mhurhangee/patent-ind-claim-en huggingface dataset:
A method for ensuring eligibility of a piece of software to be installed on an end device, comprising the steps: - creating a requirements specification by evaluating a new piece of software regarding deployment requirements of the end device; - transmitting said requirements specification to the end device; - detecting actual deployment requirements on the end device and comparing the transmitted requirements specification with the detected actual deployment requirements; and - deploying the new piece of software on the end device in case it is determined that the requirements specification complies with the actual deployment requirements, characterized in that a software currently installed on the end device comprises an upper software layer and a lower software layer and - creating the requirements specification comprises determining information about capabilities the new piece of software provides to the upper software layer and/or about requirements of the new piece of software for the lower software layer; and - detecting the actual deployment requirements comprises determining information about capabilities the lower software layer provides to the new piece of software and/or about requirements of the upper software layer for the new piece of software, - wherein transmitting said requirements specification is performed along with transmitting the new piece of software to the end device. - creating a requirements specification by evaluating a new piece of software regarding deployment requirements of the end device; - transmitting said requirements specification to the end device; - detecting actual deployment requirements on the end device and comparing the transmitted requirements specification with the detected actual deployment requirements; and - deploying the new piece of software on the end device in case it is determined that the requirements specification complies with the actual deployment requirements, characterized in that a software currently installed on the end device comprises an upper software layer and a lower software layer and - creating the requirements specification comprises determining information about capabilities the new piece of software provides to the upper software layer and/or about requirements of the new piece of software for the lower software layer; and - detecting the actual deployment requirements comprises determining information about capabilities the lower software layer provides to the new piece of software and/or about requirements of the upper software layer for the new piece of software, - wherein transmitting said requirements specification is performed along with transmitting the new piece of software to the end device.
A fluororesin cable, comprising: at least one electric wire having a central conductor covered with an insulator ; at least one inclusion (14; 17) made of a resin material arranged along the at least one electric wire ; a tape made of a resin wound around an outer periphery of an aggregate of the at least one electric wire and the at least one inclusion (14; 17); and a sheath made of a fluororesin material entirely covering the aggregate and the tape ; characterized in that : the resin material for the at least one inclusion (14; 17) is harder than the fluororesin material constituting the sheath , based on a Rockwell hardness test method or a durometer hardness test method. at least one electric wire having a central conductor covered with an insulator ; at least one inclusion (14; 17) made of a resin material arranged along the at least one electric wire ; a tape made of a resin wound around an outer periphery of an aggregate of the at least one electric wire and the at least one inclusion (14; 17); and a sheath made of a fluororesin material entirely covering the aggregate and the tape ; characterized in that : the resin material for the at least one inclusion (14; 17) is harder than the fluororesin material constituting the sheath , based on a Rockwell hardness test method or a durometer hardness test method.
Multifocal display device , comprising: a focus tunable lens, FTL, and a controller configured to shift a focus of the FTL from a first focal plane to a second focal plane by applying a compensated control signal to the FTL, wherein the controller is configured to: generate a current compensated control signal value, which is a value of the compensated control signal for a current point in time, based on one or more previous compensated control signal values, which are values of the compensated control signal at one or more previous points in time; predict an optical response of the FTL for the current point in time based on the one or more previous compensated control signal values; and generate the current compensated control signal value based on a difference between the predicted optical response and a desired optical response, which models a shift of the focus of the FTL from the first focal plane to the second focal plane. a focus tunable lens, FTL, and a controller configured to shift a focus of the FTL from a first focal plane to a second focal plane by applying a compensated control signal to the FTL, wherein the controller is configured to: generate a current compensated control signal value, which is a value of the compensated control signal for a current point in time, based on one or more previous compensated control signal values, which are values of the compensated control signal at one or more previous points in time; predict an optical response of the FTL for the current point in time based on the one or more previous compensated control signal values; and generate the current compensated control signal value based on a difference between the predicted optical response and a desired optical response, which models a shift of the focus of the FTL from the first focal plane to the second focal plane. generate a current compensated control signal value, which is a value of the compensated control signal for a current point in time, based on one or more previous compensated control signal values, which are values of the compensated control signal at one or more previous points in time; predict an optical response of the FTL for the current point in time based on the one or more previous compensated control signal values; and generate the current compensated control signal value based on a difference between the predicted optical response and a desired optical response, which models a shift of the focus of the FTL from the first focal plane to the second focal plane.
A process comprising contacting a feedstock olefin with a solid acid catalyst to form an oligomer product at an oligomerization temperature in a range from -20 °C to 40 °C, wherein the feedstock olefin comprises trisubstituted olefins, wherein the solid acid catalyst comprises a functionalized styrene-divinylbenzene polymer, a 4-vinylpyridine divinylbenzene polymer, a tetrafluoroethylene polymer modified with perfluorovinyl ether groups terminated with sulfonate groups, or a combination thereof.
An air filter configured to be mounted onto air inlets of turbochargers and superchargers, comprising: a proximal base configured to support the air filter and provide an interface between the air filter and an air inlet of a turbocharger or a supercharger, the proximal base comprising an inlet receiver configured to receive the air inlet, a clamp configured to secure the air inlet within the inlet receiver, and a second opening aligned with a screw mechanism of the clamp; a filter medium fastened to the proximal base and configured to remove particulate matter and other contaminates from an incoming air stream; a distal end cap fastened to the filter medium and comprising a first opening aligned with the second opening ; and a conduit ) within an interior cavity of the air filter and disposed between the first opening and the second opening; wherein the first opening and the second opening are configured to facilitate tightening and loosening the clamp by extending an appropriate tool through the interior cavity by way of the conduit so as to engage the screw mechanism of the clamp. a proximal base configured to support the air filter and provide an interface between the air filter and an air inlet of a turbocharger or a supercharger, the proximal base comprising an inlet receiver configured to receive the air inlet, a clamp configured to secure the air inlet within the inlet receiver, and a second opening aligned with a screw mechanism of the clamp; a filter medium fastened to the proximal base and configured to remove particulate matter and other contaminates from an incoming air stream; a distal end cap fastened to the filter medium and comprising a first opening aligned with the second opening ; and a conduit ) within an interior cavity of the air filter and disposed between the first opening and the second opening; wherein the first opening and the second opening are configured to facilitate tightening and loosening the clamp by extending an appropriate tool through the interior cavity by way of the conduit so as to engage the screw mechanism of the clamp.
A WLAN system resource indication method, comprising: generating (S201), by an access point, a trigger frame that carries resource indication information; sending (S202), by the access point, the trigger frame, wherein the resource indication information comprises multiple pieces of sub resource indication information, each piece of the sub resource indication information comprises: an identifier of one station, and frequency domain resource allocation information of the one station, characterized in that the frequency domain resource allocation information comprises a bit, the bit indicates an 80 MHz where a frequency domain resource unit, RU, located, and the 80MHz is one of 80MHz segments of a bandwidth of the WLAN system; and the frequency domain resource allocation information further comprises a subfield, and the subfield indicates a size and a location of the RU in the 80 MHz indicated by the bit. generating (S201), by an access point, a trigger frame that carries resource indication information; sending (S202), by the access point, the trigger frame, wherein the resource indication information comprises multiple pieces of sub resource indication information, each piece of the sub resource indication information comprises: an identifier of one station, and frequency domain resource allocation information of the one station, characterized in that the frequency domain resource allocation information comprises a bit, the bit indicates an 80 MHz where a frequency domain resource unit, RU, located, and the 80MHz is one of 80MHz segments of a bandwidth of the WLAN system; and the frequency domain resource allocation information further comprises a subfield, and the subfield indicates a size and a location of the RU in the 80 MHz indicated by the bit. the frequency domain resource allocation information comprises a bit, the bit indicates an 80 MHz where a frequency domain resource unit, RU, located, and the 80MHz is one of 80MHz segments of a bandwidth of the WLAN system; and the frequency domain resource allocation information further comprises a subfield, and the subfield indicates a size and a location of the RU in the 80 MHz indicated by the bit.
Operating device for a valve top for sanitary fittings, which has a control spindle , via which a valve body can be actuated and which has a connecting section, wherein the operating device comprises a handle and a control piston , wherein the control piston has a receptacle for connecting the handle to the connecting section of the control spindle in a rotationally fixed manner, wherein the handle is arranged so as to be displaceable relative to the receptacle in the axial direction, wherein a locking device is arranged, via which the handle can be fixed in at least two defined axial positions relative to a control spindle received by the receptacle , characterised in that the locking device comprises the control piston and a control cylinder , wherein the control piston is guided in the control cylinder and the control piston has a control link , in which an engagement part arranged on the control cylinder engages.
Accessory for a medical device, in particular for an operating table or a transfer board, comprising: a first plate for supporting a body part of a patient, and a second plate which is movable relative to the first plate in a predetermined adjustment range, wherein the first plate and the second plate are insertable into a holder on the medical device, and a first clamping surface, and a second clamping surface spaced apart from the first clamping surface, wherein the first clamping surface is arranged on the first plate and the second clamping surface is arranged on the second plate , wherein a movement of the second plate relative to the first plate causes a movement of the second clamping surface relative to the first clamping surface in a direction substantially parallel to a surface of the first or second plate to increase or decrease a clamping force between the accessory and the suitable holder on the medical device, wherein the first plate and the second plate are arranged one above the other. a first plate for supporting a body part of a patient, and a second plate which is movable relative to the first plate in a predetermined adjustment range, wherein the first plate and the second plate are insertable into a holder on the medical device, and a first clamping surface, and a second clamping surface spaced apart from the first clamping surface, wherein the first clamping surface is arranged on the first plate and the second clamping surface is arranged on the second plate , wherein a movement of the second plate relative to the first plate causes a movement of the second clamping surface relative to the first clamping surface in a direction substantially parallel to a surface of the first or second plate to increase or decrease a clamping force between the accessory and the suitable holder on the medical device, wherein the first plate and the second plate are arranged one above the other.
A method of operating a rotary laser level system including a base unit and a receiver unit , the base unit including a rotary laser assembly, the receiver unit including a laser receiving surface, the laser receiving surface defining a center line position, the method comprising: activating a rotary laser controller to rotate a laser beam at a predetermined rotation rate and to traverse the laser beam incrementally and vertically across the laser receiving surface in a first direction at a predetermined displacement rate; detecting whether the laser beam is within a predetermined range about a center line position defined on the laser receiving surface using a laser detection system of the receiver unit ; and when the detected vertical position of the laser beam is within the predetermined range, transmitting a stop command to the rotary laser controller from the receiver unit , the rotary laser controller being configured to stop the incremental traversal of the laser beam in response to the stop command and wherein, if the laser beam overshoots the center line position and moves to a position outside of the predetermined range, a control system of the receiver unit instructs the rotary laser controller to displace the laser beam in a second direction that is opposite the first direction; the method being characterized in that it further comprises: if the laser beam overshoots the center line position and moves to a position outside of the predetermined range, the control system of the receiver unit increases the predetermined range by a predetermined amount. activating a rotary laser controller to rotate a laser beam at a predetermined rotation rate and to traverse the laser beam incrementally and vertically across the laser receiving surface in a first direction at a predetermined displacement rate; detecting whether the laser beam is within a predetermined range about a center line position defined on the laser receiving surface using a laser detection system of the receiver unit ; and when the detected vertical position of the laser beam is within the predetermined range, transmitting a stop command to the rotary laser controller from the receiver unit , the rotary laser controller being configured to stop the incremental traversal of the laser beam in response to the stop command and wherein, if the laser beam overshoots the center line position and moves to a position outside of the predetermined range, a control system of the receiver unit instructs the rotary laser controller to displace the laser beam in a second direction that is opposite the first direction; the method being characterized in that it further comprises: if the laser beam overshoots the center line position and moves to a position outside of the predetermined range, the control system of the receiver unit increases the predetermined range by a predetermined amount.
An operator configuration processing method, comprising: acquiring , by an embedded Universal Integrated Circuit Card, eUICC, an operator configuration transmitted by a subscription management platform; and assembling , by the eUICC, the operator configuration into an executable application and file system in an allocated storage space; characterized in that it further comprises: when the subscription management platform accepts an operator configuration activation request, checking, by the eUICC, whether there is a conflict between a currently executed policy rule and a policy rule related to a target operator configuration, wherein the target operator configuration is an operator configuration required to be activated in operator configurations assembled in the eUICC; and if there is no conflict, activating, by the eUICC, the target operator configuration. acquiring , by an embedded Universal Integrated Circuit Card, eUICC, an operator configuration transmitted by a subscription management platform; and assembling , by the eUICC, the operator configuration into an executable application and file system in an allocated storage space; when the subscription management platform accepts an operator configuration activation request, checking, by the eUICC, whether there is a conflict between a currently executed policy rule and a policy rule related to a target operator configuration, wherein the target operator configuration is an operator configuration required to be activated in operator configurations assembled in the eUICC; and if there is no conflict, activating, by the eUICC, the target operator configuration.
Catalytically active porous element which contains at least 40% by mass of cobalt and comprises at least one further chemical element and/or at least one chemical compound which forms a matrix in which particles of pure cobalt, a cobalt alloy or an intermetallic phase comprising cobalt are embedded, wherein the at least one chemical element and/or the at least one chemical compound has a lower sintering temperature and/or melting point than cobalt, the respective cobalt alloy or intermetallic phase and/or cobalt is partially soluble therein and/or together with cobalt forms a eutectic and/or peritectic; and wherein at least 50% of the surface area is formed by cobalt, a cobalt alloy or an intermetallic phase comprising cobalt which is embedded in the matrix which comprises a further chemical element and/or at least one chemical compound, and copper, aluminium, manganese, zinc, titanium, cobalt or an alloy or intermetallic phase of these metals, a carbide, a phosphide or a boride as chemical element and/or chemical compound forms the matrix.
A nucleoside or nucleotide covalently attached to a fluorophore through a linker, wherein said linker comprises a structure of formula (I): wherein R 1 is optionally substituted C 1-6 alkyl; R 2 is optionally substituted C 1-6 alkyl; each of the methylene repeating unit in or is optionally substituted; m is an integer of 0 through 20; and n is an integer of 1 through 20. R 1 is optionally substituted C 1-6 alkyl; R 2 is optionally substituted C 1-6 alkyl; each of the methylene repeating unit in or is optionally substituted; m is an integer of 0 through 20; and n is an integer of 1 through 20.
An atomizer, comprising: an atomizing sleeve ; an air pipe received in the atomizing sleeve, the atomizing sleeve and the air pipe cooperatively defining a sealed liquid reserving chamber for reserving tobacco liquid; a mouthpiece assembly arranged at one end of the atomizing sleeve; and an atomizing assembly received in the atomizing sleeve, the atomizing assembly comprising a liquid obstruction cover and a glass fiber core , the liquid obstruction cover comprising a sidewall, the sidewall and the atomizing sleeve cooperatively defining a gap; wherein the glass fiber core is fixed by the sidewall, two opposite ends of the glass fiber core are both positioned in the gap, the glass fiber core is configured for absorbing the tobacco liquid in the liquid reserving chamber through the gap; characterized in that the atomizing assembly further comprises a partition sleeve , the liquid obstruction cover nests an upper end of the partition sleeve, the liquid obstruction cover and the partition sleeve cooperatively form an atomizing cavity , and the atomizing cavity communicates with the mouthpiece assembly via the air pipe . an atomizing sleeve ; an air pipe received in the atomizing sleeve, the atomizing sleeve and the air pipe cooperatively defining a sealed liquid reserving chamber for reserving tobacco liquid; a mouthpiece assembly arranged at one end of the atomizing sleeve; and an atomizing assembly received in the atomizing sleeve, the atomizing assembly comprising a liquid obstruction cover and a glass fiber core , the liquid obstruction cover comprising a sidewall, the sidewall and the atomizing sleeve cooperatively defining a gap; wherein the glass fiber core is fixed by the sidewall, two opposite ends of the glass fiber core are both positioned in the gap, the glass fiber core is configured for absorbing the tobacco liquid in the liquid reserving chamber through the gap; characterized in that the atomizing assembly further comprises a partition sleeve , the liquid obstruction cover nests an upper end of the partition sleeve, the liquid obstruction cover and the partition sleeve cooperatively form an atomizing cavity , and the atomizing cavity communicates with the mouthpiece assembly via the air pipe .