , primarily perpendicularly with respect to the frame portion , wherein - the frame portion comprises a shield fastener to which the shield can be fastened and which shield fastener is turnable to at least two different positions with respect to at least the longitudinal direction (I) of the frame portion , and lockable in the at least two different positions in a releasable way; - the leg portion comprises an elongated leg frame with a first end and a second end , characterized in that the leg portion comprises an auxiliary support with a first end and a second end , and in that - the auxiliary support is arranged in connection with the leg frame to be telescopically movable back and forth in the longitudinal direction of the leg frame so that the auxiliary support is movable to a transport position, in which the second end of the auxiliary support is substantially aligned with the second end of the leg frame , and from this position to a supporting position, in which the second end of the auxiliary support is spaced from the second end of the leg frame . - the frame portion comprises a shield fastener to which the shield can be fastened and which shield fastener is turnable to at least two different positions with respect to at least the longitudinal direction (I) of the frame portion , and lockable in the at least two different positions in a releasable way; - the leg portion comprises an elongated leg frame with a first end and a second end , characterized in that the leg portion comprises an auxiliary support with a first end and a second end , and in that - the auxiliary support is arranged in connection with the leg frame to be telescopically movable back and forth in the longitudinal direction of the leg frame so that the auxiliary support is movable to a transport position, in which the second end of the auxiliary support is substantially aligned with the second end of the leg frame , and from this position to a supporting position, in which the second end of the auxiliary support is spaced from the second end of the leg frame .
A mirror device for viewing a person in a mirror, comprising a light source , a screen for screening direct light between the person and the light source , a reflector for reflecting the light generated by the light source , and at least one viewing area in which the person can view himself, wherein the screen is arranged between the person and the light source in such a way that no direct light reaches the person , and - the reflector is arranged either substantially in one plane with the viewing area , thus forming a wing, and/or - the viewing area is part of the screen , so that the reflector can respectively be arranged laterally when the person is viewing the viewing area , wherein the reflector is movably connected to a body or a rear wall of the mirror device and/or - the viewing area is located behind the light source and the light source is shielded from the viewing area by a second screen, wherein the reflector has a diffusor surface which scatters the incoming radiation of the light source , wherein the diffusor surface has cavities which are preferably non-uniformly, in particular preferably randomly distributed, wherein the reflector is designed to be flat and comprises a protective layer, a reflecting layer and a glass layer, wherein the glass layer comprises the diffusor surface. - the reflector is arranged either substantially in one plane with the viewing area , thus forming a wing, and/or - the viewing area is part of the screen , so that the reflector can respectively be arranged laterally when the person is viewing the viewing area , wherein the reflector is movably connected to a body or a rear wall of the mirror device and/or - the viewing area is located behind the light source and the light source is shielded from the viewing area by a second screen,
A method for waking up a screen of a terminal comprising at least two temperature transducers arranged in a frame of the terminal, wherein the method comprises: when the screen is in an off state, cyclically activating at least two groups of temperature transducers in a predetermined sequence, the at least two groups of temperature transducers being obtained by dividing the at least two temperature transducers arranged in the frame of the terminal and each group of temperature transducers comprising at least one temperature transducer ; performing temperature sensing through the activated temperature transducers ; and when any one of the activated temperature transducers senses temperature within a preset range of temperature of a human body, triggering the screen to be switched from the off state to an on state . when the screen is in an off state, cyclically activating at least two groups of temperature transducers in a predetermined sequence, the at least two groups of temperature transducers being obtained by dividing the at least two temperature transducers arranged in the frame of the terminal and each group of temperature transducers comprising at least one temperature transducer ; performing temperature sensing through the activated temperature transducers ; and when any one of the activated temperature transducers senses temperature within a preset range of temperature of a human body, triggering the screen to be switched from the off state to an on state .
A method for culturing an animal cell or animal tissue, the method comprising a step of adding 3H-Imidazo[4,5-d] triazine-4,6 -dione to a cultured cell or cultured tissue.
An image forming apparatus, comprising: a transferring apparatus to transfer a visible image to a printing medium, a plurality of fusing rollers that fuse a developer at the printing medium; and a transporting guide configured to guide the printing medium being transported toward the plurality of fusing rollers , wherein the transporting guide is disposed between the transferring apparatus and the plurality of fusing rollers and is movably installed to move in between a first position to guide at least a part of the printing medium and a second position spaced apart by a predetermined distance from the first position, characterised in that in the second position, contact between the transporting guide and the printing medium is reduced. a transferring apparatus to transfer a visible image to a printing medium, a plurality of fusing rollers that fuse a developer at the printing medium; and a transporting guide configured to guide the printing medium being transported toward the plurality of fusing rollers , wherein the transporting guide is disposed between the transferring apparatus and the plurality of fusing rollers and is movably installed to move in between a first position to guide at least a part of the printing medium and a second position spaced apart by a predetermined distance from the first position, characterised in that in the second position, contact between the transporting guide and the printing medium is reduced.
A portable chargeable spray bottle, comprising an inner bottle , a nozzle assembly provided on an upper inner part of the inner bottle , and a liquid charging structure provided at a bottom of the inner bottle , wherein the liquid charging structure comprises a stepped liquid charging mouth ; a protuberant grooved piston provided in the liquid charging mouth; and a resetting structure of the piston, wherein a liquid charging passage is arranged on the piston and is fitted with a discharging opening , an exhaust structure including an exhaust hole provided in a lower inner part of the inner bottle which corresponds to the piston groove, and an air duct interconnected with the exhaust hole and extending to the upper inner part of the inner bottle ; characterized by : a stop block with a flared end provided on a top of the piston , and a first sealing ring capable of performing static sealing, wherein the first sealing ring is arranged on the stop block and is adapted to seal the inner bottle and the liquid charging mouth ; and wherein a dynamic sealing is formed by the exhaust hole and a second sealing ring , wherein the second sealing ring is equipped in the groove of the piston . a stop block with a flared end provided on a top of the piston , and a first sealing ring capable of performing static sealing, wherein the first sealing ring is arranged on the stop block and is adapted to seal the inner bottle and the liquid charging mouth ; and wherein a dynamic sealing is formed by the exhaust hole and a second sealing ring , wherein the second sealing ring is equipped in the groove of the piston .
An ultrasonic surgical instrument comprising: an ultrasonic electromechanical system comprising an ultrasonic transducer coupled to an ultrasonic blade via an ultrasonic waveguide; and a generator configured to supply power to the ultrasonic transducer, wherein the generator comprises a control circuit configured to: sense a vessel in contact with the ultrasonic blade coupled to the ultrasonic transducer; identify (132284; 132304; 132324) that the vessel is calcified; generate (132286; 132306; 132326) a warning that the vessel is calcified; and disable one or more activation functions of the ultrasonic blade. an ultrasonic electromechanical system comprising an ultrasonic transducer coupled to an ultrasonic blade via an ultrasonic waveguide; and a generator configured to supply power to the ultrasonic transducer, wherein the generator comprises a control circuit configured to: sense a vessel in contact with the ultrasonic blade coupled to the ultrasonic transducer; identify (132284; 132304; 132324) that the vessel is calcified; generate (132286; 132306; 132326) a warning that the vessel is calcified; and disable one or more activation functions of the ultrasonic blade. sense a vessel in contact with the ultrasonic blade coupled to the ultrasonic transducer; identify (132284; 132304; 132324) that the vessel is calcified; generate (132286; 132306; 132326) a warning that the vessel is calcified; and disable one or more activation functions of the ultrasonic blade.