mhurhangee/ep-ind-claims huggingface dataset:
A bicycle frame which comprises: a tube member being hollow and having a tube body having a lengthwise direction; a peripheral surface; two ends opposite each other in the lengthwise direction of the tube body; an inserting opening formed at one of the two ends of the tube body; a first battery passing through the inserting opening and received in the first receiving recess; characterized in that the bicycle frame further comprises, an embedding opening formed through the peripheral surface of the tube body, a reinforcing rib integrally formed on the tube body, extending along the lengthwise direction of the tube body, and dividing an inside of the tube body into: - a first receiving recess communicating with the inserting opening and - a second receiving recess communicating with the embedding opening, wherein a second battery passing through the embedding opening is received in the second receiving recess, and wherein the reinforcing rib has at least one slot communicating with the first receiving recess and the second receiving recess. a tube member being hollow and having a tube body having a lengthwise direction; a peripheral surface; two ends opposite each other in the lengthwise direction of the tube body; an inserting opening formed at one of the two ends of the tube body; a first battery passing through the inserting opening and received in the first receiving recess; characterized in that the bicycle frame further comprises, an embedding opening formed through the peripheral surface of the tube body, a reinforcing rib integrally formed on the tube body, extending along the lengthwise direction of the tube body, and dividing an inside of the tube body into: - a first receiving recess communicating with the inserting opening and - a second receiving recess communicating with the embedding opening, - a first receiving recess communicating with the inserting opening and - a second receiving recess communicating with the embedding opening, wherein a second battery passing through the embedding opening is received in the second receiving recess, and wherein the reinforcing rib has at least one slot communicating with the first receiving recess and the second receiving recess.
An assembly of covers for a roadway device, of the type comprising a first cover and a second cover, the first cover comprising a first linking side and a first plate that extends along a first plane of the plate (T1-T1) and which includes an upper surface; the second cover comprising a second linking side that is adjacent to the first linking side and a second plate that extends along a second plane of the plate (T2-T2) and which includes an upper surface; characterized in that the assembly of covers includes the linking means that connect the first cover to the second cover along the first and second linking sides; in that the linking means include hinge means that define an axis of hinging (X-X) between the first cover and the second cover along the first and second linking sides; and in that the linking means include the first end stop means that are adapted so as to limit the angle of articulation of the second cover in relation to the first cover about the axis of hinging (X- X), to a first limiting angle (α1) and with this being in a direction of rotation that directs the two upper surfaces (46, 76) towards each other.
A stator for a generator, comprising: a ferromagnetic core with a plurality of poles arranged about a rotation axis; a direct current coil wrapped about the poles; and a plurality of permanent magnets (PMs); wherein the ferromagnetic core includes a yoke extending about the rotation axis and coupling a first of the poles to a second of the poles; wherein each of the poles extends radially inward from the yoke and is split radially, so as to include a pole core, a first split part, a second split part, a first pole shoe and a second pole shoe; wherein the pole core is coupled to the yoke and extends radially inward from the yoke towards rotation axis; wherein the first split part is coupled to the pole core on a side of the pole core opposite the yoke, wherein the second split part is coupled to the pole core on a side of the pole core opposite the yoke, wherein the second split part is circumferentially spaced apart from the first split part, and wherein the first split part and the second split part create armature poles; wherein each of the plurality of poles include a first alternating current coil wrapped about the first split part and a second alternating coil wrapped about the second split part, the second AC coil being circumferentially spaced apart from the first AC coil relative to the rotation axis, wherein a first permanent magnet and a second permanent magnet are seated in stator on circumferentially opposite sides of each of the plurality of poles; and wherein the number of armature poles and coils is equal to double the number of DC poles and coils. a ferromagnetic core with a plurality of poles arranged about a rotation axis; a direct current coil wrapped about the poles; and a plurality of permanent magnets (PMs); wherein the ferromagnetic core includes a yoke extending about the rotation axis and coupling a first of the poles to a second of the poles; wherein each of the poles extends radially inward from the yoke and is split radially, so as to include a pole core, a first split part, a second split part, a first pole shoe and a second pole shoe; wherein the pole core is coupled to the yoke and extends radially inward from the yoke towards rotation axis; wherein the first split part is coupled to the pole core on a side of the pole core opposite the yoke, wherein the second split part is coupled to the pole core on a side of the pole core opposite the yoke, wherein the second split part is circumferentially spaced apart from the first split part, and wherein the first split part and the second split part create armature poles; wherein each of the plurality of poles include a first alternating current coil wrapped about the first split part and a second alternating coil wrapped about the second split part, the second AC coil being circumferentially spaced apart from the first AC coil relative to the rotation axis, wherein a first permanent magnet and a second permanent magnet are seated in stator on circumferentially opposite sides of each of the plurality of poles; and wherein the number of armature poles and coils is equal to double the number of DC poles and coils.
Constant-force escapement mechanism, in particular for a timepiece movement comprising a sprung balance and an escapement mobile connected to a barrel by a going train; this escapement mechanism comprising a constant-force auxiliary spring and an impulse anchor pivoted on a part of the frame of the movement co-operating on the one hand with the escapement mobile and on the other hand with control members fixedly attached to the shaft of the sprung balance; the constant-force auxiliary spring being fixed by one of its ends on a part of the frame of the movement and its other end being angularly fixedly attached to the impulse anchor, characterised in that the rotation shaft of the impulse anchor is a locking shaft co-operating with the escapement mobile.
A method for managing power consumption and heat buildup in a computing system, comprising: pausing operation of at least one processor within a multiprocessor system upon encountering at least: (i) a checkpoint instruction in a program executing in said at least one processor, and (ii) an expiration of a predetermined execution period; encrypting data in a local memory of said at least one processor, said data including executable program code; saving said encrypted data from said local memory of said at least one processor to a main memory of said multiprocessor system; transferring said saved data from said main memory to a local memory of another processor in said multiprocessor system; causing said other processor to enter a protected mode, said protected mode comprising entering a secure mode in which no requests from a device external to said other processor for data transfer into or out of said other processor will be serviced; decrypting said transferred encrypted data in said local memory of said other processor; causing said other processor to exit said protected mode; and resuming program execution in said other processor; wherein the above data relocation procedure is conducted so that the processor in which program execution is carried out is sequentially changed, with the duration of the execution period of each processor being established on the basis of at least, and being shorter than, a respective critical thermal rise time defined by the time period during which said each processor heats up from a normal operating temperature to a respective critical point defined by a temperature which the respective processor temperature should remain lower than at all times and which the respective processor temperature should never rise above, and with the execution period of said each processor being short enough that power dissipation averaging occurs among the processors. pausing operation of at least one processor within a multiprocessor system upon encountering at least: (i) a checkpoint instruction in a program executing in said at least one processor, and (ii) an expiration of a predetermined execution period; (i) a checkpoint instruction in a program executing in said at least one processor, and (ii) an expiration of a predetermined execution period; encrypting data in a local memory of said at least one processor, said data including executable program code; saving said encrypted data from said local memory of said at least one processor to a main memory of said multiprocessor system; transferring said saved data from said main memory to a local memory of another processor in said multiprocessor system; causing said other processor to enter a protected mode, said protected mode comprising entering a secure mode in which no requests from a device external to said other processor for data transfer into or out of said other processor will be serviced; decrypting said transferred encrypted data in said local memory of said other processor; causing said other processor to exit said protected mode; and resuming program execution in said other processor;
An isolated recombinant influenza A virus having PA, PB1, PB2, NP, NS, and M viral segments from a first influenza vaccine virus isolate, a heterologous or chimeric influenza virus NA viral segment, and a heterologous or chimeric HA viral segment, wherein the recombinant influenza virus: i) has a PA segment encoding a PA having 401K and a PB1 segment encoding a PB1 having 40L and 180W; ii) has a PB1 segment encoding a PB1 having 112G and a PB2 segment encoding a PB2 having 504V; iii) the PB1 DNA encodes a PB1 having 112G and the PB2 DNA encodes a PB2 having 202L and 323L; iv) has a PB2 segment encoding a PB2 having 202L and 323L and a PB1 segment encoding a PB1 having 247H; v) has a PA segment encoding a PA having 401K and a PB1 segment encoding a PB1 having 247H; or vi) a PB2 segment encoding a PB2 having 202L and 323L and a PB1 segment encoding a PB1 having 40L and 180W. i) has a PA segment encoding a PA having 401K and a PB1 segment encoding a PB1 having 40L and 180W; ii) has a PB1 segment encoding a PB1 having 112G and a PB2 segment encoding a PB2 having 504V; iii) the PB1 DNA encodes a PB1 having 112G and the PB2 DNA encodes a PB2 having 202L and 323L; iv) has a PB2 segment encoding a PB2 having 202L and 323L and a PB1 segment encoding a PB1 having 247H; v) has a PA segment encoding a PA having 401K and a PB1 segment encoding a PB1 having 247H; or vi) a PB2 segment encoding a PB2 having 202L and 323L and a PB1 segment encoding a PB1 having 40L and 180W.
A basket for the game of Basque pelota, which comprises a rigid structure that makes up the mouth of the basket, defined by a conventionally formed rim similar to a rim of a conventional basket, with a tip in a horseshoe shape and closed at the end proximal to the player's hand by means of a transverse piece, a glove fastened on the outer face of the paddle to tie the user's hand to the basket, further comprising: a) a paddle that is fastened at the tip and at the distal end of the rigid structure, which is longitudinally curved with a configuration similar to that of the central rib of a conventional basket and transversely has a concave section with greater depth in the central area than at the end areas close to the tip and the proximal end of the piece; b) a series of tensioners transverse to the rigid structure with variable lengths and positioning, which are fastened and joined at the ends thereof to the respective rims of the structure and pass over the outside of the paddle keeping it pressed against the structure of the basket; characterized in that it further comprises: c) a concave piece made in a semi-rigid and/or flexible material, situated in the middle area of the basket, placed between the paddle and the rigid structure, closing the existing gap on both sides thereof in the middle area of the basket between the paddle and the rigid structure. a) a paddle that is fastened at the tip and at the distal end of the rigid structure, which is longitudinally curved with a configuration similar to that of the central rib of a conventional basket and transversely has a concave section with greater depth in the central area than at the end areas close to the tip and the proximal end of the piece; b) a series of tensioners transverse to the rigid structure with variable lengths and positioning, which are fastened and joined at the ends thereof to the respective rims of the structure and pass over the outside of the paddle keeping it pressed against the structure of the basket;
A synthetic resin bearing as a journal bearing (122, 132, 163, 228, 234) fixed to an orbiting scroll (160, 240) or a main frame and relatively rotated with respect to a rotational shaft (143, 226) in a scroll compressor (100, 200), characterized in that the journal bearing (122, 132, 163, 228, 234) is made of a PEEK material having a thermal conductivity of 0.5 W/mK to 1.8 W/mK, and a thickness t of the journal bearing (122, 132, 163, 228, 234) is smaller than a thickness t1, and the thickness t1 is 2 mm.
A non-woven fiber article for use in a food production, a medical production, or a pharmaceutical production environment, the non-woven fiber article comprising: a melt-spun polymer fiber having a cross-section and a length; and a stainless steel detectable particulate distributed in the polymer fiber, the stainless steel detectable particulate having a size of less than 31 microns, wherein said stainless steel detectable particulate are flattened spheroids; and present in an amount of 2.0 to 50.0 weight percent loadings of metal to render the polymer fiber detectable, alone or in combination with a secondary functional particulate distributed in or on the polymer fiber to render the polymer fiber chemically responsive to a chemical reactant, change in pH or temperature; and wherein the non-woven fiber article is one of a hair net; a protective suit; a shoe cover; a wipe; packaging; an apron; a beard cover; a mop head. a melt-spun polymer fiber having a cross-section and a length; and a stainless steel detectable particulate distributed in the polymer fiber, the stainless steel detectable particulate having a size of less than 31 microns, wherein said stainless steel detectable particulate are flattened spheroids; and present in an amount of 2.0 to 50.0 weight percent loadings of metal to render the polymer fiber detectable, alone or in combination with a secondary functional particulate distributed in or on the polymer fiber to render the polymer fiber chemically responsive to a chemical reactant, change in pH or temperature; and wherein the non-woven fiber article is one of a hair net; a protective suit; a shoe cover; a wipe; packaging; an apron; a beard cover; a mop head.
A method for reporting Channel State Information, CSI, in a wireless access system which supports carrier aggregation, the method performed by a user equipment, UE, and comprising: measuring a first type CSI for a first downlink component carrier, DL CC, of two or more DL CCs; measuring a second type CSI for a second DL CC of the two or more DL CCs; and reporting (S950, S960, S970) the first type CSI only, based on a collision of a report of the first type CSI with a report of the second type CSI occurring in a same subframe, wherein the first type CSI includes a Rank Indicator, RI, and a first Precoding Matrix Indicator, PMI, and wherein the second type CSI includes a Wideband Channel Quality Indicator, WB-CQI, and the first PMI. measuring a first type CSI for a first downlink component carrier, DL CC, of two or more DL CCs; measuring a second type CSI for a second DL CC of the two or more DL CCs; and reporting (S950, S960, S970) the first type CSI only, based on a collision of a report of the first type CSI with a report of the second type CSI occurring in a same subframe, wherein the first type CSI includes a Rank Indicator, RI, and a first Precoding Matrix Indicator, PMI, and wherein the second type CSI includes a Wideband Channel Quality Indicator, WB-CQI, and the first PMI.
Method for monitoring a device comprising a plurality of Hall effect sensors (110, 111, 112, 113), each Hall effect sensor being adapted for detecting the presence of a magnetic source generating a magnetic field with an intensity greater than a first predefined threshold T src when this Hall effect sensor measures a magnetic field intensity higher in absolute value than a second respective predefined threshold S i, said method comprising the following step: - obtaining (301; 401) magnetic-field measurements made respectively by said Hall effect sensors; and said method being characterized in that it comprises the following step: - detecting (304; 405), when a value H of linear combination of said obtained measurements in absolute value is higher than a predefined third threshold S tot, the presence of a magnetic source generating a magnetic field with an intensity higher than said first predefined threshold T src, while the magnetic field measured by each Hall effect sensor has an intensity in absolute value less than or equal to said respective predefined threshold S i. - obtaining (301; 401) magnetic-field measurements made respectively by said Hall effect sensors; and said method being characterized in that it comprises the following step: - detecting (304; 405), when a value H of linear combination of said obtained measurements in absolute value is higher than a predefined third threshold S tot, the presence of a magnetic source generating a magnetic field with an intensity higher than said first predefined threshold T src, while the magnetic field measured by each Hall effect sensor has an intensity in absolute value less than or equal to said respective predefined threshold S i.
An oven, comprising a cavity defining a cooking chamber, a heat insulating layer provided for surrounding an outer wall of the cavity and a hole provided on the heat insulating layer characterized in that a temperature measurement unit is having a conductive probe extending inside the hole reaching the cavity from a distal end; a conductive bridge is secured to temperature sensors (42, 44) from proximal end of the conductive probe in a heat transferrable manner and provided between a first temperature sensor and at least a second neighbouring temperature sensor wherein the first and second temperature sensors are positioned at close to each other on the conductive bridge element such that temperature measurements for different purposes over the cavity are made by using a single conductive probe.
Sandwich material for brazing comprising a core layer of a first aluminum alloy and a barrier layer of a second aluminum alloy wherein, the first alloy, constituting the core layer contains (in weight %): 0.8-2% Mn, ≤ 1.0% Mg, 0.3-1.5% Si, ≤ 0.3% Ti, ≤ 0.3% Cr, 0.06-0.3% Zr, ≤ 1.3% Cu, ≤ 0.5% Zn, ≤ 0.2% In, ≤ 0.1% Sn and ≤ 0.7% (Fe + Ni), the balance consisting of Al and ≤ 0.05% of each of the unavoidable impurities, the second alloy, constituting the barrier layer containing (in weight %): ≤ 0.2% Mn + Cr, ≤ 1.0% Mg, 0.04-0.9% Si, 0.1- ≤ 0.3% Ti, ≤ 0.2% Zr, ≤ 0.3% Cu, ≤ 0.5% Zn, ≤ 0.2% In, ≤ 0.1% Sn and ≤ 1.5% (Fe + Ni), the balance consisting of Al and ≤ 0.05% of each of the unavoidable impurities, wherein the barrier layer is the outermost layer of the sandwich material on the side of the sandwich material to be brazed to another component, wherein the barrier layer after heating to brazing temperature exhibits a recrystallized structure with a grain size which has a parallel rolling surface length which is at least 50 micrometre and the core layer after brazing exhibits a non-recrystallized or partially recrystallized structure.
A battery charging method, comprising: during charging of a battery, upon determining that a state of charge of the battery reaches a first SOC range, adjusting a charge rate of the battery down to a second charge rate from a first charge rate within a range from a minimum boundary value of the first SOC range to a first set SOC, and adjusting the charge rate of the battery up to the first charge rate or a third charge rate from the second charge rate within a range from the first set SOC to a maximum boundary value of the first SOC range, characterized in that at a temperature of 25°C, current is reduced in an interval of 20%-40% SOC, and the method comprises step charging in a jagged manner in an interval of 25%-40% SOC, with a charge rate thereof being between 0.2 and 0.8 times the original charge rate in the case of 25% SOC.
An extinguishing device (100, 200) comprising: - a body structure having a vertical part and a horizontal part, - a hose connection for receiving firefighting water from an external hose, - first pipes connected to the hose connection, attached to the horizontal part of the body structure, and provided with first nozzles configured to spray the firefighting water upwards, and - second pipes connected to the hose connection and provided with second nozzles configured to spray the firefighting water downwards towards the horizontal part of the body structure, characterized in that the extinguishing device comprises a movable part moveably supported to the vertical part of the body structure to be above the horizontal part of the body structure, the first nozzles being configured to spray the firefighting water upwards towards the movable part, the second pipes being attached to the movable part, and the movable part being linearly moveable in a vertical direction to vary a distance between the movable part and the horizontal part of the body structure. - a body structure having a vertical part and a horizontal part, - a hose connection for receiving firefighting water from an external hose, - first pipes connected to the hose connection, attached to the horizontal part of the body structure, and provided with first nozzles configured to spray the firefighting water upwards, and - second pipes connected to the hose connection and provided with second nozzles configured to spray the firefighting water downwards towards the horizontal part of the body structure,