mhurhangee/ep-ind-claims huggingface dataset:
A device for clustering light spots, wherein the light spots are spots of headlights and tail lights of vehicles, the device is configured to receive more than one image captured by a camera, detect light spots in the images, calculate a distance measure for each of a plurality of pairs of light spots detected in the images, wherein the distance measure for each pair of light spots is calculated on the basis of two or more features of the two light spots of the respective pair, and group the detected light spots to clusters based on the calculated distance measures, characterized by the distance measure for a respective pair of light spots and for a feature i being a function of f i − μ i σ i 2, wherein f i is the value of the feature i for the two light spots of the respective pair, μ i is a mean value of f i for a plurality of pairs of light spots and σ i is a standard deviation value of f i for the plurality of pairs of light spots, two light spots forming a new cluster in an initial frame when clusters have not been formed yet if their distance measure is below a predetermined threshold T 2, and a third light spot being assigned to the cluster if its distance measure to at least one of the two light spots of the cluster is below the predetermined threshold T 2. wherein the light spots are spots of headlights and tail lights of vehicles, the device is configured to receive more than one image captured by a camera, detect light spots in the images, calculate a distance measure for each of a plurality of pairs of light spots detected in the images, wherein the distance measure for each pair of light spots is calculated on the basis of two or more features of the two light spots of the respective pair, and group the detected light spots to clusters based on the calculated distance measures, characterized by the distance measure for a respective pair of light spots and for a feature i being a function of f i − μ i σ i 2, wherein f i is the value of the feature i for the two light spots of the respective pair, μ i is a mean value of f i for a plurality of pairs of light spots and σ i is a standard deviation value of f i for the plurality of pairs of light spots, two light spots forming a new cluster in an initial frame when clusters have not been formed yet if their distance measure is below a predetermined threshold T 2, and a third light spot being assigned to the cluster if its distance measure to at least one of the two light spots of the cluster is below the predetermined threshold T 2.
A processing device (400, 1102), comprising: a power management unit (110, 403, 505) configured to: generate a reference voltage/frequency, V/F, curve based on a reference base clock, BCLK, rate of the processing device; receive a BCLK frequency to be applied to the processing device (400, 1102); determine, using the reference V/F curve, a voltage to operate the processing device corresponding to the BCLK frequency, characterized in that the power management unit (110, 403, 505) is further configured to: receive a BCLK rate, which differs from the reference BCLK rate of the processing device; determine a difference between the value of the BCLK rate with the reference BCLK rate of the processing device (400, 1102); upon determination that the difference is greater than a threshold, generate a new V/F curve based on the BCLK rate and the reference V/F curve; and determine, using the new V/F curve, a voltage to operate the processing device. generate a reference voltage/frequency, V/F, curve based on a reference base clock, BCLK, rate of the processing device; receive a BCLK frequency to be applied to the processing device (400, 1102); determine, using the reference V/F curve, a voltage to operate the processing device corresponding to the BCLK frequency, characterized in that the power management unit (110, 403, 505) is further configured to: receive a BCLK rate, which differs from the reference BCLK rate of the processing device; determine a difference between the value of the BCLK rate with the reference BCLK rate of the processing device (400, 1102); upon determination that the difference is greater than a threshold, generate a new V/F curve based on the BCLK rate and the reference V/F curve; and determine, using the new V/F curve, a voltage to operate the processing device. receive a BCLK rate, which differs from the reference BCLK rate of the processing device; determine a difference between the value of the BCLK rate with the reference BCLK rate of the processing device (400, 1102); upon determination that the difference is greater than a threshold, generate a new V/F curve based on the BCLK rate and the reference V/F curve; and determine, using the new V/F curve, a voltage to operate the processing device.
A method for providing a description of a program to a user equipment, comprising: - maintaining, for a user (18, 20) and/or a user equipment, a profile (8a, 18a, 18b, 20a, 20c) including at least text field categories of interest; - receiving (506; 706) a set of text fields (10a-10i) associated with a program to be described; - selecting (508; 708) a subset of text fields from the set of text fields (10a-10i) that belong to categories of interest according to the profile; - ordering (510; 710) the selected subset of text fields, in interest order, based on the profile, such that text field categories of greater interest are ordered ahead of text field categories of lesser interest; - editing (512; 712) the description of the program using the ordered subset of text fields and applying grammar and syntax rules to provide a description of the program; and - providing (514; 714) the description of the program to the user equipment. - maintaining, for a user (18, 20) and/or a user equipment, a profile (8a, 18a, 18b, 20a, 20c) including at least text field categories of interest; - receiving (506; 706) a set of text fields (10a-10i) associated with a program to be described; - selecting (508; 708) a subset of text fields from the set of text fields (10a-10i) that belong to categories of interest according to the profile; - ordering (510; 710) the selected subset of text fields, in interest order, based on the profile, such that text field categories of greater interest are ordered ahead of text field categories of lesser interest; - editing (512; 712) the description of the program using the ordered subset of text fields and applying grammar and syntax rules to provide a description of the program; and - providing (514; 714) the description of the program to the user equipment.
Roaming equipment arranged to operate while being mounted or not mounted on a power supply base (2; 51), and comprising: · a battery for powering the roaming equipment (1; 50) while it is not receiving an external supply of power via the power supply base; · communication means comprising a client module and a repeater module or an extender module, the communication means being configurable in a first mode in which the client module is activated and the repeater module or the extender module is deactivated, such that the roaming equipment is arranged to perform a client function of a wireless access point (3; 52), and in a second mode in which the client module is activated and the repeater module or the extender module is also activated, such that the roaming equipment is arranged to perform both the client function and a repeater function or an extender function; · configuration means (16, 43, 44) arranged to configure the communication means in the first mode while the roaming equipment is not receiving the external supply of power, and in a second mode while the roaming equipment is receiving the external supply of power via the power supply base. · a battery for powering the roaming equipment (1; 50) while it is not receiving an external supply of power via the power supply base; · communication means comprising a client module and a repeater module or an extender module, the communication means being configurable in a first mode in which the client module is activated and the repeater module or the extender module is deactivated, such that the roaming equipment is arranged to perform a client function of a wireless access point (3; 52), and in a second mode in which the client module is activated and the repeater module or the extender module is also activated, such that the roaming equipment is arranged to perform both the client function and a repeater function or an extender function; · configuration means (16, 43, 44) arranged to configure the communication means in the first mode while the roaming equipment is not receiving the external supply of power, and in a second mode while the roaming equipment is receiving the external supply of power via the power supply base.
A packed roof window product (5, 3) comprising a plurality of differently sized roof window related product components contained in a cardboard box, where at least one block of a shock absorbing material (41-49, 441, 442) is arranged to protect one or more product components, characterised in that the shock absorbing material is a paper-based cell-structure and comprising at least one block of shock absorbing material (41-49, 441, 442) made from a honeycomb material a having a cell size of 22-26 mm and being made from paper with a weight of 140 g/m 2 and having a height of 20-40 mm.
An automatic traveling method, comprising: causing a work vehicle to automatically travel according to a target route in a work area where crops are planted; changeably setting, with respect to the target route, a threshold value of a deviation including at least one of a position deviation and an orientation deviation of the work vehicle; and causing the work vehicle to execute a correction operation for correcting the deviation if the deviation exceeds the threshold value, to avoid collision against the crops during automatic travelling. causing a work vehicle to automatically travel according to a target route in a work area where crops are planted; changeably setting, with respect to the target route, a threshold value of a deviation including at least one of a position deviation and an orientation deviation of the work vehicle; and causing the work vehicle to execute a correction operation for correcting the deviation if the deviation exceeds the threshold value, to avoid collision against the crops during automatic travelling.
An artificial respiration device comprising a respiration gas source for generating a gas pressure for a patient, which is delivered by means of a respiratory mask, a measuring unit for measuring a measurement quantity typical of inhalation or exhalation and a control unit which determines the patient's tidal volume from the measurement quantity and compares this with a setpoint value of the tidal volume and regulates the respiration gas source such that the generated gas pressure is made available until the setpoint value of the tidal volume is reached, wherein a further regulation of a respiration characteristic variable which is typical of the patient's respiration is additionally carried out simultaneously and a corresponding regulating signal is delivered to the respiration gas source, characterized in that the regulation of the further respiration characteristic variable is an automatic adaptation of the exhalation pressure.
Assembly having a shaft seal and a centrifugal pump unit, characterized by a double-seal module that is insertable into the centrifugal pump unit and a well that is disposed in the centrifugal pump unit, wherein the double-seal module has a first sliding-ring/counter-ring pairing and a second sliding-ring/counter-ring pairing, the pairings (5, 6) are mutually positioned in a tandem arrangement, and each pairing (5, 6) is assigned one spring element (11, 12) for generating a contact pressure force between the sliding ring (9, 10) and the counter ring (7, 8), the spring elements (11, 12) are disposed in stationary components, and a space between the sliding-ring/counter-ring pairings (5, 6) is purged with a liquid from the well.
Terminal arrangement comprising a housing having a first housing half and a second housing half, wherein at least one electric terminal is implemented on the housing, terminal comprises a connection region implemented as a single piece for connecting a conductor, the connection region is provided as an encompassing cover, which completely encompasses the connection region, and the cover comprises an opening in the region for inserting the conductor into the terminal and/or the cover comprises an opening in the region of a push button actuator, characterized in that the cover is implemented as a single piece onto the first housing half or the second housing half. a housing having a first housing half and a second housing half, wherein at least one electric terminal is implemented on the housing, terminal comprises a connection region implemented as a single piece for connecting a conductor, the connection region is provided as an encompassing cover, which completely encompasses the connection region, and the cover comprises an opening in the region for inserting the conductor into the terminal and/or the cover comprises an opening in the region of a push button actuator, characterized in that the cover is implemented as a single piece onto the first housing half or the second housing half.
A roller blind assembly for a roof window, the roller blind assembly having: a pair of parallel side rails (4, 6); a pair of movable longitudinal end rails (8, 10); and a covering extending between the longitudinal end rails (8, 10); whereby the covering includes, at about its middle between the pair of movable longitudinal end rails (8, 10), means (40, 42) that extend longitudinally between the pair of parallel side rails (4, 6) for holding the covering adjacent to, or in contact with, a pane of a window, characterised in that: the said pair of movable longitudinal end rails (8, 10) are holding respective rollers (14, 15) adapted to rotate about respective longitudinal axes such that respective portions (12A, 12B) of the covering, attached to the respective rollers (14, 15), can be wound and unwound from the rollers (14, 15). a pair of parallel side rails (4, 6); a pair of movable longitudinal end rails (8, 10); and a covering extending between the longitudinal end rails (8, 10); whereby the covering includes, at about its middle between the pair of movable longitudinal end rails (8, 10), means (40, 42) that extend longitudinally between the pair of parallel side rails (4, 6) for holding the covering adjacent to, or in contact with, a pane of a window, characterised in that: the said pair of movable longitudinal end rails (8, 10) are holding respective rollers (14, 15) adapted to rotate about respective longitudinal axes such that respective portions (12A, 12B) of the covering, attached to the respective rollers (14, 15), can be wound and unwound from the rollers (14, 15). the said pair of movable longitudinal end rails (8, 10) are holding respective rollers (14, 15) adapted to rotate about respective longitudinal axes such that respective portions (12A, 12B) of the covering, attached to the respective rollers (14, 15), can be wound and unwound from the rollers (14, 15).
Ottoman storage bed with a single front, which comprises a storage compartment made of two horizontally joined parts and a lid with lifting and lowering means that comprise hydraulic mechanisms and installed on the inner face of the lateral sides of the storage compartment, characterised in that it additionally has an intermediate supporting element emerging from the upper edge of the storage compartment, on which additional hydraulic means are disposed.
A multi-volume flushing system comprising: - a closable flushing water supply (7, 8) with a flush line connectable to a toilet bowl; - a user actuation; - a flushing process trigger coupled to the user actuation, with which the flush line can be released or closed; - at least one vibration detector; and - a central processor unit, to which the user actuation, the flushing process trigger and the vibration detector are electronically operatively connected, wherein software that can be activated in the central processing unit enables the central processing unit to activate the flushing process trigger to initiate a flushing when the user is in a first detector area or after the user has left a second detector area; characterized in that the vibration detector is configured to detect vibrations which are caused by substances introduced into a toilet bowl connected during use and is configured to detect the presence of a user in the first detector area as a presence detector and to detect the presence of a user in the second detector area as a presence detector, and in that the vibration detector is arranged on the flushing line or at least partially in the flushing line. - a closable flushing water supply (7, 8) with a flush line connectable to a toilet bowl; - a user actuation; - a flushing process trigger coupled to the user actuation, with which the flush line can be released or closed; - at least one vibration detector; and - a central processor unit, to which the user actuation, the flushing process trigger and the vibration detector are electronically operatively connected, wherein software that can be activated in the central processing unit enables the central processing unit to activate the flushing process trigger to initiate a flushing when the user is in a first detector area or after the user has left a second detector area;
A self-heating wet wipe dispenser, comprising: a wet wipe dispenser having a substantially flat dispensing surface with a dispensing aperture through which wet wipes are dispensed; a heating unit in contact with the wet wipe dispenser, the heating unit comprising: an outer containment envelope comprising a first layer bonded to second layer around the periphery of the outer containment envelope, the outer containment envelope containing a first reactant; and a sealed reactant compartment disposed inside the outer containment envelope, the sealed reactant compartment containing a second reactant and having a predetermined seal failure region; wherein when a user causes the predetermined seal failure region of the sealed reactant compartment to fail, the second reactant escapes from the sealed reactant compartment and mixes with the first reactant in the outer containment envelope to create an exothermic reaction that heats the wet wipe dispenser; characterized in that the outer containment envelope is hinged to the wet wipe dispenser to permit the outer containment envelope to rotate onto and lie flat on the dispensing surface and to rotate off the dispensing surface to uncover the dispensing aperture. a wet wipe dispenser having a substantially flat dispensing surface with a dispensing aperture through which wet wipes are dispensed; a heating unit in contact with the wet wipe dispenser, the heating unit comprising: an outer containment envelope comprising a first layer bonded to second layer around the periphery of the outer containment envelope, the outer containment envelope containing a first reactant; and a sealed reactant compartment disposed inside the outer containment envelope, the sealed reactant compartment containing a second reactant and having a predetermined seal failure region; an outer containment envelope comprising a first layer bonded to second layer around the periphery of the outer containment envelope, the outer containment envelope containing a first reactant; and a sealed reactant compartment disposed inside the outer containment envelope, the sealed reactant compartment containing a second reactant and having a predetermined seal failure region; wherein when a user causes the predetermined seal failure region of the sealed reactant compartment to fail, the second reactant escapes from the sealed reactant compartment and mixes with the first reactant in the outer containment envelope to create an exothermic reaction that heats the wet wipe dispenser; characterized in that the outer containment envelope is hinged to the wet wipe dispenser to permit the outer containment envelope to rotate onto and lie flat on the dispensing surface and to rotate off the dispensing surface to uncover the dispensing aperture.
Electric machine bounded in which by a stator and an armature is an air gap via which the stator interacts with a magnetic field of a magnetically active part of the armature, wherein the armature includes as the magnetically active part permanent magnets as well as magnetically soft flux conducting elements arranged between them, wherein the magnetically active part of the armature is in at least one direction of extent longer than a magnetically soft flux conducting device of a magnetically active part of the stator in said direction of extent and the magnetically active part of the armature has along the direction of extent at its ends on each of a plurality of flux conducting elements permanent magnets having a magnetisation oriented parallel to the direction of extent, characterised in that the permanent magnets magnetised parallel to the direction of extent are mutually magnetically coupled via a magnetically soft feedback element via which the magnetic flux of said permanent magnets is closed on an end face (36, 38) of the armature.
A safety lock comprising an RFID transponder and a shackle, the shackle being movable from an open state to a locked state, said RFID transponder comprising an RFID inlay including an IC and antenna coupling elements arranged to couple the IC with an antenna, the RFID inlay arranged in or on a base member, the safety lock further comprising a housing arranged to envelope the base member, wherein the base member comprises a reduction zone the mechanical strength of which is reduced compared to portions of the base member next to said reduction zone, the reduction zone being arranged under the IC and/or the antenna coupling elements of the RFID inlay, the base member further connected to a first arresting means by an essentially inextensible connection, and wherein said shackle comprises a second arresting means, wherein in the locked state of the shackle, the first arresting means are arranged to intermesh with the second arresting means such that force striving the shackle from the locked state to the open state is arranged to being transmitted to the reduction zone characterized in that said force is additionally being transmitted to the RFID inlay, and in that, if the safety lock is opened by force, the base member is exposed to force exceeding the mechanical strength of the reduction zone, leading to damaging of the RFID inlay.