mhurhangee/ep-ind-claims huggingface dataset:
A measuring station system for calibrating a reference system for vehicle measurement, comprising: a calibration device having multiple calibration device reference features; a calibration frame having at least three support points configured for accommodating a reference system carrier for the reference system to be calibrated; and a reference system having at least one camera, which is arranged on the support points of the calibration frame with the aid of the reference system carrier; characterised in that the calibration frame has at least three calibration frame reference features and the positions of the support points and of the calibration frame reference features in a shared coordinate system are known; and the calibration frame is configured such that the calibration frame reference features and at least a selection of the calibration device reference features are detectable by the camera of the reference system. a calibration device having multiple calibration device reference features; a calibration frame having at least three support points configured for accommodating a reference system carrier for the reference system to be calibrated; and a reference system having at least one camera, which is arranged on the support points of the calibration frame with the aid of the reference system carrier; characterised in that the calibration frame has at least three calibration frame reference features and the positions of the support points and of the calibration frame reference features in a shared coordinate system are known; and the calibration frame is configured such that the calibration frame reference features and at least a selection of the calibration device reference features are detectable by the camera of the reference system.
A sanitizing system comprising: an ultraviolet lamp configured to emit UV light into a target space; an occupancy sensor configured to monitor the target space and generate sensor signals indicative of an occupancy of the target space by at least one person; and a control unit comprising one or more processors operably connected to the occupancy sensor and the UV lamp, the control unit configured to receive the sensor signals generated by the occupancy sensor and to modulate an irradiance of the UV light emitted by the UV lamp over time based on the occupancy of the target space, wherein the control unit is configured to analyze historical occupancy data that includes the sensor signals that are generated by the occupancy sensor over a first time period to determine a periodic occupancy trend for the target space, the control unit configured to modulate the irradiance of the UV light emitted by the UV lamp during a second time period based on the periodic occupancy trend, wherein the first time period has a longer duration than the second time period and ends prior to a start of the second time period. an ultraviolet lamp configured to emit UV light into a target space; an occupancy sensor configured to monitor the target space and generate sensor signals indicative of an occupancy of the target space by at least one person; and a control unit comprising one or more processors operably connected to the occupancy sensor and the UV lamp, the control unit configured to receive the sensor signals generated by the occupancy sensor and to modulate an irradiance of the UV light emitted by the UV lamp over time based on the occupancy of the target space, wherein the control unit is configured to analyze historical occupancy data that includes the sensor signals that are generated by the occupancy sensor over a first time period to determine a periodic occupancy trend for the target space, the control unit configured to modulate the irradiance of the UV light emitted by the UV lamp during a second time period based on the periodic occupancy trend, wherein the first time period has a longer duration than the second time period and ends prior to a start of the second time period.
An apparatus (100, 200, 300) for intraocular injection comprising a plate (110, 210, 310) adapted for being brought into contact with an eye and guiding means (120, 220, 320) for guiding a needle (133, 233, 333) into the interior of an eye, characterized in that it comprises means (140, 240, 340) for displacing a superficial layer of the eye over an underlying layer of the eye as the plate (110, 210, 310) is brought into contact with the eye before the needle (133, 233, 333) is guided into the interior of the eye.
A method for transmitting information bits, comprising: dividing (201, 301) information bits to be transmitted into a first group and a second group; encoding (202, 302) the information bits in the first group to obtain a first group of coded bits and the information bits in the second group to obtain a second group of coded bits; and characterized by the method further comprising: dividing (203, 303) the first group of coded bits and the second group of coded bits into N sub-groups respectively, and reordering the sub-groups of coded bits in the first group of coded bits and the second group of coded bits to obtain a total coded bits sequence, wherein the sub-groups in the first group of the coded bits and the sub-groups in the second group of coded bits are discontinuously distributed in the total coded bits sequence after reordering; modulating (203, 302) the total coded bits sequence to obtain modulation symbols, wherein each modulation symbol is obtained by a modulation of the coded bits in the same group; and mapping and transmitting (204, 305) the modulation symbols; wherein the information bits to be transmitted comprise at least one of the following uplink control information bits: a Channel Quality Indicator, CQI, a Precoding Matrix Index, PMI, a Rank Indicator, RI, Acknowledged/non-acknowledged, ACK/NACK, information, and a Scheduling Request Indicator, SRI. dividing (201, 301) information bits to be transmitted into a first group and a second group; encoding (202, 302) the information bits in the first group to obtain a first group of coded bits and the information bits in the second group to obtain a second group of coded bits; and characterized by the method further comprising: dividing (203, 303) the first group of coded bits and the second group of coded bits into N sub-groups respectively, and reordering the sub-groups of coded bits in the first group of coded bits and the second group of coded bits to obtain a total coded bits sequence, wherein the sub-groups in the first group of the coded bits and the sub-groups in the second group of coded bits are discontinuously distributed in the total coded bits sequence after reordering; modulating (203, 302) the total coded bits sequence to obtain modulation symbols, wherein each modulation symbol is obtained by a modulation of the coded bits in the same group; and mapping and transmitting (204, 305) the modulation symbols; wherein the information bits to be transmitted comprise at least one of the following uplink control information bits: a Channel Quality Indicator, CQI, a Precoding Matrix Index, PMI, a Rank Indicator, RI, Acknowledged/non-acknowledged, ACK/NACK, information, and a Scheduling Request Indicator, SRI.
An attachment member (50, 50x, 50y) for attaching a guide member (31, 32, 32y) guiding a deployment direction of an airbag module to a frame member, the attachment member (50, 50x, 50y) comprising: a main body (51, 51y) that comprises a housing portion adapted to house an end side of the guide member (31, 32, 32y) and that is further adapted to be inserted into and to be fitted into an attachment hole (16, 16y) that is formed in the frame member, characterized in that a check window is formed in the main body (51, 51y), the check window being configured such that the end side of the guide member (31, 32, 32y) in the housing portion is exposed in a penetrating direction of the attachment hole (16, 16y) in a state where the attachment member (50, 50x, 50y) is attached to the frame member, wherein a flange portion is formed at the main body (51, 51y), which flange portion has a plate shape and is adapted to be in contact with the frame member, wherein the check window is a through-hole that penetrates through the flange portion, and wherein the main body (51, 51y) comprises a bridging portion that bridges over the through-hole. a main body (51, 51y) that comprises a housing portion adapted to house an end side of the guide member (31, 32, 32y) and that is further adapted to be inserted into and to be fitted into an attachment hole (16, 16y) that is formed in the frame member, characterized in that a check window is formed in the main body (51, 51y), the check window being configured such that the end side of the guide member (31, 32, 32y) in the housing portion is exposed in a penetrating direction of the attachment hole (16, 16y) in a state where the attachment member (50, 50x, 50y) is attached to the frame member, wherein a flange portion is formed at the main body (51, 51y), which flange portion has a plate shape and is adapted to be in contact with the frame member, wherein the check window is a through-hole that penetrates through the flange portion, and wherein the main body (51, 51y) comprises a bridging portion that bridges over the through-hole.
Energy storage system for a vehicle, comprising - an energy storage cell, - a connecting element for establishing an electrical connection to the energy storage cell, characterized in that the energy storage system has: - a flexible printed circuit board for monitoring the energy storage cell, - wherein the connecting element makes contact with this flexible printed circuit board by means of a first contact area, - wherein this first contact area is a part of the conductor track of the flexible printed circuit board and is designed such that this contact area absorbs the heat from the energy storage cell, and - the flexible printed circuit board has a temperature sensor on the first contact area, - wherein the first contact area makes contact with this temperature sensor by means of a thermally conductive contact point and the said temperature sensor detects the temperature at the first contact area, wherein - the connecting element makes contact with the printed circuit board by means of a second contact area, - wherein this second contact area is a part of the conductor track (110, 520) of the flexible printed circuit board and serves to measure the voltage potential or the current across the connecting element. - an energy storage cell, - a connecting element for establishing an electrical connection to the energy storage cell, - a flexible printed circuit board for monitoring the energy storage cell, - wherein the connecting element makes contact with this flexible printed circuit board by means of a first contact area, - wherein this first contact area is a part of the conductor track of the flexible printed circuit board and is designed such that this contact area absorbs the heat from the energy storage cell, and - the flexible printed circuit board has a temperature sensor on the first contact area, - wherein the first contact area makes contact with this temperature sensor by means of a thermally conductive contact point and the said temperature sensor detects the temperature at the first contact area, wherein - the connecting element makes contact with the printed circuit board by means of a second contact area, - wherein this second contact area is a part of the conductor track (110, 520) of the flexible printed circuit board and serves to measure the voltage potential or the current across the connecting element.
Lock having a lock mechanism, which controls a latch and/or a bolt, having at least one actuating handle, which is coupled to the lock mechanism for actuation of the latch and/or the bolt by means of at least one storage spring, wherein the storage spring is charged by the actuation of the actuating handle, and having a release device, by means of which the energy stored in the storage spring is released in order to actuate the lock mechanism in the opening direction, characterized in that the storage spring can be bypassed by follow-up actuation of the actuating handle, and the force introduced at the actuating handle can act directly on the bolt and/or the latch, the storage spring being bypassed in the process.
A cartridge for dispending a fluid comprising - a reservoir for the fluid, - a dispenser for dispensing the fluid comprising a compressible elastomeric fluid conduit having a first end and a second end for flowing the fluid from the first end to the second end, a first check valve and a second check valve being distanced in the conduit for forming a fluid chamber, wherein at least the second check valve is a duckbill valve or a rotationally symmetrical valve having a circular fluid outlet, the dispenser having its first end connected to the reservoir for enabling an inflow of the fluid from the reservoir into the fluid chamber through the first check valve, the cartridge having a wall portion, characterized in that the second check valve is located at the second end of the conduit, the second check valve having sealing lips that extend beyond the second end of the conduit, the fluid chamber extends along the wall portion, the cartridge comprises an actor configured to dispense a portion of the fluid by compressing the fluid chamber by pressing the fluid chamber against the wall portion. - a reservoir for the fluid, - a dispenser for dispensing the fluid comprising a compressible elastomeric fluid conduit having a first end and a second end for flowing the fluid from the first end to the second end, a first check valve and a second check valve being distanced in the conduit for forming a fluid chamber, wherein at least the second check valve is a duckbill valve or a rotationally symmetrical valve having a circular fluid outlet, the dispenser having its first end connected to the reservoir for enabling an inflow of the fluid from the reservoir into the fluid chamber through the first check valve, the cartridge having a wall portion,
A method for selectively granting access to a physical space secured by a barrier, the method being performed in a credential evaluator and comprising the steps of: determining a matching list containing a strict subset of credential identifiers of credentials within range of an antenna provided in a proximity of the barrier, wherein the matching list is based on how long each credential has been within range of the antenna; obtaining a set of biometric templates, consisting of biometric templates respectively associated with the credential identifiers of the matching list; obtaining biometric data of a person with the face being closest to a camera; and wherein a positive match between biometric data and one of the biometric templates is a necessary condition for granting access to the physical space; wherein the step of determining a matching list comprises: determining a waiting list containing credential identifiers of credentials within range of the antenna; determining the matching list as a predetermined number of credential identifiers from the waiting list, having been within range the longest; and removing, for each entry in the matching list, the corresponding entry in the waiting list. determining a matching list containing a strict subset of credential identifiers of credentials within range of an antenna provided in a proximity of the barrier, wherein the matching list is based on how long each credential has been within range of the antenna; obtaining a set of biometric templates, consisting of biometric templates respectively associated with the credential identifiers of the matching list; obtaining biometric data of a person with the face being closest to a camera; and wherein a positive match between biometric data and one of the biometric templates is a necessary condition for granting access to the physical space; wherein the step of determining a matching list comprises: determining a waiting list containing credential identifiers of credentials within range of the antenna; determining the matching list as a predetermined number of credential identifiers from the waiting list, having been within range the longest; and removing, for each entry in the matching list, the corresponding entry in the waiting list. determining a waiting list containing credential identifiers of credentials within range of the antenna; determining the matching list as a predetermined number of credential identifiers from the waiting list, having been within range the longest; and removing, for each entry in the matching list, the corresponding entry in the waiting list.
Liquid filtration apparatus, comprising a dispenser including a filter cartridge adapted to mount within the dispenser, the filter cartridge comprising a lever operated cam mechanism (11, 22) for locking and unlocking the cartridge into and out of place within the dispenser, wherein the cartridge comprises one or more resiliently deflecting tabs (15, 16) and the dispenser comprises one or more cooperating means (23, 24) for deflecting said one or more tabs inwardly, such that the lever acts upon one or more deflectable tabs to cause these tabs to lock into and out of the cooperating means on the dispenser.
A computer-implemented method of determining and presenting a seeding rate recommendation for sowing plant seeds in a field, the method comprising: using seeding query logic in a server computer system, receiving digital data representing planting parameters comprising hybrid seed type information and planting row width; using the seeding query logic, retrieving multiple digital seeding models from an electronic digital seeding data repository based upon the planting parameters, wherein the multiple digital seeding models each contain a regression model for the hybrid seed type, wherein the regression model models, for a specific field, how plant yield changes when seeding rate is varied for the specific field; using mixture model logic in the server computer system, generating an empirical mixture model in digital computer memory based upon the multiple digital seeding models, wherein the empirical mixture model is a composite distribution of the multiple digital seeding models; using the mixture model logic, generating an optimal seeding rate distribution dataset in the digital computer memory based upon the empirical mixture model, wherein the optimal seeding rate distribution dataset represents the optimal seeding rate for all measured field; using optimal seeding rate recommendation logic in the server computer system, calculating and presenting on a digital display device an optimal seeding rate recommendation based upon the optimal seeding rate distribution dataset; using the optimal seeding rate recommendation, generating a script that is downloadable by a controller to control an operating parameter of an agricultural apparatus. using seeding query logic in a server computer system, receiving digital data representing planting parameters comprising hybrid seed type information and planting row width; using the seeding query logic, retrieving multiple digital seeding models from an electronic digital seeding data repository based upon the planting parameters, wherein the multiple digital seeding models each contain a regression model for the hybrid seed type, wherein the regression model models, for a specific field, how plant yield changes when seeding rate is varied for the specific field; using mixture model logic in the server computer system, generating an empirical mixture model in digital computer memory based upon the multiple digital seeding models, wherein the empirical mixture model is a composite distribution of the multiple digital seeding models; using the mixture model logic, generating an optimal seeding rate distribution dataset in the digital computer memory based upon the empirical mixture model, wherein the optimal seeding rate distribution dataset represents the optimal seeding rate for all measured field; using optimal seeding rate recommendation logic in the server computer system, calculating and presenting on a digital display device an optimal seeding rate recommendation based upon the optimal seeding rate distribution dataset; using the optimal seeding rate recommendation, generating a script that is downloadable by a controller to control an operating parameter of an agricultural apparatus.
A sensing assembly comprising: a light array comprising a plurality of light sources; and a sensor array comprising a plurality of sensors disposed on a substrate, each sensor in optical communication with one of the plurality of light sources; wherein at least one vent opening extends through the substrate of the sensor array; wherein the sensors are nanofiber-based chemical sensors; characterised by a sensor optic comprising a plurality of optic elements, each optic element in optical communication with one of the plurality of light sources, wherein the optic elements are configured to collimate light from the light sources; and wherein each of the plurality of sensors is in optical communication with one of the plurality of light sources via at least one of the plurality of optic elements. a light array comprising a plurality of light sources; and a sensor array comprising a plurality of sensors disposed on a substrate, each sensor in optical communication with one of the plurality of light sources; wherein at least one vent opening extends through the substrate of the sensor array; wherein the sensors are nanofiber-based chemical sensors; characterised by a sensor optic comprising a plurality of optic elements, each optic element in optical communication with one of the plurality of light sources, wherein the optic elements are configured to collimate light from the light sources; and wherein each of the plurality of sensors is in optical communication with one of the plurality of light sources via at least one of the plurality of optic elements.