mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of formula (I): or a pharmaceutically acceptable salt or solvate thereof, wherein: Z is R and R' are each H; or R and R', together with the carbon atom to which they are attached, form a 3- or 4-membered carbocyclic or heterocyclic ring; Q is X is CH or N; Y is CH or N; R 1 is C 1 -C 4 alkyl substituted with 1, 2, 3, 4, 5, 6, 7, 8, or 9 fluorine atoms, or C 1 -C 6 alkoxy substituted with 0, 1, 2, 3, 4, 5, 6, or 7 fluorine atoms; and R 2 and R 3 are each independently H, F, CH 2 F, CHF 2 , or CF 3 , provided that one of R 2 and R 3 is not H, provided that the compound of formula (I) contains at least one fluorine atom. Z is R and R' are each H; or R and R', together with the carbon atom to which they are attached, form a 3- or 4-membered carbocyclic or heterocyclic ring; Q is X is CH or N; Y is CH or N; R 1 is C 1 -C 4 alkyl substituted with 1, 2, 3, 4, 5, 6, 7, 8, or 9 fluorine atoms, or C 1 -C 6 alkoxy substituted with 0, 1, 2, 3, 4, 5, 6, or 7 fluorine atoms; and R 2 and R 3 are each independently H, F, CH 2 F, CHF 2 , or CF 3 , provided that one of R 2 and R 3 is not H,
A packing box, wherein the packing box comprises a basal surface , side surfaces and containing spaces; the side surfaces are arranged around the basal surface , and form a one-piece planar structure with the basal surface , the side surfaces and the basal surface form first folding marks used to fold along the first folding marks and form a space for the packing box; a plurality of holes are opened on the basal surface , and the containing spaces are fixed on the basal surface , with the holes used as openings thereof; characterized in that each containing space is surrounded by a plurality of wall surfaces, the wall surfaces unparallel to the basal surface when the containing spaces are expanded are defined as unparallel wall surfaces, the other wall surfaces are parallel wall surfaces, and a plurality of second folding marks are formed on the unparallel wall surfaces to be used to fold and expand the corresponding wall surfaces; wherein, when the unparallel wall surfaces are folded, the internal cavities of the containing spaces disappear and the containing spaces are retracted, and when the unparallel wall surfaces are expanded, the containing spaces are expanded; and, wherein the wall surfaces of each containing space comprise first wall surfaces and a second wall surface, wherein the first wall surfaces are the unparallel wall surfaces, the second wall surface is connected with the first wall surfaces and is the parallel wall surface, and second folding marks parallel to the basal surface are arranged on the first wall surfaces.
Elevator comprising at least one elevator car driving in an elevator shaft driven by an elevator drive, which elevator car has at least one car door and a door sill at the bottom of the car door, which door sill comprises at least one groove , in which the car door is guided, in which groove at least one trash hole is located to prevent trash from accumulating in the groove, whereby the elevator car further comprises a toe guard which extends with a direction component in length direction of the shaft, which trash hole is connected with a first upper end of an air channel extending downwards from the door sill, characterized in that the air channel comprises at least one channel portion extending with a direction component in horizontal direction, which air channel is connected with the toe guard , and that the air channel has an outlet opening at its second lower end directed in horizontal direction.
Hot air apparatus with a blower motor driving a ventilator rotor , a heating unit , arranged downstream of the ventilator rotor related to an air flow generated thereby and electrically driven and providing at the end a hot air outlet , and a housing , made at least in sections of a plastic material, at least surrounding the ventilator rotor in order to form a ventilator chamber and connecting the blower motor to the heating unit, characterised in that the blower motor and the heating unit are additionally mechanically connected by a connecting means (26; 34) in the form of a buckle, made of a metallic material, and the heating unit is held by the connecting means at the blower motor, in such a way that the connecting means prevent or make difficult any tipping and/or pivoting of the heating unit relative to the blower motor in the event of the housing being rendered unstable due to heat.
An information processing system including at least a reflection member , a hand-held information processing apparatus capable of image processing, and an information processing apparatus communicable with the hand-held information processing apparatus, the information processing system characterized by the reflection member being a retroreflecting material part, the hand-held information processing apparatus including: an imaging section configured to capture an image; a light emitting section configured to emit light; a light source detecting section configured to detect, in the image captured by the imaging section, light source images including an image of the retroreflecting material, the image of the retroreflecting material indicating light that has been emitted from the light emitting section and reflected by the retroreflecting material part; a calculator configured to calculate positions, in the captured image, of the detected light source images; and an output section configured to output positional information indicating the calculated positions, the information processing apparatus including an image generator configured to estimate an orientation or a position of the hand-held information processing apparatus on the basis of the positional information outputted from the output section, and generate an image on the basis of a result of the estimation, a specifying section configured to specify the image of the retroreflecting material in the captured image on the basis of the positional information of the light source images calculated by the calculator, wherein the specifying section specifies the image of the retroreflecting material on the basis of whether or not the positional relationship is a positional relationship in which the light source images are arrayed in a straight line, and an imaging target member having a plurality of the retroreflecting material parts, wherein the plurality of the retroreflecting material parts are, in the imaging target member, arranged at equal arrangement intervals. an imaging section configured to capture an image; a light emitting section configured to emit light; a light source detecting section configured to detect, in the image captured by the imaging section, light source images including an image of the retroreflecting material, the image of the retroreflecting material indicating light that has been emitted from the light emitting section and reflected by the retroreflecting material part; a calculator configured to calculate positions, in the captured image, of the detected light source images; and an output section configured to output positional information indicating the calculated positions,
A reduced-pressure therapeutic brassiere for providing a support force to breast tissue , comprising: a brassiere dressing assembly having a dressing bolster for placing on a torso with at least a portion proximate the breast tissue , wherein the dressing bolster is sized and configured to be placed on at least a portion of a breast area, the dressing bolster having a first surface and a second surface , at least one breast cup formed as part of the dressing bolster and formed with a first pocket , the first pocket being sized and configured to receive breast tissue; and an over-drape configured to cover the dressing bolster and provide a fluid seal around the dressing bolster , when under a reduced pressure from a reduced-pressure subsystem ; and a sealing apparatus is applied to the over-drape to form the fluid seal with the epidermis. a brassiere dressing assembly having a dressing bolster for placing on a torso with at least a portion proximate the breast tissue , wherein the dressing bolster is sized and configured to be placed on at least a portion of a breast area, the dressing bolster having a first surface and a second surface , at least one breast cup formed as part of the dressing bolster and formed with a first pocket , the first pocket being sized and configured to receive breast tissue; and an over-drape configured to cover the dressing bolster and provide a fluid seal around the dressing bolster , when under a reduced pressure from a reduced-pressure subsystem ; and a sealing apparatus is applied to the over-drape to form the fluid seal with the epidermis.
A method for making a synthetic, biodegradable, bone graft substitute comprising: (a) mixing calcium carbonate and a binding material to provide a powdered mixture, wherein the binding material comprises tetracalcium phosphate (Ca4(PO4)2O; TTCP) and calcium hydrogen phosphate (CaHPO4) that react in the presence of gelatin to make a cement or slurry; (b) mixing the powdered mixture of part (a) with gelatin to make a cement or slurry, wherein gelatin is provided in a solution or solvent in an amount of 30-36% by weight of the cement or slurry (c) wherein the mixing in step (a) and/or step (b) with the gelatin is undertaken at a temperature of 25°C to 40°C; and (d) printing a three-dimensional bone graft substitute (3D-BGS) from the cement or slurry of part (b) onto a platform using a three-dimensional printer wherein the temperature of the platform is 2.5°C to 10°C. (a) mixing calcium carbonate and a binding material to provide a powdered mixture, wherein the binding material comprises tetracalcium phosphate (Ca4(PO4)2O; TTCP) and calcium hydrogen phosphate (CaHPO4) that react in the presence of gelatin to make a cement or slurry; (b) mixing the powdered mixture of part (a) with gelatin to make a cement or slurry, wherein gelatin is provided in a solution or solvent in an amount of 30-36% by weight of the cement or slurry (c) wherein the mixing in step (a) and/or step (b) with the gelatin is undertaken at a temperature of 25°C to 40°C; and (d) printing a three-dimensional bone graft substitute (3D-BGS) from the cement or slurry of part (b) onto a platform using a three-dimensional printer wherein the temperature of the platform is 2.5°C to 10°C.
A security reinforcement architecture , applicable to an Internet of Vehicles terminal , characterized in that : the security reinforcement architecture comprises an application program , biometric information , an enhanced client application static library , a client application , and a trusted zone ; the application program is operable to load the biometric information ; the enhanced client application static library is operable to verify the biometric information ; the enhanced client application static library is operable to request generation of a request from the client application if the biometric information passes the verification; the client application is operable to transmit the request to a trusted application in a trusted execution environment, and the trusted application is operable to generate a keyblock in the trusted zone and return the keyblock to the enhanced client application static library ; and the enhanced client application static library is further operable to encrypt the keyblock to obtain an encrypted keyblock. the security reinforcement architecture comprises an application program , biometric information , an enhanced client application static library , a client application , and a trusted zone ; the application program is operable to load the biometric information ; the enhanced client application static library is operable to verify the biometric information ; the enhanced client application static library is operable to request generation of a request from the client application if the biometric information passes the verification; the client application is operable to transmit the request to a trusted application in a trusted execution environment, and the trusted application is operable to generate a keyblock in the trusted zone and return the keyblock to the enhanced client application static library ; and the enhanced client application static library is further operable to encrypt the keyblock to obtain an encrypted keyblock.
A sensing system comprising: at least one chip branch , wherein each of the at least one chip branch comprises N sensing chips connected sequentially to form N cascading stages, N being an integer greater than one; characterized in that each of the N sensing chips comprises a clock circuit and a frequency dividing circuit , the clock circuit is configured to receive an input working clock signal, and to perform an integration process on the input working clock signal by increasing its frequency to obtain an intermediate clock signal; the frequency dividing circuit is configured to receive the intermediate clock signal, and to perform a frequency dividing process on the intermediate clock signal to obtain an output working clock signal for a next-stage sensing chip ; the input working clock signal received by the clock circuit of a first-stage sensing chip comprises a first working clock signal received by the at least one chip branch , the input working clock signal received by the clock circuit of an ith-stage sensing chip is the output working clock signal output by the frequency dividing circuit of an (i-1) th-stage sensing chip , i being an integer greater than one and less or equal to N; and each of the at least one chip branch comprises at least two types of sensing chips , and the clock circuit of one respective sensing chip of the N sensing chips is configured to output an intermediate clock signal same as or different from an intermediate clock signal output by the clock circuit of another respective sensing chip of the N sensing chips . at least one chip branch , wherein each of the at least one chip branch comprises N sensing chips connected sequentially to form N cascading stages, N being an integer greater than one; characterized in that each of the N sensing chips comprises a clock circuit and a frequency dividing circuit , the clock circuit is configured to receive an input working clock signal, and to perform an integration process on the input working clock signal by increasing its frequency to obtain an intermediate clock signal; the frequency dividing circuit is configured to receive the intermediate clock signal, and to perform a frequency dividing process on the intermediate clock signal to obtain an output working clock signal for a next-stage sensing chip ; the input working clock signal received by the clock circuit of a first-stage sensing chip comprises a first working clock signal received by the at least one chip branch , the input working clock signal received by the clock circuit of an ith-stage sensing chip is the output working clock signal output by the frequency dividing circuit of an (i-1) th-stage sensing chip , i being an integer greater than one and less or equal to N; and each of the at least one chip branch comprises at least two types of sensing chips , and the clock circuit of one respective sensing chip of the N sensing chips is configured to output an intermediate clock signal same as or different from an intermediate clock signal output by the clock circuit of another respective sensing chip of the N sensing chips .
A dual-output generator , comprising: a first generator having a rotor ; a second generator having a rotor , the first generator rotor being coupled to the second generator rotor for common rotation with the first generator rotor ; a first power converter connected to the first generator output for converting rotation of the first generator rotor into direct current power output; and a second power converter connected to the second generator output for converting rotation of the second generator rotor into constant frequency alternating current power output; wherein the first generator includes a first exciter including exciter stator windings and exciter rotor windings , wherein said exciter rotor windings are rotatably connected to the first generator rotor ; the second generator includes a second exciter including exciter stator windings and exciter rotor windings , wherein said exciter rotor windings are rotatably connected to the second generator rotor; a permanent magnet generator being coupled with the first and second rotors for common rotation with said first and second rotors and wherein said permanent magnet generator is suitable providing current to the first and second exciter. a first generator having a rotor ; a second generator having a rotor , the first generator rotor being coupled to the second generator rotor for common rotation with the first generator rotor ; a first power converter connected to the first generator output for converting rotation of the first generator rotor into direct current power output; and a second power converter connected to the second generator output for converting rotation of the second generator rotor into constant frequency alternating current power output; wherein the first generator includes a first exciter including exciter stator windings and exciter rotor windings , wherein said exciter rotor windings are rotatably connected to the first generator rotor ; the second generator includes a second exciter including exciter stator windings and exciter rotor windings , wherein said exciter rotor windings are rotatably connected to the second generator rotor; a permanent magnet generator being coupled with the first and second rotors for common rotation with said first and second rotors and wherein said permanent magnet generator is suitable providing current to the first and second exciter.
An inside air control apparatus, comprising: a gas supply device that is configured to perform a gas supply operation for supplying low oxygen concentration air that is produced through reduction of oxygen from outside air and has a lower oxygen concentration than the outside air into a storage storing breathing plants ; and a controller that is configured to control an operation of the gas supply device such that inside air of the storage has desired composition, wherein the gas supply device is configured to be able to change an amount of gas supply into the storage through the gas supply operation in a plurality of stages such that the oxygen concentration of the low oxygen concentration air supplied into the storage decreases with a decrease in the amount of gas supply, characterized in that the controller is configured to be able to execute, if the oxygen concentration of the inside air is higher than a target oxygen concentration, a carbon dioxide concentration controlling operation being configured to reduce the oxygen concentration of the inside air to the target oxygen concentration by causing the gas supply device to perform the gas supply operation, while allowing the gas supply device to change the amount of gas supply according to the carbon dioxide concentration of the inside air, such that the carbon dioxide concentration of the inside air falls within a predetermined reference concentration range. a gas supply device that is configured to perform a gas supply operation for supplying low oxygen concentration air that is produced through reduction of oxygen from outside air and has a lower oxygen concentration than the outside air into a storage storing breathing plants ; and a controller that is configured to control an operation of the gas supply device such that inside air of the storage has desired composition, wherein the gas supply device is configured to be able to change an amount of gas supply into the storage through the gas supply operation in a plurality of stages such that the oxygen concentration of the low oxygen concentration air supplied into the storage decreases with a decrease in the amount of gas supply, characterized in that the controller is configured to be able to execute, if the oxygen concentration of the inside air is higher than a target oxygen concentration, a carbon dioxide concentration controlling operation being configured to reduce the oxygen concentration of the inside air to the target oxygen concentration by causing the gas supply device to perform the gas supply operation, while allowing the gas supply device to change the amount of gas supply according to the carbon dioxide concentration of the inside air, such that the carbon dioxide concentration of the inside air falls within a predetermined reference concentration range.
A gas trapping material containing porous metal oxide having a specific surface area of 30 m 2 /g or more as determined by gas adsorption and silver particles having an average particle size of 0.5 nm to 100 nm inclusive, wherein the porous metal oxide contains cerium oxide.
A surgical instrument for cutting and stapling tissue, the surgical instrument comprising: a handle; a firing member extending from said handle; an electric motor positioned in said handle, wherein said electric motor is configured to operate in a plurality of states, and wherein said electric motor comprises a motor shaft adapted to rotate around a rotation axis, and a resonator comprising a center of mass centered along the axis of rotation of the motor shaft, characterised in that : said electric motor rotates in a first direction when said electric motor is in an advancing state and oscillates between the first direction and a second direction when the electric motor is in a feedback state, and said resonator is mounted to said motor shaft at said center of mass, wherein said resonator is balanced such that the center of mass of the resonator is balanced relative to the axis of rotation of said shaft when said electric motor is in the advancing state, and wherein said resonator is unbalanced such that the center of mass of the resonator is unbalanced relative to the axis of rotation of the shaft when said electric motor is in the feedback state. a handle; a firing member extending from said handle; an electric motor positioned in said handle, wherein said electric motor is configured to operate in a plurality of states, and wherein said electric motor comprises a motor shaft adapted to rotate around a rotation axis, and a resonator comprising a center of mass centered along the axis of rotation of the motor shaft, characterised in that : said electric motor rotates in a first direction when said electric motor is in an advancing state and oscillates between the first direction and a second direction when the electric motor is in a feedback state, and said resonator is mounted to said motor shaft at said center of mass, wherein said resonator is balanced such that the center of mass of the resonator is balanced relative to the axis of rotation of said shaft when said electric motor is in the advancing state, and wherein said resonator is unbalanced such that the center of mass of the resonator is unbalanced relative to the axis of rotation of the shaft when said electric motor is in the feedback state. said electric motor rotates in a first direction when said electric motor is in an advancing state and oscillates between the first direction and a second direction when the electric motor is in a feedback state, and said resonator is mounted to said motor shaft at said center of mass, wherein said resonator is balanced such that the center of mass of the resonator is balanced relative to the axis of rotation of said shaft when said electric motor is in the advancing state, and wherein said resonator is unbalanced such that the center of mass of the resonator is unbalanced relative to the axis of rotation of the shaft when said electric motor is in the feedback state.