mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a plurality of light emitting elements (150a-150d), and a pre-formed wavelength conversion element (560a, 560c-560e) that is attached to a light emitting surface (155a-155d) of each of the plurality of light emitting elements, wherein the pre-formed wavelength conversion element includes at least one reflective surface that is neither orthogonal nor parallel to a light extraction surface of the preformed wavelength conversion element at a location between at least two of the plurality of light emitting elements, wherein the at least one reflective surface is specularly reflective, and characterised in that the at least one reflective surface is formed by a reflective coating on a surface of the wavelength conversion element (560a, 560c-560e). a plurality of light emitting elements (150a-150d), and a pre-formed wavelength conversion element (560a, 560c-560e) that is attached to a light emitting surface (155a-155d) of each of the plurality of light emitting elements, wherein the pre-formed wavelength conversion element includes at least one reflective surface that is neither orthogonal nor parallel to a light extraction surface of the preformed wavelength conversion element at a location between at least two of the plurality of light emitting elements, wherein the at least one reflective surface is specularly reflective, and characterised in that the at least one reflective surface is formed by a reflective coating on a surface of the wavelength conversion element (560a, 560c-560e).
A wave energy conversion device (101; 200; 801) for use in a body of water comprising: a first pontoon (102; 202; 402; 502; 602; 802) configured to respond to an incident wave by operating in at least a first mode of motion; a second pontoon (103; 203; 403; 503; 603; 803) movably attached to the first pontoon by attachment means (105; 420; 805); wherein the relative motion of the first pontoon (102; 202; 402; 502; 602; 802) to the second pontoon (103; 203; 403; 503; 603; 803) in response to an incident wave is converted into a desired form of energy; wherein the first pontoon (102; 202; 402; 502; 602; 802) and the second pontoon (103; 203; 403; 503; 603; 803) each comprise an elongate body, wherein the second pontoon (103; 203; 403; 503; 603; 803) is attached to the first pontoon (102; 202; 402; 502; 602; 802) adjacent to or at the midpoint of the elongate axis of the first pontoon (102; 202; 402; 502; 602; 802), and the elongate axis of the second pontoon (103; 203; 403; 503; 603; 803) is transverse to the elongate axis of the first pontoon (102; 202; 402; 502; 602; 802); characterised in that the second pontoon (103; 203; 403; 503; 603; 803) is configured to respond to an incident wave by operating in at least one second mode of motion different from the first mode of motion; wherein said first mode of motion comprises a heaving motion; and wherein said second mode of motion comprises a pitching motion. a first pontoon (102; 202; 402; 502; 602; 802) configured to respond to an incident wave by operating in at least a first mode of motion; a second pontoon (103; 203; 403; 503; 603; 803) movably attached to the first pontoon by attachment means (105; 420; 805);
Pneumatic vehicle tyre, comprising a tread, which has at least one shoulder-side row of tread bars, the tread bars of which are separated from one another in the circumferential direction by transverse grooves, wherein the bars of this row of bars are in each case connected to one another by means of a connecting web, which bridges the transverse groove, has with respect to the transverse-groove base two descending lateral flanks (7b, 7c), runs between the bar flanks of the mutually adjacent tread bars at least substantially in the circumferential direction and along the groove base and reaches a maximum height (h 1) of up to 70% of the transverse-groove depth, the lateral flanks (7b, 7c) of the connecting web being stepped in the manner of a staircase, characterized in that the connecting web extends at an angle (α) of 20° to 30° to the circumferential direction and in that the step faces of the steps have a width (b 3) of 0.7 mm to 1.3 mm.
A method of managing a battery having a plurality of battery cells (21a...28e) coupled in series and being divided into a plurality of cell groups (21...28), each of the plurality of cell groups (21...28) including a first battery cell (21 a, 22a, 23a, 24a, 25a, 26a, 27a, 28a) and a second battery cell (21 b, 22b, 23b, 24b, 25b, 26b, 27b, 28b), the method comprising concurrently performing for each cell group (21...28): a) charging a capacitor with a first battery cell voltage; b) measuring the first battery cell voltage using the voltage charged to the capacitor corresponding to the first battery cell voltage; c) charging the capacitor with a second battery cell voltage under a condition that the capacitor is charged with the first battery cell voltage; d) measuring the second battery cell voltage using the voltage charged to the capacitor corresponding to the second battery cell voltage; e) charging a capacitor with a third battery cell voltage; f) measuring the third battery cell voltage using the voltage charged to the capacitor corresponding to the third battery cell voltage; g) charging the capacitor with a fourth battery cell voltage under a condition that the capacitor is charged with the third battery cell voltage; and h) measuring the fourth battery cell voltage using the voltage charged to the capacitor corresponding to the fourth battery cell voltage, characterized in that the first cell voltage and the second cell voltage correspond to a first battery cell (21 a) and a second battery cell of one of the plurality of cell groups, the third cell voltage and the fourth cell voltage correspond a first battery cell and a second battery cell of another one of the plurality of cell groups, and wherein steps a) and e) are carried out in the same manner during the period, steps b) and f) are carried out in the same manner during the period, steps c) and g) are carried out in the same manner during the period, and steps d) and h) are carried out in the same manner during the period. a) charging a capacitor with a first battery cell voltage; b) measuring the first battery cell voltage using the voltage charged to the capacitor corresponding to the first battery cell voltage; c) charging the capacitor with a second battery cell voltage under a condition that the capacitor is charged with the first battery cell voltage; d) measuring the second battery cell voltage using the voltage charged to the capacitor corresponding to the second battery cell voltage; e) charging a capacitor with a third battery cell voltage; f) measuring the third battery cell voltage using the voltage charged to the capacitor corresponding to the third battery cell voltage; g) charging the capacitor with a fourth battery cell voltage under a condition that the capacitor is charged with the third battery cell voltage; and h) measuring the fourth battery cell voltage using the voltage charged to the capacitor corresponding to the fourth battery cell voltage,
A controller arranged to be retrofitted to a pre-installed door entry system (1, 3) of an area having a communal entrance secured by a communal door having a first electrically operated lock and a non-communal internal region secured by an internal door having a second electrically operated lock, the door entry system comprising a door panel associated with the communal entrance and an entry phone located within the internal region; the controller being connectable the existing circuitry of the entry phone so as to be able to: receive a request for entry into the internal region from the door panel; and transmit an electrical signal to the entry phone to unlock the first and second electrically operated locks (2, 4); the controller comprising: a detector arranged to detect the request for entry by a person; a verifier arranged to verify the right of access of the person into internal region; and a lock controller arranged to generate the signals to control the entry phone to unlock the first and second electrically operated locks when the right of access of the person into the internal region has been verified; wherein the controller further comprises a processor arranged to packet sniff to learn commands of the pre-installed entry system. receive a request for entry into the internal region from the door panel; and transmit an electrical signal to the entry phone to unlock the first and second electrically operated locks (2, 4); the controller comprising: a detector arranged to detect the request for entry by a person; a verifier arranged to verify the right of access of the person into internal region; and a lock controller arranged to generate the signals to control the entry phone to unlock the first and second electrically operated locks when the right of access of the person into the internal region has been verified; wherein the controller further comprises a processor arranged to packet sniff to learn commands of the pre-installed entry system. a detector arranged to detect the request for entry by a person; a verifier arranged to verify the right of access of the person into internal region; and a lock controller arranged to generate the signals to control the entry phone to unlock the first and second electrically operated locks when the right of access of the person into the internal region has been verified; wherein the controller further comprises a processor arranged to packet sniff to learn commands of the pre-installed entry system.
Flush valve allowing a selection of a quantity of flush water in a toilet tank comprising a fastening ring for fastening said flush valve into a toilet tank, a tubular housing having a longitudinal axis (A-A), the housing being provided with two diametrically opposite longitudinal slots including shaped bearings which are disposed in a predetermined distance and define a quantity of flushed water, a closing bar which is coaxially arranged within said housing and has a bottom end, with which it can close a flush opening of the toilet tank, and at least one horseshoe shaped float being pivotally mounted by integrally formed plugs in the housing within the longitudinal slots, the slots being parallel to each other and also to the longitudinal axis (A-A) of the housing, characterised in that the closing bar has two longitudinal ribs diametrically disposed substantially along the entire length of the closing bar with more than one notch and at least one indentation, which indentations are arranged over the notches whereby both notches and indentations arc mutually spaced and the space corresponds to the distance of the bearings in each longitudinal slot of the housing, wherein said closing bar is arranged within the tubular housing in a way that each longitudinal rib is aligned with each longitudinal slot of the tubular housing and each plug of said float, wherein each rib, each longitudinal slot and each plug lie on a common axis perpendicular to the longitudinal axis (A-A) of said housing, and that the horseshoe shaped float comprises an U - shaped groove on each of its legs, which groove extends in the height of said horseshoe shaped float and has a tooth integrally formed at a distal side of the groove, aligned with the bottom edge of the horseshoe shaped float and reaching into the groove to engage with the notch or/and the indentation of the rib not further than the centre of the groove when the closing bar is raised until the water level drops beyond a certain level, and disengages from the notch or/and indentation when the water level drops beyond this certain level, the integrally formed plugs being arranged at an upper edge of the horseshoe shaped float on the external side of its legs, opposite to the bottom of the groove, whereby the quantity of flushed water is defined by the position of the horseshoe shaped float which can be disposed at different positions in different bearings of the longitudinal slots.
A composition comprising an iota carrageenan that has been subjected to an ion exchange process, wherein the iota carrageenan comprises: a potassium content of about 6 mg/g to about 35 mg/g carrageenan; a calcium content of less than about 13 mg/g carrageenan; and a magnesium content of less than about 5 mg/g carrageenan.
Straddle-type vehicle comprising: a body frame; a main seat portion supported by the body frame; and a main body cover arranged below the main seat portion so as to cover the body frame; characterized in that at least one side grill is arranged on a lateral side of the main body cover at a position below a front section of the main seat portion, and the side grill is detachably fixed to the main body cover from the inside of the main body cover. a body frame; a main seat portion supported by the body frame; and a main body cover arranged below the main seat portion so as to cover the body frame; characterized in that at least one side grill is arranged on a lateral side of the main body cover at a position below a front section of the main seat portion, and the side grill is detachably fixed to the main body cover from the inside of the main body cover.
A method for controlling an unmanned aerial vehicle, UAV, by a regulator entity, the UAV being connected to a cellular network, the method being performed by the UAV and comprising: receiving, from a cellular network entity of the cellular network, a command originating from the regulator entity, the command being directed to the UAV and taking precedence in the UAV over commands originating from other entities (608, 610) controlling the UAV, wherein the command is received from the cellular network entity via a Non-Stratum, NAS, message; and executing the command received via the NAS message with higher priority than commands received via user plane connections through the cellular network. receiving, from a cellular network entity of the cellular network, a command originating from the regulator entity, the command being directed to the UAV and taking precedence in the UAV over commands originating from other entities (608, 610) controlling the UAV, wherein the command is received from the cellular network entity via a Non-Stratum, NAS, message; and executing the command received via the NAS message with higher priority than commands received via user plane connections through the cellular network.
A safety needle device comprising: a housing having a proximal end and a distal end having an opening; a retractable sheath disposed and movable in the opening and surrounding a needle; the needle connected to a needle hub at the proximal end of the housing and having a needle bevel at a distal end of the needle; the retractable sheath having a sheath bevel at a distal end of the retractable sheath, the sheath bevel and needle bevel being offset from each other, characterized in that the sheath bevel comprises a first injection angle guide configured for a first injection angle in the range between 10 to 90 degrees relative to the needle forming a primary bevel, a second injection angle guide configured for a second injection angle in the range between 10 to 90 degrees relative to the needle and configured to be larger than the first injection angle guide, the second injection angle guide forming a secondary bevel, the primary bevel and the secondary bevel meet at an intersection, and a third injection angle guide configured for a third injection angle as a blunted tip of the distal end of the retractable sheath, the secondary bevel and the blunted tip meet at an intersection; the first injection angle guide, the second injection angle guide, and the third injection angle guide define a beveled face about a periphery of the distal end of the retractable sheath to adjust the needle bevel relative to an injection site. a housing having a proximal end and a distal end having an opening; a retractable sheath disposed and movable in the opening and surrounding a needle; the needle connected to a needle hub at the proximal end of the housing and having a needle bevel at a distal end of the needle; the retractable sheath having a sheath bevel at a distal end of the retractable sheath, the sheath bevel and needle bevel being offset from each other,
Printing machine (210, 310) of the blocking press type, comprising: - a heating unit (212, 312) which comprises a curved surface for supporting a cliché, - an impression head (214, 314) comprising means (16, 16a, 16b) for guiding the heating unit in tilting in a plane PX, and - an actuator (218, 318) for tilting the heating unit with respect to the impression head, this actuator being connected via a connecting member (232, 332) to the heating unit, characterized in that the actuator is mounted with the ability to move translationally with respect to the impression head in a plane parallel to the plane PX or coincident with this plane PX. - a heating unit (212, 312) which comprises a curved surface for supporting a cliché, - an impression head (214, 314) comprising means (16, 16a, 16b) for guiding the heating unit in tilting in a plane PX, and - an actuator (218, 318) for tilting the heating unit with respect to the impression head, this actuator being connected via a connecting member (232, 332) to the heating unit,
A rotary body (30, 50) made of resin and configured to be attached to a crankshaft which is rotatable about a rotational axis, the crankshaft having a shaft portion which is disposed on the rotational axis and supported by a bearing, an arm portion and a counterweight portion which are connected to an end of the shaft portion perpendicularly with respect to the rotational axis, and a crankpin portion which is offset from the rotational axis and extends from the arm portion parallel to the rotational axis, the arm portion having an outside surface on a side toward the shaft portion, and an inside surface on a side toward the crankpin portion, the rotary body including an outside plate element which is attached to the outside surface of the arm portion, an inside plate element which is attached to the inside surface of the arm portion, and a pair of filler elements which are disposed between the outside plate element and the inside plate element and on both sides of the arm portion, wherein the outside plate element and the pair of filler elements are coupled to each other, and the pair of filler elements and the inside plate element are coupled to each other, and characterised in that the outside plate element is disposed adjacent to the bearing supporting the shaft portion and has an annular protrusion extending between an outer ring and an inner ring of the bearing. the crankshaft having a shaft portion which is disposed on the rotational axis and supported by a bearing, an arm portion and a counterweight portion which are connected to an end of the shaft portion perpendicularly with respect to the rotational axis, and a crankpin portion which is offset from the rotational axis and extends from the arm portion parallel to the rotational axis, the arm portion having an outside surface on a side toward the shaft portion, and an inside surface on a side toward the crankpin portion, the rotary body including an outside plate element which is attached to the outside surface of the arm portion, an inside plate element which is attached to the inside surface of the arm portion, and a pair of filler elements which are disposed between the outside plate element and the inside plate element and on both sides of the arm portion, wherein the outside plate element and the pair of filler elements are coupled to each other, and the pair of filler elements and the inside plate element are coupled to each other, and characterised in that the outside plate element is disposed adjacent to the bearing supporting the shaft portion and has an annular protrusion extending between an outer ring and an inner ring of the bearing.
A planar velour knitted fabric, said velour knitted fabric having an upper side and a lower side, said upper side comprising a pile and said lower side comprising a knitted fabric of at least one pile material and a base material, said lower side being free of an adhesive, wherein the at least one pile material in the knitted fabric is formed as at least one pile yarn and the base material in the knitted fabric is formed as at least one base yarn (1, 2) and wherein the pile comprises the at least one pile material, wherein the at least one pile material of the pile comprises individual fibrils with a fineness of at most 2 dtex per fibril, characterized in that said knitted fabric has a stitch density of 400 to 800 stitches/cm 2.
A fiber preparation system, with a succession of machines (1 - 6) and conveyor sections (14 - 18) that are respectively arranged between the machines (1 - 6) for pneumatic flock conveyance, and with an air extraction system for extracting exhaust air from the conveyor sections (14 - 18), characterized in that the air extraction system has an induced draft fan that is connected with a suction line to at least one of the conveyor sections (14 - 18) via air extraction ducts (34, 37, 45) emanating from the suction line and associated with the respective conveyor section (14 - 18), and that the air extraction ducts (41, 48) that are not connected to the suction line are combined in a collecting line, and in that an associated conveying fan (21, 25, 31) is provided in the pneumatic flock conveyor in the respective conveyor sections (14 - 18), and that a volume flow measuring means (19, 20, 24, 28, 30) associated with the conveyor sections (14 - 18) is provided in the pneumatic flock conveyor in the respective conveyor section (14 - 18), and that a constant volume flow is ensured by the volume flow measuring means (20, 24, 30) and corresponding regulation of the conveying fan (21, 25, 31) in the respective conveyor section (15, 16, 18), and that an exhaust control element (35, 38, 42, 46, 49) is provided in at least one air extraction duct (34, 37, 41, 45, 48).