mhurhangee/patent-ind-claim-en huggingface dataset:
A decontamination assembly, in particular for pharmaceutical applications, comprising at least one chamber to be decontaminated, in particular an isolator chamber, preferably a manipulator chamber and/or a plenum chamber being separated from the manipulator chamber by a membrane, comprising a decontamination liquid storage tank by which several atomizers (A, B, C. D) disposed in the chamber to be decontaminated and preferably configured as two-component nozzles for producing a decontaminant aerosol can be supplied with decontamination liquid, preferably hydrogen peroxide, using valve means which can be controlled by means of electronic control means, the atomizers (A, B, C, D) being in fluid communication with a ring conduit having an inlet and a separate outlet by means of the valve means , decontamination liquid from the decontamination liquid storage tank being conveyable into the inlet of said ring conduit by means of a pump and decontamination liquid flowing out of the outlet of said ring conduit back into the decontamination liquid storage tank , and that pressure adjustment means for keeping the pressure in the ring conduit at a predefined liquid pressure range are assigned to the ring conduit , characterized in that measuring means for determining a total volume of decontamination liquid dispensed to the atomizers (A, B, C, D) during a decontamination cycle are provided, in particular comprising weighing means for determining a decontamination liquid volume in the decontamination liquid storage tank and that the atomizers (A, B, C, D) which are configured as two-component nozzles are connected to a gas pressure source, in particular a compressed air source , in a gas-conducting manner to generate a carrier gas flow for the decontaminant aerosol to be produced.
A method of fulfilling requests on a device having a processor executing at least one local client application , the method comprising: executing on the device instructions configured to: generate a local server associating at least one server script with at least one local event ; upon receiving from the local client application a subscription request specifying a selected local event , associate the selected local event with the local client application ; upon detecting the selected local event associated with at least one server script and the local client application , execute within the local server the at least one server script associated with and related to the selected local event on behalf of the local client application , wherein the at least one server script specifies a type of processing related to the selected local event , when executed in the context of the selected local event , wherein the type of processing related to the selected local event is different from a type of processing when executed in the context of another local event ; and notify the client application upon completion of the server script . generate a local server associating at least one server script with at least one local event ; upon receiving from the local client application a subscription request specifying a selected local event , associate the selected local event with the local client application ; upon detecting the selected local event associated with at least one server script and the local client application , execute within the local server the at least one server script associated with and related to the selected local event on behalf of the local client application , wherein the at least one server script specifies a type of processing related to the selected local event , when executed in the context of the selected local event , wherein the type of processing related to the selected local event is different from a type of processing when executed in the context of another local event ; and notify the client application upon completion of the server script .
A cycloduction measurement device , comprising: a blood vessel position recognition unit configured to recognize a position of a blood vessel in a sclera region in an eye image , and acquire information pertaining to the position of the blood vessel; and a first angle calculation unit configured to calculate an angle of cycloduction, on the basis of a first information pertaining to a position of a predetermined blood vessel acquired by the blood vessel position recognition unit when actually measuring cycloduction and a second information pertaining to the position of the predetermined blood vessel in a reference state (51; 63) characterized in that the blood vessel position recognition unit recognizes a periphery of an iris region in the eye image , and acquires position information of an end point at the peripheral side of the iris region of the blood vessel as information pertaining to the position of the blood vessel. a blood vessel position recognition unit configured to recognize a position of a blood vessel in a sclera region in an eye image , and acquire information pertaining to the position of the blood vessel; and a first angle calculation unit configured to calculate an angle of cycloduction, on the basis of a first information pertaining to a position of a predetermined blood vessel acquired by the blood vessel position recognition unit when actually measuring cycloduction and a second information pertaining to the position of the predetermined blood vessel in a reference state (51; 63) characterized in that the blood vessel position recognition unit recognizes a periphery of an iris region in the eye image , and acquires position information of an end point at the peripheral side of the iris region of the blood vessel as information pertaining to the position of the blood vessel.
A storage array , comprising: a number of storage devices ; and a storage controller comprising processing circuitry and a cache ; wherein the storage controller is configured to: participate in implementing replication from a first LUN of another storage array as a primary LUN to a second LUN of the storage array as a secondary LUN; and characterized in that the storage controller is further configured to: in response to receiving from a host a write that is directed to the second LUN: send write data of the write to the other storage array while maintaining a copy of the write data in a fenced portion of the cache ; and wait to admit the copy of the write data to the second LUN until a write acknowledgment is received from the other storage array . a number of storage devices ; and a storage controller comprising processing circuitry and a cache ; wherein the storage controller is configured to: participate in implementing replication from a first LUN of another storage array as a primary LUN to a second LUN of the storage array as a secondary LUN; and characterized in that the storage controller is further configured to: in response to receiving from a host a write that is directed to the second LUN: send write data of the write to the other storage array while maintaining a copy of the write data in a fenced portion of the cache ; and wait to admit the copy of the write data to the second LUN until a write acknowledgment is received from the other storage array . send write data of the write to the other storage array while maintaining a copy of the write data in a fenced portion of the cache ; and wait to admit the copy of the write data to the second LUN until a write acknowledgment is received from the other storage array .
Arrangement for producing a moulded part, comprising a workstation which enables thermoforming of a material comprising a thermoplastic base material ; and comprising a UV irradiation unit (15; 15'), by means of which a UV-curable coating of the material can be irradiated with UV radiation at the workstation so as to cure the UV-curable coating of the material by means of the UV radiation; wherein the UV irradiation unit (15; 15') is arranged to be displaceable along a displacement direction (V); wherein the UV irradiation unit (15; 15') is formed with a housing which accommodates at least one UV radiation source and has a UV radiation exit region on a side facing a clamping plane of the workstation for clamping the material ; and wherein the UV irradiation unit (15; 15') has at least one reflector face (55a-55d) which is or can be orientated obliquely at an inclination to the UV radiation exit region and to the clamping plane and is arranged at the front or rear or side with respect to the UV radiation exit region as seen in the displacement direction (V). comprising a workstation which enables thermoforming of a material comprising a thermoplastic base material ; and comprising a UV irradiation unit (15; 15'), by means of which a UV-curable coating of the material can be irradiated with UV radiation at the workstation so as to cure the UV-curable coating of the material by means of the UV radiation; wherein the UV irradiation unit (15; 15') is arranged to be displaceable along a displacement direction (V); wherein the UV irradiation unit (15; 15') is formed with a housing which accommodates at least one UV radiation source and has a UV radiation exit region on a side facing a clamping plane of the workstation for clamping the material ; and wherein the UV irradiation unit (15; 15') has at least one reflector face (55a-55d) which is or can be orientated obliquely at an inclination to the UV radiation exit region and to the clamping plane and is arranged at the front or rear or side with respect to the UV radiation exit region as seen in the displacement direction (V).
Method for monitoring the start-up and the plausibility of data of a power measurement sensor in a distributer network using a computer unit which has a topology model of the monitored distributer network, which computer unit has a communication device for wireless communication with mobile terminals , which computer unit automatically detects new sensors installed in the distributer network and enters into an exchange of data with the new sensor, characterised in that after the detection of a new power measurement sensor in this distributer network by the computer unit , said computer unit carries out a check on the plausibility of the measured data of the new power measurement sensor on the basis of measured data of existing power measurement sensors in this distributer network, that in the event of non-plausible measured values of the new power measurement sensor a message to manually change the physical sensor connection on the distributer network is output by the computer unit or a correction of the data of the new power measurement sensor or an assignment of the new power measurement sensor to another distributer network takes place, and that before the new power measurement sensor is assigned to another distributer network, the computer unit establishes a communication link to a further computer unit of a further distributer network and the results of checking the plausibility of the two computer units are compared.
A computer-implemented method for determining a 3D modeled object deformation, the method comprising: - providing: o a deformation basis function configured for inferring a deformation basis of an input 3D modeled object, o a first 3D modeled object, and o a deformation constraint of the first 3D modeled object, the providing of the deformation constraint including defining, by graphical user interaction with a part of the first 3D modeled object, the deformation constraint; and - determining a second 3D modeled object which respects the deformation constraint, the determining of the second 3D modeled object comprising computing a trajectory of transitional 3D modeled objects between the first 3D modeled object and the second 3D modeled object, the trajectory deforming each transitional 3D modeled object by a linear combination of the result of applying the deformation basis function to the transitional 3D modeled object, the trajectory reducing a loss penalizing an extent of non-respect of the deformation constraint by the deformed transitional 3D modeled object. - providing: o a deformation basis function configured for inferring a deformation basis of an input 3D modeled object, o a first 3D modeled object, and o a deformation constraint of the first 3D modeled object, the providing of the deformation constraint including defining, by graphical user interaction with a part of the first 3D modeled object, the deformation constraint; and o a deformation basis function configured for inferring a deformation basis of an input 3D modeled object, o a first 3D modeled object, and o a deformation constraint of the first 3D modeled object, the providing of the deformation constraint including defining, by graphical user interaction with a part of the first 3D modeled object, the deformation constraint; and - determining a second 3D modeled object which respects the deformation constraint, the determining of the second 3D modeled object comprising computing a trajectory of transitional 3D modeled objects between the first 3D modeled object and the second 3D modeled object, the trajectory deforming each transitional 3D modeled object by a linear combination of the result of applying the deformation basis function to the transitional 3D modeled object, the trajectory reducing a loss penalizing an extent of non-respect of the deformation constraint by the deformed transitional 3D modeled object.
A water-in-oil latex comprising 15 wt% to 70 wt% of a water soluble or dispersible polymer comprising 1 mol % to 100 mol % acrylamide monomers; 0,1 wt% to 20.0 wt% of an inversion surfactant characterized as having a hydrophilic/lipophilic balance of 10 or greater; and 0.1 wt% to 20.0 wt% of a nonionic inversion agent having a structure corresponding to: wherein each m, n, o, p, q, and r is independently any integer, R and R' are (CH 2 ) n' , n' is independently 0 or 1, and the sum of m, n, o, p, q, and r is from 10 to 135, 15 wt% to 70 wt% of a water soluble or dispersible polymer comprising 1 mol % to 100 mol % acrylamide monomers; 0,1 wt% to 20.0 wt% of an inversion surfactant characterized as having a hydrophilic/lipophilic balance of 10 or greater; and 0.1 wt% to 20.0 wt% of a nonionic inversion agent having a structure corresponding to: wherein each m, n, o, p, q, and r is independently any integer, R and R' are (CH 2 ) n' , n' is independently 0 or 1, and the sum of m, n, o, p, q, and r is from 10 to 135,
A video encoding method according to scalable extensions of high efficiency video coding, SHVC, comprising: comparing a number of active reference layers with a number of direct reference layers, wherein the number of active reference layers indicates a number of reference layers that can be used for inter-layer prediction by a current picture of a current layer; and on a condition that the number of active reference layers is not equal to the number of direct reference layers, generating a bitstream comprising one or more layers and including, in a slice level header of the bitstream, a list of reference picture layer IDs that can be used for inter-layer prediction by the current picture of the current layer; on a condition that the number of active reference layers is equal to the number of direct reference layers, generating a bitstream comprising one or more layers and not including any indication of a list of reference picture layer IDs that can be used for inter-layer prediction by the current picture of the current layer. comparing a number of active reference layers with a number of direct reference layers, wherein the number of active reference layers indicates a number of reference layers that can be used for inter-layer prediction by a current picture of a current layer; and on a condition that the number of active reference layers is not equal to the number of direct reference layers, generating a bitstream comprising one or more layers and including, in a slice level header of the bitstream, a list of reference picture layer IDs that can be used for inter-layer prediction by the current picture of the current layer; on a condition that the number of active reference layers is equal to the number of direct reference layers, generating a bitstream comprising one or more layers and not including any indication of a list of reference picture layer IDs that can be used for inter-layer prediction by the current picture of the current layer.
A hybrid powertrain comprising an internal combustion engine (ICE), a transmission , a first electric motor and a second electric motor , wherein - the transmission comprises an input shaft to which the internal combustion engine (ICE) is connected via a main clutch , an output shaft and a gear assembly providing at least two different gear ratios that may be selected for transfer of mechanical power from the input shaft to the output shaft , - the first electric motor is connected to the input shaft via a first gear (i x ), such that torque and rotation may be transferred between the first electric motor and the input shaft, and - the second electric motor is connected to the input shaft via a first clutch and the first gear (i x ), such that torque and rotation may be transferred between the second electric motor and the input shaft , and connected to the output shaft via a second clutch and a second gear (i y ), such that torque and rotation may be transferred between the second electric motor and the output shaft , wherein the first electric motor is connected to the second electric motor via the first clutch , and the first electric motor , the second electric motor , the first clutch and the second clutch form parts of a torque transfer path bypassing the at least two different gear ratios, the torque transfer path arranged to transfer torque from the input shaft to the output shaft during a gearshift. - the transmission comprises an input shaft to which the internal combustion engine (ICE) is connected via a main clutch , an output shaft and a gear assembly providing at least two different gear ratios that may be selected for transfer of mechanical power from the input shaft to the output shaft , - the first electric motor is connected to the input shaft via a first gear (i x ), such that torque and rotation may be transferred between the first electric motor and the input shaft, and - the second electric motor is connected to the input shaft via a first clutch and the first gear (i x ), such that torque and rotation may be transferred between the second electric motor and the input shaft , and connected to the output shaft via a second clutch and a second gear (i y ), such that torque and rotation may be transferred between the second electric motor and the output shaft , wherein the first electric motor is connected to the second electric motor via the first clutch , and the first electric motor , the second electric motor , the first clutch and the second clutch form parts of a torque transfer path bypassing the at least two different gear ratios, the torque transfer path arranged to transfer torque from the input shaft to the output shaft during a gearshift.
A method for generating a positioning beacon sequence , the method being executed by an apparatus and comprising: initializing a pseudo-random sequence generator using a seed that combines a first value dependent on a link identifier with a second value dependent on a beam index assigned to a beam used to transmit the positioning beacon sequence, wherein the first value does not depend on the beam index, wherein the second value does not depend on the link identifier, and wherein one or more of the first value or the second value further depends on a transmission time for the positioning beacon; generating a positioning beacon sequence using the initialized pseudo-random sequence generator; and performing a positioning operation using the positioning beacon sequence. initializing a pseudo-random sequence generator using a seed that combines a first value dependent on a link identifier with a second value dependent on a beam index assigned to a beam used to transmit the positioning beacon sequence, wherein the first value does not depend on the beam index, wherein the second value does not depend on the link identifier, and wherein one or more of the first value or the second value further depends on a transmission time for the positioning beacon; generating a positioning beacon sequence using the initialized pseudo-random sequence generator; and performing a positioning operation using the positioning beacon sequence.
A swath tracking system for an off-road vehicle , comprising: a control system comprising a processor and a memory and configured to: receive a plurality of vehicle location points and a current vehicle state , wherein the current vehicle state comprises a current vehicle location ; generate a planned vehicle path through one or more of the plurality of vehicle location points ; generate a correction path from the current vehicle location to a point along the planned vehicle path ahead of the current vehicle location along a direction of travel; generate a blended path by blending the planned vehicle path and the correction path based at least in part on an assigned weight, wherein the assigned weight is based at least in part on a heading error, a distance between the current vehicle location and the planned path , or a combination thereof; and guide the off-road vehicle along the blended path . receive a plurality of vehicle location points and a current vehicle state , wherein the current vehicle state comprises a current vehicle location ; generate a planned vehicle path through one or more of the plurality of vehicle location points ; generate a correction path from the current vehicle location to a point along the planned vehicle path ahead of the current vehicle location along a direction of travel; generate a blended path by blending the planned vehicle path and the correction path based at least in part on an assigned weight, wherein the assigned weight is based at least in part on a heading error, a distance between the current vehicle location and the planned path , or a combination thereof; and guide the off-road vehicle along the blended path .
A communication module in a vehicle, comprising: a receiving unit set to receive power from a battery of the vehicle and operate on a predetermined cycle in a reception standby state; and a control unit set to accumulate a count value according to an operation time of the receiving unit , and when a result of the accumulated count values exceeds a predetermined value, control an operation cycle of the receiving unit or terminate operation of the communication module , characterized in that , the count value according to the operation time of the receiving unit includes a count value reflecting a first weight assigned to the operation time of the receiving unit and the first weight is set to vary according to at least one of an electric field, an inter-band movement, a handover between heterogeneous networks, and a change in service status. a receiving unit set to receive power from a battery of the vehicle and operate on a predetermined cycle in a reception standby state; and a control unit set to accumulate a count value according to an operation time of the receiving unit , and when a result of the accumulated count values exceeds a predetermined value, control an operation cycle of the receiving unit or terminate operation of the communication module , characterized in that , the count value according to the operation time of the receiving unit includes a count value reflecting a first weight assigned to the operation time of the receiving unit and the first weight is set to vary according to at least one of an electric field, an inter-band movement, a handover between heterogeneous networks, and a change in service status.