mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a device for decontaminating the interior of a biosafety cabinet comprising a work area, a circulation HEPA filter, an exhaust HEPA filter, and a duct leading from the work area to the circulation HEPA filter and the exhaust HEPA filter, the decontamination device comprising: an ultrasonic atomizer to be installed at a bottom of the work area inside the work area for atomizing a peracetic acid disinfectant by ultrasonic vibration and releasing droplets; a diffusion fan to be installed in the periphery of the nozzle of the ultrasonic atomizer inside the work area for diffusing and gasifying the droplets which is atomized; a circulation fan to be installed inside the work area for circulating the gasified droplets from the work area into the duct, to the circulation HEPA filer, and back to the work area; a temperature-humidity sensor to be installed inside the work area; and a controller electrically connected with the ultrasonic atomizer, the diffusion fan and the temperature-humidity sensor, wherein the controller is configured to start the running of the ultrasonic atomizer, to start the air-blowing by the diffusion fan, and to use the air-blowing by the independently operating circulation fan to perform the decontamination process. an ultrasonic atomizer to be installed at a bottom of the work area inside the work area for atomizing a peracetic acid disinfectant by ultrasonic vibration and releasing droplets; a diffusion fan to be installed in the periphery of the nozzle of the ultrasonic atomizer inside the work area for diffusing and gasifying the droplets which is atomized; a circulation fan to be installed inside the work area for circulating the gasified droplets from the work area into the duct, to the circulation HEPA filer, and back to the work area; a temperature-humidity sensor to be installed inside the work area; and a controller electrically connected with the ultrasonic atomizer, the diffusion fan and the temperature-humidity sensor, wherein the controller is configured to start the running of the ultrasonic atomizer, to start the air-blowing by the diffusion fan, and to use the air-blowing by the independently operating circulation fan to perform the decontamination process.
A working vehicle , comprising: an engine which is loaded on a traveling-vehicle-body; a transmission system; a speed-changing part which carries out speed-changing and outputting of motive force of the engine ; a speed-changing instructor , manipulated by the worker, which instructs the speed-changing in the speed-changing part ; a speed-changing manipulation-quantity detecting sensor which detects a manipulation-quantity by the worker on the speed-changing instructor ; a controlling part which controls the speed-changing part based on the detecting of the speed-changing manipulation-quantity detecting sensor ; a switching part , manipulated by the worker, which instructs increase/decrease of the output speed stage of the transmission system after the speed-changing in the speed-changing part ; and an auto-cruise switch which instructs ON/OFF of an auto-cruise mode for keeping vehicle-speed of the traveling-vehicle-body constant, characterized in that the controlling part (i) accepts, while the auto-cruise mode is in an OFF state, the instruction by the switching part as the instruction of the increase/decrease of the output speed stage of the transmission system after the speed-changing corresponding to the speed-changing instructor , and (ii) accepts, while the auto-cruise mode is in an ON state by the instruction of the auto-cruise switch , the instruction by the switching part as an instruction of slight increase/decrease of the constant vehicle-speed in the auto-cruise mode. an engine which is loaded on a traveling-vehicle-body; a transmission system; a speed-changing part which carries out speed-changing and outputting of motive force of the engine ; a speed-changing instructor , manipulated by the worker, which instructs the speed-changing in the speed-changing part ; a speed-changing manipulation-quantity detecting sensor which detects a manipulation-quantity by the worker on the speed-changing instructor ; a controlling part which controls the speed-changing part based on the detecting of the speed-changing manipulation-quantity detecting sensor ; a switching part , manipulated by the worker, which instructs increase/decrease of the output speed stage of the transmission system after the speed-changing in the speed-changing part ; and an auto-cruise switch which instructs ON/OFF of an auto-cruise mode for keeping vehicle-speed of the traveling-vehicle-body constant, characterized in that the controlling part (i) accepts, while the auto-cruise mode is in an OFF state, the instruction by the switching part as the instruction of the increase/decrease of the output speed stage of the transmission system after the speed-changing corresponding to the speed-changing instructor , and (ii) accepts, while the auto-cruise mode is in an ON state by the instruction of the auto-cruise switch , the instruction by the switching part as an instruction of slight increase/decrease of the constant vehicle-speed in the auto-cruise mode.
A media device , comprising: a media content input configured to receive segments of protected media content from media content streams that each include a different version of the protected media content ; a content rendering system configured to generate a media content file that includes the segments of the protected media content that are sequenced to render the protected media content for viewing; and a digital rights management (DRM) platform configured to instantiate a file header object in a file header of the media content file , the file header object including DRM-associated features that correspond to the media content file to provision all of the segments of the protected media content together, wherein the DRM-associated features include one or more DRM licenses in the file header object to provision all of the segments of the protected media content together in the media content file. a media content input configured to receive segments of protected media content from media content streams that each include a different version of the protected media content ; a content rendering system configured to generate a media content file that includes the segments of the protected media content that are sequenced to render the protected media content for viewing; and a digital rights management (DRM) platform configured to instantiate a file header object in a file header of the media content file , the file header object including DRM-associated features that correspond to the media content file to provision all of the segments of the protected media content together, wherein the DRM-associated features include one or more DRM licenses in the file header object to provision all of the segments of the protected media content together in the media content file.
A vascular introducer hub comprising: a body that includes a proximal end , a distal end , and a lumen defined therethrough; first and second seals disposed within the body , the first seal comprising a first polymeric material, the second seal comprising a second polymeric material; and a first seal actuator located adjacent the first seal , and a second seal actuator adjacent the second seal ; the first and second polymeric materials having different durometers. a body that includes a proximal end , a distal end , and a lumen defined therethrough; first and second seals disposed within the body , the first seal comprising a first polymeric material, the second seal comprising a second polymeric material; and a first seal actuator located adjacent the first seal , and a second seal actuator adjacent the second seal ; the first and second polymeric materials having different durometers.
A method for supporting migration of virtual machines across multiprotocol label switching network , comprising the steps of: a first label edge router, LER, receiving a migration enablement function, MEF, discovery message from a first virtual machine that wishes to register with the first LER ; the first LER updating its own virtual machine binding database to reflect binding of the first virtual machine to the first LER ; and the first LER sending a MEF advertisement message to the first virtual machine to indicate that the first LER completes the registration of the first virtual machine , wherein the first LER updates its own virtual machine binding database to reflect the binding of the first virtual machine to the first LER when the first LER finds that the virtual machine identifier, VMID, contained in the MEF discovery message falls within an IP address range for supporting the migration of virtual machines. a first label edge router, LER, receiving a migration enablement function, MEF, discovery message from a first virtual machine that wishes to register with the first LER ; the first LER updating its own virtual machine binding database to reflect binding of the first virtual machine to the first LER ; and the first LER sending a MEF advertisement message to the first virtual machine to indicate that the first LER completes the registration of the first virtual machine , wherein the first LER updates its own virtual machine binding database to reflect the binding of the first virtual machine to the first LER when the first LER finds that the virtual machine identifier, VMID, contained in the MEF discovery message falls within an IP address range for supporting the migration of virtual machines.
A battery module comprising: a cell assembly (no) formed by sandwiching a plurality of battery cells by a pair of holding members ; and an accommodation case configured to accommodate the cell assembly , wherein the accommodation case includes a vent hole for gas, and a flow path passing through the vent hole is formed in a labyrinth structure by covering the vent hole by a connecting portion between the pair of holding members , characterized in that the connecting portion is configured to cover a plurality of the vent holes , and includes, at a position facing a portion between the plurality of the vent holes in the accommodation case, a convex portion protruding toward the portion. a cell assembly (no) formed by sandwiching a plurality of battery cells by a pair of holding members ; and an accommodation case configured to accommodate the cell assembly , wherein the accommodation case includes a vent hole for gas, and a flow path passing through the vent hole is formed in a labyrinth structure by covering the vent hole by a connecting portion between the pair of holding members ,
An apparatus, comprising scheduling means configured to allocate one or more resource blocks to a channel in an uplink frequency band and/or a downlink frequency band according to a first telecommunication standard and the available frequency band for the uplink or downlink, respectively, characterized in that the scheduling means is additionally configured to take into account a limit of resource blocks to be allocated to the channel; and calculating means configured to calculate the limit of resource blocks to be allocated to the channel. scheduling means configured to allocate one or more resource blocks to a channel in an uplink frequency band and/or a downlink frequency band according to a first telecommunication standard and the available frequency band for the uplink or downlink, respectively, characterized in that the scheduling means is additionally configured to take into account a limit of resource blocks to be allocated to the channel; and calculating means configured to calculate the limit of resource blocks to be allocated to the channel.
Method of communicating a state of presence of a group of users provided with user terminals, in a virtual communication space provided by a communication server on a communication network, said virtual space providing a plurality of distinct communication modes, called "activities", that can be shared by all the users of said group, said method comprising operations consisting in: - associating (E10) with each activity of the virtual space a graphic icon having a geometric form and representing said activity, and intended to be displayed through a graphical interface implemented an activity-sharing client application installed in each user terminal; - determining (E12) a state of presence of each user of the group in the virtual communication space; - determining (E14-E18), for each of the activities, a graphical formatting of the associated icon without modifying the geometric form of the icon, said graphical formatting being determined as a function of the state of presence of the users relating to this activity, and making it possible to visually identify the different user or users participating in this activity. - associating (E10) with each activity of the virtual space a graphic icon having a geometric form and representing said activity, and intended to be displayed through a graphical interface implemented an activity-sharing client application installed in each user terminal; - determining (E12) a state of presence of each user of the group in the virtual communication space; - determining (E14-E18), for each of the activities, a graphical formatting of the associated icon without modifying the geometric form of the icon, said graphical formatting being determined as a function of the state of presence of the users relating to this activity, and making it possible to visually identify the different user or users participating in this activity.
A metal working fluids composition comprising a microbial growth control agent suitable for metal working fluids, said microbial growth control agent comprising 2-butoxy-ethanamine, or comprising at least one glycol ether amine with the structure of: wherein R1 is a C1 - C6 alkyl group and R2 is CH3 or CH2-CH3 and R3 is CH3 or CH2-CH3, and m is 0 to 6; wherein the metal working fluids composition comprises: water in an amount up to 50-60 wt%, mineral oil in an amount of 10-40 wt%, emulsifier in an amount of 10-20 wt%, amine in an amount of 10-20 wt% and other functional additives. said microbial growth control agent comprising 2-butoxy-ethanamine, or comprising at least one glycol ether amine with the structure of: wherein R1 is a C1 - C6 alkyl group and R2 is CH3 or CH2-CH3 and R3 is CH3 or CH2-CH3, and m is 0 to 6; wherein the metal working fluids composition comprises: water in an amount up to 50-60 wt%, mineral oil in an amount of 10-40 wt%, emulsifier in an amount of 10-20 wt%, amine in an amount of 10-20 wt% and other functional additives.
A ray-based, centroid frequency shift Q tomography method for reconstructing a subsurface Q model from seismic data measured by receivers in a survey using a seismic source, comprising selecting a mathematical function to approximate the seismic source's amplitude spectrum , and using this to calculate the spectrum's centroid frequency shift due to earth attenuation, and relating said centroid frequency shift to attenuation as represented by the reciprocal of quality factor Q, and solving for Q or 1/ Q by iterative, linear optimization using a computer, characterized in that the optimization has box constraints to keep estimated Q values within depth-dependent ranges specified by upper boundaries and lower boundaries; the method further comprising using the solved -for values of Q or 1/ Q in seismic imaging for hydrocarbon exploration, or for hydrocarbon reservoir characterization.
Method for shot preening a pipe inner wall of a curved workpiece having a workpiece bore , comprising at least the following steps: a) providing a blast nozzle unit which has a blast nozzle head which is connected to a flexible blasting agent supply hose and which has a plurality of nozzle openings distributed over the circumference and which, by way of its outer circumference, maintains a distance from the workpiece inner wall for forming an air gap, b) blasting by conveying a blasting agent through the blasting agent supply hose to the blasting nozzle head by means of compressed air and blasting the blasting agent onto the workpiece inner wall; c) wherein at least one end region of the blasting agent supply hose , which end region is adjacent to the blasting nozzle head , is guided through a supporting element ; d) wherein the supporting element is attached to a workpiece end or the workpiece end is attached to the supporting element ; e) wherein the blasting agent supply hose , together with the blasting nozzle head , is inserted into the workpiece bore and is advanced along a blasting treatment section within the workpiece bore and then retracted into the supporting element again, wherein the blasting agent is output through the nozzle openings during the advancing movement and/or during the retracting movement; and f) wherein the supporting element is retracted from the workpiece end or the workpiece end is retracted from the supporting element ; characterized in that the blasting agent supply hose , at its end which is averted from the blasting nozzle head , is connected to a rigid blasting agent supply pipe , and wherein the unit comprising the blasting agent supply hose and the blasting agent supply pipe is guided within the supporting element in a displaceable manner. a) providing a blast nozzle unit which has a blast nozzle head which is connected to a flexible blasting agent supply hose and which has a plurality of nozzle openings distributed over the circumference and which, by way of its outer circumference, maintains a distance from the workpiece inner wall for forming an air gap, b) blasting by conveying a blasting agent through the blasting agent supply hose to the blasting nozzle head by means of compressed air and blasting the blasting agent onto the workpiece inner wall; c) wherein at least one end region of the blasting agent supply hose , which end region is adjacent to the blasting nozzle head , is guided through a supporting element ; d) wherein the supporting element is attached to a workpiece end or the workpiece end is attached to the supporting element ; e) wherein the blasting agent supply hose , together with the blasting nozzle head , is inserted into the workpiece bore and is advanced along a blasting treatment section within the workpiece bore and then retracted into the supporting element again, wherein the blasting agent is output through the nozzle openings during the advancing movement and/or during the retracting movement; and f) wherein the supporting element is retracted from the workpiece end or the workpiece end is retracted from the supporting element ;
A high-temperature resistant wheel, comprising an elastic hub assembly integrated with a heat insulating layer for isolating the elastic hub assembly from external high temperature; and a rigid wheel barbed ring , which has the elastic hub assembly fixed inside and rotates together with the elastic hub assembly , wherein the elastic hub assembly comprises: an outer cage , an outer heat insulating layer , an elastic hub plate, an inner heat insulating layer , and an inner cage , wherein the outer heat insulating layer and the inner heat insulating layer are located at two sides of the elastic hub plate in the axial direction; wherein the outer cage is located at a side of the outer heat insulating layer opposite to the elastic hub plate ; wherein the inner cage is located at a side of the inner heat insulating layer opposite to the elastic hub plate ; and wherein the outer cage , the outer heat insulating layer , the elastic hub plate , the inner heat insulating layer , and the inner cage are installed sequentially to form the elastic hub assembly .
A method for automatically generating production data sets for orders to be printed in a printing facility , wherein the printing facility comprises at least one printing-forme variable printing press and at least one printing forme-invariable printing press and at least one further processing device as processing devices, characterized in that job data of an order to be printed are supplied to an imposition module , wherein production possibilities of the at least two printing presses , which are present in the printing facility , are provided separately to the imposition module by the at least two printing presses , and are brought together centrally and are stored in the imposition module , wherein production possibilities of the at least one further processing device , which is present in the printing facility , is provided separately to the imposition module by the at least one further processing device , and are brought together centrally and are stored in the imposition module , and wherein, based on the job data , the production possibilities of the at least two printing presses , and the production possibilities of the at least one further processing device , the imposition module generates a complete production data set for the order to be printed in an automated manner such that, based on the production possibilities of the processing device , which has the least flexibility for the processing and/or the most restrictive limitations, the production possibilities of the other processing devices are searched in order to generate the production data set , which describes the print order so completely that an automatic processing all the way to the final product can take place, wherein the complete production data set represents a clear description of the order to be printed, and comprises the imposition pattern generated for the order as well as further information required for the processing, relating to the synchronization and to the separation of consecutive orders, wherein the production data set for the order to be printed is transferred to the printing facility for processing such that the production data set is transferred to the at least two printing presses for processing, wherein the at least two printing presses print the order according to the production data set transferred to them, and forward it directly to the at least one further processing device .
Chair containing a chair post and a seat element which is mounted on a coupling member containing - a supporting element the outer surface of which is provided with spherical sections, - two facing each other lower and upper semi-shells which are connected together and have hemispherical inner surfaces , between which the supporting element is movably mounted, - two axle members arranged at the supporting element and being orientated alongside a first axis (X) and two other axle members arranged at the supporting element and which are orientated alongside a second axis (Y) which cuts the first axis (X) right-angled and - elastically deformable bearing units for the axle members such that the seat element is swingable around the two axes (X and Y) characterised in that the axle members - join to cutting planes which are virtually arisen by virtual cutting off spherical calottes from the supporting element and - are formed in one-piece with the supporting element . - a supporting element the outer surface of which is provided with spherical sections, - two facing each other lower and upper semi-shells which are connected together and have hemispherical inner surfaces , between which the supporting element is movably mounted, - two axle members arranged at the supporting element and being orientated alongside a first axis (X) and two other axle members arranged at the supporting element and which are orientated alongside a second axis (Y) which cuts the first axis (X) right-angled and - elastically deformable bearing units for the axle members such that the seat element is swingable around the two axes (X and Y) characterised in that the axle members - join to cutting planes which are virtually arisen by virtual cutting off spherical calottes from the supporting element and - are formed in one-piece with the supporting element .