mhurhangee/ep-ind-claims huggingface dataset:
A bus member, comprising: a first connection portion configured to be connected to a first electrode terminal of a first battery cell; a second connection portion configured to be connected to a second electrode terminal of a second battery cell; a plurality of fusing portions, one end of each fusing portion being connected to the first connection portion, and the other end of each fusing portion being connected to the second connection portion; wherein the plurality of fusing portions are arranged side by side in a width direction of the bus member, and the width direction is perpendicular to the direction from the first connection portion to the second connection portion; wherein S max is a maximum overcurrent cross-sectional area of all the fusing portions and S min is a minimum overcurrent cross-sectional area of all the fusing portions, and S min and S max satisfy the following relational expression: 0.8 ≤ S min / S max < 1; wherein the sum of the overcurrent cross-sectional areas of the plurality of fusing portions is expressed as S total, wherein S min and S total satisfy the following relational expression: 0.2 ≤ S min / S total; and S max and S total satisfy the following relational expression: S max / S total ≤ 0.6. wherein the overcurrent cross-sectional areas of at least two fusing portions in the plurality of fusing portions are unequal. a first connection portion configured to be connected to a first electrode terminal of a first battery cell; a second connection portion configured to be connected to a second electrode terminal of a second battery cell; a plurality of fusing portions, one end of each fusing portion being connected to the first connection portion, and the other end of each fusing portion being connected to the second connection portion; wherein the plurality of fusing portions are arranged side by side in a width direction of the bus member, and the width direction is perpendicular to the direction from the first connection portion to the second connection portion; wherein S max is a maximum overcurrent cross-sectional area of all the fusing portions and S min is a minimum overcurrent cross-sectional area of all the fusing portions, and S min and S max satisfy the following relational expression: 0.8 ≤ S min / S max < 1; wherein the sum of the overcurrent cross-sectional areas of the plurality of fusing portions is expressed as S total, wherein S min and S total satisfy the following relational expression: 0.2 ≤ S min / S total; and S max and S total satisfy the following relational expression: S max / S total ≤ 0.6. wherein the overcurrent cross-sectional areas of at least two fusing portions in the plurality of fusing portions are unequal.
A saddle type vehicle having a steering handle bar, the steering handle bar comprising a parking operator adapted to activate a parking brake during parking, wherein the handle bar has a grip section on its end portion, and a lever bracket is provided on the base portion of the grip section, and a holding section is provided on an area of the lever bracket more toward the vehicle front than the handle bar to hold a parking lever serving as the parking operator, and characterized in that the parking lever provided on the holding section is arranged longitudinally far from the grip section so that when a first finger is extended forward from the state of holding the grip section, the fingertip does not reach the parking lever.
An unwinder of rolls (B1, B2) comprising: a bearing structure comprising a base and an upright extending from the base, on which a cross member is supported; two pairs of arms (11A, 11B; 13A, 13B) supported movable on the bearing structure and each comprising members for axial engagement of a roll (B1, B2); a splicing machine; characterized in that the cross member comprises an intermediate portion rigidly bound to the upright and a pair of lateral supports (33B, 33C) adapted to take at least an operating position and a non-operating position, with respect to the intermediate portion of the cross member; and wherein the splicing machine is supported by said cross member and comprises parts (47A, 47B) movable along the intermediate portion and the lateral supports (33B, 33C) of the said cross member. a bearing structure comprising a base and an upright extending from the base, on which a cross member is supported; two pairs of arms (11A, 11B; 13A, 13B) supported movable on the bearing structure and each comprising members for axial engagement of a roll (B1, B2); a splicing machine;
A computer implemented method for encrypting comprising: encrypting one or more segments of first data with a first key, the first data being associated with at least one encryption attribute and having a plurality of segments, wherein the encryption attribute includes information to identify the one or more segments of the first data to encrypt; wherein the information contained in the encryption attribute further includes one or more of a set of numbers corresponding to the one or more segments, one or more rules relating to the one or more segments, an identifier corresponding to the one or more rules, and a pointer to a location storing the one or more rules, further comprising lowering overall time for performing encryption by limiting the encryption to the one or more segments of a plurality of segments, wherein the one or more segments are identified as candidates for encryption; encrypting the encryption attribute with a second key to create an encrypted encryption attribute; and storing at least a part of second data including the partly encrypted data and an encrypted encryption attribute. encrypting one or more segments of first data with a first key, the first data being associated with at least one encryption attribute and having a plurality of segments, wherein the encryption attribute includes information to identify the one or more segments of the first data to encrypt; wherein the information contained in the encryption attribute further includes one or more of a set of numbers corresponding to the one or more segments, one or more rules relating to the one or more segments, an identifier corresponding to the one or more rules, and a pointer to a location storing the one or more rules, further comprising lowering overall time for performing encryption by limiting the encryption to the one or more segments of a plurality of segments, wherein the one or more segments are identified as candidates for encryption; encrypting the encryption attribute with a second key to create an encrypted encryption attribute; and storing at least a part of second data including the partly encrypted data and an encrypted encryption attribute.
Kinetic turbopump assembly for circulating a working fluid in a closed circuit, in particular of the Rankine cycle type, associated with a rotary electric machine comprising a rotor and a stator, the kinetic turbopump being an integrated electrified turbopump which provides, in a single component and on a single shaft, a pump, a turbine and said electric machine, said rotor being mechanically linked in rotation to the shaft of said turbopump, characterized in that said electric machine comprises a cooling zone configured such that all of said working fluid under pressure circulates therein at the outlet of said pump by means of circulation within the turbopump, and in that the turbopump comprises a diffuser positioned on the pump in order to orient the compressed fluid leaving the pump towards the central part of the turbopump, where the stator of the electric machine is located, so as to implement the circulation within the turbopump in the cooling zone, without leaving the turbopump.
A cooling circuit for a gas turbine engine comprising: a gas turbine engine component having a body with at least one internal cavity defined by a cavity wall; and a plurality of cooling holes formed within the cavity wall, wherein each cooling hole is defined by a length extending from a cooling hole inlet to a cooling hole outlet, and the cooling holes are positioned relative to each other such that a minimum allowable ligament distance is maintained between adjacent cooling holes along the entire length of each cooling hole, characterised in that the minimum allowable ligament distance is at least 0.076 mm (0.003 inches) and not more 1.27 mm (0.050 inches), and wherein the cooling holes include a first portion at the cooling hole inlet that is defined by a first cross-sectional area and a second portion at the cooling hole outlet that is defined by a second cross-sectional area greater than the first cross-sectional area. a gas turbine engine component having a body with at least one internal cavity defined by a cavity wall; and a plurality of cooling holes formed within the cavity wall, wherein each cooling hole is defined by a length extending from a cooling hole inlet to a cooling hole outlet, and the cooling holes are positioned relative to each other such that a minimum allowable ligament distance is maintained between adjacent cooling holes along the entire length of each cooling hole, characterised in that the minimum allowable ligament distance is at least 0.076 mm (0.003 inches) and not more 1.27 mm (0.050 inches), and wherein the cooling holes include a first portion at the cooling hole inlet that is defined by a first cross-sectional area and a second portion at the cooling hole outlet that is defined by a second cross-sectional area greater than the first cross-sectional area.
Door drive device, for driving a door leaf moving at least partially in a vertical direction during the opening and/or closing movement thereof, comprising a motor-operated drive assembly, a driver slide linearly reciprocable along a guiding device and connectible to said door leaf, and a transmission drivingly connecting said driver slide to said motor-operated drive assembly, and an emergency unlocking device arranged in a co-moving manner on said driver slide and adapted for being uncoupled from said transmission in emergency situations such as powerfailures in orderto manually move said driver slide along said guiding device independently of said drive assembly and thus to manually open and/or close a door leaf connected to said driver slide, characterized by a securing device arranged in a co-moving manner on said driverslide and only releasable by the use of a tool or a key or upon destruction, said securing device securing said emergency unlocking device and being required to be released prior to each actuation of said emergency unlocking device.
A method comprising: receiving, by a computing device, a trusted certificate from a verified source; extracting, by the computing device, an identity from an anti-malware driver; determining, by the computing device, that the identity is signed with the trusted certificate; registering, by the computing device, certificates extracted from the anti-malware driver with an operating system; launching, by the computing device, an anti-malware process associated with the anti-malware driver; verifying, by the computing device, the anti-malware process based at least in part on the certificates contained in the anti-malware driver; and assigning, by the computing device, a protection level to said anti-malware process if the anti-malware process is successfully verified, to prevent the anti-malware process from being altered by a different process with a lower protection level, said protection level specified by said anti-malware process. receiving, by a computing device, a trusted certificate from a verified source; extracting, by the computing device, an identity from an anti-malware driver; determining, by the computing device, that the identity is signed with the trusted certificate; registering, by the computing device, certificates extracted from the anti-malware driver with an operating system; launching, by the computing device, an anti-malware process associated with the anti-malware driver; verifying, by the computing device, the anti-malware process based at least in part on the certificates contained in the anti-malware driver; and assigning, by the computing device, a protection level to said anti-malware process if the anti-malware process is successfully verified, to prevent the anti-malware process from being altered by a different process with a lower protection level, said protection level specified by said anti-malware process.
A magnet, comprising: - a body, and - a slide arranged to be movable relative to the body between a first and a second position, the slide comprising a permanent magnet, a cylindrical first pole piece and a second pole piece, the pole pieces being attached to opposite magnetic pole surfaces of the permanent magnet; characterised in that the body comprises: - a first and a second section made of magnetic material and being separated from each other, the first section comprising a cylindrical recess into which the slide is movably arranged so that the cylindrical first pole piece is directed towards the bottom of the cylindrical recess, and - a third section connecting the first and the second section, the third section being made of non-magnetic material; wherein at the first position of the slide, the cylindrical first pole piece, the permanent magnet and at least part of the second pole piece are located inside the cylindrical recess, and at the second position of the slide, at least part of the cylindrical first pole piece is located inside the cylindrical recess and the second pole piece is located outside the cylindrical recess. - a body, and - a slide arranged to be movable relative to the body between a first and a second position, the slide comprising a permanent magnet, a cylindrical first pole piece and a second pole piece, the pole pieces being attached to opposite magnetic pole surfaces of the permanent magnet; - a first and a second section made of magnetic material and being separated from each other, the first section comprising a cylindrical recess into which the slide is movably arranged so that the cylindrical first pole piece is directed towards the bottom of the cylindrical recess, and - a third section connecting the first and the second section, the third section being made of non-magnetic material;
A packaging system comprising a plurality of sub units, wherein each sub unit is shaped as a pyramid having a square lid and a body wherein the body has sidewalls that taper towards a narrow end (307, 308) from the square lid forming an opposing surface at an end opposite the narrow end, wherein the interior of the sub unit accommodates the content to be packaged, wherein the sub units are configured to be positioned so that the opposing surfaces form an outer surface of the packaging system, wherein the sub units assemble into a packaging system, so that the lids form the outermost surface of each side of the packaging system, wherein the packaging system comprises six sub units and constitutes a rectangular parallelepiped, characterized in that a substantial part of the outer surface of each sub unit mutually supports at least one other sub unit. wherein the sub units are configured to be positioned so that the opposing surfaces form an outer surface of the packaging system, wherein the sub units assemble into a packaging system, so that the lids form the outermost surface of each side of the packaging system, wherein the packaging system comprises six sub units and constitutes a rectangular parallelepiped, characterized in that a substantial part of the outer surface of each sub unit mutually supports at least one other sub unit.
Method for operating a washing machine having a container, a drum for receiving items of laundry, a drive motor for the drum, a sensor in the container for measuring a signal as a function of a composition of an aqueous liquid in the container, and a control facility, wherein following a washing phase, in a rinsing phase the signal is tracked in the rinsing liquid by means of the sensor, wherein in respect of the further embodiment of the rinsing phase, the signal is evaluated and the embodiment of the rinsing phase comprises the number of further rinsing steps and/or the quantity of water still to be used, characterised in that the sensor is an impedance sensor, the signal is a detergent concentration c ten and the temporal increase in the detergent concentration c ten is evaluated in respect of the further embodiment of the rinsing phase, wherein impedance signals are received and evaluated by means of the impedance sensor, by the impedance sensor being applied with electrical alternating voltage with varying frequencies and the impedance signals being evaluated in respect of the phase angle φ and the sum of the impedance in order to determine therefrom the detergent concentration c ten, and wherein the embodiment of the rinsing phase comprises the number of further rinsing steps and/or the quantity of water still to be used.
Electrical switching device for a surface vessel or underwater vessel having at least two busbar systems (15a, 15b) for distributing electrical energy from energy producers (11a, 11b) to energy users (14a, 14b) of the vessel and having switching apparatuses (4a, 4b, 5a, 5b, 6a, 6b), by means of which the energy producers (11a, 11b) or the energy users (14a, 14b) can be switched to the busbar systems (15a, 15b) or separated from the busbar systems (15a, 15b), characterised in that at least two of the busbar systems (15a, 15b) are arranged in the switching device and current can be applied to them such that the magnetic fields (B15a, B15b) generated by the at least two busbar systems (15a, 15b) at a distance from the switching device substantially mutually compensate one another, wherein the at least two busbar systems (15a, 15b) are arranged in mirror symmetry with a plane of symmetry in the switching device, wherein the at least two busbar systems (15a, 15b) each have two metal bars (15a1, 15a2, 15b1, 15b1), wherein one metal bar (15a1) of the busbar system is provided as a forward conductor (+) and the other metal bar (15a2) is provided as a return conductor (-), and wherein the at least two busbar systems (15a, 15b) are arranged spatially one behind the other in the switching device.
A monitoring system (1, 1', 1") for measuring and communicating properties of a liquid, wherein said monitoring system (1, 1', 1") is configured to be arranged in a mounted position above and at a distance from a surface of the liquid, and wherein said monitoring system (1, 1', 1") comprises: a light source configured to emit light towards the surface of said liquid along an optical axis, such that at least a portion of said light is transmitted through said liquid, wherein said light source is configured to emit a focused light beam, a light detector configured to detect light that has been emitted from said light source, reflected by the liquid surface and and transmitted through said liquid and to generate an image representation (501, 501', 501") of the intensity and spatial distribution of the detected light, and a processing circuitry being configured to determine the turbidity of the liquid based on said image representation and wherein said image representation (501, 501', 501") is analyzed by means of an image recognition algorithm. a light source configured to emit light towards the surface of said liquid along an optical axis, such that at least a portion of said light is transmitted through said liquid, wherein said light source is configured to emit a focused light beam, a light detector configured to detect light that has been emitted from said light source, reflected by the liquid surface and and transmitted through said liquid and to generate an image representation (501, 501', 501") of the intensity and spatial distribution of the detected light, and a processing circuitry being configured to determine the turbidity of the liquid based on said image representation and wherein said image representation (501, 501', 501") is analyzed by means of an image recognition algorithm.
Moulding system for the fabrication of a porthole for washing machines comprising a glass portion with a terminal end, and an annular portion made of plastic material in a single body, said moulding system comprising a punch and a die in which a cavity suitable to receive the glass portion is obtained, wherein in the cavity an annular body supported by elastic bodies for connecting the same annular body with the die is accepted, the end of said annular body suitable for being pressed against the terminal end of the glass portion, facing the punch; wherein the punch comprises a protruding edge for engaging the terminal end of the glass portion, facing the end of said annular body; wherein the die and the punch, when closed, define in the annular portion a connection part that embraces the end of the glass portion; characterized by the fact that the die and the punch, when closed, realize in the annular portion, a wavy portion adjacent to the connection portion. wherein the punch comprises a protruding edge for engaging the terminal end of the glass portion, facing the end of said annular body; wherein the die and the punch, when closed, define in the annular portion a connection part that embraces the end of the glass portion; characterized by the fact that the die and the punch, when closed, realize in the annular portion, a wavy portion adjacent to the connection portion.
A combine harvester with a front attachment (2, 3) having a working width and a spreader device for spreading non-grain constituents on a field, which comprises at least two rotatably drivable spreader units (14, 15) which are disposed at a distance with respect to each other at the rear of the combine harvester, wherein the spreader units (14, 15) are disposed essentially symmetrically with respect to the longitudinal axis of the combine harvester and each comprises a housing which partially surrounds the respective spreader unit (14, 15) in the circumferential direction and which comprises an inlet opening and a discharge opening, as well as respectively at least one deflector (16, 17) which is pivotable about a vertical axis in the circumferential direction of the spreader unit (14, 15), which varies the opening width and the position of the discharge opening, wherein the spreader units are separated from each other by at least the width of the combine harvester, wherein the at least one deflector (16, 17) of the respective spreader unit (14, 15) can be controlled by means of a control device on the basis of a spreading performance characteristic which can be generated by the control device as a function of the working width of a front attachment (2, 3) coupled to the combine harvester and at least one further parameter, characterized in that an offset of the spread width with respect to the longitudinal axis of the combine harvester can be set which, per spreader unit (14, 15) corresponds to approximately half the width of the combine harvester, wherein a presettable area ratio, namely a ratio of mass of non-grain constituents to be spread per unit area, which cannot be maintained from one spreader unit (14, 15) because a lower mass flow is being supplied, can be compensated for by the spreader unit (14, 15) to which a higher mass flow is being supplied, by extending the spread width by up to approximately half the width of the combine harvester onto the spread zone for the other spreader unit (14, 15) by corresponding control, while the spread width of the spreader unit (14, 15) to which a lower mass flow is supplied can be correspondingly reduced.
A halogenated aromatic polymer having between 2 and 100 monomer units each comprising an aromatic group substituted with at least one halide group, wherein at least one of said monomer units has the following formula: - Ar 1 -A-Ar 2 -B: wherein Ar 1 and Ar 2 are the same or different and each is an aromatic group substituted with at least one halide group; A is a C 1 to C 6 alkyl chain; and B is O.