mhurhangee/patent-ind-claim-en huggingface dataset:
A cryogenic cooling system comprising: a gas circulation source that circulates a cooling gas; a cryocooler including a cryocooler stage that cools the cooling gas; a cooling gas flow path that causes a cooling gas to flow from the gas circulation source via the cryocooler stage and an object to be cooled to the gas circulation source ; and a control device that controls the gas circulation source to execute initial cooling of the object to be cooled from a room temperature to a target cooling temperature according to a prescribed flow rate pattern, characterized in that the control device is configured such that the prescribed flow rate pattern is predetermined such that the cooling gas flows through the cooling gas flow path at a first average flow rate (m1) from a start of the initial cooling to a transition timing (T), and the cooling gas flows through the cooling gas flow path at a second average flow rate (m2) from the transition timing (T) to a completion of the initial cooling, and such that the second average flow rate (m2) is smaller than the first average flow rate (m1) such that a cooling capacity of the cryogenic cooling system is increased as compared to a case where the first average flow rate (m1) is maintained from the transition timing (T) to the completion of the initial cooling. a gas circulation source that circulates a cooling gas; a cryocooler including a cryocooler stage that cools the cooling gas; a cooling gas flow path that causes a cooling gas to flow from the gas circulation source via the cryocooler stage and an object to be cooled to the gas circulation source ; and a control device that controls the gas circulation source to execute initial cooling of the object to be cooled from a room temperature to a target cooling temperature according to a prescribed flow rate pattern, characterized in that the control device is configured such that the prescribed flow rate pattern is predetermined such that the cooling gas flows through the cooling gas flow path at a first average flow rate (m1) from a start of the initial cooling to a transition timing (T), and the cooling gas flows through the cooling gas flow path at a second average flow rate (m2) from the transition timing (T) to a completion of the initial cooling, and such that the second average flow rate (m2) is smaller than the first average flow rate (m1) such that a cooling capacity of the cryogenic cooling system is increased as compared to a case where the first average flow rate (m1) is maintained from the transition timing (T) to the completion of the initial cooling.
A scaffold structure comprising: at least a pair of adjacent formwork support members , each formwork support member comprising: at least two spaced vertical members ; at least one connecting member welded to said vertical members , each vertical member includes a plurality of attachment means at spaced intervals along the vertical member , each of the attachment means comprising; a ring around the vertical member , the ring comprising a plurality of apertures spaced apart around the ring , the scaffold structure being characterised in that each vertical member includes; a pair of latch pins comprising an upper latch pin and a lower latch pin for securing a diagonal brace member ; and in that the scaffold structure further comprises: at least a pair of diagonal brace members , each of which extends between and is releasably attached to the lower latch pin on one of the formwork support members , and the upper latch pin on the adjacent formwork support member . at least two spaced vertical members ; at least one connecting member welded to said vertical members , each vertical member includes a plurality of attachment means at spaced intervals along the vertical member , each of the attachment means comprising; a ring around the vertical member , the ring comprising a plurality of apertures spaced apart around the ring , the scaffold structure being characterised in that each vertical member includes; a pair of latch pins comprising an upper latch pin and a lower latch pin for securing a diagonal brace member ; and in that the scaffold structure further comprises: at least a pair of diagonal brace members , each of which extends between and is releasably attached to the lower latch pin on one of the formwork support members , and the upper latch pin on the adjacent formwork support member .
A composition for generating oxygen, suitable for use in an oxygen candle, the composition comprising at least one oxygen source selected from alkali metal chlorates, alkali metal perchlorates, alkaline earth metal chlorates, alkaline earth metal perchlorates and mixtures thereof, wherein the composition further comprises at least one zeolite compound, the zeolite compound having a framework comprising open channels, and optionally also comprising open cages and/or closed cages, and the zeolite compound comprising at least one transition metal as a constituent of the framework.
Planetary gearbox , in particular for a wind power plant, with a gearbox housing , a central sun wheel , which is held in the gearbox housing so as to be able to rotate about a central gearbox axis of rotation (Z), and supports an external toothing , a hollow wheel , which is arranged concentrically to the central gearbox axis of rotation (Z) in the gearbox housing and has an internal toothing , a planetary carrier , which is mounted in the gearbox housing so as to be able to rotate about the central gearbox axis of rotation (Z), and a number of planetary wheels , which are mounted on the planetary carrier so as to be able to rotate about planetary wheel axes of rotation (A) by means of planetary wheel bearings configured as slide bearings and have external toothings , which engage with the internal toothing of the hollow wheel and the external toothing of the sun wheel , characterised in that each planetary wheel bearing comprises two annular bearing elements which are offset by a planetary wheel axis and are held in a torsion-resistant manner hereupon, wherein cone-shaped sliding surfaces are embodied on the outer peripheral surfaces of the bearing elements such that the tapered ends of the bearing elements point to one another and wherein wheel treads corresponding to the sliding surfaces of the planetary wheel bearing are embodied on the inner peripheral surfaces of the planetary wheel .
Street furniture assembly comprising a support post intended to be disposed substantially vertically and a part supporting an accessory intended to be attached to said support post , said support post having, over at least a portion of its length, a transverse section comprising at least a first and a second arm , said part supporting an accessory comprising a first and a second cheek that delimit between them a housing within which said second arm is intended to be inserted, characterised in that the street furniture assembly furthermore comprises a securing device for attaching said first cheek to said first arm .
A machine vision system comprising: at least two cameras (103a - 103c); and a controller , wherein the controller further comprises: at least one processor ; at least one memory ; and at least one data communication connection ; wherein the controller is configured to receive a deviation matrix, wherein the deviation matrix is based on a measurement of a reference object using a reference measurement device; and wherein the processor is configured to: measure, using said at least two cameras (103a - 103c), the reference object and at least one target object; compute a difference matrix representing the difference between the measured target object and the measured reference object; and compute the absolute scale result for the at least one target object based on the measured target object, the respective difference matrix and the deviation matrix. at least two cameras (103a - 103c); and a controller , wherein the controller further comprises: at least one processor ; at least one memory ; and at least one data communication connection ; at least one processor ; at least one memory ; and at least one data communication connection ; wherein the controller is configured to receive a deviation matrix, wherein the deviation matrix is based on a measurement of a reference object using a reference measurement device; and wherein the processor is configured to: measure, using said at least two cameras (103a - 103c), the reference object and at least one target object; compute a difference matrix representing the difference between the measured target object and the measured reference object; and compute the absolute scale result for the at least one target object based on the measured target object, the respective difference matrix and the deviation matrix. measure, using said at least two cameras (103a - 103c), the reference object and at least one target object; compute a difference matrix representing the difference between the measured target object and the measured reference object; and compute the absolute scale result for the at least one target object based on the measured target object, the respective difference matrix and the deviation matrix.
A flexible lighting device, comprising: - a housing having a longitudinal direction, the housing comprising: reflective side walls extending in the longitudinal direction, a first cavity disposed between the reflective side walls , an opening for the passage of light from the first cavity ; - light emitting diodes (LEDs) , at least partially arranged, relative to each other, along the longitudinal direction of the housing , each LED having a light-emitting face and side faces ; - an interposer structure for providing the electrical connection of the LEDs; and - a reflection element that covers a side of the interposer structure facing the opening and configured as strip comprising through holes in which the LEDs are arranged such that the reflection element surrounds the LEDs on the side faces and that the LEDs are arranged in the first cavity , characterized in that the interposer structure comprises separate interposers spaced apart from each other, and the LEDs are arranged on the separate interposers . - a housing having a longitudinal direction, the housing comprising: reflective side walls extending in the longitudinal direction, a first cavity disposed between the reflective side walls , an opening for the passage of light from the first cavity ; - light emitting diodes (LEDs) , at least partially arranged, relative to each other, along the longitudinal direction of the housing , each LED having a light-emitting face and side faces ; - an interposer structure for providing the electrical connection of the LEDs; and - a reflection element that covers a side of the interposer structure facing the opening and configured as strip comprising through holes in which the LEDs are arranged such that the reflection element surrounds the LEDs on the side faces and that the LEDs are arranged in the first cavity ,
A user terminal apparatus comprising: an imaging unit configured to generate an image of a user; a display configured to display the generated image; and a controller configured to: detect a user eye from the generated image and determine a position of the detected user eye in the generated image, control the display to display a guide image in the determined position of the generated image in which the detected user eye is located, wherein the guide image is an image indicating a size of the user eye if the user eye were to be located at a position corresponding to a focal length of the imaging unit , so as to enable the user to determine whether their eye is closer to or further from the user terminal apparatus than the focal length of the imaging unit , determine whether a difference between a size of an iris included in the detected user eye and a size of the guide image is within a preset range; when the difference is within the preset range, perform iris recognition on the detected user eye; and when the difference is not within the preset range, continue to display the guide image. an imaging unit configured to generate an image of a user; a display configured to display the generated image; and a controller configured to: detect a user eye from the generated image and determine a position of the detected user eye in the generated image, control the display to display a guide image in the determined position of the generated image in which the detected user eye is located, wherein the guide image is an image indicating a size of the user eye if the user eye were to be located at a position corresponding to a focal length of the imaging unit , so as to enable the user to determine whether their eye is closer to or further from the user terminal apparatus than the focal length of the imaging unit , determine whether a difference between a size of an iris included in the detected user eye and a size of the guide image is within a preset range; when the difference is within the preset range, perform iris recognition on the detected user eye; and when the difference is not within the preset range, continue to display the guide image. detect a user eye from the generated image and determine a position of the detected user eye in the generated image, control the display to display a guide image in the determined position of the generated image in which the detected user eye is located, wherein the guide image is an image indicating a size of the user eye if the user eye were to be located at a position corresponding to a focal length of the imaging unit , so as to enable the user to determine whether their eye is closer to or further from the user terminal apparatus than the focal length of the imaging unit , determine whether a difference between a size of an iris included in the detected user eye and a size of the guide image is within a preset range; when the difference is within the preset range, perform iris recognition on the detected user eye; and when the difference is not within the preset range, continue to display the guide image.
A method for the isolation of an amine from an aqueous solution thereof, comprising the steps of: a) contacting the aqueous solution of the amine with an adsorbent functionalized with carboxyl groups; b) removing water from the adsorbent; and c) thermally desorbing the amine. a) contacting the aqueous solution of the amine with an adsorbent functionalized with carboxyl groups; b) removing water from the adsorbent; and c) thermally desorbing the amine.
A variant of a parent polypeptide which is preferably a hexose transporter, wherein the parent polypeptide comprises the amino acid sequence of SEQ ID NO: 1, and wherein the variant comprises an amino acid sequence which, when aligned with the amino acid sequence of SEQ ID NO: 1, comprises a substitution of amino acids N376 and T89, the positions of said amino acids being defined with reference to the amino acid sequence of SEQ ID NO: 1, wherein the substitution of amino acid T89 comprises any one of T89I, T89V, T89L, T89S, T89M, or T89F.
Anode clamp assembly for attachment to a submerged structure which is to be corrosion protected and comprising: - an elongate bar shaped or cylindrical anode arranged on a rod having rod ends extending from each end of the anode , - clamps being attached to the rod ends , wherein - each clamp comprises two first legs having an intermediate bore arranged for rotation around a first rotation axis , - each of said first legs at a first end is provided with a gripping jaw , characterised in that - said gripping jaw is intended for attachment to a part connected to the structure , and - each of said first legs at a second end is hinged connected to a second leg via first hinges having a second rotation axis , and - the second legs are hinged to each other via a second hinge having a third rotation axis for forming an over-centre acting knee joint together with the two first legs , and - said first rotation axis is defined by the rod ends , and - said first rotation axis and said third rotation axis are arranged in a common plane being a symmetry plane for the clamp , and wherein a stop is provided at a first of the second legs in form of an end portion extending past the second hinge in direction against the first rotation axis to establish the correct force when the clamp is activated by a force pushing the over-centre acting knee joint towards the first hinges . - an elongate bar shaped or cylindrical anode arranged on a rod having rod ends extending from each end of the anode , - clamps being attached to the rod ends , wherein - each clamp comprises two first legs having an intermediate bore arranged for rotation around a first rotation axis , - each of said first legs at a first end is provided with a gripping jaw , characterised in that - said gripping jaw is intended for attachment to a part connected to the structure , and - each of said first legs at a second end is hinged connected to a second leg via first hinges having a second rotation axis , and - the second legs are hinged to each other via a second hinge having a third rotation axis for forming an over-centre acting knee joint together with the two first legs , and - said first rotation axis is defined by the rod ends , and - said first rotation axis and said third rotation axis are arranged in a common plane being a symmetry plane for the clamp , and wherein a stop is provided at a first of the second legs in form of an end portion extending past the second hinge in direction against the first rotation axis to establish the correct force when the clamp is activated by a force pushing the over-centre acting knee joint towards the first hinges .
A device comprising: a microprocessor ; an input port ; an input selector coupled to the input port configured for selecting a voltage divider of a plurality of voltage dividers ; an output selector coupled to the plurality of voltage dividers configured for coupling the selected voltage divider of the plurality of voltage dividers to an output port ; a switching circuit disposed between the output selector and the plurality of voltage dividers configured for selectively coupling the selected voltage divider of the plurality of voltage dividers to either the output selector or to a calibration bridge ; the calibration bridge coupled to the switching circuit and a voltage reference source and configured for providing first and second signals to a null detector circuit ; and a plurality of calibration adjustment circuits , each calibration adjustment circuit coupled to the microprocessor and to a predetermined voltage divider of the plurality of voltage dividers ; the null detector circuit ; wherein in a first configuration an electrical signal at the input port is coupled to the output port via the selected voltage divider of the plurality of voltage dividers ; and in a second configuration the selected voltage divider of the plurality of voltage dividers is coupled to the calibration bridge and automatically calibrated with the calibration adjustment circuit of the plurality of calibration adjustment circuits associated with the selected voltage divider of the plurality of voltage dividers by a calibration routine in execution upon the microprocessor . a microprocessor ; an input port ; an input selector coupled to the input port configured for selecting a voltage divider of a plurality of voltage dividers ; an output selector coupled to the plurality of voltage dividers configured for coupling the selected voltage divider of the plurality of voltage dividers to an output port ; a switching circuit disposed between the output selector and the plurality of voltage dividers configured for selectively coupling the selected voltage divider of the plurality of voltage dividers to either the output selector or to a calibration bridge ; the calibration bridge coupled to the switching circuit and a voltage reference source and configured for providing first and second signals to a null detector circuit ; and a plurality of calibration adjustment circuits , each calibration adjustment circuit coupled to the microprocessor and to a predetermined voltage divider of the plurality of voltage dividers ; the null detector circuit ; wherein in a first configuration an electrical signal at the input port is coupled to the output port via the selected voltage divider of the plurality of voltage dividers ; and in a second configuration the selected voltage divider of the plurality of voltage dividers is coupled to the calibration bridge and automatically calibrated with the calibration adjustment circuit of the plurality of calibration adjustment circuits associated with the selected voltage divider of the plurality of voltage dividers by a calibration routine in execution upon the microprocessor .
Ultrasonic tip (22 ; 50 ; 55 ; 60 ; 65 ; 70) operable to cooperate with an ultrasonic instrument to vibrate at an ultrasonic frequency for use in dental treatment of peri-implantitis on a dental implant, characterized in that said ultrasonic tip is made of pure titanium, and in that said ultrasonic tip is made of titanium of the grade 4 type according to the standards ISO 5832-2 and ASTM F-67.
A method of producing a capsule formulation, comprising: - dry blending a raw material comprising an active ingredient and a cellulose ether powder to obtain a capsule filling composition comprising the active ingredient and the cellulose ether powder; - subjecting the capsule filling composition to a funnel system powder filling or a die-compression system powder filling to prepare a compressed product; and filling a capsule container with the compressed product to obtain the capsule formulation, wherein the cellulose ether powder is hydroxypropyl methylcellulose powder having an average particle size below 100 μm determined by a 50% cumulative value of a volume-based cumulative particle size distribution curve. - dry blending a raw material comprising an active ingredient and a cellulose ether powder to obtain a capsule filling composition comprising the active ingredient and the cellulose ether powder; - subjecting the capsule filling composition to a funnel system powder filling or a die-compression system powder filling to prepare a compressed product; and filling a capsule container with the compressed product to obtain the capsule formulation,
A skin care assembly comprising: a heat dissipation member and an operation head ;wherein the heat dissipation member comprises a thermal coupling surface ;the operation head comprises a cold compress member and a refrigeration member , the thermal coupling surface is configured to be thermally coupled with a heat generating side of the refrigeration member to dissipate heat generated by the refrigeration member ; the cold compress member comprises a contact surface and a conduction surface , wherein the contact surface is configured to contact a skin; a cooling side of the refrigeration member is thermally coupled with the conduction surface of the cold compress member , thereby cooling the cold compress member ; and the heat dissipation member extends from a head end of the skin care assembly to a trailing end of the skin care assembly; characterized in that the skin care assembly further comprises a first cover , the first cover is configured to fix the cold compress member and the refrigeration member to the heat dissipation member , an opening is defined on the first cover and arranged corresponding to the cold compress member , the heat dissipation member comprises a second cover and a heat dissipation body , the second cover is disposed between the heat dissipation body and the first cover , the second cover is fixed on the heat dissipation body , and the first cover is fixed on the second cover .