mhurhangee/patent-ind-claim-en huggingface dataset:
A device for inspecting at least one printed image, wherein the at least one printed image is arranged at or on the lateral surface of hollow body transported with a transport device along a transport path , wherein a conveyor is provided, wherein the conveyor conveys the hollow body having the at least one printed image, wherein at least one camera is provided, which is arranged such that it creates at least one photographic image of the at least one printed image to be inspected or that such a photographic image can at least be created with it, characterized in that the device carrying out the inspection of the at least one printed image is designed as a mobile device and is positioned to carry out the inspection on the transport device transporting the hollow body , wherein the device designed as a self-sufficient, mobile device is positioned on the transport device of a production facility having a printing press, wherein this mobile device has the at least one camera and the conveyor , wherein the conveyor takes the hollow body having the at least one printed image to be inspected from its transport path determined by the transport device and conveys it to an inspection position separate from the transport device .
A method for producing a membrane protein folded to its native or active structure in a lipid disk or liposome, comprising the following steps: (a) preparing a reaction solution for cell-free protein synthesis containing a polynucleotide encoding a membrane protein, a steroidal detergent, and a phospholipid, wherein the steroidal detergent is contained at a concentration higher than its critical micelle concentration, and (b) synthesizing the membrane protein while decreasing the concentration of said steroidal detergent in the reaction solution, simultaneously with formation of a lipid disk or liposome into which the synthesized membrane protein is integrated. (a) preparing a reaction solution for cell-free protein synthesis containing a polynucleotide encoding a membrane protein, a steroidal detergent, and a phospholipid, wherein the steroidal detergent is contained at a concentration higher than its critical micelle concentration, and (b) synthesizing the membrane protein while decreasing the concentration of said steroidal detergent in the reaction solution, simultaneously with formation of a lipid disk or liposome into which the synthesized membrane protein is integrated.
Apparatus for determining the position of a mobile access device relative to a motor vehicle , wherein the mobile access device (4; 5) comprises a communication device for short-distance wireless communication, wherein the apparatus comprises: a control device in the vehicle , which is designed to block and unblock access to a vehicle function, a plurality of separate modules each having, in a housing, communication means for the short-distance wireless communication, wherein in a plurality of the modules the associated communication device is coupled to an associated energy storage device housed in the housing of the respective module , wherein the modules comprise fastening means allowing the modules to be fastened in the interior of a vehicle, at least one of the modules being coupled to the control device for data transmission, wherein the modules are each designed to detect a signal strength of a signal transmission between the access device (4; 5) and the respective module, wherein the modules and the control device are designed to perform a position determination of the access device in dependence on a plurality of detected signal strengths of different modules and to enable or disable access to the vehicle function in dependence on the determined position. a control device in the vehicle , which is designed to block and unblock access to a vehicle function, a plurality of separate modules each having, in a housing, communication means for the short-distance wireless communication, wherein in a plurality of the modules the associated communication device is coupled to an associated energy storage device housed in the housing of the respective module , wherein the modules comprise fastening means allowing the modules to be fastened in the interior of a vehicle, at least one of the modules being coupled to the control device for data transmission, wherein the modules are each designed to detect a signal strength of a signal transmission between the access device (4; 5) and the respective module, wherein the modules and the control device are designed to perform a position determination of the access device in dependence on a plurality of detected signal strengths of different modules and to enable or disable access to the vehicle function in dependence on the determined position.
Computation apparatus for identifying attacks on a technical system on the basis of events of an event sequence , having: a reception unit for receiving the event sequence , which has a plurality of events, wherein an attack is determined by a particular sequence of events in the received event sequence , a checking unit for checking the received event sequence based on a main event that the particular sequence of events contains, wherein the checking unit is set up to perform a pattern recognition in the received event sequence based on the particular sequence of events when the main event has occurred, and a memory unit for storing the received event sequence in a log file, wherein the checking unit is set up to perform a backward pattern recognition in the stored event sequence , wherein the checking unit begins the pattern recognition at the time of the occurrence of the main event. a reception unit for receiving the event sequence , which has a plurality of events, wherein an attack is determined by a particular sequence of events in the received event sequence , a checking unit for checking the received event sequence based on a main event that the particular sequence of events contains, wherein the checking unit is set up to perform a pattern recognition in the received event sequence based on the particular sequence of events when the main event has occurred, and a memory unit for storing the received event sequence in a log file, wherein the checking unit is set up to perform a backward pattern recognition in the stored event sequence , wherein the checking unit begins the pattern recognition at the time of the occurrence of the main event.
A grass mower comprising: a traveling vehicle body ; a mower unit ; a lift link mechanism supporting the mower unit downwardly of the traveling vehicle body with allowing raising and lowering of the mower unit ; and a cutting height adjustment mechanism for adjusting a cutting height of the mower unit by the lift link mechanism ; the cutting height adjustment mechanism including: a cutting height control grip ; a cam body ; a rotational rod connecting the cutting height control grip with the cam body ; and a stopper body for selectively determining a cutting height of the mower unit in association as it comes into contact with one of a plurality of contact faces formed in the cam body ; the grass mower being characterized in that it further comprises: a driver's seat disposed at a center in a transverse direction of the vehicle body and at an upper portion of the vehicle body ; and a fender unit including a left fender, a right fender and a seat attaching portion ; and in that : the cutting height control grip is disposed upwardly of the fender unit and on a first outer side of the driver's seat in the vehicle body transverse direction; the cam body is disposed downwardly of the fender unit and closer to a center of the vehicle body in the vehicle body transverse direction than the cutting height control grip ; and the rotational rod extends obliquely relative to a vertical line through the fender unit . a traveling vehicle body ; a mower unit ; a lift link mechanism supporting the mower unit downwardly of the traveling vehicle body with allowing raising and lowering of the mower unit ; and a cutting height adjustment mechanism for adjusting a cutting height of the mower unit by the lift link mechanism ; the cutting height adjustment mechanism including: a cutting height control grip ; a cam body ; a rotational rod connecting the cutting height control grip with the cam body ; and a stopper body for selectively determining a cutting height of the mower unit in association as it comes into contact with one of a plurality of contact faces formed in the cam body ; a cutting height control grip ; a cam body ; a rotational rod connecting the cutting height control grip with the cam body ; and a stopper body for selectively determining a cutting height of the mower unit in association as it comes into contact with one of a plurality of contact faces formed in the cam body ; a driver's seat disposed at a center in a transverse direction of the vehicle body and at an upper portion of the vehicle body ; and a fender unit including a left fender, a right fender and a seat attaching portion ; the cutting height control grip is disposed upwardly of the fender unit and on a first outer side of the driver's seat in the vehicle body transverse direction; the cam body is disposed downwardly of the fender unit and closer to a center of the vehicle body in the vehicle body transverse direction than the cutting height control grip ; and the rotational rod extends obliquely relative to a vertical line through the fender unit .
A projective computing system , comprising: a vertical all-in-one computer to display a first interface; a horizontal touch sensitive mat communicatively coupled to the vertical all-in-one computer; a projector assembly to project a second interface on the horizontal touch sensitive mat ; and a touch coordination module to receive a touch input modification request, and in response to the receiving the touch input modification request, automatically and without further input change the touch input association from the horizontal touch sensitive mat to the vertical all-in-one computer such that a touch input on the horizontal touch sensitive mat controls the first interface displayed on vertical all-in-one computer, wherein the touch coordination module is further to cause a marker to be shown on the vertical all-in-one computer when an input device is proximate to the horizontal touch sensitive mat , the marker providing an indication of a position of the input device on the mat with respect to the vertical all-in-one computer. a vertical all-in-one computer to display a first interface; a horizontal touch sensitive mat communicatively coupled to the vertical all-in-one computer; a projector assembly to project a second interface on the horizontal touch sensitive mat ; and a touch coordination module to receive a touch input modification request, and in response to the receiving the touch input modification request, automatically and without further input change the touch input association from the horizontal touch sensitive mat to the vertical all-in-one computer such that a touch input on the horizontal touch sensitive mat controls the first interface displayed on vertical all-in-one computer, wherein the touch coordination module is further to cause a marker to be shown on the vertical all-in-one computer when an input device is proximate to the horizontal touch sensitive mat , the marker providing an indication of a position of the input device on the mat with respect to the vertical all-in-one computer.
A downlink control channel detection method realized by a User Equipment, UE , comprising: determining a detection mode for a downlink control channel; and detecting the downlink control channel in accordance with the determined detection mode for the downlink control channel, wherein the detection mode for the downlink control channel comprises a one-stage detection mode and a multiple-stage detection mode, in the one-stage detection mode control information for the detection of a data channel is acquired through a single downlink control channel detection operation, and in the multiple-stage detection mode the control information for the detection of the data channel is acquired through at least two downlink control channel detection operations, and wherein the downlink control channel detection method is characterized in that : the UE is configured to read control information for the detection of a next-stage downlink control channel from the first downlink control channel, and detect the downlink control channels stage by stage in accordance with the control information for the detection of the downlink control channel until the control information for the detection of the data channel has been acquired by the UE, when the determined detection mode for the downlink control channel is the multiple-stage detection mode. determining a detection mode for a downlink control channel; and detecting the downlink control channel in accordance with the determined detection mode for the downlink control channel, wherein the detection mode for the downlink control channel comprises a one-stage detection mode and a multiple-stage detection mode, in the one-stage detection mode control information for the detection of a data channel is acquired through a single downlink control channel detection operation, and in the multiple-stage detection mode the control information for the detection of the data channel is acquired through at least two downlink control channel detection operations, and wherein the downlink control channel detection method is characterized in that : the UE is configured to read control information for the detection of a next-stage downlink control channel from the first downlink control channel, and detect the downlink control channels stage by stage in accordance with the control information for the detection of the downlink control channel until the control information for the detection of the data channel has been acquired by the UE, when the determined detection mode for the downlink control channel is the multiple-stage detection mode.
A process fluid pressure transmitter comprising: a pressure sensor having an electrical characteristic that changes in response to a deformation of the pressure sensor in response to pressure; measurement circuitry coupled to the pressure sensor and configured to provide an indication of the electrical characteristic; an isolation diaphragm configured to contact the process fluid and deform in response to process fluid pressure; a first fluid volume filled with a substantially incompressible fill fluid fluidically coupling the isolation diaphragm to the pressure sensor ; and an overpressure compliant structure coupled to the fill fluid and configured to be substantially rigid at pressures below a selected threshold, but able to deform in response to pressure above the selected threshold, characterized in that the overpressure compliant structure includes a rigid flexible diaphragm that is configured to be rigid at pressures below the selected threshold and deform in response to pressure above the selected threshold, wherein the rigid flexible diaphragm has a first side contacting the substantially incompressible fill fluid and a second side contacting a second fluid volume. a pressure sensor having an electrical characteristic that changes in response to a deformation of the pressure sensor in response to pressure; measurement circuitry coupled to the pressure sensor and configured to provide an indication of the electrical characteristic; an isolation diaphragm configured to contact the process fluid and deform in response to process fluid pressure; a first fluid volume filled with a substantially incompressible fill fluid fluidically coupling the isolation diaphragm to the pressure sensor ; and an overpressure compliant structure coupled to the fill fluid and configured to be substantially rigid at pressures below a selected threshold, but able to deform in response to pressure above the selected threshold, characterized in that the overpressure compliant structure includes a rigid flexible diaphragm that is configured to be rigid at pressures below the selected threshold and deform in response to pressure above the selected threshold, wherein the rigid flexible diaphragm has a first side contacting the substantially incompressible fill fluid and a second side contacting a second fluid volume.
A posterior chamber phakic intraocular lens having an anterior surface and a posterior surface, and comprising: a haptic ; a lens secured to the haptic ; and a passageway extending between the anterior surface and the posterior surface; wherein aqueous flow is permitted through the passageway wherein the haptic comprises : - proximal wings ; - distal struts (27a-d) that are partially separated from the proximal wings and that are radially elastic; and characterised in that the haptic further comprises: - an elevated collar extending around at least a portion of the lens and extending anteriorly with respect to the lens , the elevated collar having a steep inclination with smooth edges towards the lens ; and in that the passageway is positioned beside the elevated collar . a haptic ; a lens secured to the haptic ; and a passageway extending between the anterior surface and the posterior surface; wherein aqueous flow is permitted through the passageway wherein the haptic comprises : - proximal wings ; - distal struts (27a-d) that are partially separated from the proximal wings and that are radially elastic; and - proximal wings ; - distal struts (27a-d) that are partially separated from the proximal wings and that are radially elastic; and characterised in that the haptic further comprises: - an elevated collar extending around at least a portion of the lens and extending anteriorly with respect to the lens , the elevated collar having a steep inclination with smooth edges towards the lens ; - an elevated collar extending around at least a portion of the lens and extending anteriorly with respect to the lens , the elevated collar having a steep inclination with smooth edges towards the lens ; and in that the passageway is positioned beside the elevated collar .
Protease comprising an amino acid sequence which has at least 95% sequence identity with the amino acid sequence specified in SEQ ID NO:1 over its entire length and in each case based on the numbering according to SEQ ID NO:1 (a) the amino acid substitution N130D at the position corresponding to position 130 in relation to the numbering according to SEQ ID NO:1, and (b) has an amino acid substitution at at least three of the positions corresponding to positions 101,133, 144, 224, 252 or 271, preferably at least at position 271, in each case based on the numbering according to SEQ ID NO:1. (a) the amino acid substitution N130D at the position corresponding to position 130 in relation to the numbering according to SEQ ID NO:1, and (b) has an amino acid substitution at at least three of the positions corresponding to positions 101,133, 144, 224, 252 or 271, preferably at least at position 271, in each case based on the numbering according to SEQ ID NO:1.
A method for producing alcohol from cellulose-containing biomass, the method comprising the following steps to : step : the step of pretreating a cellulose-containing biomass; step : the step of saccharifying the pretreated cellulose-containing biomass obtained in the step with a saccharification enzyme; step : the step of removing a saccharification residual solid from a saccharification treated product obtained in the step ; step : the step of culturing an alcohol fermentation microorganism with an aqueous sugar solution obtained in the step as a fermentation raw material; step : the step of removing the alcohol fermentation microorganism from a culture liquid containing the alcohol fermentation microorganism obtained in the step ; step : the step of distilling the alcohol fermentation liquid obtained in the step to recover alcohol; step : the step of passing and filtering a distillation residual liquid obtained in the step through a reverse osmosis membrane; and step : the step of performing treatment of discharging a retentate obtained in the step . step : the step of pretreating a cellulose-containing biomass; step : the step of saccharifying the pretreated cellulose-containing biomass obtained in the step with a saccharification enzyme; step : the step of removing a saccharification residual solid from a saccharification treated product obtained in the step ; step : the step of culturing an alcohol fermentation microorganism with an aqueous sugar solution obtained in the step as a fermentation raw material; step : the step of removing the alcohol fermentation microorganism from a culture liquid containing the alcohol fermentation microorganism obtained in the step ; step : the step of distilling the alcohol fermentation liquid obtained in the step to recover alcohol; step : the step of passing and filtering a distillation residual liquid obtained in the step through a reverse osmosis membrane; and step : the step of performing treatment of discharging a retentate obtained in the step .
A method for operating a power tool having an output shaft , comprising: having the user rotate the power tool about a longitudinal axis of the output shaft ; monitoring rotational motion of the power tool using a rotational motion sensor disposed in the power tool; determining the direction of rotational displacement of the power tool about the axis by means of a controller disposed in the power tool , which controller is electrically connected to the rotational motion sensor and to a motor disposed in the power tool , the motor drivably connected to the output shaft , and the controller using input from the rotational motion sensor ; and driving the output shaft by means of the controller according to the direction of the rotational displacement; characterized in that the method further comprises powering the power tool when at least one of the following events occurs: (a) a force is applied to the output shaft , (b) a switch is activated, (c) proximity to a workpiece is sensed; wherein the rotational motion of the power tool is monitored only when the power tool is powered; and further characterized in that the controller drives the motor and thus the output shaft based upon the input from the rotational motion sensor , and thus drives the output shaft in the same direction as the direction of the rotational displacement of the power tool .