mhurhangee/ep-ind-claims huggingface dataset:
An underwater detection device, comprising: a frequency distribution generating module configured to generate a frequency distribution of single fishes by categorizing the single fishes by one of body length and weight, the single fishes being detected based on echo signals corresponding to reflection waves that are caused by transmission waves transmitted underwater; a frequency distribution characteristic value calculating module configured to calculate a frequency distribution characteristic value indicating a characteristic of the frequency distribution based on a ratio of a single-fish number in a particular category in the frequency distribution, with respect to a total number of single fishes in the frequency distribution; and an alarm controlling module configured to issue an alarm based on a comparison result between the frequency distribution characteristic value and a threshold, wherein the threshold is inputted by a user. a frequency distribution generating module configured to generate a frequency distribution of single fishes by categorizing the single fishes by one of body length and weight, the single fishes being detected based on echo signals corresponding to reflection waves that are caused by transmission waves transmitted underwater; a frequency distribution characteristic value calculating module configured to calculate a frequency distribution characteristic value indicating a characteristic of the frequency distribution based on a ratio of a single-fish number in a particular category in the frequency distribution, with respect to a total number of single fishes in the frequency distribution; and an alarm controlling module configured to issue an alarm based on a comparison result between the frequency distribution characteristic value and a threshold, wherein the threshold is inputted by a user.
A rail vehicle comprising a bumper, characterized in that said bumper comprises PPS and in that it comprises a front portion comprising a projecting end line through which a vertical plane passes that is perpendicular to a rail plane R and a bumper extending for a height H between an upper horizontal end plane B1 passing through the highest point of the bumper and a lower horizontal end plane B2 passing through the lowest point of the bumper, and wherein said bumper 12 comprises at least an upper area extending for a height H1 and comprising a front surface comprised between a vertical plane and an inclined plane; said vertical plane passing through an axis A passing from said projecting end, and in that said height H1 is equal to at least 30% of said height H of said bumper and in that the angle between said vertical plane and said inclined plane is less than 5°.
A machine for the preparation of liquid products via capsules comprising a delivery assembly, the assembly having: - a preparation chamber, which comprises a first part and a second part, the first part of chamber having a housing configured for receiving at least partially one said capsule and enabling delivery of the liquid product from the preparation chamber, the second part of chamber having an injector device configured for introducing a preparation fluid into said capsule, in particular, water and/or steam; and - an actuation system controllable for causing relative movements between the first part of chamber and the second part of chamber, between a spaced apart position and a close position, wherein the injector device has a hollow body that includes a first body part and a second body part, which is axially slidable with respect to the first body part, there being defined between the two body parts (20, 21) a chamber, housed in which is a perforation device associated to a front of the first body part; wherein the perforation device has at least one front perforation element that is axially aligned to a respective through hole, defined in a front wall of the second body part; wherein the second body part is slidable, against the action of elastic means, from an advanced position, in which the at least one perforation element does not project substantially beyond said front wall, to a retracted position, in which the at least one perforation element projects substantially beyond said front wall, the machine being characterized in that the elastic means comprise: a bending spring that extends in a direction transverse to the direction of axial sliding of the second body part with respect to the first body part. - a preparation chamber, which comprises a first part and a second part, the first part of chamber having a housing configured for receiving at least partially one said capsule and enabling delivery of the liquid product from the preparation chamber, the second part of chamber having an injector device configured for introducing a preparation fluid into said capsule, in particular, water and/or steam; and - an actuation system controllable for causing relative movements between the first part of chamber and the second part of chamber, between a spaced apart position and a close position,
A drum conveyor machine comprising - a cable carrier, a conveying cable which can be wound and unwound on the cable carrier and a conveying means guided in a shaft, - an intermediate harness arranged between the conveying means and the conveying cable having a universal joint, wherein the universal joint comprises a central cross-piece with a first and a second axis of rotation (1.2 / 1.4) which lie at a distance from one another in parallel planes, - a stop means for the conveying cable, which is connected rotatably about the first axis of rotation (1.2) to the cross-piece by means of a first rotary joint (1.1), - a stop means for the conveying means, which is connected rotatably about the second axis of rotation (1.4) to the cross-piece by means of a second rotary joint (1.3), characterized by - a connecting axis (1.5) running perpendicular to the parallel planes, - a first part (1.6) of the cross-piece which is rotatable about the connecting axis (1.5) but is connected in a captive manner in the direction of the connecting axis (1.5) to a second non-rotatable part (1.7) of the cross-piece, wherein the first rotary joint (1.1) is arranged on the first part (1.6) and the second rotary joint (1.3) is arranged on the second part (1.7) of the cross-piece and - a brake adapted to reduce or to limit the rotational speed of the first part (1.6) of the cross-piece with respect to the second part (1.7) of the cross-piece. - a cable carrier, a conveying cable which can be wound and unwound on the cable carrier and a conveying means guided in a shaft, - an intermediate harness arranged between the conveying means and the conveying cable having a universal joint, wherein the universal joint comprises a central cross-piece with a first and a second axis of rotation (1.2 / 1.4) which lie at a distance from one another in parallel planes, - a stop means for the conveying cable, which is connected rotatably about the first axis of rotation (1.2) to the cross-piece by means of a first rotary joint (1.1), - a stop means for the conveying means, which is connected rotatably about the second axis of rotation (1.4) to the cross-piece by means of a second rotary joint (1.3), characterized by - a connecting axis (1.5) running perpendicular to the parallel planes, - a first part (1.6) of the cross-piece which is rotatable about the connecting axis (1.5) but is connected in a captive manner in the direction of the connecting axis (1.5) to a second non-rotatable part (1.7) of the cross-piece, wherein the first rotary joint (1.1) is arranged on the first part (1.6) and the second rotary joint (1.3) is arranged on the second part (1.7) of the cross-piece and - a brake adapted to reduce or to limit the rotational speed of the first part (1.6) of the cross-piece with respect to the second part (1.7) of the cross-piece.
A method for scanning a time delay between simultaneously generated pairs of successive first ultrafast optical pulses of duration shorter than 10 ps and successive second ultrafast optical pulses of duration shorter than 10 ps, first and second optical pulses having a same repetition rate, said successive second ultrafast pulses being submitted to an acousto-optic Bragg diffraction by a single acoustic pulse travelling though the length of a bulk of an acousto-optic material in an acousto-optic diffraction device (16, 101) approximately collinear with the optical beam propagation direction of said second ultrafast optical pulses, wherein the delay scanning being produced by the propagation of said single acoustic pulse in said acousto-optic material during a time interval where the single acoustic pulse travels through the acousto-optic material and interacts with the successive second ultrafast optical pulses.
A thermal management system, comprising a refrigerant system and a coolant system, a refrigerant of the refrigerant system and a coolant of the coolant system being isolated from each other; the refrigerant system comprising a compressor, a first heat exchanger and a throttling element (204, 208, 205, 202), an outlet of the compressor being capable of communicating with a refrigerant inlet of the first heat exchanger; the thermal management system further comprising a dual-channel heat exchanger (104, 109), the dual-channel heat exchanger defining a refrigerant flow channel and a coolant flow channel, the throttling element being capable of communicating with an inlet of the compressor through the refrigerant flow channel of the dual-channel heat exchanger; the coolant system comprising a second heat exchanger and a third heat exchanger, the coolant flow channel of the dual-channel heat exchanger, a pump and a fourth heat exchanger, the fourth heat exchanger being disposed outside an air-conditioning box of a vehicle; characterized in that, in a heating mode of the thermal management system, the compressor is in communication with the throttling element through the first heat exchanger, the pump is turned on and the throttling element is opened, and the coolant flow channel of the dual-channel heat exchanger is in communication with the fourth heat exchanger and the pump; and wherein in a first cooling mode of the thermal management system, the pump is turned on, at least one of the second heat exchanger and the third heat exchanger is in series communication with the pump and the fourth heat exchanger, and the fourth heat exchanger is disposed upstream of the second heat exchanger. the coolant system comprising a second heat exchanger and a third heat exchanger, the coolant flow channel of the dual-channel heat exchanger, a pump and a fourth heat exchanger, the fourth heat exchanger being disposed outside an air-conditioning box of a vehicle; characterized in that, in a heating mode of the thermal management system, the compressor is in communication with the throttling element through the first heat exchanger, the pump is turned on and the throttling element is opened, and the coolant flow channel of the dual-channel heat exchanger is in communication with the fourth heat exchanger and the pump; and wherein in a first cooling mode of the thermal management system, the pump is turned on, at least one of the second heat exchanger and the third heat exchanger is in series communication with the pump and the fourth heat exchanger, and the fourth heat exchanger is disposed upstream of the second heat exchanger.
A hearing aid device, comprising: a shell having a shape adapted to fit in an upper part of a concha of an outer ear of an ear of a hearing-impaired person; a microphone, a battery, and processing circuitry mounted within said shell, said processing circuitry processing incoming audio signals to produce an audio output dependent on a hearing-impairment of the hearing-impaired person; an ear piece adapted to fit in an ear canal of the ear of the hearing-impaired person and a flexible connecting element having a first end connected to the shell and a second end connected to the ear piece, said connecting element being adapted to snuggly fit into the concha of the outer ear, and said connecting element having a selected length and a selected sufficient rigidity so that in combination with said shell and said ear piece the connecting element performs a retention function by placing pressure at a back of the concha of the outer ear to retain the shell and the ear piece in said ear. a shell having a shape adapted to fit in an upper part of a concha of an outer ear of an ear of a hearing-impaired person; a microphone, a battery, and processing circuitry mounted within said shell, said processing circuitry processing incoming audio signals to produce an audio output dependent on a hearing-impairment of the hearing-impaired person; an ear piece adapted to fit in an ear canal of the ear of the hearing-impaired person and a flexible connecting element having a first end connected to the shell and a second end connected to the ear piece, said connecting element being adapted to snuggly fit into the concha of the outer ear, and said connecting element having a selected length and a selected sufficient rigidity so that in combination with said shell and said ear piece the connecting element performs a retention function by placing pressure at a back of the concha of the outer ear to retain the shell and the ear piece in said ear.
Aluminium sheet for producing an architectural panel, more particularly facade panel, comprising a core layer of an aluminium alloy with an AlMg base, more particularly of the AA5xxx series, and comprising at least one roller-plated plating layer on one side of the core layer composed of an aluminium alloy with an AlMg base, more particularly composed of an AA5005 aluminium alloy, characterized in that the plating layer comprises 0.85 to 0.95 wt.% magnesium (Mg), 0.03 to 0.06 wt.% silicon (Si), 0.15 to 0.20 wt.% iron (Fe), 0.08 to 0.12 wt.% copper (Cu), 0.08 to 0.12 wt.% manganese (Mn) and the remainder aluminium as well as unavoidable production-related impurities. 0.85 to 0.95 wt.% magnesium (Mg), 0.03 to 0.06 wt.% silicon (Si), 0.15 to 0.20 wt.% iron (Fe), 0.08 to 0.12 wt.% copper (Cu), 0.08 to 0.12 wt.% manganese (Mn) and
A contact structure comprising: a housing; a first side contact and a second side contact, each comprising: a flexible lever arm (420, 428); a contacting portion (221, 223) attached to a first end of the flexible lever arm (420, 428); and a barb (421, 429) on the flexible lever arm (420, 428), located at or near a second end of the flexible lever arm (420, 428), and inserted into the housing; a third central contact comprising: a flexible lever arm; a contacting portion attached to a first end of the flexible lever arm, wherein the housing is insert molded around a portion of the third central contact; and a cover attached to a top of the housing, the cover comprising a raised portion around a plurality of openings each for a contacting portion (221, 222, 223) of the first side contact, second side contact and third central contact, characterised in that the housing comprises side slots (810, 812) on opposing sides to accept insertion of the first side contact and the second side contact during assembly. a housing; a first side contact and a second side contact, each comprising: a flexible lever arm (420, 428); a contacting portion (221, 223) attached to a first end of the flexible lever arm (420, 428); and a barb (421, 429) on the flexible lever arm (420, 428), located at or near a second end of the flexible lever arm (420, 428), and inserted into the housing; a flexible lever arm (420, 428); a contacting portion (221, 223) attached to a first end of the flexible lever arm (420, 428); and a barb (421, 429) on the flexible lever arm (420, 428), located at or near a second end of the flexible lever arm (420, 428), and inserted into the housing; a third central contact comprising: a flexible lever arm; a contacting portion attached to a first end of the flexible lever arm, wherein the housing is insert molded around a portion of the third central contact; and a flexible lever arm; a contacting portion attached to a first end of the flexible lever arm, wherein the housing is insert molded around a portion of the third central contact; and a cover attached to a top of the housing, the cover comprising a raised portion around a plurality of openings each for a contacting portion (221, 222, 223) of the first side contact, second side contact and third central contact, characterised in that the housing comprises side slots (810, 812) on opposing sides to accept insertion of the first side contact and the second side contact during assembly.
A method for managing flows (f1, f2, f3, f4, f5, f6, f7) in a network with a plurality of forwarding elements (N, SN, FE) routing flows (f1, f2, f3, f4, f5, f6, f7) between network entities (UD, N, SN, FE) of a network or network domain, characterized in that a) flows (f1, f2, f3, f4, f5, f6, f7) between network entities (UD, N, SN, FE) are marked with congestion information by each forwarding element (N, SN, FE) on the respective flow path such that the highest congestion level prevailing on the, respective flow path is indicated, and wherein resource utilization information of a network entity (UD, N, SN, FE) via which, to or from a flow (f1, f2, f3, f4, f5, f6, f7) transported may be included into the congestion information, b) the locations of one or more possible and/or present bottlenecks and/or congestions in the network based on the congestion information are identified by a central management entity in a network domain, and c) one or more actions are performed by the central management entity to avoid, mitigate, and/or to resolve the identified possible and/or present bottlenecks and/or congestions, wherein based on congestion information for each flow (f1, f2, f3, f4, f5, f6, f7) a corresponding flow congestion signature is determined and flows (f1, f2, f3, f4, f5, f6, f7) having a similar flow congestion signature are logically grouped together to a congestion flow group, wherein said one or more actions according to step c) may be determined and performed for each congestion flow group individually wherein said one or more actions may be determined and performed based on application requirements and/or type and/or status of resources of said one or more forwarding elements (FE, N, SN). a) flows (f1, f2, f3, f4, f5, f6, f7) between network entities (UD, N, SN, FE) are marked with congestion information by each forwarding element (N, SN, FE) on the respective flow path such that the highest congestion level prevailing on the, respective flow path is indicated, and wherein resource utilization information of a network entity (UD, N, SN, FE) via which, to or from a flow (f1, f2, f3, f4, f5, f6, f7) transported may be included into the congestion information, b) the locations of one or more possible and/or present bottlenecks and/or congestions in the network based on the congestion information are identified by a central management entity in a network domain, and c) one or more actions are performed by the central management entity to avoid, mitigate, and/or to resolve the identified possible and/or present bottlenecks and/or congestions,
Laminated panel assembly comprising at least one rigid panel, an electrically controllable flat functional element, such as an electroluminescent lighting element, and at least one electrically conducting thin film, characterized in that the flat functional element is an electroluminescent lighting element and characterized in that the film forms at the same time a flat electrode of the functional element, the film being able to be supplied with an electrical voltage and heated independently of the power supply for the functional element, the film being in electrically conducting contact with at least two conducting tracks (7', 8') intended to deliver a supply voltage for the heating, which tracks are placed on either side of the functional element covering the film.
A positioning system for positioning a plurality of rotatable objects, comprising: a base plate configured to be positioned on a support surface of a processing machine, the base plate defining a plurality of alignment members for aligning the base plate to the support surface; at least three elongate cylindrical members arranged in parallel to one another and rotatably supported in alignment with the base plate, the cylindrical members configured to support the plurality of rotatable objects; a rotation mechanism configured to cooperate with the cylindrical members and rotate the cylindrical members in synchrony so as to rotate the plurality of rotatable objects in synchrony; and a rotational control mechanism configured to cooperate with the rotation mechanism to control rotation of the cylindrical members; characterised in that a first pair of adjacent cylindrical members supports first rotatable objects of the plurality of rotatable objects to align the first rotatable objects along a first position line extending axially between the first pair of adjacent cylindrical members, and a second pair of adjacent cylindrical members supports second rotatable objects of the plurality of rotatable objects to align the second rotatable objects along a second position line extending axially between the second pair of adjacent cylindrical members. a base plate configured to be positioned on a support surface of a processing machine, the base plate defining a plurality of alignment members for aligning the base plate to the support surface; at least three elongate cylindrical members arranged in parallel to one another and rotatably supported in alignment with the base plate, the cylindrical members configured to support the plurality of rotatable objects; a rotation mechanism configured to cooperate with the cylindrical members and rotate the cylindrical members in synchrony so as to rotate the plurality of rotatable objects in synchrony; and a rotational control mechanism configured to cooperate with the rotation mechanism to control rotation of the cylindrical members; characterised in that a first pair of adjacent cylindrical members supports first rotatable objects of the plurality of rotatable objects to align the first rotatable objects along a first position line extending axially between the first pair of adjacent cylindrical members, and a second pair of adjacent cylindrical members supports second rotatable objects of the plurality of rotatable objects to align the second rotatable objects along a second position line extending axially between the second pair of adjacent cylindrical members.
An anthropomorphic test device comprising: a pelvis member having a foam core, the pelvis member including: an abdomen region defining a first cavity, a pair of thigh regions (52, 54) extending from the abdomen region, and a buttock region positioned below the abdomen region and rearward of the pair of thigh regions (52, 54), a structural member positioned within the first cavity, characterized in that the buttock region defines a buttock cavity separate from the first cavity with the buttock region also defining at least one vent port, wherein the buttock cavity compresses from an open condition to a collapsed condition when the anthropomorphic test device is placed onto a surface for approximating a force applied by a body weight of a human. a pelvis member having a foam core, the pelvis member including: an abdomen region defining a first cavity, a pair of thigh regions (52, 54) extending from the abdomen region, and a buttock region positioned below the abdomen region and rearward of the pair of thigh regions (52, 54), an abdomen region defining a first cavity, a pair of thigh regions (52, 54) extending from the abdomen region, and a buttock region positioned below the abdomen region and rearward of the pair of thigh regions (52, 54), a structural member positioned within the first cavity, characterized in that the buttock region defines a buttock cavity separate from the first cavity with the buttock region also defining at least one vent port, wherein the buttock cavity compresses from an open condition to a collapsed condition when the anthropomorphic test device is placed onto a surface for approximating a force applied by a body weight of a human.