mhurhangee/ep-ind-claims huggingface dataset:
A wheelchair suspension comprising: a frame (202; 204); at least one rear caster (222; 224) coupled to the frame (202; 204); a pivoting assembly (214; 216) mounting a front caster (218; 220) and a drive wheel (206; 208) to the frame (202; 204), characterized in that the pivoting assembly (214; 216) comprises: a first linkage pivotally mounted to the front caster (218; 220; 335) and to the frame (202; 204) at respective upper pivot axes; a second linkage pivotally mounted to the front caster (218; 220) and to the frame (202; 204) at respective lower pivot axes; wherein the distance between the upper pivot axes is greater than the distance between the lower pivot axes, and the pivoting assembly (214; 216) is coupled to a drive wheel such that torque applied to the drive wheel is transferred to the first and second linkages (319; 334). a frame (202; 204); at least one rear caster (222; 224) coupled to the frame (202; 204); a pivoting assembly (214; 216) mounting a front caster (218; 220) and a drive wheel (206; 208) to the frame (202; 204), characterized in that the pivoting assembly (214; 216) comprises: a first linkage pivotally mounted to the front caster (218; 220; 335) and to the frame (202; 204) at respective upper pivot axes; a second linkage pivotally mounted to the front caster (218; 220) and to the frame (202; 204) at respective lower pivot axes; wherein the distance between the upper pivot axes is greater than the distance between the lower pivot axes, and the pivoting assembly (214; 216) is coupled to a drive wheel such that torque applied to the drive wheel is transferred to the first and second linkages (319; 334). a first linkage pivotally mounted to the front caster (218; 220; 335) and to the frame (202; 204) at respective upper pivot axes; a second linkage pivotally mounted to the front caster (218; 220) and to the frame (202; 204) at respective lower pivot axes; wherein the distance between the upper pivot axes is greater than the distance between the lower pivot axes, and the pivoting assembly (214; 216) is coupled to a drive wheel such that torque applied to the drive wheel is transferred to the first and second linkages (319; 334).
A round plug connector comprising - a cable cap for contacting a cable end; - a plug head for establishing a plug connection with a complementary round plug connector and/or a complementary round plug connector socket; and - a movable shield contact which can move automatically into a shield position when the plug head is mounted on the cable cap, in which shield position the shield contact provides an electrical connection between a cable shield of the cable end and a plug head shield of the plug head; wherein the shield contact is designed as a pivotable contact rocker comprising - a rocker wing assigned to the plug head for electrically contacting the plug head shield and - a rocker wing assigned to the cable end for electrically contacting the cable shield. - a cable cap for contacting a cable end; - a plug head for establishing a plug connection with a complementary round plug connector and/or a complementary round plug connector socket; and - a movable shield contact which can move automatically into a shield position when the plug head is mounted on the cable cap, in which shield position the shield contact provides an electrical connection between a cable shield of the cable end and a plug head shield of the plug head; - a rocker wing assigned to the plug head for electrically contacting the plug head shield and - a rocker wing assigned to the cable end for electrically contacting the cable shield.
Method for locating a vehicle using a digital map that describes features of surroundings of a vehicle as captured by a surroundings sensor system, comprising the following steps: assigning one or more predetermined attributes to the features through the digital map, wherein the attributes contain information about a cycle time or rate of change and information about a time (t 0) of a last change to a feature, wherein the attributes are intended to characterize possible occurring actual changes to the features captured by the surroundings sensor system in relation to the currently available digital map, characterized by determining associated probabilities of changes to at least one of the features based on the assigned attributes, and locating the vehicle incorporating the determined associated probabilities. assigning one or more predetermined attributes to the features through the digital map, wherein the attributes contain information about a cycle time or rate of change and information about a time (t 0) of a last change to a feature, wherein the attributes are intended to characterize possible occurring actual changes to the features captured by the surroundings sensor system in relation to the currently available digital map, characterized by determining associated probabilities of changes to at least one of the features based on the assigned attributes, and locating the vehicle incorporating the determined associated probabilities.
An intrusion detection arrangement for communication networks comprising - a network activity observer configured to monitor network traffic by the related traffic elements, such as data packets, thereof and to establish traffic profiles relative to the monitored traffic elements, such as one profile per each monitored traffic element, - a misuse detector configured to determine a first indication of a probability of the profiled traffic representing malicious activity through co-operation with a model repository comprising at least one model characterizing a known intrusion attack, - an anomaly detector configured to determine, at least logically in parallel with the misuse detector, a second indication of a probability of the profiled traffic representing anomalous activity through co-operation with a model repository comprising at least one model characterizing legitimate network activity, and - a classifier configured to operate on said first and second indications to generate a fused single classification decision on the nature of the profiled traffic, wherein the applied classification space includes at least one class for legitimate traffic and at least one other class for other traffic such as malicious and/or anomalous traffic. - a network activity observer configured to monitor network traffic by the related traffic elements, such as data packets, thereof and to establish traffic profiles relative to the monitored traffic elements, such as one profile per each monitored traffic element, - a misuse detector configured to determine a first indication of a probability of the profiled traffic representing malicious activity through co-operation with a model repository comprising at least one model characterizing a known intrusion attack, - an anomaly detector configured to determine, at least logically in parallel with the misuse detector, a second indication of a probability of the profiled traffic representing anomalous activity through co-operation with a model repository comprising at least one model characterizing legitimate network activity, and - a classifier configured to operate on said first and second indications to generate a fused single classification decision on the nature of the profiled traffic, wherein the applied classification space includes at least one class for legitimate traffic and at least one other class for other traffic such as malicious and/or anomalous traffic.
A portable terminal comprising: a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; characterized in that the portable terminal further comprises a sensor adapted to detect an orientation of the portable terminal; and a controller adapted to determine to output information related to an alarm event on only the auxiliary display area or on the main display area and the auxiliary display area, wherein the determination depends on the orientation of the portable terminal detected by the sensor, in response to an occurrence of an alarm event, wherein the controller is adapted to control the portable terminal to output information related to the alarm event only on the auxiliary display area if the orientation of the portable terminal detected by the sensor is a first orientation, and to control the portable terminal to output information related to the alarm event on the main display area and the auxiliary display area if the orientation of the portable terminal detected by the sensor is a second orientation. a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; characterized in that the portable terminal further comprises a sensor adapted to detect an orientation of the portable terminal; and a controller adapted to determine to output information related to an alarm event on only the auxiliary display area or on the main display area and the auxiliary display area, wherein the determination depends on the orientation of the portable terminal detected by the sensor, in response to an occurrence of an alarm event, wherein the controller is adapted to control the portable terminal to output information related to the alarm event only on the auxiliary display area if the orientation of the portable terminal detected by the sensor is a first orientation, and to control the portable terminal to output information related to the alarm event on the main display area and the auxiliary display area if the orientation of the portable terminal detected by the sensor is a second orientation.
A method, comprising: assigning a corresponding scanning score to each of a plurality of backup snapshots stored by a storage system; determining that a scanning score associated with a particular backup snapshot of the plurality of backup snapshots is greater than or equal to a scanning score threshold; in response to the determining, scanning the particular backup snapshot by: restoring, in a temporary environment, at least a portion of the particular backup snapshot to create a restored instance of at least the portion of the particular backup snapshot; and performing a vulnerability scan of the restored instance of at least the portion of the particular backup snapshot; and tracking one or more corresponding vulnerabilities of the scanned portion of the particular backup snapshot. assigning a corresponding scanning score to each of a plurality of backup snapshots stored by a storage system; determining that a scanning score associated with a particular backup snapshot of the plurality of backup snapshots is greater than or equal to a scanning score threshold; in response to the determining, scanning the particular backup snapshot by: restoring, in a temporary environment, at least a portion of the particular backup snapshot to create a restored instance of at least the portion of the particular backup snapshot; and performing a vulnerability scan of the restored instance of at least the portion of the particular backup snapshot; and restoring, in a temporary environment, at least a portion of the particular backup snapshot to create a restored instance of at least the portion of the particular backup snapshot; and performing a vulnerability scan of the restored instance of at least the portion of the particular backup snapshot; and tracking one or more corresponding vulnerabilities of the scanned portion of the particular backup snapshot.
Use of organic carbonates and/or organic nitriles in the phosphine-catalysed oligomerization of monoisocyanates and/or polyisocyanates to form uretdiones.
A method of monitoring the effect of pollution in an aquatic mass comprising the steps of: placing a living sessile organism in said aquatic mass; carrying out a series of first measurements of a first parameter of said organism during a first time period; recording each of said first measurements with an associated measurement of a second parameter to give a series of first data points; determining and recording a first upper envelope with respect to said first parameter for said first data points; carrying out a series of second measurements of said first parameter of said organism during a second time period; recording each of said second measurements with an associated measurement of a second parameter to give a series of second data points; determining and recording a second upper envelope with respect to said first parameter for said second data points; and comparing said first and second upper envelopes to determine the presence of pollution during said first or second time period, wherein said first parameter comprises particle clearance rate, pumping rate, growth rate or oxygen consumption. placing a living sessile organism in said aquatic mass; carrying out a series of first measurements of a first parameter of said organism during a first time period; recording each of said first measurements with an associated measurement of a second parameter to give a series of first data points; determining and recording a first upper envelope with respect to said first parameter for said first data points; carrying out a series of second measurements of said first parameter of said organism during a second time period; recording each of said second measurements with an associated measurement of a second parameter to give a series of second data points; determining and recording a second upper envelope with respect to said first parameter for said second data points; and comparing said first and second upper envelopes to determine the presence of pollution during said first or second time period,
Cleaning template for facilitating interdental cleaning, which can be placed on a dental arch with a horseshoe-shaped row of teeth and on adjacent gums, so that the cleaning template extends over the entire row of teeth, wherein the cleaning template comprises an arc-shaped vestibular edge region and an arc-shaped oral edge region which, when the cleaning template is in place, extend over vestibular and oral gums, respectively, which are adjacent to the dental arch, and the cleaning template comprises at least one cutout (25, 26) located at at least one edge side of a tooth and/or implant crown interspace (9, 11) in the dental arch. which can be placed on a dental arch with a horseshoe-shaped row of teeth and on adjacent gums, so that the cleaning template extends over the entire row of teeth, wherein the cleaning template comprises an arc-shaped vestibular edge region and an arc-shaped oral edge region which, when the cleaning template is in place, extend over vestibular and oral gums, respectively, which are adjacent to the dental arch, and the cleaning template comprises at least one cutout (25, 26) located at at least one edge side of a tooth and/or implant crown interspace (9, 11) in the dental arch.
A fail-to-neutral diagnostic method for a transmission including a variator, the method comprising: monitoring a state of a pressure differential valve fluidly coupled to a high side pressure applied to at least one actuator coupled to at least one corresponding roller of the variator and also fluidly coupled to a low side pressure applied to the at least one actuator, determining from the state of the pressure differential valve a variator torque sign corresponding to whether torque transferred by the at least one roller is positive or negative, determining an expected variator torque sign based on current operating conditions of the transmission, and commanding the transmission to a true neutral condition if the determined variator torque sign is different from the expected variator torque sign. monitoring a state of a pressure differential valve fluidly coupled to a high side pressure applied to at least one actuator coupled to at least one corresponding roller of the variator and also fluidly coupled to a low side pressure applied to the at least one actuator, determining from the state of the pressure differential valve a variator torque sign corresponding to whether torque transferred by the at least one roller is positive or negative, determining an expected variator torque sign based on current operating conditions of the transmission, and commanding the transmission to a true neutral condition if the determined variator torque sign is different from the expected variator torque sign.
A user assistance system of a cleaning and disinfection device for cleaning and disinfecting surgical instruments, wherein the user assistance system comprises data eyeglasses which comprise a camera and an imaging optical module with a projection surface, wherein the imaging optical module is configured to project information on the projection surface arranged in the field of vision of the user of the data eyeglasses, and wherein the user assistance system furthermore comprises a data storage in which a plurality of data sets on different types of surgical instruments are stored, wherein information relating to an identifying feature of a particular type of surgical instrument and visual data relating to instructions on cleaning this type are in each data set, and wherein the user assistance system is furthermore configured to capture with the camera an image of a surgical instrument to be cleaned, to compare the image data of the image with the identifying features in the data sets, to identify a type of the surgical instrument to be cleaned using an identifying feature in the image, and to display visual information relating to instructions on cleaning this type on the projection surface by means of the optical module, wherein the visual information are: an explanatory text and/or a picture or a sketch that explains the manipulations to perform and/or handing instructions in the sense of augmented reality, in which in particular relevant areas are highlighted in color and/or marked with an illuminated frame and/or a correct position of the surgical instrument is superimposed with the image visible to the user, characterized in that the data-eyeglasses further comprise an audio output apparatus, and audio data comprising instructions on cleaning the surgical instrument that supplement the visual data are in at least one data set, and/or at least one additional data set. an explanatory text and/or a picture or a sketch that explains the manipulations to perform and/or handing instructions in the sense of augmented reality, in which in particular relevant areas are highlighted in color and/or marked with an illuminated frame and/or a correct position of the surgical instrument is superimposed with the image visible to the user, characterized in that the data-eyeglasses further comprise an audio output apparatus, and audio data comprising instructions on cleaning the surgical instrument that supplement the visual data are in at least one data set, and/or at least one additional data set.
A device for separating a heterogeneous mixture of matter into at least one retentate and one filtrate, comprising - a housing which is subdivided into a chamber for the heterogeneous mixture of matter having at least one feed and a filtrate chamber having at least one outlet, where the housing comprises a shell surface which encloses the chamber for the heterogeneous mixture of matter and the shell surface has a cylindrical configuration with a circular or elliptical cross section, - a filter unit which is arranged in the chamber for the heterogeneous mixture of matter and comprises multiple filter candles which are arranged substantially vertically within the housing and the surface of which serves at least in part as filter surface, where the filter unit comprises a filter base on which the filter candles are mounted in such a manner that these project into the chamber for the heterogeneous mixture of matter and separate the chamber for the heterogeneous mixture of matter from the filtrate, and - a rinsing system (46, 47, 50, 50') for cleaning the filter unit, wherein the rinsing system (46, 47, 50, 50') has at least one rinsing port (46, 47) which is arranged on the housing in a lower region of the shell section and is constructed so as to introduce a first washing medium in a stream, oriented tangentially to the shell surface of the housing, onto the filter base into the chamber for the heterogeneous mixture of matter. - a housing which is subdivided into a chamber for the heterogeneous mixture of matter having at least one feed and a filtrate chamber having at least one outlet, where the housing comprises a shell surface which encloses the chamber for the heterogeneous mixture of matter and the shell surface has a cylindrical configuration with a circular or elliptical cross section, - a filter unit which is arranged in the chamber for the heterogeneous mixture of matter and comprises multiple filter candles which are arranged substantially vertically within the housing and the surface of which serves at least in part as filter surface, where the filter unit comprises a filter base on which the filter candles are mounted in such a manner that these project into the chamber for the heterogeneous mixture of matter and separate the chamber for the heterogeneous mixture of matter from the filtrate, and - a rinsing system (46, 47, 50, 50') for cleaning the filter unit,
A magnetic flux pad having a front face and a back face for generating or receiving magnetic flux, the pad comprising: a magnetically permeable core magnetically connecting two pole areas (11, 12) for sending or receiving flux, the pole areas (11, 12) comprising ends of the core; a coil wound about the core, wherein the coil comprises a plurality of coils which are connected magnetically in series; whereby the flux enters the pad at one of the pole areas (11, 12) and exits the pad at the other pole area (11, 12); and a flux shaping means adjacent to the back face of the pad such that flux is directed into a space beyond the front face of the pad. a magnetically permeable core magnetically connecting two pole areas (11, 12) for sending or receiving flux, the pole areas (11, 12) comprising ends of the core; a coil wound about the core, wherein the coil comprises a plurality of coils which are connected magnetically in series; whereby the flux enters the pad at one of the pole areas (11, 12) and exits the pad at the other pole area (11, 12); and a flux shaping means adjacent to the back face of the pad such that flux is directed into a space beyond the front face of the pad.