mhurhangee/ep-ind-claims huggingface dataset:
A heat exchange plate for a plate-type heat exchanger, the heat exchange plate comprising: a heat exchange part; multiple protrusions which project at the heat exchange part from a plate plane to at least one side of the plate plane, the multiple protrusions being arranged along multiple lines; and transitional parts which are located between adjacent protrusions arranged along one of the lines and project to the at least one side of the plate plane; in a direction perpendicular to the line, the size of the top of each protrusion is greater than the size of the top of the transitional part, wherein amongst protrusions and transitional parts arranged along one of the lines, the protrusions are connected via corresponding transitional parts, and together with the transitional parts form an entire ridge, characterized in that when viewed in a direction perpendicular to the line, the transitional part has a step between the top of the transitional part and the plate plane. a heat exchange part; multiple protrusions which project at the heat exchange part from a plate plane to at least one side of the plate plane, the multiple protrusions being arranged along multiple lines; and transitional parts which are located between adjacent protrusions arranged along one of the lines and project to the at least one side of the plate plane; in a direction perpendicular to the line, the size of the top of each protrusion is greater than the size of the top of the transitional part, wherein amongst protrusions and transitional parts arranged along one of the lines, the protrusions are connected via corresponding transitional parts, and together with the transitional parts form an entire ridge, characterized in that when viewed in a direction perpendicular to the line, the transitional part has a step between the top of the transitional part and the plate plane.
Frame device for draw-out electrical switchgear, said device comprising a fixed frame, main electrical connection terminals and windows for access to said connection terminals, said frame including a receiving space adapted to receive draw-out electrical switchgear and having two opposite sides (1c, 1d) of which one, termed the front side, includes an entry opening enabling insertion of the switchgear in said receiving space and the other, termed the rear side, comprises said connection terminals and windows, said device further comprising, on the one hand, a plugging-in system comprising a driven shaft extending parallel to the rear side and a connection mechanism adapted to be mechanically connected to the switchgear and to be actuated by the driven shaft so as to move said switchgear in the receiving space towards the rear side into a plurality of positions, each corresponding to a functional position of the plugging-in system and, on the other hand, at least one shutter mobile between a position in which said windows are closed, preventing access to said connection terminals, and a position in which said windows are open, enabling said access and vice-versa, a system for controlling and actuating said shutter or shutters and a system for locking said shutter or shutters, characterized in that the locking system comprises at least one locking assembly (6a, 6b, 6c, 6d) including a cam mounted on the driven shaft or integrated therein so as to be driven in rotation by the driven shaft and a locking follower adapted to be moved by said cam so as, depending on the functional position of the plugging-in system, to be moved between a locking position immobilizing the shutter or at least one of the shutters in the closed or open position and an unlocking position freeing the shutter or shutters.
Fixing arrangement having - a fixing substrate, - a thermal insulating layer applied to the fixing substrate, - an attached part, - an anchor, which has an anchor rod anchored in the fixing substrate and a thermal separating element connected to the anchor rod, and - a connection piece which projects through a hole in the attached part and is connected to the thermal separating element, characterised in that the maximum outer diameter of the thermal separating element (d T) is smaller than or equal to the diameter of the hole (d L) over substantially the entire length. - a fixing substrate, - a thermal insulating layer applied to the fixing substrate, - an attached part, - an anchor, which has an anchor rod anchored in the fixing substrate and a thermal separating element connected to the anchor rod, and - a connection piece which projects through a hole in the attached part and is connected to the thermal separating element,
An isolated oligonucleotide which comprises ribonucleotides for use in treating a cancer, the oligonucleotide comprising a nucleic acid sequence of at least two copies of a binding site for a splicing factor, the oligonucleotide being no more than 150 nucleotides, said binding site being selected from the group consisting of a splice site, a splicing enhancer element and a splicing silencer element, said splicing factor being selected from the group consisting of SRSF1, SRSF2, SRSF6, SRSF9, SRSF10, hnRNP H2, hnRNP L, hnRNP A1, hnRNP A2/B1, hnRNP A/B, hnRNP C, TRA2, LM0212, SF3b4, TIAR-3, RBMS3, RBM4.3, RBMS8, MOD, ESRP2, A1CF, RBM46, ELAV, SF1, QKI, KHDRBS1, PCBP1, Pbbp2, hnRNPK, FXR2, FXR1, FMR1, PAPI1, RBFOX1/2, RBM24, PTBP1, FUS and PABPN1, wherein said oligonucleotide is devoid of a sequence that allows hybridization thereof to cellular RNA under physiological conditions.
Device for interconnecting two electronic cards (1, 2) each comprising electrical connection pads, each card being intended to be placed in a different sheathed cavity (11, 21), this device comprising inter-cavity hyperfrequency sheathing means, characterised in that it further comprises: - a plurality of electrical conductors which extend over the device from one side to the other, without welding, and whose two ends are intended to be in direct contact with the connection pads of the two electronic cards, respectively, - mechanical means for retaining the two electronic cards against the device, at one side and the other thereof, - and in that the sheathing means are ensured by a hyperfrequency absorber in contact with each conductor and which surrounds it over all or part of the length thereof. - a plurality of electrical conductors which extend over the device from one side to the other, without welding, and whose two ends are intended to be in direct contact with the connection pads of the two electronic cards, respectively, - mechanical means for retaining the two electronic cards against the device, at one side and the other thereof, - and in that the sheathing means are ensured by a hyperfrequency absorber in contact with each conductor and which surrounds it over all or part of the length thereof.
A battery module comprising: a plurality of battery blocks (100, 100', 100a, 100b) which are connected to each other and each of which includes a plurality of cells, wherein each of the cells has an opening through which a gas generated in the cell is released to an outside of the cell, each of the battery blocks (100, 100', 100a, 100b) has a holder in which the cells are accommodated with the openings of the cells being aligned on a same side, on a side of the battery block (100, 100', 100a, 100b) on which the openings are aligned, a flat plate in touch with the cells is disposed such that the gas passes above the flat plate, and each adjacent two of the battery blocks (100, 100', 100a, 100b) are disposed such that the flat plates are substantially flush with each other, and the flat plate of one of the each adjacent two of the battery blocks (100, 100', 100a, 100b) extends above the holder of the other of the each adjacent two of the battery blocks (100, 100', 100a, 100b), characterized in that the holder is made of a plurality of pipes, whose side surfaces are connected to each other. a plurality of battery blocks (100, 100', 100a, 100b) which are connected to each other and each of which includes a plurality of cells, wherein each of the cells has an opening through which a gas generated in the cell is released to an outside of the cell, each of the battery blocks (100, 100', 100a, 100b) has a holder in which the cells are accommodated with the openings of the cells being aligned on a same side, on a side of the battery block (100, 100', 100a, 100b) on which the openings are aligned, a flat plate in touch with the cells is disposed such that the gas passes above the flat plate, and each adjacent two of the battery blocks (100, 100', 100a, 100b) are disposed such that the flat plates are substantially flush with each other, and the flat plate of one of the each adjacent two of the battery blocks (100, 100', 100a, 100b) extends above the holder of the other of the each adjacent two of the battery blocks (100, 100', 100a, 100b), characterized in that the holder is made of a plurality of pipes, whose side surfaces are connected to each other.
A method for producing a sealed package (2; 102) for a product, comprising the following steps: - providing a sheet packaging material (1; 101) having a crease pattern (20; 120), the crease pattern (20; 120) comprising at least a first transverse crease line and a second transverse crease line, the crease pattern (20; 120) further comprising a plurality of further crease lines (8, 9, 10, 11; 8, 90, 91, 92, 93, 11) interposed between the first transverse crease line and the second transverse crease line, said further crease lines (8, 9, 10, 11; 8, 90, 91, 92, 93, 11) extending transversely to the first transverse crease line and to the second transverse crease line; - obtaining a sealed preliminary packaging unit from the sheet packaging material (1; 101), the sealed preliminary packaging unit having a preset inner volume and containing the product; - exerting a forming action on the sealed preliminary packaging unit so as to fold the sheet packaging material (1; 101) defining the sealed preliminary packaging unit and obtain a package (2; 102) therefrom, characterized in that, during the step of obtaining the sealed preliminary packaging unit, the sheet packaging material (1; 101) is processed without being folded along said further crease lines (8, 9, 10, 11; 8, 90, 91, 92, 93, 11). - providing a sheet packaging material (1; 101) having a crease pattern (20; 120), the crease pattern (20; 120) comprising at least a first transverse crease line and a second transverse crease line, the crease pattern (20; 120) further comprising a plurality of further crease lines (8, 9, 10, 11; 8, 90, 91, 92, 93, 11) interposed between the first transverse crease line and the second transverse crease line, said further crease lines (8, 9, 10, 11; 8, 90, 91, 92, 93, 11) extending transversely to the first transverse crease line and to the second transverse crease line; - obtaining a sealed preliminary packaging unit from the sheet packaging material (1; 101), the sealed preliminary packaging unit having a preset inner volume and containing the product; - exerting a forming action on the sealed preliminary packaging unit so as to fold the sheet packaging material (1; 101) defining the sealed preliminary packaging unit and obtain a package (2; 102) therefrom, characterized in that, during the step of obtaining the sealed preliminary packaging unit, the sheet packaging material (1; 101) is processed without being folded along said further crease lines (8, 9, 10, 11; 8, 90, 91, 92, 93, 11).
An ultrasound sensor, comprising: a transmitting/receiving device configured to transmit/receive ultrasound waves; and a controller configured to provide a transmission signal to the transmitting/receiving device to make the transmitting/receiving device transmit an ultrasound burst wave, as each of the ultrasound waves, the controller being configured to detect an object in a detection area to which the ultrasound waves are transmitted, through a reception signal that is output from the transmitting/receiving device, wherein the transmitting/receiving device is configured to more increase amplitude of the reception signal, as a number of waves included in the received ultrasound burst wave is larger in a range where the amplitude of the reception signal is not saturated, and wherein the controller is configured to define, as a pulse number, the number of waves included in the ultrasound burst wave, the controller being configured to determine that the object is present, when a reception signal level is equal to or more than a threshold, the reception signal level being equivalent to the amplitude of the reception signal that corresponds to waves reflected by the object, the controller being configured to cyclically select the pulse number to be used from a plurality of pulse numbers that are set in stages, and detect the object with the pulse number being used when having determined that the object is present, the controller being configured to store at least a first pulse number and a second pulse number that is more than the first pulse number, the controller being configured to operate in: a monitoring mode of transmitting/receiving the ultrasound burst wave while cyclically selecting the pulse number to be used from the first and second pulse numbers until preliminarily detecting presence of the object; and a detecting mode of transmitting/receiving the ultrasound burst wave with the pulse number, selected from the first and second pulse numbers, being used at a time point when having preliminarily detected the presence of the object, characterized in that the controller being configured to, when having determined that the object is present in the monitoring mode, reduce the threshold in the detecting mode as a distance to the object, obtained in the monitoring mode, is longer and the second pulse number is selected by the controller. a monitoring mode of transmitting/receiving the ultrasound burst wave while cyclically selecting the pulse number to be used from the first and second pulse numbers until preliminarily detecting presence of the object; and a detecting mode of transmitting/receiving the ultrasound burst wave with the pulse number, selected from the first and second pulse numbers, being used at a time point when having preliminarily detected the presence of the object, characterized in that the controller being configured to, when having determined that the object is present in the monitoring mode, reduce the threshold in the detecting mode as a distance to the object, obtained in the monitoring mode, is longer and the second pulse number is selected by the controller.
A battery pack damage detection system, comprising: a battery pack enclosure mounted to an electric vehicle, wherein said battery pack enclosure is configured to house a plurality of batteries; a plurality of deformable cooling conduits interposed between a lower surface of each of said plurality of batteries and an upper surface of a lower battery pack enclosure panel, wherein integral to each of said plurality of deformable cooling conduits is at least one coolant channel containing a coolant, wherein said plurality of deformable cooling conduits are configured to deform and absorb impact energy when an object strikes a lower surface of said lower battery pack enclosure panel; a sensor monitoring subsystem coupled to said at least one sensor (1509, 1511, 1513), wherein said sensor monitoring subsystem outputs a first signal when said characteristic monitored by said at least one sensor (1509, 1511, 1513) is within a preset range of values and outputs a second signal when said characteristic monitored by said at least one sensor (1509, 1511, 1513) is outside of said preset range of values, and wherein deformation of said plurality of deformable cooling conduits due to said object striking said lower surface of said lower battery pack enclosure panel causes said characteristic monitored by said at least one sensor (1509, 1511, 1513) to fall outside of said preset range of values; characterized in that at least one sensor (1509, 1511, 1513) incorporated into said plurality of deformable cooling conduits, wherein said at least one sensor (1509, 1511, 1513) monitors a characteristic of said coolant. a battery pack enclosure mounted to an electric vehicle, wherein said battery pack enclosure is configured to house a plurality of batteries; a plurality of deformable cooling conduits interposed between a lower surface of each of said plurality of batteries and an upper surface of a lower battery pack enclosure panel, wherein integral to each of said plurality of deformable cooling conduits is at least one coolant channel containing a coolant, wherein said plurality of deformable cooling conduits are configured to deform and absorb impact energy when an object strikes a lower surface of said lower battery pack enclosure panel; a sensor monitoring subsystem coupled to said at least one sensor (1509, 1511, 1513), wherein said sensor monitoring subsystem outputs a first signal when said characteristic monitored by said at least one sensor (1509, 1511, 1513) is within a preset range of values and outputs a second signal when said characteristic monitored by said at least one sensor (1509, 1511, 1513) is outside of said preset range of values, and wherein deformation of said plurality of deformable cooling conduits due to said object striking said lower surface of said lower battery pack enclosure panel causes said characteristic monitored by said at least one sensor (1509, 1511, 1513) to fall outside of said preset range of values;
Method for producing a structured seed layer for depositing carbon nanotubes thereon, a metal layer previously applied to a substrate being energised by means of a laser beam in such a way that the metal layer deforms, characterised in that individual islands are produced by expanding the laser beam to form a beam which has a linear cross section and simultaneously exposing a linear exposure zone of the metal layer that travels over the metal layer in a direction transverse to the extension direction of said exposure zone.
A material car for delivering work material to a machine processing the work material, having a housing with which a plurality of wheels enabling the material car to move are associated, having at least one material carrier arranged in the housing for receiving the work material, and having a front which can be actuated manually or automatically and which can be locked by a locking device, whereas the locking device is able to be actuated by an electronic authentication device between a closed position, in which access to the material carrier is denied, and an open position, in which access to the material carrier is granted, characterized in that a communication module is assigned to the authentication device, in that the machine processing the work material can be communicatively connected or coupled to the material car in order to detect a machine signal emitted by the machine, and in that the locking device is only moved into the open position when the communication module receives a machine signal emitted by the machine, wherein upon receipt of a machine signal matching to the material car in the form of an error-free signal, the machine is coupled to the material car and the locking device of the material car is activated, wherein a user can identify himself at the authentication device upon receipt of the error-free signal, and wherein, after successful identification by the user, the activated locking device is moved from the closed position to the open position. wherein upon receipt of a machine signal matching to the material car in the form of an error-free signal, the machine is coupled to the material car and the locking device of the material car is activated, wherein a user can identify himself at the authentication device upon receipt of the error-free signal, and wherein, after successful identification by the user, the activated locking device is moved from the closed position to the open position.
An outboard motor control system, comprising: a plurality of outboard motors (3a, 3b, 3c) that are mounted on a stern of a watercraft, each of the outboard motors (3a, 3b, 3c) including a propeller, the outboard motors (3a, 3b, 3c) configured to be steered independently of one another; a vibration detecting section configured to detect a vibration of the outboard motors (3a, 3b, 3c); and a control section configured to, when the vibration detecting section detects a vibration of the outboard motors (3a, 3b, 3c), execute a vibration suppression control that changes a direction of a rotational axis of the propeller and/or a position of the propeller with respect to at least one of the outboard motors (3a, 3b, 3c). a plurality of outboard motors (3a, 3b, 3c) that are mounted on a stern of a watercraft, each of the outboard motors (3a, 3b, 3c) including a propeller, the outboard motors (3a, 3b, 3c) configured to be steered independently of one another; a vibration detecting section configured to detect a vibration of the outboard motors (3a, 3b, 3c); and a control section configured to, when the vibration detecting section detects a vibration of the outboard motors (3a, 3b, 3c), execute a vibration suppression control that changes a direction of a rotational axis of the propeller and/or a position of the propeller with respect to at least one of the outboard motors (3a, 3b, 3c).
Household appliance with an eccentric worm pump, wherein the eccentric worm pump comprises a stator and a moveable rotor (102; 202), to which the stator is assigned, wherein the rotor (102; 202) has an eccentric worm (105; 205) and a drive shaft (109; 209) for driving the eccentric worm pump (105; 205), characterised in that the drive shaft (109; 209) is embodied flexibly and in one piece with the eccentric worm (105; 205).