mhurhangee/ep-ind-claims huggingface dataset:
A multi-dimensional measuring system comprising: a tracking unit that emits laser light (110, 210, 310, 1410) and performs tracking using spherical coordinates; a target (150, 1450) in communication with the tracking unit, the target (150, 1450) being capable of making pitch, yaw, and roll movements; a distance determining module that determines a distance between the tracking unit and the target (150, 1450); an output module that outputs position information about the target (150, 1450) relative to the tracking unit based on the spherical coordinates, the pitch, yaw and roll movements, and the distance; and a remote unit (700, 800, 1200) is associated whith the multi-dimensional measuring system, the remote unit comprising the target (150, 1450) and a probe assembly (600, 1100, 1210) coupled to the target (150, 1450), the probe assembly (600, 1100, 1210) comprises a probe tip (620, 1260), a probe stem, and a probe base, wherein the probe tip (620, 1260) is configured to reach locations not within a line of sight between the tracking unit and the target (150, 1450), characterized in that determination of the roll movement is based on at least one of a comparison between a horizontally polarized component of the laser light (210, 310) and a vertically polarized component of the laser light (210, 310). a tracking unit that emits laser light (110, 210, 310, 1410) and performs tracking using spherical coordinates; a target (150, 1450) in communication with the tracking unit, the target (150, 1450) being capable of making pitch, yaw, and roll movements; a distance determining module that determines a distance between the tracking unit and the target (150, 1450); an output module that outputs position information about the target (150, 1450) relative to the tracking unit based on the spherical coordinates, the pitch, yaw and roll movements, and the distance; and a remote unit (700, 800, 1200) is associated whith the multi-dimensional measuring system, the remote unit comprising the target (150, 1450) and a probe assembly (600, 1100, 1210) coupled to the target (150, 1450), the probe assembly (600, 1100, 1210) comprises a probe tip (620, 1260), a probe stem, and a probe base, wherein the probe tip (620, 1260) is configured to reach locations not within a line of sight between the tracking unit and the target (150, 1450), characterized in that determination of the roll movement is based on at least one of a comparison between a horizontally polarized component of the laser light (210, 310) and a vertically polarized component of the laser light (210, 310).
A laser speed measuring method, characterized in comprising the steps of: acquiring detection data within a predetermined detection angle range in a plurality of paralleled horizontal planes having different heights, from a plurality of laser rays detected towards a road extending direction in the horizontal plane; acquiring three-dimensional point cloud data according to the detection data; determining a position of a measured object in the road extending direction according to the three-dimensional point cloud data; and determining a speed of the measured object according to the position change of the measured object along the road extending direction at different timing. acquiring detection data within a predetermined detection angle range in a plurality of paralleled horizontal planes having different heights, from a plurality of laser rays detected towards a road extending direction in the horizontal plane; acquiring three-dimensional point cloud data according to the detection data; determining a position of a measured object in the road extending direction according to the three-dimensional point cloud data; and determining a speed of the measured object according to the position change of the measured object along the road extending direction at different timing.
A high-voltage disconnection knife for outdoor use with air insulation, the knife being characterised by consisting of: two L-shaped copper bases (40, 41) or flat plates with rounded edges, whose short section edge acts as a contact surface with the internal surface of the disconnection arms; two copper disconnection arms that have slots dividing into a number of longitudinal sections the ends of the arms placed in a parallel arrangement, assembled by means of four main transverse axes (48, 49) of stainless steel that secure and define the distance between them; a copper block for compensation of the additional and overheating current flow, located in the middle and on the internal surfaces of the disconnection arms; an aluminum spring of gradually reduced transverse section located in parallel on the external surface of the end of each disconnection arm, fixed to same by means of a pair of transverse stainless steel axes; a turning mechanism with a curved base of hook shape and a flat sill secured to a pair of transverse axes, it also includes a short axis of stainless steel that joins the base and the flat sill to form the turning mechanism, said axis functions as a rotation axis for the disconnection arms, the contact pressure between the ends of the arms and the base results from the elastic deformation of the assembly between the copper and the aluminum spring of gradually reduced transverse section at the ends of the disconnection arms. two L-shaped copper bases (40, 41) or flat plates with rounded edges, whose short section edge acts as a contact surface with the internal surface of the disconnection arms; two copper disconnection arms that have slots dividing into a number of longitudinal sections the ends of the arms placed in a parallel arrangement, assembled by means of four main transverse axes (48, 49) of stainless steel that secure and define the distance between them; a copper block for compensation of the additional and overheating current flow, located in the middle and on the internal surfaces of the disconnection arms; an aluminum spring of gradually reduced transverse section located in parallel on the external surface of the end of each disconnection arm, fixed to same by means of a pair of transverse stainless steel axes; a turning mechanism with a curved base of hook shape and a flat sill secured to a pair of transverse axes, it also includes a short axis of stainless steel that joins the base and the flat sill to form the turning mechanism, said axis functions as a rotation axis for the disconnection arms, the contact pressure between the ends of the arms and the base results from the elastic deformation of the assembly between the copper and the aluminum spring of gradually reduced transverse section at the ends of the disconnection arms.
A method for obtaining a capability of channel spacing between component carriers used in carrier aggregation for a user equipment, UE, the method being performed in a network node and comprising the step of: determining, from a plurality of alternatives, the capability of channel spacing for the UE based on signalling between the UE and the network node, the channel spacing capability comprising at least one of the alternatives of: a multiple of 300 kHz, a multiple of 15 kHz and any other channel spacing: and deciding what channel spacing to use between component carriers in carrier aggregation for the UE, based on the determined capability of channel spacing for the UE. determining, from a plurality of alternatives, the capability of channel spacing for the UE based on signalling between the UE and the network node, the channel spacing capability comprising at least one of the alternatives of: a multiple of 300 kHz, a multiple of 15 kHz and any other channel spacing: and deciding what channel spacing to use between component carriers in carrier aggregation for the UE, based on the determined capability of channel spacing for the UE.
Method for in-situ manufacturing of a corner connector angle element within window and door hollow profiles, comprising at least the following method steps: - providing two mitre-cut hollow profile sections; - inserting at least one respective corner connector moulding element into both hollow profile sections, wherein the corner connector moulding element is positioned by its one end in a mitre plane, or parallel thereto, in a profile hollow chamber; - positioning the hollow profile section with the inserted corner connector moulding elements with respect to one another in such a way that the mitre-cut surfaces are situated opposite one another; characterized in that a corner connector angle element of thermoplastic solid material with corner connector moulding elements embedded therein is produced within the mutually adjoining profile hollow chambers in the hollow profile sections by virtue of the fact that: - the corner connector moulding element used in each case is a hollow corner connector moulding element which, together with the adjoining walls of the hollow profile section, forms at least one cavity which opens in the mitre plane and is closed off at its other end, wherein the corner connector moulding element has at least one sealing portion of which the outer contour corresponds at least to the inner contour of a profile hollow chamber and/or of a reinforced profile inserted therein, or of which the outer contour has an oversize in relation to the inner contour, and - a molten thermoplastic compound is injected through at least one injection opening incorporated in at least one of the hollow profile sections into the cavity formed between the corner connector moulding elements and the hollow profile section. - providing two mitre-cut hollow profile sections; - inserting at least one respective corner connector moulding element into both hollow profile sections, wherein the corner connector moulding element is positioned by its one end in a mitre plane, or parallel thereto, in a profile hollow chamber; - positioning the hollow profile section with the inserted corner connector moulding elements with respect to one another in such a way that the mitre-cut surfaces are situated opposite one another; - the corner connector moulding element used in each case is a hollow corner connector moulding element which, together with the adjoining walls of the hollow profile section, forms at least one cavity which opens in the mitre plane and is closed off at its other end, wherein the corner connector moulding element has at least one sealing portion of which the outer contour corresponds at least to the inner contour of a profile hollow chamber and/or of a reinforced profile inserted therein, or of which the outer contour has an oversize in relation to the inner contour, and - a molten thermoplastic compound is injected through at least one injection opening incorporated in at least one of the hollow profile sections into the cavity formed between the corner connector moulding elements and the hollow profile section.
Cutting ring for a disc cutter for excavating rock with a number of cutting tool inserts which are arranged in cutting tool insert holders, wherein the cutting tool insert holders are designed in the form of cutting tool insert grooves extending continuously in an axial direction and wherein the cutting tool inserts completely fill the cutting tool insert grooves, characterised in that the cutting tool inserts terminate on the outside flush with intermediate rib sections formed between adjacent cutting tool insert grooves and that a solder layer is provided between each cutting tool insert as well as between each cutting tool insert groove.
An apparatus for processing fruit or vegetables using water comprising a trough where processing water may be contained, a conveyor mechanism, comprising an endless conveyor guided over rollers, able to transport the fruit or vegetables through the processing water in a machine direction, a fresh water inlet through which fresh water may be added to the trough, a water drain through which processing water may be removed from the trough characterized in that individual recirculation zones (28, 29, 30) are arranged in segments along the machine direction of the trough, wherein adjacent segments are separated by means of recirculation of water and each recirculation zone (28, 29, 30) comprises a water inlet and a water outlet, wherein a water temperature of one of the segments differs from the water temperature of an adjacent segment, and in that the recirculation zones (28, 29, 30) are arranged to provide a decreasing temperature in the machine direction, from an upstream end to a downstream end of the trough.
A method comprising: detecting, by a proximity sensor on a playback device, movement in relation to the playback device; the method characterized by further comprising: in response to detecting the movement, determining a current playback mode of the playback device; when it is determined that the playback device is currently not playing audio and prior to receiving a user command to play the audio content: retrieving, by the playback device, audio content from a networked audio source (710, 720, 730, 740, 750), wherein the audio content to be retrieved is based on the determined current playback mode; and storing the audio content in memory on the playback device. detecting, by a proximity sensor on a playback device, movement in relation to the playback device; the method characterized by further comprising: in response to detecting the movement, determining a current playback mode of the playback device; when it is determined that the playback device is currently not playing audio and prior to receiving a user command to play the audio content: retrieving, by the playback device, audio content from a networked audio source (710, 720, 730, 740, 750), wherein the audio content to be retrieved is based on the determined current playback mode; and storing the audio content in memory on the playback device. in response to detecting the movement, determining a current playback mode of the playback device; when it is determined that the playback device is currently not playing audio and prior to receiving a user command to play the audio content: retrieving, by the playback device, audio content from a networked audio source (710, 720, 730, 740, 750), wherein the audio content to be retrieved is based on the determined current playback mode; and storing the audio content in memory on the playback device. retrieving, by the playback device, audio content from a networked audio source (710, 720, 730, 740, 750), wherein the audio content to be retrieved is based on the determined current playback mode; and storing the audio content in memory on the playback device.
Elevator installation comprising a drive, a cage and a counterweight, which drive is provided with at least one drive pulley, with at least one motor required for driving the drive pulley and with a deflecting module, wherein the motor and the drive pulley are combined to form a drive module, characterised in that the drive module and/or the deflecting module is or are provided with suspensions for the fastening of a support means end fastening.
A dialysis fluid cassette, comprising: an inlet fluid line (1104, 1204, 1304, 1403, 1502, 1503, 1504, 1505, 1506, 1507, 1508, 1509, 1702, 1703, 1704, 1705); a plurality of outlet fluid lines (1106, 1108, 1110, 1112, 126, 1208, 1306, 1308, 1405, 1407, 1409, 1502, 1503, 1504, 1505, 1506, 1507, 1508, 1509, 1702, 1703, 1704, 1705); and a rotary valve (202, V1, V2, V3, V4, V5, V6, V7, 1100, 1200, 1300, 1400, 1500, 1600, 1700) comprising an actuation feature by which the rotary valve can be rotated to fluidly communicate the inlet fluid line with a selected fluid line of the plurality of outlet fluid lines, a valve body (1342, 1402, 1706, 1708, 1710) defining an internal fluid pathway that can fluidly communicate the inlet fluid line with the selected fluid line, and a spring (1126, 1226) that is configured such that the valve body can be moved axially to enable or disable an operation of the rotary valve. an inlet fluid line (1104, 1204, 1304, 1403, 1502, 1503, 1504, 1505, 1506, 1507, 1508, 1509, 1702, 1703, 1704, 1705); a plurality of outlet fluid lines (1106, 1108, 1110, 1112, 126, 1208, 1306, 1308, 1405, 1407, 1409, 1502, 1503, 1504, 1505, 1506, 1507, 1508, 1509, 1702, 1703, 1704, 1705); and a rotary valve (202, V1, V2, V3, V4, V5, V6, V7, 1100, 1200, 1300, 1400, 1500, 1600, 1700) comprising an actuation feature by which the rotary valve can be rotated to fluidly communicate the inlet fluid line with a selected fluid line of the plurality of outlet fluid lines, a valve body (1342, 1402, 1706, 1708, 1710) defining an internal fluid pathway that can fluidly communicate the inlet fluid line with the selected fluid line, and a spring (1126, 1226) that is configured such that the valve body can be moved axially to enable or disable an operation of the rotary valve. an actuation feature by which the rotary valve can be rotated to fluidly communicate the inlet fluid line with a selected fluid line of the plurality of outlet fluid lines, a valve body (1342, 1402, 1706, 1708, 1710) defining an internal fluid pathway that can fluidly communicate the inlet fluid line with the selected fluid line, and a spring (1126, 1226) that is configured such that the valve body can be moved axially to enable or disable an operation of the rotary valve.
A composition comprising (i) 2-methylhexanoic acid, geranic acid and sorbic acid; or (ii) benzoic acid, propanoic acid and maniguette seed extract. (i) 2-methylhexanoic acid, geranic acid and sorbic acid; or (ii) benzoic acid, propanoic acid and maniguette seed extract.
A welded structure with high brittle crack arrestability, comprising a fillet weld joint having an unwelded part in a butting face between a web and a flange wherein a width (n) of the unwelded part is defined in a cross section of the fillet weld joint, characterized in that the ratio X (%) of the width (n) to the sum of a plate thickness (t) of the web and leg lengths of fillet weld at the left and right, and a brittle crack arresting toughness Kca (N/mm 3/2) of the flange at a service temperature satisfy the following expression: X % ≥ 5900 - Kca / 85
A handrail drive comprising at least one drive device and at least one counterpressure device, which counterpressure device contains at least two counterpressure rollers (31 to 36), wherein a handrail of a person transporting device (1, 11) is able to be guided between the drive device and the counterpressure device, and the at least two counterpressure rollers (31 to 36) are able to load the handrail against the drive device by means of a pressing force (F A), wherein each of the counterpressure rollers (31 to 36) has a roller axle and the handrail drive contains at least one flexible pulling means which is connected to the roller axle by at least one partial looping, for transmitting the preloading force (Fs) of a loading device of the handrail drive to the roller axle, characterised in that the transmission ratio of the pressing force (F A) of the counterpressure roller (31 to 36) acting on the handrail to the preloading force (Fs) of the loading device is able to be predetermined by a complementary angle of contact (α, β, γ) of the looping of the flexible pulling means and the associated angles of contact (α, β, γ) of at least two counterpressure rollers differ from each other.
A Converged Internet Protocol Message, CPM, system for managing multiple message threads and supporting a Session Initiation Protocol, SIP, based CPM Service, CPMS, the CPM system comprising: a CPM client which supports the CPMS; a non-IP Multimedia Subsystem, IMS, client that has not joined an IMS service; and an Inter-Working Function, IWF, arranged, when a recipient client of the CPM client is appointed as the non-IMS client by a CPM server and the IWF receives an SIP message for conversational message communication: to detect and store a thread identifier, ID, an address of the CPM client, and a recipient address from the SIP message; to convert a message format of the SIP message into a message format that can be received by the recipient client; to transmit the converted message to the recipient client via a server supporting the recipient client; to receive a message from the recipient client; to convert a message format of the message received from the recipient client into a message format that is supported in the CPMS by inserting the stored thread ID into the received message if the message is received within a predetermined valid reply period; and to transmit the converted message including the thread ID to the CPM client via the CPM server. a CPM client which supports the CPMS; a non-IP Multimedia Subsystem, IMS, client that has not joined an IMS service; and an Inter-Working Function, IWF, arranged, when a recipient client of the CPM client is appointed as the non-IMS client by a CPM server and the IWF receives an SIP message for conversational message communication: to detect and store a thread identifier, ID, an address of the CPM client, and a recipient address from the SIP message; to convert a message format of the SIP message into a message format that can be received by the recipient client; to transmit the converted message to the recipient client via a server supporting the recipient client; to receive a message from the recipient client; to convert a message format of the message received from the recipient client into a message format that is supported in the CPMS by inserting the stored thread ID into the received message if the message is received within a predetermined valid reply period; and to transmit the converted message including the thread ID to the CPM client via the CPM server. to detect and store a thread identifier, ID, an address of the CPM client, and a recipient address from the SIP message; to convert a message format of the SIP message into a message format that can be received by the recipient client; to transmit the converted message to the recipient client via a server supporting the recipient client; to receive a message from the recipient client; to convert a message format of the message received from the recipient client into a message format that is supported in the CPMS by inserting the stored thread ID into the received message if the message is received within a predetermined valid reply period; and to transmit the converted message including the thread ID to the CPM client via the CPM server.
Basket stretcher, comprising a trough-shaped stretcher body for accommodating a patient, a lifting gear with a plurality of ropes (58, 60, 62, 64) to be fixed at different fixing points (50, 52, 68, 70) distributed along an upper rim of the stretcher body, and a plurality of individual straps (20, 22, 24) distributed along the upper rim of the stretcher body to extend across the open top side of the stretcher body, characterized by a safety harness located at one end portion of the stretcher body comprising a strap loop formed by one strap with connectable ends (42, 44) for surrounding the patient's chest and at least two fixing straps (46, 48) for fixing the strap loop to opposite sides of the stretcher body, each fixing strap (46, 48) connecting a connection point at the strap loop with one of two opposite fixing points (50, 52) of the lifting gear.