mhurhangee/ep-ind-claims huggingface dataset:
A water supply system using sunlight comprising: a solar cell panel configured to generate direct current by collecting concentrated sunlight; a converter configured to amplify and output the generated DC from the solar cell panel; an inverter configured to convert the DC outputted from the converter to output an alternating current; a temperature sensor configured to sense an atmosphere temperature; a controller configured to supply the AC outputted from the inverter to a pump when a temperature sensed by the temperature sensor is lower than a reference temperature, and to control to store a preset amount of the current that has been generated by the solar cell panel into a saving unit when the temperature sensed is higher than the reference temperature; a saving unit configured to store the preset amount of the DC generated by the solar cell panel according to a control of the controller; and a pump configured to supply water upon receiving the AC from the inverter. a solar cell panel configured to generate direct current by collecting concentrated sunlight; a converter configured to amplify and output the generated DC from the solar cell panel; an inverter configured to convert the DC outputted from the converter to output an alternating current; a temperature sensor configured to sense an atmosphere temperature; a controller configured to supply the AC outputted from the inverter to a pump when a temperature sensed by the temperature sensor is lower than a reference temperature, and to control to store a preset amount of the current that has been generated by the solar cell panel into a saving unit when the temperature sensed is higher than the reference temperature; a saving unit configured to store the preset amount of the DC generated by the solar cell panel according to a control of the controller; and a pump configured to supply water upon receiving the AC from the inverter.
Catheter for aspiration, fragmentation and removal of removable material, in particular thrombi and emboli, from hollow bodies, in particular blood vessels, comprising: a flexible tube (52; 122; 132; 182), the flexible tube (52; 122; 132; 182) having a proximal end and a distal end, a flexible helical transport screw (62; 184), the flexible helical transport screw (62; 184) extending from the proximal end of the flexible tube (52; 122; 132; 182) inside of the flexible tube (52; 122; 132; 182) in direction of the distal end of the flexible tube (52; 122; 132; 182) and the flexible helical transport screw (62; 184) having a distal end, wherein said flexible helical transport screw (62; 184) is provided with helically extending transport surfaces and is rotatable by a drive means, a stopper element (82; 92; 102; 112; 142; 152; 162; 172; 192; 202; 222) for providing an abutment for the distal end of the flexible helical transport screw (62; 184), wherein the stopper element (82; 92; 102; 112; 142; 152; 162; 172; 192; 202; 222) is provided spaced apart from the distal end of the catheter (51; 121), thereby defining a distal region of the catheter (51; 121) extending from the stopper element (82; 92; 102; 112; 142; 152; 162; 172; 192; 202; 222) in direction to the distal end of the catheter (51; 121), which is free of rotational elements inside, at least one suction opening (74; 144; 154, 156; 174; 194, 196; 204; 224) for aspiration of said removable material into the inside of the flexible tube (52; 122; 132; 182), wherein the at least one suction opening (74; 144; 154, 156; 174; 194, 196; 204; 224) is provided in the distal region of the catheter (51; 121). a flexible tube (52; 122; 132; 182), the flexible tube (52; 122; 132; 182) having a proximal end and a distal end, a flexible helical transport screw (62; 184), the flexible helical transport screw (62; 184) extending from the proximal end of the flexible tube (52; 122; 132; 182) inside of the flexible tube (52; 122; 132; 182) in direction of the distal end of the flexible tube (52; 122; 132; 182) and the flexible helical transport screw (62; 184) having a distal end, wherein said flexible helical transport screw (62; 184) is provided with helically extending transport surfaces and is rotatable by a drive means, a stopper element (82; 92; 102; 112; 142; 152; 162; 172; 192; 202; 222) for providing an abutment for the distal end of the flexible helical transport screw (62; 184), wherein the stopper element (82; 92; 102; 112; 142; 152; 162; 172; 192; 202; 222) is provided spaced apart from the distal end of the catheter (51; 121), thereby defining a distal region of the catheter (51; 121) extending from the stopper element (82; 92; 102; 112; 142; 152; 162; 172; 192; 202; 222) in direction to the distal end of the catheter (51; 121), which is free of rotational elements inside, at least one suction opening (74; 144; 154, 156; 174; 194, 196; 204; 224) for aspiration of said removable material into the inside of the flexible tube (52; 122; 132; 182), wherein the at least one suction opening (74; 144; 154, 156; 174; 194, 196; 204; 224) is provided in the distal region of the catheter (51; 121).
A reception apparatus comprising: a first acquisition unit configured to acquire binary format first signaling data transmitted in a first protocol layer of an internet protocol, IP, transmission system, the first signaling data including information indicating a location of text format second signaling data in a broadcast wave; a second acquisition unit configured to acquire the second signaling data from the broadcast wave on the basis of the information included in the first signaling data, the second signaling data being transmitted in a second protocol layer of the IP transmission system, and the first protocol layer being lower than the second protocol layer in a hierarchy of the protocol of the IP transmission system; wherein the second signaling data includes control information independent of a service identified by an IP address, wherein the second signaling data is transmitted for every physical channel in the broadcast wave; and wherein a physical channel supporting the broadcast wave transmits a plurality of base band packet, BBP, streams and a fast information channel, FIC, each BBP stream being assigned a BBP stream ID, whereby a FIC level element comprises a flag indicating that text format second signaling data is available in one of the plurality of BBP streams and further comprises an identifier indicating the BBP stream where the text format second signaling data is transmitted; and a control unit configured to control an operation of the first and second units.. a first acquisition unit configured to acquire binary format first signaling data transmitted in a first protocol layer of an internet protocol, IP, transmission system, the first signaling data including information indicating a location of text format second signaling data in a broadcast wave; a second acquisition unit configured to acquire the second signaling data from the broadcast wave on the basis of the information included in the first signaling data, the second signaling data being transmitted in a second protocol layer of the IP transmission system, and the first protocol layer being lower than the second protocol layer in a hierarchy of the protocol of the IP transmission system; wherein the second signaling data includes control information independent of a service identified by an IP address, wherein the second signaling data is transmitted for every physical channel in the broadcast wave; and wherein a physical channel supporting the broadcast wave transmits a plurality of base band packet, BBP, streams and a fast information channel, FIC, each BBP stream being assigned a BBP stream ID, whereby a FIC level element comprises a flag indicating that text format second signaling data is available in one of the plurality of BBP streams and further comprises an identifier indicating the BBP stream where the text format second signaling data is transmitted; and a control unit configured to control an operation of the first and second units..
A load carrier system for the transportation and/or storage of loads, preferably of one or more components for the automobile or utility vehicle industry, with a base part and a body structure which comprises vertical elements and at least one panelling element, and with connecting elements which have a U-profile shape and in each case comprise a pair of limbs having an inner limb and an outer limb, and wherein two connecting elements are in each case connected releasably to a respective vertical element, characterized in that the body structure furthermore comprises strut elements and at least one load-specific internal element, in order to accommodate and/or to hold loads in a defined manner, wherein the elements forming the body structure are in each case connected releasably to connecting elements having a U-profile shape, wherein the connecting elements each have a predefined pattern of holes, via which the elements forming the body structure are releasably connected, wherein the at least one panelling element is releasably connected to outer limbs of the connecting elements, and wherein the at least one load-specific internal element is releasably connected to inner limbs of the connecting elements.
Use of a material comprising at least one compound related to a ferrous-ferric lamellar double hydroxide, said compound having at least one divalent cation D II, and at least one trivalent cation T III, of the following general formula: [D II 3n(1-x) T III 3nx O 6n H n] n+ [A n-, m H 2 O] n- in which A n- is an anion of charge n, n having the values 1, 2 or 3, in particular 2, m is an integer in the range from 1 to 10, in particular from 1 to 4, advantageously 3, and x is comprised from 0 to 1, said compound comprising a minimum proportion of Fe II of 1% permitting the transformation of an Fe II ion into Fe III, for implementing an electrode in energy storage devices such as electric cells, batteries, accumulators or supercapacitors, the theoretical electrical energy capacity of said electrode is greater than or equal to 160 Ah/kg, in particular 245 Ah/kg. in which A n- is an anion of charge n, n having the values 1, 2 or 3, in particular 2, m is an integer in the range from 1 to 10, in particular from 1 to 4, advantageously 3, and x is comprised from 0 to 1, said compound comprising a minimum proportion of Fe II of 1% permitting the transformation of an Fe II ion into Fe III, for implementing an electrode in energy storage devices such as electric cells, batteries, accumulators or supercapacitors, the theoretical electrical energy capacity of said electrode is greater than or equal to 160 Ah/kg, in particular 245 Ah/kg.
Wooden window frame with anti-burglar protection, particularly a casement frame, applied mainly in roof windows, the basic elements of which are the side members of the frame and the members transverse to them, usually perpendicular, having hinges on their side members connecting the window frame with the sash opened by turning it about a horizontal axis, the hinges being advantageously located in the central part of the side members of the frame between the window frame and the sash frame, advantageously fixed by screws, close to the hinges the frame has a metal section (4, 5) protecting the wood against attempts to split it, and the shielding wall (41, 51) of that section (4,5) is placed along the side member of the frame closer to the external face of the window than the fasteners (31, 55) fixing the hinge, while a transverse wall (42, 52) perpendicular to the shielding wall of the section is placed on the side of that surface of the frame, on which the hinge assembly is fixed, characterized in that the wall (42, 52) transverse versus its shielding wall (41, 51) being fixed to the side member of the frame by intermediate fasteners, advantageously by screws (31, 55) and that the section (4,5) is provided in its wall (42,52) transverse versus the shielding wall respectively with fixing wall or catches penetrating into the material of the side member of the frame.
An area scanning confocal microscope in a reflective configuration comprising: a pattern generation unit (10, 20) configured to generate a line illumination pattern comprising a plurality of lines; a projection unit comprising a microscope objective configured to project the line illumination pattern onto an object through the microscope objective, wherein the focal plane in which the line illumination pattern is projected or imaged is tilted at a tilting angle with respect to an optical axis (z) of the microscope, the tilting angle being in the range of 50° to 85° or in the range of 65° to 85°, and wherein each line of the line illumination pattern is projected at a different height along an optical axis of the microscope; an imaging unit comprising a two-dimensional image detector configured to capture within one image frame of the image detector an image of the projected line illumination pattern, said image being formed by the illumination light reflected by the object, wherein the image of the projected line illumination pattern is imaged onto the two-dimensional image detector through the microscope objective used to project the line illumination pattern onto the object. a pattern generation unit (10, 20) configured to generate a line illumination pattern comprising a plurality of lines; a projection unit comprising a microscope objective configured to project the line illumination pattern onto an object through the microscope objective, wherein the focal plane in which the line illumination pattern is projected or imaged is tilted at a tilting angle with respect to an optical axis (z) of the microscope, the tilting angle being in the range of 50° to 85° or in the range of 65° to 85°, and wherein each line of the line illumination pattern is projected at a different height along an optical axis of the microscope; an imaging unit comprising a two-dimensional image detector configured to capture within one image frame of the image detector an image of the projected line illumination pattern, said image being formed by the illumination light reflected by the object, wherein the image of the projected line illumination pattern is imaged onto the two-dimensional image detector through the microscope objective used to project the line illumination pattern onto the object.
A tractor comprising: a driver seat on which a driver can sit; an antenna unit configured to receive satellite positioning information; a rollover protection structure (ROPS) having right and left vertical frame portions and a lateral frame portion that joins upper ends of the right and left vertical frame portions to each other; and a support member that supports the antenna unit; wherein the support member includes an attachment portion fixed to an upper surface of the lateral frame portion and a mounting portion on which the antenna unit is mounted, characterized in that: when viewed from the front, at least part of the lateral frame portion and at least part of the antenna unit overlap with each other,. and in that the support member is a step-like molded product in which in a side view, a front attachment portion is located at a high position and a rear mounting portion is located a low position, and a vertical wall portion is integrally formed between the front attachment portion and the mounting portion. a driver seat on which a driver can sit; an antenna unit configured to receive satellite positioning information; a rollover protection structure (ROPS) having right and left vertical frame portions and a lateral frame portion that joins upper ends of the right and left vertical frame portions to each other; and a support member that supports the antenna unit; wherein the support member includes an attachment portion fixed to an upper surface of the lateral frame portion and a mounting portion on which the antenna unit is mounted, characterized in that: when viewed from the front, at least part of the lateral frame portion and at least part of the antenna unit overlap with each other,. and in that the support member is a step-like molded product in which in a side view, a front attachment portion is located at a high position and a rear mounting portion is located a low position, and a vertical wall portion is integrally formed between the front attachment portion and the mounting portion. when viewed from the front, at least part of the lateral frame portion and at least part of the antenna unit overlap with each other,. and in that the support member is a step-like molded product in which in a side view, a front attachment portion is located at a high position and a rear mounting portion is located a low position, and a vertical wall portion is integrally formed between the front attachment portion and the mounting portion.
A pneumatic tire comprising: a tread portion which is provided with tread grooves defining a tread pattern and which has an outboard tread edge (Teo) and an inboard tread edge (Tei) which are intended to be positioned away from the center of a vehicle body and close to the center of the vehicle body, respectively, wherein the tread grooves include an outboard shoulder main groove and an outboard crown main groove which are disposed on the outboard tread edge side of the tire equator and extend zigzag continuously in the tire circumferential direction, and wherein the outboard shoulder main groove is composed of alternate long groove segments and short groove segments, the long groove segments are inclined at an angle (θa) with respect to the tire circumferential direction, the short groove segments are inclined at an angle (θb) with respect to the tire circumferential direction which is larger than the angle (θa) of the long groove segments, and groove widths of the long groove segments are gradually increased toward the outboard tread edge (Teo), characterized in that the long groove segments and the short groove segments are inclined with respect to the tire circumferential direction to the outboard tread edge (Teo) toward the same tire circumferential direction. a tread portion which is provided with tread grooves defining a tread pattern and which has an outboard tread edge (Teo) and an inboard tread edge (Tei) which are intended to be positioned away from the center of a vehicle body and close to the center of the vehicle body, respectively, wherein the tread grooves include an outboard shoulder main groove and an outboard crown main groove which are disposed on the outboard tread edge side of the tire equator and extend zigzag continuously in the tire circumferential direction, and wherein the outboard shoulder main groove is composed of alternate long groove segments and short groove segments, the long groove segments are inclined at an angle (θa) with respect to the tire circumferential direction, the short groove segments are inclined at an angle (θb) with respect to the tire circumferential direction which is larger than the angle (θa) of the long groove segments, and groove widths of the long groove segments are gradually increased toward the outboard tread edge (Teo),
A linearization circuit for linearizing of resistive sensors (R T1, R T2, R T3, R TK) having nonlinear behavior, the circuit comprises; - a sensor circuit having a plurality of sub-circuits connected parallel to each other and each of which comprises one of said resistive sensors (R T1, R T2, R T3, R TK) and a resistor (R 1, R 2, R 3, R k), - an inverting operational amplifier having a feedback path where a resistive sensor (R TO) of the same type as in the sub-circuits is connected, and whose inverting input is connected to the sensor circuit. - a sensor circuit having a plurality of sub-circuits connected parallel to each other and each of which comprises one of said resistive sensors (R T1, R T2, R T3, R TK) and a resistor (R 1, R 2, R 3, R k), - an inverting operational amplifier having a feedback path where a resistive sensor (R TO) of the same type as in the sub-circuits is connected, and whose inverting input is connected to the sensor circuit.
A method for wireless communications by a base station, BS, comprising: selecting a first set of random access procedure, RACH, sequences from a second set of RACH sequences, wherein the second set of RACH sequences comprises a pruned set of RACH sequences based on a binary block code filter applied to a set of all possible RACH sequences, the binary block code filter applied to select the second set of RACH sequences reduced from the set of all possible RACH sequences; and assigning the selected first set of RACH sequences to one or more UEs in a zone covered by the base station. selecting a first set of random access procedure, RACH, sequences from a second set of RACH sequences, wherein the second set of RACH sequences comprises a pruned set of RACH sequences based on a binary block code filter applied to a set of all possible RACH sequences, the binary block code filter applied to select the second set of RACH sequences reduced from the set of all possible RACH sequences; and assigning the selected first set of RACH sequences to one or more UEs in a zone covered by the base station.
A warewasher for washing wares, comprising: - a chamber (24, 40) for receiving wares, the chamber (24, 40) having at least one wash zone upstream of a final rinse zone, the wash zone including a tank (30, 50) for collecting sprayed liquid of the wash zone and a liquid recirculation system for moving liquid from the tank (30, 50) to a spray arrangement of the wash zone; - a conveyor for moving wares in a conveyance direction through the chamber (24, 40) from the wash zone to the final rinse zone; the spray arrangement of the wash zone comprises multiple spray tubes (47, 49, 80) extending across a path of the conveyor, each spray tube including multiple spray nozzles, wherein a last of the spray tubes (47, 49, 80) in the wash zone in the conveyance direction includes an associated external filter arrangement for limiting food debris that exits the spray nozzles from being directed onto wares traveling along the conveyor, wherein the spray arrangement of the wash zone includes multiple upper spray tubes (47, 80) and multiple lower spray tubes, characterized in that the last of the spray tubes (47, 49, 80) in the conveyance direction is an upper spray tube, wherein the external filter arrangement forms a channel below the last spray tube (47, 49, 80), the channel including screening structure aligned with the spray nozzles of the last spray tube. - a chamber (24, 40) for receiving wares, the chamber (24, 40) having at least one wash zone upstream of a final rinse zone, the wash zone including a tank (30, 50) for collecting sprayed liquid of the wash zone and a liquid recirculation system for moving liquid from the tank (30, 50) to a spray arrangement of the wash zone; - a conveyor for moving wares in a conveyance direction through the chamber (24, 40) from the wash zone to the final rinse zone;
An arrangement for adjusting the bending resistance of a bendable instrument arm provided in connection with a dental care unit, said arrangement comprising an instrument console or a corresponding structure, to which the instrument arm is attached, and a hand instrument, which is connected to the dental care unit via an instrument hose and arranged to be placed on the instrument console and supported by said instrument arm in such manner that said instrument hose rests on a hose support arranged in connection with the instrument arm, characterized in that the position of the hose support, or the position of the support provided for the instrument hose by the hose support is arranged to be adjustable relative to the instrument arm or the longitudinal central axis of the instrument arm respectively and the bending resistance is adjusted by varying the distance of the hose support from the instrument arm or of the position of the support provided for the instrument hose by the hose support from the longitudinal central axis of the instrument arm.