mhurhangee/ep-ind-claims huggingface dataset:
Capacitive voltage measuring apparatus and a busbar arrangement of a switchgear assembly, which voltage measuring apparatus has a connection element, which is arranged on an outer field control element of the busbar arrangement, and a connection line, which is connectable to the connection element and is passed through a sealing element of the busbar arrangement, for connection to a voltage indicator device, wherein the busbar arrangement is designed as a busbar termination, and wherein a first capacitance is formed by the outer field control element of the busbar arrangement, which, when used in a capacitive voltage measuring apparatus, is not at earth potential, and a busbar conductor of the busbar arrangement, and a second capacitance is formed by the voltage indicator device, wherein first and second capacitance are connected in series with one another such that it is possible to determine the voltage of the busbar arrangement by determining the voltage at the voltage indicator device, wherein - the outer field control element is formed by a volumetric body arranged on an insulating body of the busbar arrangement, said insulating body being provided for field control, or - the outer field control element is formed by a conducting varnish layer applied to an insulating body of the busbar arrangement, characterized in that the busbar termination is sealed off by means of a sealing cap consisting of insulating material. - the outer field control element is formed by a volumetric body arranged on an insulating body of the busbar arrangement, said insulating body being provided for field control, or - the outer field control element is formed by a conducting varnish layer applied to an insulating body of the busbar arrangement,
A method comprising: presenting a user interface to a campaign sponsor for customizing targeting information for a campaign including a user selectable control for specifying one or more targeting criteria, where at least one targeting criterion includes a presence of a user in a prescribed geographic location or an indication of an interest by a user in the prescribed geographic location; receiving a selection from the campaign sponsor of one or more targeting criteria to be associated with the campaign including a selection of one or both of user presence and interest; evaluating content delivery options for presenting content associated with the campaign including determining for a given content request whether a user is present or merely interested in a geographic location; and serving content from the campaign when a content item request satisfies the targeting criteria for the campaign. presenting a user interface to a campaign sponsor for customizing targeting information for a campaign including a user selectable control for specifying one or more targeting criteria, where at least one targeting criterion includes a presence of a user in a prescribed geographic location or an indication of an interest by a user in the prescribed geographic location; receiving a selection from the campaign sponsor of one or more targeting criteria to be associated with the campaign including a selection of one or both of user presence and interest; evaluating content delivery options for presenting content associated with the campaign including determining for a given content request whether a user is present or merely interested in a geographic location; and serving content from the campaign when a content item request satisfies the targeting criteria for the campaign.
An energy absorbing system for spanning a roadway, comprising: two of anchors to be arranged on opposite sides of the roadway; a net for spanning the roadway, the net to extend between the two anchors and having a connecting member coupled to any two of: a top member; a middle member and a bottom member; characterised by a mat for arrangement on the roadway, having a plurality of recesses (2010, 2020) to accommodate the net, when the net is in a lowered position, where in the lowered position the net is configured to allow a vehicle to pass over unimpeded, and where in a raised position to allow capture of the vehicle. two of anchors to be arranged on opposite sides of the roadway; a net for spanning the roadway, the net to extend between the two anchors and having a connecting member coupled to any two of: a top member; a middle member and a bottom member; characterised by a mat for arrangement on the roadway, having a plurality of recesses (2010, 2020) to accommodate the net, when the net is in a lowered position, where in the lowered position the net is configured to allow a vehicle to pass over unimpeded, and where in a raised position to allow capture of the vehicle. a top member; a middle member and a bottom member; characterised by a mat for arrangement on the roadway, having a plurality of recesses (2010, 2020) to accommodate the net, when the net is in a lowered position, where in the lowered position the net is configured to allow a vehicle to pass over unimpeded, and where in a raised position to allow capture of the vehicle.
A touch sensor comprising: a plurality of sensor pixels, SP; a sensor scan driver configured to supply sensor scan signals to the sensor pixels through sensor scan lines, SSL1 to SSLn; a power supply unit configured to supply common voltages to the sensor pixels through common lines, CL1 to CLm; and a read-out circuit connected to the sensor pixels through the common lines, the read-out circuit configured to sense a touch by using an output signal output through the common lines, wherein a first sensor pixel and a second sensor pixel adjacent to each other among the sensor pixels share one common line (CLj+1), wherein the first sensor pixel comprises a fourth transistor connected to the one common line (CLj+1), and wherein the second sensor pixel comprises a second transistor and a third transistor which are connected to the one common line (CLj+1). a plurality of sensor pixels, SP; a sensor scan driver configured to supply sensor scan signals to the sensor pixels through sensor scan lines, SSL1 to SSLn; a power supply unit configured to supply common voltages to the sensor pixels through common lines, CL1 to CLm; and a read-out circuit connected to the sensor pixels through the common lines, the read-out circuit configured to sense a touch by using an output signal output through the common lines, wherein a first sensor pixel and a second sensor pixel adjacent to each other among the sensor pixels share one common line (CLj+1), wherein the first sensor pixel comprises a fourth transistor connected to the one common line (CLj+1), and wherein the second sensor pixel comprises a second transistor and a third transistor which are connected to the one common line (CLj+1).
A compound of general formula (R-CH 2 -CO-A-B-NH-R') n, which is a substituted linear dipeptide, wherein the compound is respresented by one of the following formulae: GK-2 GK-2a GK-2b GK-2c GK-2d GK-2e GK-4 GK-6 GSB-106
A composition comprising alpha-lipoic acid, or a salt or complex thereof, and honokiol, characterized in that the weight amount of said honokiol is between 1% and 30% with respect to the total weight of honokiol and alpha-lipoic acid.
A suspension controlling apparatus for a vehicle, comprising: a suspension (22F, 22R) whose damping force is variably settable; and a control unit configured to control the damping force of the suspension (22F, 22R), wherein, when a vibration state of the vehicle in a vertical direction exceeds a given vibration state, the control unit controls the damping force of the suspension (22F, 22R) on the basis of target damping force in order to execute skyhook control, but when acceleration in a forward and rearward direction of the vehicle is outside a given range, a decision condition for the given vibration state is changed to a condition on the side on which skyhook controlling damping force control of the suspension (22F, 22R) is less likely to be started, the suspension controlling apparatus being characterized in that it further comprises a stroke sensor (25F, 25R) configured to detect a stroke of the suspension (22F, 22R), wherein the control unit decides the vibration state from a detection value of the stroke sensor (25F, 25R). a suspension (22F, 22R) whose damping force is variably settable; and a control unit configured to control the damping force of the suspension (22F, 22R), wherein, when a vibration state of the vehicle in a vertical direction exceeds a given vibration state, the control unit controls the damping force of the suspension (22F, 22R) on the basis of target damping force in order to execute skyhook control, but when acceleration in a forward and rearward direction of the vehicle is outside a given range, a decision condition for the given vibration state is changed to a condition on the side on which skyhook controlling damping force control of the suspension (22F, 22R) is less likely to be started, the suspension controlling apparatus being characterized in that it further comprises a stroke sensor (25F, 25R) configured to detect a stroke of the suspension (22F, 22R), wherein the control unit decides the vibration state from a detection value of the stroke sensor (25F, 25R).
Method for joining belts, whose ends to be joined are provided with transversal holes at least along the junction area for housing suitable reinforcing pins, characterized in that the transversal holes, in its final configuration, are formed by using a common toothed belt on a toothed side of which a closing band or belt is firmly arranged and coupled in a stable manner, with the task of covering the grooves between the teeth of the toothed belt thus forming a plurality of transversal holes; said transversal holes having such a dimension and being so used as to house suitable pins inside them, which pins are arranged at least in the junction area of the ends of the belt to be joined.
A breath analysing and training assembly with a mobile unit, the breath and training assembly being adapted to detect the carbon dioxide concentration in the breathing gas of a user, and the mobile unit comprising an image capturing means, a display and a processing means, wherein the assembly comprises a selective colorimetric CO2 detector provided with a detector surface adapted to change color rapidly and reversibly with the concentration of CO2, when exposed to CO2, and an adapter comprising - a docking part for receiving and attaching said mobile unit, wherein the docking part is configured to position said image capturing means in a fixed relation to said colorimetric detector, such that said image capturing means is adapted to capture images of said detector surface, wherein at least a part of said display is arranged to illuminate said detector surface during image capturing, - a detector holding part adapted to receive said colorimetric detector and attach said detector, - a breathing conduit to lead breathing gas to and from said user such that at least a part of the breathing gas passes the detector surface, - a detector surface protecting means adapted to protect the surface from ambient air in an airtight fashion when no measurement is performed, wherein said detector surface protecting means is adapted to be automatically moved to a non-protection position when said mobile unit is received by said docking part, such that said detector surface is available for measurements, wherein said processing means is adapted to execute an application program adapted to perform a measurement session including a measurement step that includes measuring CO2 concentration changes in breathing gas by identifying changes in the optical characteristics of said detector surface captured by said image capturing means. - a docking part for receiving and attaching said mobile unit, wherein the docking part is configured to position said image capturing means in a fixed relation to said colorimetric detector, such that said image capturing means is adapted to capture images of said detector surface, wherein at least a part of said display is arranged to illuminate said detector surface during image capturing, - a detector holding part adapted to receive said colorimetric detector and attach said detector, - a breathing conduit to lead breathing gas to and from said user such that at least a part of the breathing gas passes the detector surface, - a detector surface protecting means adapted to protect the surface from ambient air in an airtight fashion when no measurement is performed, wherein said detector surface protecting means is adapted to be automatically moved to a non-protection position when said mobile unit is received by said docking part, such that said detector surface is available for measurements,
A pharmaceutical composition for use in the prevention or treatment of spinal cord injury, comprising a compound represented by the following Formula 1 as an active ingredient:
A guide cover opening-closing mechanism in vehicles having sliding door, comprising a cover which can be opened and closed and fixed to the vehicle body by means of hinge and which provides hiding of guides provided at the outer side of the vehicle, the sliding door provides opening of said cover when the sliding door is opened and the sliding door provides closing of said cover when the sliding door is closed by means of a drive of a roller mechanism which carries the sliding door on the guides fixed to the vehicle body and the guide cover opening-closing mechanism is fixed to an end of the guide at a point which is close to the closing region of the door, characterized by comprising: an inner chamber which permits movement of the pieces providing opening and closing of the guide cover inside an_outer chamber, a movement pin which is driven by a drive piece fixed onto the roller mechanism and the movement pin transfers said drive to a movable bearing, the movable bearing connected to the movement pin and the movable bearing is movable without rotating inside the inner chamber, a spring which is in contact with the movable bearing, the movable bearing which begins movement inside the inner chamber by means of driving of the movement pin, an outer chamber cover connected to the outer chamber for preventing removal of the inner chamber from the outer chamber. an inner chamber which permits movement of the pieces providing opening and closing of the guide cover inside an_outer chamber, a movement pin which is driven by a drive piece fixed onto the roller mechanism and the movement pin transfers said drive to a movable bearing, the movable bearing connected to the movement pin and the movable bearing is movable without rotating inside the inner chamber, a spring which is in contact with the movable bearing, the movable bearing which begins movement inside the inner chamber by means of driving of the movement pin, an outer chamber cover connected to the outer chamber for preventing removal of the inner chamber from the outer chamber.
An anastomosis device configured to insert an insertion portion into a lumen to anastomose lumen tissue, the anastomosis device comprising: a head portion that is provided on a distal side of the insertion portion and is capable of projecting a joining member and a cutting member from a distal surface thereof; an anvil configured to deform the joining member projecting from the head portion at a position where the anvil faces the distal surface of the head portion; and a connection member (16, 16A, 16B, 16C, 16D, 16E, 16F, 16G, 16H, 161) that can be installed so as to be able to project from and retract into the head portion and receives the anvil connected to a distal end thereof; characterised by the connection member being configured to allow, along an axial direction, a portion thereof to be separated and ends of the remaining portion to be joined together. a head portion that is provided on a distal side of the insertion portion and is capable of projecting a joining member and a cutting member from a distal surface thereof; an anvil configured to deform the joining member projecting from the head portion at a position where the anvil faces the distal surface of the head portion; and a connection member (16, 16A, 16B, 16C, 16D, 16E, 16F, 16G, 16H, 161) that can be installed so as to be able to project from and retract into the head portion and receives the anvil connected to a distal end thereof; characterised by the connection member being configured to allow, along an axial direction, a portion thereof to be separated and ends of the remaining portion to be joined together.
A focus setting display unit for a moving image camera, comprising - a data input for receiving a focus setting which represents an instantaneous focal distance of an objective of the moving image camera and for receiving distance values which represent the distances of a plurality of scene points in a field of view of the objective from the moving image camera; - a display device; and - an evaluation and control device, characterized in that the evaluation and control device is configured to control the display device to display a graphical representation of the focus setting and a graphical representation of a frequency distribution of the distance values in a spatial relationship to one another that reflects the spatial relationship of the instantaneous focal distance of the objective to the distances of the plurality of scene points. - a data input for receiving a focus setting which represents an instantaneous focal distance of an objective of the moving image camera and for receiving distance values which represent the distances of a plurality of scene points in a field of view of the objective from the moving image camera; - a display device; and - an evaluation and control device,
A spool assembly, comprising: a spool comprising a receptacle disposed therein; a first seal assembly disposed in the receptacle of the spool; an isolation flange assembly comprising: a body including a receptacle disposed therein; and a second seal assembly (300, 340b) disposed in the receptacle of the body, wherein the second seal assembly (300, 340b) comprises an annular radially outer seal, and an annular radially inner seal in engagement with the outer seal; a tubular member extending through the receptacle of the spool and the receptacle of the body of the isolation flange assembly, wherein the second seal assembly (300, 340b) is configured to sealingly engage an inner surface of the receptacle of the body and an outer surface of the tubular member; and a port extending through the isolation flange assembly and in fluid communication with the receptacle of the spool and the receptacle of the isolation flange assembly. a spool comprising a receptacle disposed therein; a first seal assembly disposed in the receptacle of the spool; an isolation flange assembly comprising: a body including a receptacle disposed therein; and a second seal assembly (300, 340b) disposed in the receptacle of the body, wherein the second seal assembly (300, 340b) comprises an annular radially outer seal, and an annular radially inner seal in engagement with the outer seal; a body including a receptacle disposed therein; and a second seal assembly (300, 340b) disposed in the receptacle of the body, wherein the second seal assembly (300, 340b) comprises an annular radially outer seal, and an annular radially inner seal in engagement with the outer seal; a tubular member extending through the receptacle of the spool and the receptacle of the body of the isolation flange assembly, wherein the second seal assembly (300, 340b) is configured to sealingly engage an inner surface of the receptacle of the body and an outer surface of the tubular member; and a port extending through the isolation flange assembly and in fluid communication with the receptacle of the spool and the receptacle of the isolation flange assembly.
A data verification method, comprising the steps of: communicating (82; 86) a bit from a transmitter module (12; 42) to at least one receiver module (14; 44) through a bus (16; 50), the bit forming a portion of an ARINC word, characterised in that said method further comprises the step of: verifying the bit at the bus (16; 50) by using the transmitter module (12; 42) to monitor communication of the bit from the bus (16; 50) to the receiver module (14; 44). communicating (82; 86) a bit from a transmitter module (12; 42) to at least one receiver module (14; 44) through a bus (16; 50), the bit forming a portion of an ARINC word, characterised in that said method further comprises the step of: verifying the bit at the bus (16; 50) by using the transmitter module (12; 42) to monitor communication of the bit from the bus (16; 50) to the receiver module (14; 44). verifying the bit at the bus (16; 50) by using the transmitter module (12; 42) to monitor communication of the bit from the bus (16; 50) to the receiver module (14; 44).
A computer-implemented method comprising: retrieving a count of prediction mismatches from a processor performance counter, the prediction mismatches resulting from comparisons of a call stack of a computing device and of a. shadow call stack maintained by a processor of the computing device, wherein the shadow call stack is maintained in cache memory of the processor and is used for branch predictions that attempt to predict the state of the call stack; determining whether the count of prediction mismatches indicates malicious activity; and in response to determining that the count of prediction mismatches indicates malicious activity, performing at least one security response action. retrieving a count of prediction mismatches from a processor performance counter, the prediction mismatches resulting from comparisons of a call stack of a computing device and of a. shadow call stack maintained by a processor of the computing device, wherein the shadow call stack is maintained in cache memory of the processor and is used for branch predictions that attempt to predict the state of the call stack; determining whether the count of prediction mismatches indicates malicious activity; and in response to determining that the count of prediction mismatches indicates malicious activity, performing at least one security response action.