mhurhangee/patent-ind-claim-en huggingface dataset:
Device for holding in position a part for heat treatment in a well-type furnace, comprising: - a lifting column extending along a first axis (A1) ; - at least one star support fixedly mounted on the lifting column , the star support comprising: - a hub mounted on the column ; - at least three arms integral with the hub and extending outwardly from the hub to form a star, characterized in that : - the hub comprises for each arm , a yoke formed by two lugs extending outwardly of the hub , - each arm comprises: - a first end intended to be fitted into a yoke along an insertion axis (A2), - First locking means dedicated to cooperate with second locking means integral with the yoke to eliminate all play between the yoke and the arm . - a lifting column extending along a first axis (A1) ; - at least one star support fixedly mounted on the lifting column , the star support comprising: - a hub mounted on the column ; - at least three arms integral with the hub and extending outwardly from the hub to form a star, - a hub mounted on the column ; - at least three arms integral with the hub and extending outwardly from the hub to form a star, - the hub comprises for each arm , a yoke formed by two lugs extending outwardly of the hub , - each arm comprises: - a first end intended to be fitted into a yoke along an insertion axis (A2), - First locking means dedicated to cooperate with second locking means integral with the yoke to eliminate all play between the yoke and the arm . - a first end intended to be fitted into a yoke along an insertion axis (A2), - First locking means dedicated to cooperate with second locking means integral with the yoke to eliminate all play between the yoke and the arm .
A handheld medical ultrasound imaging device comprising: a plurality of hand held transducer assemblies , each transducer assembly including a probe housing, a transducer array, and a cable with a first transducer connector; a hand held portable processing unit connectable to each of the hand held transducer assemblies with the cable and the first transducer connector at one of one or more connectors on the processing unit, the processing unit having an integrated touch screen display configured to display an ultrasound image wherein the display is mounted integral with a processor operative in response to the integrated touch screen display, a memory system, a battery, and an ultrasound beamformer processing circuit wherein the touch screen display and the ultrasound beamformer processing circuit are communicably connected to the processor, the processor being operative in response to finger operation of the integrated touch screen display to operate a graphical user interface configured to display the selectable types of transducer assemblies and corresponding transducer parameters upon connection of the transducer assembly on the touch screen display, wherein the portable processing unit further comprises a plurality of computer programs including a scan conversion program, a Doppler processing program and a transducer identification program. a plurality of hand held transducer assemblies , each transducer assembly including a probe housing, a transducer array, and a cable with a first transducer connector; a hand held portable processing unit connectable to each of the hand held transducer assemblies with the cable and the first transducer connector at one of one or more connectors on the processing unit, the processing unit having an integrated touch screen display configured to display an ultrasound image wherein the display is mounted integral with a processor operative in response to the integrated touch screen display, a memory system, a battery, and an ultrasound beamformer processing circuit wherein the touch screen display and the ultrasound beamformer processing circuit are communicably connected to the processor, the processor being operative in response to finger operation of the integrated touch screen display to operate a graphical user interface configured to display the selectable types of transducer assemblies and corresponding transducer parameters upon connection of the transducer assembly on the touch screen display, wherein the portable processing unit further comprises a plurality of computer programs including a scan conversion program, a Doppler processing program and a transducer identification program.
A method comprising: receiving, by a processing device, a service request comprising a first request header identifying: a first user and a first role, wherein a first set of capabilities associated with the first user are a subset of a second set of capabilities associated with the first role, and a second user and a second role, wherein the second role corresponds to a selected capacity in which the second user is acting; sending, by the processing device to an external device, an authorization request comprising a second request header identifying: the first user and the first role, and the second user and the second role; receiving, by the processing device, an authorization or a denial to perform one or more aspects of the service request wherein the service request may only be granted for a specific set of defined capabilities for both the first user and the first role; and receiving, by the processing device, an authorization or a denial to perform one or more aspects of the service request wherein the service request may only be granted for a specific set of defined capabilities for a combination of the first user and the second user and the first role, and the second role, wherein the second user is acting on behalf of the first user. receiving, by a processing device, a service request comprising a first request header identifying: a first user and a first role, wherein a first set of capabilities associated with the first user are a subset of a second set of capabilities associated with the first role, and a second user and a second role, wherein the second role corresponds to a selected capacity in which the second user is acting; a first user and a first role, wherein a first set of capabilities associated with the first user are a subset of a second set of capabilities associated with the first role, and a second user and a second role, wherein the second role corresponds to a selected capacity in which the second user is acting; sending, by the processing device to an external device, an authorization request comprising a second request header identifying: the first user and the first role, and the second user and the second role; the first user and the first role, and the second user and the second role; receiving, by the processing device, an authorization or a denial to perform one or more aspects of the service request wherein the service request may only be granted for a specific set of defined capabilities for both the first user and the first role; and receiving, by the processing device, an authorization or a denial to perform one or more aspects of the service request wherein the service request may only be granted for a specific set of defined capabilities for a combination of the first user and the second user and the first role, and the second role, wherein the second user is acting on behalf of the first user.
A power supplying device for wirelessly supplying power, comprising a power supplying antenna including: a first coil ; and a second coil , wherein the second coil is wound substantially line symmetrical to the first coil with respect to a center line (C1), wherein the center line (C1) is an axis passing through a winding center (A1) of the first coil , a ground point (A) being the ground point of the first coil and of the second coil is provided further inside than an innermost winding of the first coil . a first coil ; and a second coil , wherein the second coil is wound substantially line symmetrical to the first coil with respect to a center line (C1), wherein the center line (C1) is an axis passing through a winding center (A1) of the first coil , a ground point (A) being the ground point of the first coil and of the second coil is provided further inside than an innermost winding of the first coil .
An air conditioner , comprising: a main body having an air inlet and an air outlet formed therein; an air sending unit arranged in the main body ; a heat exchange unit arranged in the main body ; the main body comprising a front surface , a rear surface , an upper surface , a lower surface , and a pair of side surfaces, the air inlet being formed in any one of the front surface , the upper surface , and the side surfaces, the air outlet being formed in the lower surface without extending to the front surface , an outlet air duct defined upstream of the air outlet ; a diffuser (3a1) defining the front surface side of the outlet air duct; and a first vane (4a1) and a second vane (4a2) supported in a movable manner, wherein the first vane is configured to open the air outlet during operation, and to close the air outlet during shutdown, and wherein the second vane (4a2) is accommodated in the main body during the shutdown, and is out of the air outlet during the operation, characterized in that during lateral blowing, the second vane (4a2) is moved to a front side of the first vane (4a1) in a forward direction of the blown-out air, and then is aligned with the first vane (4a1) in series. a main body having an air inlet and an air outlet formed therein; an air sending unit arranged in the main body ; a heat exchange unit arranged in the main body ; the main body comprising a front surface , a rear surface , an upper surface , a lower surface , and a pair of side surfaces, the air inlet being formed in any one of the front surface , the upper surface , and the side surfaces, the air outlet being formed in the lower surface without extending to the front surface , the main body comprising a front surface , a rear surface , an upper surface , a lower surface , and a pair of side surfaces, the air inlet being formed in any one of the front surface , the upper surface , and the side surfaces, the air outlet being formed in the lower surface without extending to the front surface , an outlet air duct defined upstream of the air outlet ; a diffuser (3a1) defining the front surface side of the outlet air duct; and a first vane (4a1) and a second vane (4a2) supported in a movable manner, wherein the first vane is configured to open the air outlet during operation, and to close the air outlet during shutdown, and wherein the second vane (4a2) is accommodated in the main body during the shutdown, and is out of the air outlet during the operation, characterized in that during lateral blowing, the second vane (4a2) is moved to a front side of the first vane (4a1) in a forward direction of the blown-out air, and then is aligned with the first vane (4a1) in series.
A system comprising: a variable frequency drive comprising a converter configured to supply power to a motor of an elevator; a first power source coupled to the converter and configured to provide input power to the converter ; and a second power source selectively coupled to the converter and configured to provide input power to the converter when power from the first power source is unavailable and when an elevator car of the elevator is moving, wherein a speed of the elevator car remains substantially constant when a transition in terms of the input power to the converter is made from the first power source to the second power source , characterised in that the variable frequency drive comprises a control circuit , wherein when power from the first power source is unavailable in an amount less than a threshold, the second power source provides power to the control circuit , and when power becomes available from the first power source in an amount greater than a second threshold, the power from the second power source is switched off from operating the control circuit , wherein the threshold and the second threshold are different thresholds, and wherein the second threshold is greater than the threshold. a variable frequency drive comprising a converter configured to supply power to a motor of an elevator; a first power source coupled to the converter and configured to provide input power to the converter ; and a second power source selectively coupled to the converter and configured to provide input power to the converter when power from the first power source is unavailable and when an elevator car of the elevator is moving, wherein a speed of the elevator car remains substantially constant when a transition in terms of the input power to the converter is made from the first power source to the second power source , characterised in that the variable frequency drive comprises a control circuit , wherein when power from the first power source is unavailable in an amount less than a threshold, the second power source provides power to the control circuit , and when power becomes available from the first power source in an amount greater than a second threshold, the power from the second power source is switched off from operating the control circuit , wherein the threshold and the second threshold are different thresholds, and wherein the second threshold is greater than the threshold.
A method for puncturing a beverage capsule (C) prior to its insertion into a brewing machine or an espresso machine, comprising the steps of: a) placing the beverage capsule (C) into a stand-alone beverage capsule opener device located separately from the brewing machine or espresso machine, said stand-alone beverage capsule opener device comprising a capsule receiving portion and one or more puncture features and b) puncturing one or more openings in the beverage capsule (C); characterized in that the method further comprises the step of: c) manually removing the punctured beverage capsule (C) from the stand-alone beverage capsule opener device for subsequent manual insertion of the punctured beverage capsule (C) into the brewing machine or espresso machine. a) placing the beverage capsule (C) into a stand-alone beverage capsule opener device located separately from the brewing machine or espresso machine, said stand-alone beverage capsule opener device comprising a capsule receiving portion and one or more puncture features and b) puncturing one or more openings in the beverage capsule (C);
A computer-implemented method comprising: forwarding, by a memory management unit , a memory read or write request from a requesting device (A 104a) to another device (B 104b), wherein, when forwarding the request, the memory management unit provides a first signature for the requesting device (A 104a) and a second signature for the other device (B 104b) that will service the request, and wherein the other device determines data responsive to the forwarded request; receiving, from the other device, a response to the request, the response including the first signature for the requesting device (A 104a) and the second signature for the other device (B 104b); in response to receiving the response, determining, by the memory management unit, whether to provide the determined data to the requesting device using both the first and second signature; and in response to determining to provide the determined data responsive to the request to the requesting device, sending the determined data responsive to the request to the requesting device; wherein: the response comprises the determined data responsive to the request, and both signatures, the first signature for the requesting device, and the second signature for the other device. forwarding, by a memory management unit , a memory read or write request from a requesting device (A 104a) to another device (B 104b), wherein, when forwarding the request, the memory management unit provides a first signature for the requesting device (A 104a) and a second signature for the other device (B 104b) that will service the request, and wherein the other device determines data responsive to the forwarded request; receiving, from the other device, a response to the request, the response including the first signature for the requesting device (A 104a) and the second signature for the other device (B 104b); in response to receiving the response, determining, by the memory management unit, whether to provide the determined data to the requesting device using both the first and second signature; and in response to determining to provide the determined data responsive to the request to the requesting device, sending the determined data responsive to the request to the requesting device; wherein: the response comprises the determined data responsive to the request, and both signatures, the first signature for the requesting device, and the second signature for the other device.
A composite wheel rim , including a main body, the main body comprising an outer ring , an inner ring , and a covering portion which are annular tube-shaped respectively, the outer ring being arranged at an outer side of the inner ring along a radial direction to connect with the inner ring , the covering portion covering the outer ring and the inner ring and connecting with outer surfaces of the outer ring and the inner ring ; wherein the outer ring is formed by a plurality of first composite material fiber layers stacked together, said first composite material fiber layers including at least one first winding layer formed by composite material fibers winding along a circumferential direction; wherein the inner ring is formed by a plurality of second composite material fiber layers stacked together, said second composite material layers including at least one second braiding layer formed by composite material fibers braiding along the circumferential direction so that the composite material fibers of the at least one second braiding layer extend along a direction traversing the circumferential direction; characterized in that the covering portion is formed by composite material fibers winding on the outer ring and the inner ring along the circumferential direction. wherein the outer ring is formed by a plurality of first composite material fiber layers stacked together, said first composite material fiber layers including at least one first winding layer formed by composite material fibers winding along a circumferential direction; wherein the inner ring is formed by a plurality of second composite material fiber layers stacked together, said second composite material layers including at least one second braiding layer formed by composite material fibers braiding along the circumferential direction so that the composite material fibers of the at least one second braiding layer extend along a direction traversing the circumferential direction; characterized in that the covering portion is formed by composite material fibers winding on the outer ring and the inner ring along the circumferential direction.
A method for making a Solanum tuberosum plant, comprising: (a) contacting a population of S. tuberosum plant cells comprising a functional GBSS allele with a rare-cutting endonuclease targeted to an endogenous GBSS sequence, (b) selecting from said population, a cell in which at least three GBSS alleles have been inactivated, wherein each of said at least three GBSS alleles comprises a deletion of more than one nucleotide base pair, and (c) growing said selected plant cell into a S. tuberosum plant, wherein said S. tuberosum plant has reduced levels of amylose as compared to a control S. tuberosum plant in which said at least three GBSS alleles have not been inactivated. (a) contacting a population of S. tuberosum plant cells comprising a functional GBSS allele with a rare-cutting endonuclease targeted to an endogenous GBSS sequence, (b) selecting from said population, a cell in which at least three GBSS alleles have been inactivated, wherein each of said at least three GBSS alleles comprises a deletion of more than one nucleotide base pair, and (c) growing said selected plant cell into a S. tuberosum plant, wherein said S. tuberosum plant has reduced levels of amylose as compared to a control S. tuberosum plant in which said at least three GBSS alleles have not been inactivated.
A network system comprising: an electrical appliance consuming energy generated in an energy supply source , the electrical appliance having a first device code; and a mobile device exchanging information with the electrical appliance to be communicably connected to the electrical appliance, the mobile device having a second device code, wherein, when a command for communicable connection is inputted into the electrical appliance or the mobile device , a connection sequence is generated from the component in which the command is inputted to exchange an IP address and the device code of each of the components between one component generating the connection sequence and the other component receiving the connection sequence, and while the mobile device communicates with the electrical appliance , the method is characterized in that the mobile device is configured to receive electricity usage amount information of the electrical appliance , the mobile device is configured to receive energy information, which comprises electricity supply amount information from the energy supply source , the mobile device is configured to receive electricity supply amount information from the energy supply source and electricity usage amount information from the electrical appliance to enable a user of the mobile device to compare the electricity supply amount information and the electricity usage amount information, thereafter, when a command for controlling an operation of the electrical appliance in the mobile device is inputted, the electrical appliance is operated on the basis of the operation command information transmitted from the mobile device into the electrical appliance .
A method for estimating an inverted parameter of a subsurface formation, the method comprising: drilling a borehole penetrating the subsurface formation; measuring a first parameter of the subsurface formation; and measuring a second parameter of the subsurface formation; modeling the first parameter by a model, the model comprising a model parameter; defining one or more inversion constraints using the second parameter , the one or more inversion constraints comprising a limitation for the model parameter; and resolving, with a processor, the model parameter from the first parameter by inverting with the processor the first parameter to generate the inverted parameter of the subsurface formation using the one or more inversion constraints ; the method characterised in that : the second parameter is related to at least one of a dip between the borehole and a geological feature of the subsurface formation, a fluid contact and a bed boundary. drilling a borehole penetrating the subsurface formation; measuring a first parameter of the subsurface formation; and measuring a second parameter of the subsurface formation; modeling the first parameter by a model, the model comprising a model parameter; defining one or more inversion constraints using the second parameter , the one or more inversion constraints comprising a limitation for the model parameter; and resolving, with a processor, the model parameter from the first parameter by inverting with the processor the first parameter to generate the inverted parameter of the subsurface formation using the one or more inversion constraints ; the method characterised in that : the second parameter is related to at least one of a dip between the borehole and a geological feature of the subsurface formation, a fluid contact and a bed boundary.