mhurhangee/ep-ind-claims huggingface dataset:
Lid for a container made of metal and able to contain a substance, comprising: - a closing element defined by a line of incision provided with a front portion, - an opening lever disposed astride the line of incision and comprising a fulcrum front end disposed at the front of the front portion, and an intermediate region provided with a flexible tongue attached to the closing element, - a mechanical element configured to attach the flexible tongue mechanically to the closing element, and provided with an upper abutment head, which is configured to cooperate with said flexible tongue and is delimited peripherally by an external periphery, wherein said line of incision has at the front, in the zone where pulling and lifting starts, in correspondence to said mechanical element, a portion protruding outside, toward the fulcrum front end of the opening lever, characterized in that said mechanical element is disposed essentially tangent to the front portion of the line of incision, providing that said external periphery of the upper abutment head is located or falls inside the cross section of said line of incision in the most advanced extension of the external periphery toward the fulcrum front end of the opening lever, and in that said mechanical element is essentially tangent to said protruding portion of said line of incision. - a closing element defined by a line of incision provided with a front portion, - an opening lever disposed astride the line of incision and comprising a fulcrum front end disposed at the front of the front portion, and an intermediate region provided with a flexible tongue attached to the closing element, - a mechanical element configured to attach the flexible tongue mechanically to the closing element, and provided with an upper abutment head, which is configured to cooperate with said flexible tongue and is delimited peripherally by an external periphery, wherein said line of incision has at the front, in the zone where pulling and lifting starts, in correspondence to said mechanical element, a portion protruding outside, toward the fulcrum front end of the opening lever,
Method for operating a Coriolis mass flowmeter having at least one electric setting device, at least one electric drive as oscillation generator, having at least one measuring tube interacting with a medium and having at least one oscillation sensor, wherein the electric setting device provides an electric excitation signal for exciting the electric drive and the electric drive excites the measuring tube into oscillation in at least one first natural mode, the excited oscillation of the measuring tube is detected by the oscillation sensor as an oscillation measuring variable ( x,ẋ, t) and wherein the mass flow ( ṁ) as the at least one medium parameter relating to the medium is calculated with the aid of the oscillation measuring variable ( t) by means of a calculation rule, that the eigenfrequency ( f 01) of the oscillation of the measuring tube is determined in the first natural mode during operation of the Coriolis mass flowmeter, that the eigenfrequency ( f 02) of the oscillation of the measuring tube is determined in at least one second natural mode during operation of the Coriolis mass flowmeter, that the calculation rule represents a mathematic relation between the oscillation measuring variable ( t), the medium parameter ( ṁ) and the eigenfrequencies ( f 01, f 02) of the oscillations of the measuring tube in the first natural mode and the second natural mode, characterized in that the medium parameter ( ṁ) is determined taking into consideration the current determined eigenfrequencies ( f 01, f 02) of the oscillations of the measuring tube in the first natural mode and the second natural mode as well as the oscillation measuring variable ( t), that the calculation rule has a term for the eigenfrequencies ( f 01, f 02) of the oscillations of the measuring tube in the first natural mode and the second natural mode as an integral correction function f IK, and the calculation rule has no further dependencies on the eigenfrequencies ( f 01, f 02) of the oscillations of the measuring tube in the first natural mode and the second natural mode, wherein the term for the integral correction function f IK depending on the eigenfrequencies ( f 01, f 02) of the oscillations of the measuring tube in the first natural mode and the second natural mode has the following form 1 1 − ω 01 2 ω 02 2 wherein ω 01 is the circular eigenfrequency of the oscillation in the first natural mode and ω 02 is the circular eigenfrequency of the oscillation in the second natural mode, and that by continually measuring the eigenfrequencies ( f 01, f 02) during operation of the Coriolis mass flowmeter, the integral influences of the of disturbances can be mapped and can be taken into consideration in determining the medium parameters ( ṁ) with the used calculation rule without the individual functional relations of the effect of different interferences on the medium parameters ṁ) and its dependencies having to be known.
A method for use in a U ser E quipment, UE (220-240, 650), to utilize a new S pecial S ub- F rame, SSF, in a T ime D ivision D uplex, TDD, cellular network, wherein the TDD cellular network is a Time Division - Long Term Evolution, TD-LTE, network, and wherein the UE (220-240, 650) is enabled to support the new SSF, the method comprising: - Receiving (420, 520) a legacy SSF configuration notification from a B ase S tation, BS (210, 600), serving the UE (220-240, 650); - Receiving (440, 540) a scheduled downlink transmission with the new SSF from the BS (210, 600); - Processing (450, 550) the scheduled downlink transmission on the basis of an assumption that the SSF in the scheduled downlink transmission is the new SSF; and - When the SSF in the scheduled downlink transmission is actually the new SSF, a response (460, 560) will be triggered to transmit to the BS (210, 600) after processing the scheduled downlink transmission; characterized by: - Detecting symbol energy in the Downlink Pilot Time Slot, DwPTS, of the SSF in the received downlink transmission; - If the symbol energy exceeds a threshold higher than a symbol energy in the DwPTS of the legacy SSF, determining that the SSF in the received downlink transmission is the new SSF; wherein the processing the scheduled downlink transmission step (450, 550) comprises: processing the scheduled downlink transmission on the basis of the determination that the SSF in the received downlink transmission is the new SSF. - Receiving (420, 520) a legacy SSF configuration notification from a B ase S tation, BS (210, 600), serving the UE (220-240, 650); - Receiving (440, 540) a scheduled downlink transmission with the new SSF from the BS (210, 600); - Processing (450, 550) the scheduled downlink transmission on the basis of an assumption that the SSF in the scheduled downlink transmission is the new SSF; and - When the SSF in the scheduled downlink transmission is actually the new SSF, a response (460, 560) will be triggered to transmit to the BS (210, 600) after processing the scheduled downlink transmission; characterized by: - Detecting symbol energy in the Downlink Pilot Time Slot, DwPTS, of the SSF in the received downlink transmission; - If the symbol energy exceeds a threshold higher than a symbol energy in the DwPTS of the legacy SSF, determining that the SSF in the received downlink transmission is the new SSF; - Detecting symbol energy in the Downlink Pilot Time Slot, DwPTS, of the SSF in the received downlink transmission; - If the symbol energy exceeds a threshold higher than a symbol energy in the DwPTS of the legacy SSF, determining that the SSF in the received downlink transmission is the new SSF;
The flange yoke for attaching the propshaft, which provides the rotational motion and power transmission between differential and transmission in motor vehicles, to the vehicle, wherein the flange yoke comprises an assembly base, connection surfaces and raised zones, wherein the flange yoke is attached via the connection surfaces, and characterized by • the raised zone is located on the assembly base, • surface of the raised zone is higher than surface of the assembly base, • the raised zone is formed by decreasing thickness of the assembly base, • removal of material from the connection surface is formed by cutting tools on the assembly base, wherein the raised zone allows balanced material removal from the connection surface as connection surface is kept high. wherein the flange yoke comprises an assembly base, connection surfaces and raised zones, wherein the flange yoke is attached via the connection surfaces, and characterized by • the raised zone is located on the assembly base, • surface of the raised zone is higher than surface of the assembly base, • the raised zone is formed by decreasing thickness of the assembly base, • removal of material from the connection surface is formed by cutting tools on the assembly base, wherein • the raised zone is located on the assembly base, • surface of the raised zone is higher than surface of the assembly base, • the raised zone is formed by decreasing thickness of the assembly base, • removal of material from the connection surface is formed by cutting tools on the assembly base, wherein the raised zone allows balanced material removal from the connection surface as connection surface is kept high.
A user terminal which supports cellular communication and D2D proximity service, comprising: a receiver configured to receive first information from a base station, the first information indicating D2D assignment candidate resources reserved from among uplink radio resources of the cellular communication, wherein the uplink radio resources include physical random access channel, PRACH, resources used for PRACH transmission in the cellular communication; the receiver further configured to receive second information from the base station, the second information designating the PRACH resources; a controller configured to select radio resources from among the D2D assignment candidate resources, the radio resources used for D2D transmission, wherein the controller selects the radio resources while avoiding selection of the PRACH resources; and a transmitter configured to transmit D2D signals to other user terminals using the selected radio resources. a receiver configured to receive first information from a base station, the first information indicating D2D assignment candidate resources reserved from among uplink radio resources of the cellular communication, wherein the uplink radio resources include physical random access channel, PRACH, resources used for PRACH transmission in the cellular communication; the receiver further configured to receive second information from the base station, the second information designating the PRACH resources; a controller configured to select radio resources from among the D2D assignment candidate resources, the radio resources used for D2D transmission, wherein the controller selects the radio resources while avoiding selection of the PRACH resources; and a transmitter configured to transmit D2D signals to other user terminals using the selected radio resources.
An apparatus for intravascular pressure measurement, comprising: an elongate body including a proximal portion and a distal portion, the body defining a lumen extending from a proximal end to a distal end of the body, the lumen sized and shaped to allow the passage of a guidewire therethrough, the body including an annular wall extending from the lumen to an outer surface of the body; a first pressure sensor disposed within the wall of the distal portion of the body; and a centering assembly disposed adjacent the pressure sensor, the centering assembly having a first collapsed position and a second expanded position adapted to engage a vessel wall to center the pressure sensor within the vessel, characterized in that: the centering assembly comprises positioning wires (152, 154, 156, 158) configured to engage the vessel wall, the positioning wires extending through and anchored in distal ends of elongated channels (160, 162, 164, 166) defined in the outer surface of the elongate body and further extending through and slidable within tubular lumens of the annular wall. an elongate body including a proximal portion and a distal portion, the body defining a lumen extending from a proximal end to a distal end of the body, the lumen sized and shaped to allow the passage of a guidewire therethrough, the body including an annular wall extending from the lumen to an outer surface of the body; a first pressure sensor disposed within the wall of the distal portion of the body; and a centering assembly disposed adjacent the pressure sensor, the centering assembly having a first collapsed position and a second expanded position adapted to engage a vessel wall to center the pressure sensor within the vessel, characterized in that: the centering assembly comprises positioning wires (152, 154, 156, 158) configured to engage the vessel wall, the positioning wires extending through and anchored in distal ends of elongated channels (160, 162, 164, 166) defined in the outer surface of the elongate body and further extending through and slidable within tubular lumens of the annular wall.
A sound absorbing lighting panel comprising: - a sound absorbing member; - an optical medium over the sound absorbing member; - a first set of solid state lighting elements arranged along a first edge of the optical medium; and - a translucent sheet over the optical medium, characterized in that the translucent sheet comprising a glass fibre mat coated with an opaque paint, wherein the opaque paint coating has a larger thickness over a first region of the optical medium comprising the first edge than over a central region of the optical medium so that the translucent sheet has a higher degree of translucency over the central region than over the first region. - a sound absorbing member; - an optical medium over the sound absorbing member; - a first set of solid state lighting elements arranged along a first edge of the optical medium; and - a translucent sheet over the optical medium, characterized in that the translucent sheet comprising a glass fibre mat coated with an opaque paint,
A control mechanism (200, 300, 500, 600, 660, 700, 800, 900) for setting a transmission ratio between a traction means (206, 309, 512, 606, 706, 812, 912) and a wheel set that is rotatable about a wheel axle and includes two or more wheel blades (202, 220, 230; 310, 320, 330; 510, 520; 610, 620, 630; 710, 711, 712; 810, 820, 830) which can facultatively be wrapped around by the traction means, wherein at least one of the wheel blades is composed of a plurality of independently adjustable wheel rim sectors (203, 204; 301, 302; 501; 621, 631; 661; 711, 712; 802, 803; 902), wherein the control mechanism causes the adjustment of the wheel rim sectors relative to a fixed plane ("plane of alignment") in which the traction means wraps around the wheel set, in a direction substantially transverse to the plane of alignznent, wherein - at least one control component (212; 304; 504a, 505; 730; 807; 908) mounted decoupled from a rotary movement of the wheel set, - a plurality of co-rotating thrust elements (216; 306; 504b; 701; 804, 805; 906), wherein a thrust element is each associated to the wheel rim sectors and each of the wheel rim sectors is connected to the respectively associated thrust element so as to be rotationally fixed relative to the rotation about the wheel axle, wherein the thrust elements are each displaceable via respective rotation-free coupling between a first and a second position by the at least one control component at least in the axial direction, wherein the first position of a thrust element corresponds to the position of an associated wheel rim sector outside the plane of alignment, whereas a thrust element being in the second position exerts on the respective wheel rim sector, at least as long the latter is outside the plane of alignment, a force for displacing the respective wheel rim sector into the plane of alignment, characterized in that the wheel blades have different circumferential radii, one wheel blade (202, 310, 510, 610, 710, 810) having the smallest circumferential radius and being undivided and the undivided wheel blade comprises at least one opening, through which extend at least one thrust element (504b, 701) and/or at least one connection element (503, 702) associated to a thrust element and serving to connect the thrust element to the respective wheel rim sector (501, 721). - at least one control component (212; 304; 504a, 505; 730; 807; 908) mounted decoupled from a rotary movement of the wheel set, - a plurality of co-rotating thrust elements (216; 306; 504b; 701; 804, 805; 906), wherein a thrust element is each associated to the wheel rim sectors and each of the wheel rim sectors is connected to the respectively associated thrust element so as to be rotationally fixed relative to the rotation about the wheel axle,
An apparatus for euthanasia of at least one animal, comprising: a sealable chamber comprising at least one opening for ingress of said at least one animal into said chamber, at least two electricity conducting elements disposed within the chamber to administer to said at least one animal a current sufficient to stun and render insensibility to said at least one animal; an air evacuation system; and an electrical supply control unit for supplying the electric voltage / current to the electricity conducting elements, the apparatus characterized in that the air evacuation system is operably configured to evacuate air from said sealable chamber to create a reduced atmospheric pressure suitable to induce hypoxia. a sealable chamber comprising at least one opening for ingress of said at least one animal into said chamber, at least two electricity conducting elements disposed within the chamber to administer to said at least one animal a current sufficient to stun and render insensibility to said at least one animal; an air evacuation system; and an electrical supply control unit for supplying the electric voltage / current to the electricity conducting elements, the apparatus characterized in that the air evacuation system is operably configured to evacuate air from said sealable chamber to create a reduced atmospheric pressure suitable to induce hypoxia.
A peptide containing conjugate comprising: wherein P is a peptide having SEQ ID No 1; and m is 0, 1, 2, 3, 4, 5 or 6. wherein P is a peptide having SEQ ID No 1; and m is 0, 1, 2, 3, 4, 5 or 6.
A curable composition, comprising: a polyisocyanate compound in a content from 10 % by mass to 80 % by mass with respect to the total mass of the curable composition; a compound selected from the group consisting of a polyol in a content from 10 % by mass to 60 % by mass with respect to the total mass of the curable composition and an epoxy compound having more than one epoxy group in one molecule in a content from 10 % by mass to 60 % by mass with respect to the total mass of the curable composition; a base amplifier in a content from 3 % by mass to 15 % by mass with respect to the total amount of the polyol and the epoxy compound having more than one epoxy group in one molecule; and a base generator in a content from 4% by mass to 35% by mass with respect to the total content of the polyol and the epoxy compound having more than one epoxy group in one molecule, wherein the base amplifier comprises a compound represented by the following General Formula: wherein, in the formula, G represents an organic group; and X is a group represented by the following General Formula -11, General Formula -12, General Formula -13, or General Formula -14: wherein, in the formulae, each of R 11, R 12, R 13, R 21, R 22, R 23, R 24, R 31, R 32, R 33, R 41, R 42, R 43, and R 44 independently represents a hydrogen atom or a hydrocarbon group; when two or more of R 11, R 12, or R 13 are hydrocarbon groups, the two or more hydrocarbon groups may be bonded to each other to form a ring; when two or more of R 21, R 22, R 23, or R 24 are hydrocarbon groups, the two or more hydrocarbon groups may be bonded to each other to form a ring; when two or more of R 31, R 32, or R 33 are hydrocarbon groups, the two or more hydrocarbon groups may be bonded to each other to form a ring; when two or more of R 41, R 42, R 43, or R 44 are hydrocarbon groups, the two or more hydrocarbon groups may be bonded to each other to form a ring; and * represents a site that is bonded to a carbon atom, and wherein the base generator is a compound that generates a base in response to irradiation by light or heating. a polyisocyanate compound in a content from 10 % by mass to 80 % by mass with respect to the total mass of the curable composition; a compound selected from the group consisting of a polyol in a content from 10 % by mass to 60 % by mass with respect to the total mass of the curable composition and an epoxy compound having more than one epoxy group in one molecule in a content from 10 % by mass to 60 % by mass with respect to the total mass of the curable composition; a base amplifier in a content from 3 % by mass to 15 % by mass with respect to the total amount of the polyol and the epoxy compound having more than one epoxy group in one molecule; and a base generator in a content from 4% by mass to 35% by mass with respect to the total content of the polyol and the epoxy compound having more than one epoxy group in one molecule,
A structure securing a diaphragm to a case forming a space therein, the diaphragm dividing the space into a first chest and a second chest, the case comprising a first frame having a first concave portion defining the first chest, and a second frame having a second concave portion defining the second chest, the first frame comprising a first frame main body opposed to the second frame, and first arm portions disposed intermittently along an outer edge of the first frame main body and extending toward the second frame, the second frame comprising a second frame main body opposed to the first frame, and second arm portions disposed intermittently along an outer edge of the second frame main body and extending toward the first frame, wherein an edge portion of the diaphragm is compressed and held between the first frame and the second frame which are fitted with each other, and the first arm portions and the second arm portions are constricted by a fastener from the outside of the case, the fastener being configured to be detachable from the first and second arm portions (52, 62). the diaphragm dividing the space into a first chest and a second chest, the case comprising a first frame having a first concave portion defining the first chest, and a second frame having a second concave portion defining the second chest, the first frame comprising a first frame main body opposed to the second frame, and first arm portions disposed intermittently along an outer edge of the first frame main body and extending toward the second frame, the second frame comprising a second frame main body opposed to the first frame, and second arm portions disposed intermittently along an outer edge of the second frame main body and extending toward the first frame, wherein an edge portion of the diaphragm is compressed and held between the first frame and the second frame which are fitted with each other, and the first arm portions and the second arm portions are constricted by a fastener from the outside of the case, the fastener being configured to be detachable from the first and second arm portions (52, 62).