mhurhangee/ep-ind-claims huggingface dataset:
Method for rolling a flat rolled product in a rolling stand, wherein the rolling stand has at least one pair of rollers (4, 5), wherein the flat rolled product is situated between the two rollers (4, 5), wherein the rollers (4, 5) are axially displaceable in opposite directions, wherein the rolling stand has a bending system for the rollers (4, 5), - wherein a control device of the rolling stand for controlling the rolling gap contour uses as adjusting mechanisms the bending and the axial displacement of the rollers (4, 5), - wherein, prior to the rolling of a respective rolled product, the control device determines a respective axial position (x) as the resulting axial position (x) and prescribes it for the rolling stand as axial position (x) of the rollers (4, 5) for rolling the next flat rolled product, characterized - in that, prior to the rolling of the respective rolled product, the control device determines for a multiplicity of axial positions (x) of the rollers (4, 5) how far a predetermined target rolling gap contour can be approximated by actuating the adjusting mechanisms (6, 7) while taking account of technological boundary conditions, - in that the control device classifies those axial positions (x) as permissible in which a deviation of the resulting rolling gap contour from the target rolling gap contour lies below a predetermined limit, - in that the control device removes blocked axial positions (x) from the set of the axial positions (x) classified as permissible insofar as at least one axial position (x) classified as permissible still remains even after the removal of the blocked axial positions (x), and - in that the control device determines one of the remaining axial positions (x) as the resulting axial position (x). - wherein a control device of the rolling stand for controlling the rolling gap contour uses as adjusting mechanisms the bending and the axial displacement of the rollers (4, 5), - wherein, prior to the rolling of a respective rolled product, the control device determines a respective axial position (x) as the resulting axial position (x) and prescribes it for the rolling stand as axial position (x) of the rollers (4, 5) for rolling the next flat rolled product, characterized - in that, prior to the rolling of the respective rolled product, the control device determines for a multiplicity of axial positions (x) of the rollers (4, 5) how far a predetermined target rolling gap contour can be approximated by actuating the adjusting mechanisms (6, 7) while taking account of technological boundary conditions, - in that the control device classifies those axial positions (x) as permissible in which a deviation of the resulting rolling gap contour from the target rolling gap contour lies below a predetermined limit, - in that the control device removes blocked axial positions (x) from the set of the axial positions (x) classified as permissible insofar as at least one axial position (x) classified as permissible still remains even after the removal of the blocked axial positions (x), and - in that the control device determines one of the remaining axial positions (x) as the resulting axial position (x).
Method for applying adhesive to layers (1, 12) for producing a honeycomb body, preferably to at least partly metallic layers, comprising the following steps: a. providing at least one at least partly structured layer and optionally at least one substantially smooth layer; b. applying adhesive at least to at least one subregion (10, 11, 31, 32, 33, 34, 43) of the substantially smooth and/or the at least partly structured layer; c. producing a honeycomb body; e. carrying out a thermal treatment step, wherein the layer is provided with a solder material which remains substantially adhered to the sub-regions (10, 11, 31, 32, 33, 34, 43) of the layers (1, 12) provided with adhesive, wherein the adhesive is applied in the form of drops (22, 35), characterized in that the adhesive is printed on in accordance with a method from the group: - drop-on-demand method, - bubble-jet method, - continuous inkjet method. a. providing at least one at least partly structured layer and optionally at least one substantially smooth layer; b. applying adhesive at least to at least one subregion (10, 11, 31, 32, 33, 34, 43) of the substantially smooth and/or the at least partly structured layer; c. producing a honeycomb body; e. carrying out a thermal treatment step, wherein the layer is provided with a solder material which remains substantially adhered to the sub-regions (10, 11, 31, 32, 33, 34, 43) of the layers (1, 12) provided with adhesive, wherein the adhesive is applied in the form of drops (22, 35), characterized in that the adhesive is printed on in accordance with a method from the group: - drop-on-demand method, - bubble-jet method, - continuous inkjet method. - drop-on-demand method, - bubble-jet method, - continuous inkjet method.
Part intended for a panel core, in particular for a satellite antenna reflector, said part being substantially plane and having a polygonal shape with cavities, the polygonal part featuring at least one of the following assembly elements: at least one lug, at least one recess, characterised in that each side (C1 to C6) of the polygonal part includes a least one of said assembly elements, in that each of said lugs and each of said recesses of the part has a trapezoidal shape (5A, 5B), with in each case complementary shapes, the trapezium of each of said lugs widening towards the outside of the part and the trapezium of each of said recesses widening towards the inside of the part, and in that each of said lugs has a width defined transversely to a perpendicular bisector of the corresponding trapezium, which is greater than the width of each of said recesses.
Device for protecting and supervising an electronic system comprising at least one electronic component, such as an integrated circuit, in particular against electromagnetic attacks, comprising: - a pulse transformer comprising: a first sheet or layer based on magnetic ferrite powder, to be applied to at least one surface of the electronic system; at least one transmission coil and at least one reception coil encircling a first area and a second area of the first ferrite sheet or layer, respectively, the first and second areas being separate from each other, - a transmission stage connected to the transmission coil and configured to transmit pulses of electrical current to said transmission coil, - a reception stage connected to the reception coil and configured to detect at least the peak amplitude of the electrical voltage generated by the electromagnetic force across the terminals of the reception coil, - a microcontroller comprising: at least one input-output (I/O, Oi, Ob) connected to the transmission stage with a view to triggering the pulses, and an analogue-digital converter (CAN, CANp), which is connected to the reception stage with a view to informing the electronic system and/or another microcontroller, via a bus, of variations in the peak amplitude across the terminals of the reception coil. - a pulse transformer comprising: a first sheet or layer based on magnetic ferrite powder, to be applied to at least one surface of the electronic system; at least one transmission coil and at least one reception coil encircling a first area and a second area of the first ferrite sheet or layer, respectively, the first and second areas being separate from each other, a first sheet or layer based on magnetic ferrite powder, to be applied to at least one surface of the electronic system; at least one transmission coil and at least one reception coil encircling a first area and a second area of the first ferrite sheet or layer, respectively, the first and second areas being separate from each other, - a transmission stage connected to the transmission coil and configured to transmit pulses of electrical current to said transmission coil, - a reception stage connected to the reception coil and configured to detect at least the peak amplitude of the electrical voltage generated by the electromagnetic force across the terminals of the reception coil, - a microcontroller comprising: at least one input-output (I/O, Oi, Ob) connected to the transmission stage with a view to triggering the pulses, and an analogue-digital converter (CAN, CANp), which is connected to the reception stage with a view to informing the electronic system and/or another microcontroller, via a bus, of variations in the peak amplitude across the terminals of the reception coil. at least one input-output (I/O, Oi, Ob) connected to the transmission stage with a view to triggering the pulses, and an analogue-digital converter (CAN, CANp), which is connected to the reception stage with a view to informing the electronic system and/or another microcontroller, via a bus, of variations in the peak amplitude across the terminals of the reception coil.
Sealing gasket, for sealing a connection between an exhaust manifold and a turbine (6.2) of a vehicle, the sealing gasket comprising two flow passage openings (80, 82) separated by a dividing wall and a first sealing portion extending around the two openings, in which the sealing gasket comprises at least a second sealing portion extending around one of the two openings, and a third sealing portion extending around the other of the two openings, each sealing portion (86, 88, 90) is a sealing bead, that is integral with the rest of the gasket, in which the sealing gasket is in the form of a plate and sealing portions (86, 88, 90) protrude at least on one side of the plate, characterized in that the sealing gasket is made of a single steel layer, and in that the first sealing portion has a height, measured over the thickness of the sealing gasket, that is at least 20% higher than the heights (H2, H3) of the second and third sealing portions (88, 90).
A method for producing exosomes for elongating telomeres of cells, the method comprising steps of: a) providing direct ultrasound stimulation to cells at 0.1 to 3 W/cm 2 and a frequency of 20 kHz to 20 MHz for a duration of 0.1 seconds to 20 minutes; b) culturing a mixture of the cells provided in step a) and a medium for a predetermined time; and c) isolating exosomes from the mixture, where in step a) the providing direct ultrasound stimulation to cells is applying the ultrasound stimulation to a medium containing the cells; wherein an expression level of one or more of TERT, TERF2, DKC1, TERF2IP, RFC1, RAD50, TERF1, PINX1, TNKS1BP1, ACD, NBN, HSPA1L, PARP1, PTGES3, SMG6, BLM, XRCC5, XRCC6, ERCC4, PRKDC, TEP1 and β-catenin genes in the isolated exosomes is higher than that in the exosomes secreted from the cells before being subjected to the method. a) providing direct ultrasound stimulation to cells at 0.1 to 3 W/cm 2 and a frequency of 20 kHz to 20 MHz for a duration of 0.1 seconds to 20 minutes; b) culturing a mixture of the cells provided in step a) and a medium for a predetermined time; and c) isolating exosomes from the mixture, where in step a) the providing direct ultrasound stimulation to cells is applying the ultrasound stimulation to a medium containing the cells; wherein an expression level of one or more of TERT, TERF2, DKC1, TERF2IP, RFC1, RAD50, TERF1, PINX1, TNKS1BP1, ACD, NBN, HSPA1L, PARP1, PTGES3, SMG6, BLM, XRCC5, XRCC6, ERCC4, PRKDC, TEP1 and β-catenin genes in the isolated exosomes is higher than that in the exosomes secreted from the cells before being subjected to the method.
A closed-ended linear duplex DNA (ceDNA) comprising a nucleic acid insert comprising a transgene, the insert flanked by at least two adeno-associated virus inverted terminal repeat sequences, wherein the at least two ITR sequences are asymmetric and covalently linked with respect to one another, each sequence having an operative terminal resolution site and a rolling circle replication protein binding element, wherein a first ITR sequence is interrupted by a cross-arm sequence forming two opposing, lengthwise-symmetric stem-loops formed by interrupted palindromic sequences B-B' and C-C', each of the opposing lengthwise-symmetric stem-loops having a stem portion in the range of 5 to 15 base pairs in length and a loop portion having 2 to 5 unpaired deoxyribonucleotides, wherein a second ITR sequence is interrupted by a truncated cross-arm sequence having one or more deletions of between 11 and 20 nucleotides in a palindromic sequence region B-B' and/or a palindromic sequence region C-C'.
A floating pool water controller for dispensing germicide and antimicrobial material into a swimming pool, the controller comprising: a housing adapted for floating on the pool water; means for dispensing Cu ions into the pool water, said means defining a dispenser connected to the housing; and sensing means defined by a probe extending from the housing into the pool water for sensing real time pool conditions, characterized in that the controller further comprises: control means for adjusting the amount of Cu ions dispensed into the pool water, said control means being connected to the housing and to the dispenser so as to automatically and directly control the dispensing of Cu ions into the pool water by the dispenser, whereby, depending on the real time pool conditions sensed by said sensing means, the control means can be operated to automatically and directly dispense the proper amount of Cu ions into the pool water. a housing adapted for floating on the pool water; means for dispensing Cu ions into the pool water, said means defining a dispenser connected to the housing; and sensing means defined by a probe extending from the housing into the pool water for sensing real time pool conditions, characterized in that the controller further comprises: control means for adjusting the amount of Cu ions dispensed into the pool water, said control means being connected to the housing and to the dispenser so as to automatically and directly control the dispensing of Cu ions into the pool water by the dispenser, whereby, depending on the real time pool conditions sensed by said sensing means, the control means can be operated to automatically and directly dispense the proper amount of Cu ions into the pool water. control means for adjusting the amount of Cu ions dispensed into the pool water, said control means being connected to the housing and to the dispenser so as to automatically and directly control the dispensing of Cu ions into the pool water by the dispenser, whereby, depending on the real time pool conditions sensed by said sensing means, the control means can be operated to automatically and directly dispense the proper amount of Cu ions into the pool water.
Auto-injector for administering a dose of a liquid medicament, comprising: - a substantially cylindrical housing arranged to contain a pre-filled syringe, - a syringe retainer slidably arranged with respect to the housing that mounts a pre-filled syringe with an injection needle, a plunger and a stopper for sealing a syringe barrel, - a coupling shroud slidably arranged within the housing and releasably coupled to the plunger and - a single drive means capable of, upon release: - driving the coupling shroud from a first position in the proximal direction, wherein the proximal translatory movement of the coupling shroud with respect to the housing - translates the syringe retainer in the proximal direction to expose the injection needle of the pre-filled syringe, - depresses the plunger connected to the stopper into the syringe barrel to expel the dose of medicament and - advances a needle shroud to a safe position to surround the injection needle after the medicament has been at least partially delivered, wherein the coupling shroud is decoupled from the plunger at a pre-determined second position defined by an aperture (2.3) formed into the housing, wherein a coupling catch (6.1) is arranged to abut against a shoulder (9.1) formed to the plunger to releasably couple the plunger to the coupling shroud, wherein the aperture (2.3) allows the coupling catch (6.1) to deflect radially outwards to decouple the coupling shroud from the plunger at the second position, characterized in that a rotating collar is rotatably arranged within the housing for creating friction to slow down a proximal movement of the needle shroud. - a substantially cylindrical housing arranged to contain a pre-filled syringe, - a syringe retainer slidably arranged with respect to the housing that mounts a pre-filled syringe with an injection needle, a plunger and a stopper for sealing a syringe barrel, - a coupling shroud slidably arranged within the housing and releasably coupled to the plunger and - a single drive means capable of, upon release: - driving the coupling shroud from a first position in the proximal direction, wherein the proximal translatory movement of the coupling shroud with respect to the housing - translates the syringe retainer in the proximal direction to expose the injection needle of the pre-filled syringe, - depresses the plunger connected to the stopper into the syringe barrel to expel the dose of medicament and - advances a needle shroud to a safe position to surround the injection needle after the medicament has been at least partially delivered, - driving the coupling shroud from a first position in the proximal direction, wherein the proximal translatory movement of the coupling shroud with respect to the housing - translates the syringe retainer in the proximal direction to expose the injection needle of the pre-filled syringe, - depresses the plunger connected to the stopper into the syringe barrel to expel the dose of medicament and - advances a needle shroud to a safe position to surround the injection needle after the medicament has been at least partially delivered,
A battery module, comprising: a cell assembly in which a plurality of secondary batteries, each having a plate-shaped electrode lead protruding in a horizontally laid state, are stacked in a vertical direction; and a sensing assembly for sensing voltages of the secondary batteries, the sensing assembly including a plurality of sensing plates made of an electrical conductive material with a horizontally laid plate shape and having one end welded in face-to-face contact with the electrode lead, and a connector electrically connected to the other end of the sensing plates to transmit a sensed voltage, the sensing assembly further includes a support plate with a vertically erect plate shape having a through hole through which the electrode lead is provided and by which the electrode lead is supported, wherein the sensing plate is welded to two electrode leads, the sensing plate is welded in contact with a portion of the surfaces of the two electrode leads, and only the two electrode leads without the sensing plate are welded at another portion, the sensing plate has a bent portion formed by bending a portion thereof vertically, and the bent portion is coupled and fixed to the support plate, an engagement hole is formed in the bent portion of the sensing plate, and a protrusion is formed at the support plate to be inserted into the engagement hole and coupled thereto. a cell assembly in which a plurality of secondary batteries, each having a plate-shaped electrode lead protruding in a horizontally laid state, are stacked in a vertical direction; and a sensing assembly for sensing voltages of the secondary batteries, the sensing assembly including a plurality of sensing plates made of an electrical conductive material with a horizontally laid plate shape and having one end welded in face-to-face contact with the electrode lead, and a connector electrically connected to the other end of the sensing plates to transmit a sensed voltage, the sensing assembly further includes a support plate with a vertically erect plate shape having a through hole through which the electrode lead is provided and by which the electrode lead is supported, wherein the sensing plate is welded to two electrode leads, the sensing plate is welded in contact with a portion of the surfaces of the two electrode leads, and only the two electrode leads without the sensing plate are welded at another portion, the sensing plate has a bent portion formed by bending a portion thereof vertically, and the bent portion is coupled and fixed to the support plate, an engagement hole is formed in the bent portion of the sensing plate, and a protrusion is formed at the support plate to be inserted into the engagement hole and coupled thereto.
Chamber filter plate for a filter press, comprising a plate edge which frames the plate base body and is thicker than the surface of the plate base body, characterised by a plurality of mutually separate hollow channels in the plate edge, which channels extend in the longitudinal direction and/or in the transverse direction of the plane of the plate, one or more hollow channels forming a feed channel and one or more hollow channels forming an outlet channel respectively for the chamber filter plate.
An apparatus comprising: a real time location system, RTLS, including a cloud health processor, the cloud health processor including: an event processor to process an event included in a message from an RTLS device to identify event information related to the RTLS device, the event relating to a health of the RTLS device and the event information including an event type and an event detail, wherein the health of the RTLS device includes at least a reboot status of the RTLS device, a health analyzer to compare the event detail to a prescribed bound for the event type, the event relating to the health of the RTLS device; and an output generator to, when the event information is outside the prescribed bound, trigger a response to address the event with respect to the RTLS device, wherein the response includes at least one of a charging reminder, a power level adjustment, an alarm, a reboot, or a heartbeat adjustment. an event processor to process an event included in a message from an RTLS device to identify event information related to the RTLS device, the event relating to a health of the RTLS device and the event information including an event type and an event detail, wherein the health of the RTLS device includes at least a reboot status of the RTLS device, a health analyzer to compare the event detail to a prescribed bound for the event type, the event relating to the health of the RTLS device; and an output generator to, when the event information is outside the prescribed bound, trigger a response to address the event with respect to the RTLS device, wherein the response includes at least one of a charging reminder, a power level adjustment, an alarm, a reboot, or a heartbeat adjustment.
Method of determining a path (10, 20) along an object, comprising: determining a point of the object as reference point of the object in absolute coordinates; ascertaining a set of points of the object in absolute coordinates on the basis of further known points of the object within a relative coordinate system, conversion of the further points of the object to the absolute coordinate system being effected on the basis of the reference point of the object; determining the path (10, 20) along the object based on a distance to be maintained from the object, on the basis of the set of points of the object, so that the path (10, 20) extends at a distance from the object. determining a point of the object as reference point of the object in absolute coordinates; ascertaining a set of points of the object in absolute coordinates on the basis of further known points of the object within a relative coordinate system, conversion of the further points of the object to the absolute coordinate system being effected on the basis of the reference point of the object; determining the path (10, 20) along the object based on a distance to be maintained from the object, on the basis of the set of points of the object, so that the path (10, 20) extends at a distance from the object.