mhurhangee/ep-ind-claims huggingface dataset:
A beverage can closing member with a frame part having a frame and a rivet hole for opening a beverage can by pressing in a beverage can lid of the beverage can at a predetermined breaking line, and a covering member for resealable arrangement in a withdrawal opening of the beverage can opened by the pressing at the predetermined breaking line, and a locking device formed and/or arranged on the covering member, which is formed and/or arranged such that the covering member arranged in the withdrawal opening of the beverage can can be locked in the withdrawal opening, wherein the covering member is formed in a closure part and/or insertion part accommodated in the frame of the frame part, and an actuator for reopening the beverage can resealed with the covering member, characterized in that the actuator is an extension of the covering member which extends over a portion of the frame of the frame part in the direction of the rivet hole. a frame part having a frame and a rivet hole for opening a beverage can by pressing in a beverage can lid of the beverage can at a predetermined breaking line, and a covering member for resealable arrangement in a withdrawal opening of the beverage can opened by the pressing at the predetermined breaking line, and a locking device formed and/or arranged on the covering member, which is formed and/or arranged such that the covering member arranged in the withdrawal opening of the beverage can can be locked in the withdrawal opening, wherein the covering member is formed in a closure part and/or insertion part accommodated in the frame of the frame part, and an actuator for reopening the beverage can resealed with the covering member, characterized in that the actuator is an extension of the covering member which extends over a portion of the frame of the frame part in the direction of the rivet hole.
A method for regulating temperatures and producing hot domestic supply water within a structure, in particular a viticultural cellar, characterized in that at least one first heat pump and at least one second heat pump are used, at least one of them being of the geothermal type and being connected to at least one geothermal energy source (4, 40), calories are taken from within at least one volume ( V1, V2) of said structure using said first heat pump and/or said second heat pump to cause a drop in the temperature within said at least one volume ( V1, V2) of said structure, and/or calories are introduced within at least one volume ( V1, V2) of said structure using said first heat pump and/or said second heat pump to cause an increase in the temperature within said at least one volume ( V1, V2) of said structure, said method further setting out that when calories are taken from within at least one volume ( V1, V2) of said structure using said first heat pump and/or said second heat pump, said calories withdrawn from said at least one volume ( V1, V2) are recovered and temporarily stored in at least one buffer tank, then at least part of said calories temporarily stored in said buffer tank is transferred to said first heat pump and/or to said second heat pump and/or to said geothermal energy source (4, 40), whereas when calories are introduced within at least one volume ( V1, V2) of said structure using said first heat pump and/or said second heat pump, the frigories generated concomitantly by said first heat pump and/or said second heat pump are recovered and temporarily stored in said buffer tank, then at least part of said frigories temporarily stored in said buffer tank is transferred to said first heat pump and/or to said second heat pump and/or to said geothermal energy source (4, 40).
A component for a gas turbine engine, comprising: a first wall; a second wall; at least one row of pedestals extending between said first wall and said second wall, said at least one row of pedestals having a first set of C-shaped pedestals; wherein said at least one row of pedestals includes a second set of C-shaped pedestals adjacent to said first set of C-shaped pedestals; and wherein said second set of C-shaped pedestals are axially offset and radially staggered relative to said first set of C-shaped pedestals, and wherein each of said C-shaped pedestals include a convex portion and a concave portion that extend between ends, and wherein said first set of C-shaped pedestals and said second set of C-shaped pedestals are disposed axially between a first cavity wall and a second cavity wall, and wherein the first and second sets of C-shaped pedestals (80A, 80B) each include a plurality of radially spaced C-shaped pedestals; the concave portions of the first set of C-shaped pedestals facing in a first axial direction, and the concave portions of the second set of C-shaped pedestals facing in a second axial direction opposite the first axial direction, characterised in that the concave portions of the first and second sets of C-shaped pedestals face in a direction that is towards one another. a first wall; a second wall; at least one row of pedestals extending between said first wall and said second wall, said at least one row of pedestals having a first set of C-shaped pedestals; wherein said at least one row of pedestals includes a second set of C-shaped pedestals adjacent to said first set of C-shaped pedestals; and wherein said second set of C-shaped pedestals are axially offset and radially staggered relative to said first set of C-shaped pedestals, and wherein each of said C-shaped pedestals include a convex portion and a concave portion that extend between ends, and wherein said first set of C-shaped pedestals and said second set of C-shaped pedestals are disposed axially between a first cavity wall and a second cavity wall, and wherein the first and second sets of C-shaped pedestals (80A, 80B) each include a plurality of radially spaced C-shaped pedestals; the concave portions of the first set of C-shaped pedestals facing in a first axial direction, and the concave portions of the second set of C-shaped pedestals facing in a second axial direction opposite the first axial direction, characterised in that the concave portions of the first and second sets of C-shaped pedestals face in a direction that is towards one another.
Method for packaging a preparation of one or more ingredients in powder form, for example ground coffee, in a capsule intended for producing a food liquid, of the food drink type, said method comprising: - a step of supplying said capsule with a predetermined quantity (Q pred) of said preparation, - a step of tamping said preparation in said capsule, - a step of checking the quantity of preparation in said capsule, said method being characterised in that the tamping step comprises at least two distinct tamping operations (E41, E42). - a step of supplying said capsule with a predetermined quantity (Q pred) of said preparation, - a step of tamping said preparation in said capsule, - a step of checking the quantity of preparation in said capsule,
An operation method performed in a terminal in a communication system, the operation method comprising: receiving a higher layer message including first information indicating a size of a bitmap included in second downlink control information, DCI, second information on time duration in which the second DCI is applied, and third information indicating a number of groups of symbols within the time duration from a base station; receiving scheduling information for physical uplink shared channel, PUSCH, transmission from the base station; receiving the second DCI including the bitmap from the base station, each bit included in the bitmap indicating whether or not the PUSCH transmission is canceled in one resource region mapped to the each bit; identifying one or more resource regions in which the PUSCH transmission is canceled based on the bitmap; and cancelling the PUSCH transmission scheduled by the scheduling information in overlapped resources between resources indicated by the scheduling information and the identified one or more resource regions, wherein the one resource region includes one or more symbols in a time domain, and a number of the one or more symbols included in the one resource region is a value of a number of symbols belonging to the time duration divided by the number of groups. receiving a higher layer message including first information indicating a size of a bitmap included in second downlink control information, DCI, second information on time duration in which the second DCI is applied, and third information indicating a number of groups of symbols within the time duration from a base station; receiving scheduling information for physical uplink shared channel, PUSCH, transmission from the base station; receiving the second DCI including the bitmap from the base station, each bit included in the bitmap indicating whether or not the PUSCH transmission is canceled in one resource region mapped to the each bit; identifying one or more resource regions in which the PUSCH transmission is canceled based on the bitmap; and cancelling the PUSCH transmission scheduled by the scheduling information in overlapped resources between resources indicated by the scheduling information and the identified one or more resource regions, wherein the one resource region includes one or more symbols in a time domain, and a number of the one or more symbols included in the one resource region is a value of a number of symbols belonging to the time duration divided by the number of groups.
An IgG epitope, wherein the IgG epitope is a C H 1 domain of non-B cell-derived IgG, and has a N-glycosylated sialic acid modification at the Asn162 site of the C H 1 domain and wherein the amino acid sequence of the IgG epitope consists of the amino acid sequence of SEQ ID NO.1, for use in diagnosis in vivo and/or for use in a method for the treatment of a patient having tumors as a drug target, wherein the tumors are epithelial tumors.
A microwave oven comprising a door assembly, said door assembly including: a door panel at one side of a door and having a push bar and a latch, both projected from one side of the door panel; and a latch board (201; 301) provided to one side of a frame of the microwave oven, said latch board (201;301) including a plurality of levers (L1, L2; L1', L2') each fitted so as to be rotatable from an original position at contact with the latch or the push bar, when the door is closed and the levers (L1,L2;L1',L2') are engaged with the latch or the push bar, and a plurality of switches (S1,S2,S3;S1',S3') operable at contact with the levers (L1, L2; L1', L2'), and wherein the plurality of levers (L1,L2;L1',L2') are adapted to rotate to their original positions by their own gravity when the levers (L1,L2;L1',L2') are disengaged from the latch or the push bar, characterized in that one of the plurality of levers (L1,L2;L1',L2') has at least three arms (L21, L22, L23) to operate at least two of the switches (S1, S2, S3; S1', S3'). a door panel at one side of a door and having a push bar and a latch, both projected from one side of the door panel; and a latch board (201; 301) provided to one side of a frame of the microwave oven, said latch board (201;301) including a plurality of levers (L1, L2; L1', L2') each fitted so as to be rotatable from an original position at contact with the latch or the push bar, when the door is closed and the levers (L1,L2;L1',L2') are engaged with the latch or the push bar, and a plurality of switches (S1,S2,S3;S1',S3') operable at contact with the levers (L1, L2; L1', L2'), and wherein the plurality of levers (L1,L2;L1',L2') are adapted to rotate to their original positions by their own gravity when the levers (L1,L2;L1',L2') are disengaged from the latch or the push bar, characterized in that one of the plurality of levers (L1,L2;L1',L2') has at least three arms (L21, L22, L23) to operate at least two of the switches (S1, S2, S3; S1', S3').
An absorbent article comprising a main body having a liquid-permeable topsheet, a liquid-impermeable backsheet and an absorbent core sandwiched between said topsheet and said backsheet, said main body being arranged along a longitudinal axis and a transversal axis extending in a perpendicular direction in relation to the longitudinal axis, said main body defining a front portion, a back portion and a crotch portion; wherein said article comprises a first wing and a second wing extending outwardly from said crotch portion of the main body in opposite directions in an asymmetric manner with reference to the longitudinal axis, and generally along said transversal axis, said wings (9, 10) being provided with fastening means (11, 12) configured for fastening said wings (9, 10) to a garment when being folded over said main body and towards said longitudinal axis, characterized in that said wings (9, 10) extend generally along a common straight line which defines a first angle (α1) with respect to said transversal axis which exceeds 0° but which is less than 45°, and that each wing (9, 10) has an outer edge (14, 15) which is generally straight and parallel to the longitudinal axis, wherein said straight line extends between a first edge mid-point on the outer edge of the first wing and a second edge mid-point on the outer edge on the second wing, said mid-points (16, 17) being positioned halfway along said outer edges (14, 15) and defining outermost points of said wings (9, 10).
Method for operating automation equipment, which is provided with - an operator system for displaying a technical process to be controlled, and - at least one automation device (2, 3), which is designed to process, for process control, CFC functions (14 to 17) of a control program which are loaded onto the at least one automation device (2, 3) and are created by means of a Continuous Function Chart editor, characterised in that - the processing load of the at least one automation device (2, 3) is captured, - CFC functions (18 to 21) are loaded onto the operator system and correspond to the CFC functions (14 to 17) of the control program which are loaded onto the at least one automation device (2, 3), - by means of at least one selector of the at least one automation device (2, 3) as a function of the processing load either at least one of the CFC functions in the at least one automation device or a CFC function in the operator system corresponding to said at least one CFC function is activated and processed, - by means of the selector a process value is transmitted to a process image of the operator system to activate the one CFC function in the operator system, wherein the CFC function is activated during a process image update. - an operator system for displaying a technical process to be controlled, and - at least one automation device (2, 3), which is designed to process, for process control, CFC functions (14 to 17) of a control program which are loaded onto the at least one automation device (2, 3) and are created by means of a Continuous Function Chart editor, - the processing load of the at least one automation device (2, 3) is captured, - CFC functions (18 to 21) are loaded onto the operator system and correspond to the CFC functions (14 to 17) of the control program which are loaded onto the at least one automation device (2, 3), - by means of at least one selector of the at least one automation device (2, 3) as a function of the processing load either at least one of the CFC functions in the at least one automation device or a CFC function in the operator system corresponding to said at least one CFC function is activated and processed, - by means of the selector a process value is transmitted to a process image of the operator system to activate the one CFC function in the operator system, wherein the CFC function is activated during a process image update.
A cable organizer having an upper side, a bottom side, a left side, and a right side, and comprising: a framework; an upper tube holder including first and second upper ramps; a lower tube holder; a cable organizer plate positioned on the framework above the upper tube holder and above the lower tube holder and including a first side ramp and a first side slot on the left side of the cable organizer plate and a second side ramp and a second side slot on the right side of the cable organizer plate, the first side ramp leading upwardly from the bottom of the cable organizer plate to the first side slot and being in communication with the first side slot, the second side ramp leading upwardly from the bottom of the cable organizer plate to the second side slot and being in communication with the second side slot, the first upper ramp leading downwardly from the upper tube holder to an upper side of the cable organizer plate and being in communication with the first side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet, the second upper ramp leading downwardly from the upper tube holder to the upper side of the cable organizer plate and being in communication with the second side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet; a plurality of trays; characterized by an angled tower mounted to an end of the cable organizer plate, the angled tower defining mounting locations pivotally mounting the plurality of trays to the angled tower. a framework; an upper tube holder including first and second upper ramps; a lower tube holder; a cable organizer plate positioned on the framework above the upper tube holder and above the lower tube holder and including a first side ramp and a first side slot on the left side of the cable organizer plate and a second side ramp and a second side slot on the right side of the cable organizer plate, the first side ramp leading upwardly from the bottom of the cable organizer plate to the first side slot and being in communication with the first side slot, the second side ramp leading upwardly from the bottom of the cable organizer plate to the second side slot and being in communication with the second side slot, the first upper ramp leading downwardly from the upper tube holder to an upper side of the cable organizer plate and being in communication with the first side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet, the second upper ramp leading downwardly from the upper tube holder to the upper side of the cable organizer plate and being in communication with the second side slot where cables from the upper tube holder and cables from the bottom side of the cable organizer plate can meet; a plurality of trays; characterized by an angled tower mounted to an end of the cable organizer plate, the angled tower defining mounting locations pivotally mounting the plurality of trays to the angled tower.
A taxane covalently bound to hyaluronic acid, wherein the covalent bond is indirectly formed between the taxane and hyaluronic acid by means of a spacer, said spacer being selected from the group consisting of linear aliphatic chains substituted with one or more amino groups and more than one carboxyl groups, wherein the covalent bond between the amino group of the spacer and the carboxyl groups of hyaluronic acid is an amide bond, and the covalent bond between the hydroxyl groups of the taxane and the carboxyl group of the spacer is an ester bond, wherein the bond percentage between hyaluronic acid and the taxane is between 0.1% and 35%, and wherein the hyaluronic acid has a molecular weight of between 400 and 230,000 Daltons.
A head tube for a bicycle for providing a coupling between a bicycle frame and a wheel of the bicycle, where the head tube comprises a central axis, where the head tube comprises - a tubular member comprising a terminal first edge and a terminal second edge - a first bearing having a first diameter, - a second bearing having a second diameter, - where the first bearing and the second bearing are adapted to provide a rotation around the central axis of the head tube, - where the first bearing is arranged in a first position in a direction along the central axis where the first position is closer to the terminal first edge than the terminal second edge and the second bearing is arranged in a second position in a direction along the central axis where the second position is closer to the terminal second edge than the terminal first edge, - characterised in that the size of the first and/or second diameter is larger than the distance from the first position of the first bearing to the second position of the second bearing. - a tubular member comprising a terminal first edge and a terminal second edge - a first bearing having a first diameter, - a second bearing having a second diameter, - where the first bearing and the second bearing are adapted to provide a rotation around the central axis of the head tube, - where the first bearing is arranged in a first position in a direction along the central axis where the first position is closer to the terminal first edge than the terminal second edge and the second bearing is arranged in a second position in a direction along the central axis where the second position is closer to the terminal second edge than the terminal first edge, - characterised in that the size of the first and/or second diameter is larger than the distance from the first position of the first bearing to the second position of the second bearing.
A system for generating a three-dimensional object, the system comprising: at least one agent distributor (102, 202) arranged to selectively deliver mixtures of coalescing agent and carrier onto portions of a layer of build material at selectable coalescing agent to carrier concentrations and selectable contone densities; and a controller (104, 210) arranged to control the at least one agent distributor to selectively deliver the mixture to a portion of the layer at a selected coalescing agent to carrier concentration and a selected contone density. at least one agent distributor (102, 202) arranged to selectively deliver mixtures of coalescing agent and carrier onto portions of a layer of build material at selectable coalescing agent to carrier concentrations and selectable contone densities; and a controller (104, 210) arranged to control the at least one agent distributor to selectively deliver the mixture to a portion of the layer at a selected coalescing agent to carrier concentration and a selected contone density.
Device for moving a load, comprising a mobile, in particular rolling chassis from which a lifting device extends with at least one lifting member, which lifting device is intended and configured to receive the load thereon, wherein the lifting member comprises an at least partially lying base and a shoe which extends over a lying part of the base with interposing of at least one weight sensor of electronic weighing means for recording and generating as electronic signal a magnitude of a load carried by the shoe, which weighing means comprise a base unit with at least electronic processing means and an electronic power supply, which base unit is coupled via an electronic connection to the at least one weight sensor, characterized in that the shoe comprises on a proximal side a solid upright part which leaves an intermediate space in relation to a further part of the device, and that at least the base unit of the weighing means is received at least substantially wholly in the intermediate space behind the upright part.