mhurhangee/ep-ind-claims huggingface dataset:
A baler having a pickup for lifting crop materials off the ground as the baler advances, an inlet narrower than the width of the pickup for receiving materials from the pickup, cutter apparatus adjacent said inlet for reducing crop materials received from the pickup into smaller pieces, said cutter apparatus including a rotor driven in such a direction about a transverse axis of rotation behind said inlet that front portions of the rotor move generally downwardly and rearwardly during operation, said pickup including a pair of transversely extending, axially aligned, and axially spaced apart lower stub augers (80,82) positioned on opposite lateral sides of said inlet for consolidating picked up crop materials centrally toward the inlet from opposite, laterally outboard areas of the pickup, said stub augers being driven in such a direction that front portions of the stub augers move generally upwardly and rearwardly during operation, characterised in that said pickup further includes a full-length, transversely extending top auger spaced above said stub augers (80,82), having an axis of rotation disposed forwardly of an axis of rotation of said stub augers (80,82), and spanning said inlet from locations outboard of the inlet, said top auger being configured to consolidate crops centrally and being counter-rotated relative to the stub augers such that front portions of the top auger move generally downwardly and rearwardly during operation to assist in delivering crop materials to the cutter apparatus.
A method of detecting a working condition of a mechanical brake of vertical transport equipment, the vertical transport equipment comprising a frequency converter, an electrical motor and a mechanical brake, wherein movement of the vertical transport equipment being controlled using the frequency converter that is adapted to feed electrical power to a motor and the mechanical brake is adapted to mechanically hold a car or load of the vertical transport equipment when said car or load is stationary, characterized in that the method comprises the sequence of: operating the frequency converter to move the car or load, controlling the mechanical brake into a closed position for decelerating movement of the car or load, storing data relating to deceleration of the car or load for use as reference data, operating the frequency converter to move the car or load, controlling the mechanical brake into a closed position for decelerating movement of the car or load, determining test data relating to the deceleration of the car or load from measured information or from a control system of the frequency converter, comparing the reference data with the test data, and producing an alarm signal on the basis of the comparison between the reference data and the test data, wherein the data relating to deceleration is the torque or current reference of the control system of the frequency converter, or the data relating to deceleration is the speed or deceleration of the car or load and the method comprises further disabling torque or current control of the frequency converter when the mechanical brake is controlled into a closed position. operating the frequency converter to move the car or load, controlling the mechanical brake into a closed position for decelerating movement of the car or load, storing data relating to deceleration of the car or load for use as reference data, operating the frequency converter to move the car or load, controlling the mechanical brake into a closed position for decelerating movement of the car or load, determining test data relating to the deceleration of the car or load from measured information or from a control system of the frequency converter, comparing the reference data with the test data, and producing an alarm signal on the basis of the comparison between the reference data and the test data, wherein the data relating to deceleration is the torque or current reference of the control system of the frequency converter, or the data relating to deceleration is the speed or deceleration of the car or load and the method comprises further disabling torque or current control of the frequency converter when the mechanical brake is controlled into a closed position.
Method for the structural assembly of a first part comprised of a polymer matrix composite material, with a second metal part, by two surfaces that face one another, called assembly surfaces, according to an interface, with the method comprising the steps of: a. forming on the assembly surface of the metal part a shape, called a coupling shape, comprising two separate reliefs (124, 324, 344, 354) comprising an extension according to a direction normal to said assembly surface; b. stamping the first part with the second part on the assembly interface, while the matrix of the first part is in a non-consolidated state; c. overmoulding on the assembly produced as such a layer, called the locking layer, of which the constitution comprises a polymer matrix, said locking layer comprising a portion overlapping on the first and a portion overlapping on the second part and opposing the relative displacement of the two parts according to a direction normal to their assembly interface. a. forming on the assembly surface of the metal part a shape, called a coupling shape, comprising two separate reliefs (124, 324, 344, 354) comprising an extension according to a direction normal to said assembly surface; b. stamping the first part with the second part on the assembly interface, while the matrix of the first part is in a non-consolidated state; c. overmoulding on the assembly produced as such a layer, called the locking layer, of which the constitution comprises a polymer matrix, said locking layer comprising a portion overlapping on the first and a portion overlapping on the second part and opposing the relative displacement of the two parts according to a direction normal to their assembly interface.
An antisense oligonucleotide or an oligonucleotide equivalent comprising a nucleotide sequence of between 22 and 30 nucleotides, wherein said nucleotide sequence comprises or consists of the antisense nucleotide sequence 5'-GGUAAUGAGUUCUUCCAACUGG-3' (SEQ ID NO:287).
Method for processing data packets that are received by a network node equipment referred to as upstream and are intended to be transmitted to a terminal equipment via a network node equipment referred to as downstream and via a communication link, said upstream node equipment comprising a queue of non-priority data packets that are intended for said terminal equipment, which is able to store a predetermined number of data packets before their transmission to the downstream node equipment, said method being characterized in that it is implemented by said upstream node and in that it comprises the following steps: • obtaining (201a, 201b) a first item of information representative of a fill state of said queue of the upstream node equipment, over a predetermined observation period; • when said first item of information obtained has a value indicative of a level of filling of the queue lower than or equal to a first predetermined non-zero lower threshold, reducing an output rate of said queue; • when said first item of information obtained has a value indicative of a level of filling of the queue higher than a first predetermined upper threshold higher than said first lower threshold, increasing said output rate of said queue. • obtaining (201a, 201b) a first item of information representative of a fill state of said queue of the upstream node equipment, over a predetermined observation period; • when said first item of information obtained has a value indicative of a level of filling of the queue lower than or equal to a first predetermined non-zero lower threshold, reducing an output rate of said queue; • when said first item of information obtained has a value indicative of a level of filling of the queue higher than a first predetermined upper threshold higher than said first lower threshold, increasing said output rate of said queue.
An accessory for housing containers for items of jewellery, comprising a semi-finished element having a first face and a second face having a polygonal shape; a first strip or tab located between and connecting, at a first lower end thereof, the first face and the second face; the first and second face being configured, in proximity of the other upper end thereof, with a corresponding through-slot (11p, 12p); the first and second face (1, 2) being foldable, in use, about the first strip or tab; the first and second face (1, 2) and the strip or tab forming, in use, a space for housing the container; means being provided, acting between the first and second face (1, 2) configured for stably associating the first face and the second face in the folded configuration for stably housing the container; wherein at least one of the first and second face (1, 2) has a wing or tab having a corresponding second weakened or fold line and positioned internally of the corresponding through-slot; the wing or tab extending for a portion of the corresponding first or second face (1, 2) and being configured as means for associating with the remaining second or first face (2, 1); the wing or tab being further defined by corresponding through-cut lines that separate it from the first or second face (1, 2) internally of the corresponding slot; the first and second face (1, 2) being foldable, in use, around the first weakened or fold lines (4, 5); the tab being foldable, in use, about the second weakened or fold line; the first and second face (1, 2), the strip or tab and the wing or tab defining, in use, the space for housing the container, characterized in that the wing or tab is configured, at a free end thereof, with a tongue protruding therefrom and associated via a third weakened or fold line and contained internally of the slot; the first face being configured with an elongate third slot positioned below the corresponding slot towards inside the corresponding face; the tongue being foldable around the third weakened or fold line and being insertable and associable stably internally of the third elongate slot so as to stably associate the first and second face (1, 2) and to define, in use, the space.
A positioning system (10, 10') for a rear view display device comprising: at least a first gear rod (20, 20') for positioning a cover plate (50, 50'), wherein the first gear rod (20, 20') comprises conductive material, and second gear rod (30, 30') for positioning the cover plate (50, 50'), wherein the second gear rod (30, 30') comprises conductive material; a spring jack (40, 40') comprising conductive material, wherein the spring jack (40, 40') is adapted to contact the first gear rod (20, 20') and the second gear rod (30, 30'); and position sensing means adapted to sense the position of the first gear rod (20, 20') relative to the spring jack (40, 40') with at least a first resistance value of a first conductive path between at least a first point on the first gear rod (20, 20') and the spring jack (40, 40') varying with the position of the first gear rod (20, 20') relative to the spring jack (40, 40'). at least a first gear rod (20, 20') for positioning a cover plate (50, 50'), wherein the first gear rod (20, 20') comprises conductive material, and second gear rod (30, 30') for positioning the cover plate (50, 50'), wherein the second gear rod (30, 30') comprises conductive material; a spring jack (40, 40') comprising conductive material, wherein the spring jack (40, 40') is adapted to contact the first gear rod (20, 20') and the second gear rod (30, 30'); and position sensing means adapted to sense the position of the first gear rod (20, 20') relative to the spring jack (40, 40') with at least a first resistance value of a first conductive path between at least a first point on the first gear rod (20, 20') and the spring jack (40, 40') varying with the position of the first gear rod (20, 20') relative to the spring jack (40, 40').
An AC pulse arc welding control method for controlling welding which is performed by feeding a welding wire, and applying repeatedly welding currents consisting of an electrode negative polarity base current during an electrode negative polarity base period, an electrode negative polarity peak current during an electrode negative polarity peak period, and an electrode positive polarity current during an electrode positive polarity period, wherein the electrode negative polarity base current, the electrode negative polarity peak current and the electrode positive polarity current are applied continuously in this order, the electrode negative polarity peak period comprises a rising period, a peak period and a falling period, characterized in that a time ratio of the peak period to the electrode negative polarity peak period is less than 20%. the electrode negative polarity base current, the electrode negative polarity peak current and the electrode positive polarity current are applied continuously in this order, the electrode negative polarity peak period comprises a rising period, a peak period and a falling period, characterized in that a time ratio of the peak period to the electrode negative polarity peak period is less than 20%.
An antenna arrangement for an aircraft, which comprises - a structural section of a structure of an aircraft, the structural section comprising - an arrangement of interconnected elongated longitudinal and transverse stiffening elements (6, 7) and - an outer skin arranged on one side of the arrangement of longitudinal and transverse stiffening elements (6, 7) and fixed to the longitudinal and transverse stiffening elements (6, 7), a surface of the outer skin facing away from the latter forming an outer surface of the structural section, - an antenna element and - a structural element, wherein an opening is formed in the outer skin, and in the region of the opening at least one of the longitudinal stiffening elements and/or at least one of the transverse stiffening elements has an interruption in which the structural element is arranged and which divides the respective longitudinal or transverse stiffening element (6, 7) into two sections (6a, 6b; 7a, 7b) on opposite sides of the interruption, wherein the two sections (6a, 6b; 7a, 7b) are connected to the structural element in such a way that tensile and compressive forces acting in the longitudinal direction of the respective longitudinal or transverse stiffening element (6, 7), shear forces acting in transverse direction and torsion forces acting around the longitudinal axis are transmitted between the two sections (6a, 6b; 7a, 7b) through the structural element, and/or the outer skin being connected to the structural element in such a way that shear forces acting in the outer skin are transmitted through the structural element between opposite sides of the opening, and wherein the antenna element is located in the area of the opening on the outer surface is arranged on the opposite side of the outer skin, characterized in that the antenna arrangement has a cover which is transparent to radio waves, wherein the opening is closed by the cover and wherein the cover is formed by the structural element. - a structural section of a structure of an aircraft, the structural section comprising - an arrangement of interconnected elongated longitudinal and transverse stiffening elements (6, 7) and - an outer skin arranged on one side of the arrangement of longitudinal and transverse stiffening elements (6, 7) and fixed to the longitudinal and transverse stiffening elements (6, 7), a surface of the outer skin facing away from the latter forming an outer surface of the structural section, - an arrangement of interconnected elongated longitudinal and transverse stiffening elements (6, 7) and - an outer skin arranged on one side of the arrangement of longitudinal and transverse stiffening elements (6, 7) and fixed to the longitudinal and transverse stiffening elements (6, 7), a surface of the outer skin facing away from the latter forming an outer surface of the structural section, - an antenna element and - a structural element,
A chassis system comprising: a body; a lid removably attached to the body such that when the lid is attached to the body a cavity within the body is completely enclosed by the body and the attached lid, the lid and the body made of at least one material that does not allow electromagnetic waves to enter the cavity; a backplane attached to the body or the lid; and an electrically conductive connector attached to the body or lid, wherein the connector is in wired or wireless communication with the backplane for allowing electricity or data to flow between the electrically conductive connector and the backplane, characterised by a thermoelectric layer and a shape memory alloy layer both attached to the lid or body, wherein the shape memory alloy layer is configured to generate heat when compressed and the thermoelectric layer is configured to convert the heat generated by the shape memory alloy layer into electricity. a body; a lid removably attached to the body such that when the lid is attached to the body a cavity within the body is completely enclosed by the body and the attached lid, the lid and the body made of at least one material that does not allow electromagnetic waves to enter the cavity; a backplane attached to the body or the lid; and an electrically conductive connector attached to the body or lid, wherein the connector is in wired or wireless communication with the backplane for allowing electricity or data to flow between the electrically conductive connector and the backplane, characterised by a thermoelectric layer and a shape memory alloy layer both attached to the lid or body, wherein the shape memory alloy layer is configured to generate heat when compressed and the thermoelectric layer is configured to convert the heat generated by the shape memory alloy layer into electricity.
Computer-implemented method for securely storing credentials (Cred) for offline use and copy-protected vault content, using a server and an application on a device of a user, comprising the steps of: a) said server storing said credentials in encrypted form, unable to decrypt said credentials by itself; b) said application storing encrypted credentials on said device, unable to decrypt said encrypted credentials without assistance of a relying third-party application and/or said user; c) distributing said encrypted credentials across different devices of said same user, using both said server and interaction of said user; d) said user providing backup data without credentials to said server, for restoring said credentials in case of loss of said device; whereby the method does not require a Secure Element but is secured using cryptographic keys and encrypted storage, whereby said copy-protected vault content is transferred from said first device of said first user to a second device of said first user and/or said copy-protected vault content is transferred from said first device of said first user to a third device of a second user, and said copy-protected vault content is transferred without connecting to said server. a) said server storing said credentials in encrypted form, unable to decrypt said credentials by itself; b) said application storing encrypted credentials on said device, unable to decrypt said encrypted credentials without assistance of a relying third-party application and/or said user; c) distributing said encrypted credentials across different devices of said same user, using both said server and interaction of said user; d) said user providing backup data without credentials to said server, for restoring said credentials in case of loss of said device;
A method to remotely monitor an analyte state of a host on a remote monitor, wherein the remote monitor is a smart phone, the method comprising: receiving, at the remote monitor, an invitation to access a secure server and data associated with a receiver monitoring the analyte state of the host; and modifying, by a remote monitoring software application executed on the remote monitor, a rule defining an alert representative of an event associated with the analyte state of the host, wherein the alert, when triggered, causes a message to be sent to the remote monitor from the server to notify the remote monitor of the event, wherein upon modification the rule is different from an alert rule of the receiver defining when an alert is triggered by the receiver to the host. receiving, at the remote monitor, an invitation to access a secure server and data associated with a receiver monitoring the analyte state of the host; and modifying, by a remote monitoring software application executed on the remote monitor, a rule defining an alert representative of an event associated with the analyte state of the host, wherein the alert, when triggered, causes a message to be sent to the remote monitor from the server to notify the remote monitor of the event, wherein upon modification the rule is different from an alert rule of the receiver defining when an alert is triggered by the receiver to the host.
A cortical button (100, 400, 500, 750) configured to be passed through a bone tunnel in an elongate orientation before being flipped to a deployed configuration, the cortical button comprising: an oblong body, having a length greater than a width, and a longitudinal axis (L-L); the width extending from a first sidewall to a second sidewall of the body, the first and second sidewalls along the longitudinal axis between a first and a second end, the body also having a lower surface configured to engage an external bone surface when the cortical button is in the deployed configuration; and a pair of slotted apertures (120a, 120b) extending through an entire thickness of the body for receiving a loop of a flexible strand therethrough; characterized by a rib (140, 240) extending from the oblong body lower surface and disposed between the pair of slotted apertures, coextensive along the longitudinal axis with the pair of slotted apertures. an oblong body, having a length greater than a width, and a longitudinal axis (L-L); the width extending from a first sidewall to a second sidewall of the body, the first and second sidewalls along the longitudinal axis between a first and a second end, the body also having a lower surface configured to engage an external bone surface when the cortical button is in the deployed configuration; and a pair of slotted apertures (120a, 120b) extending through an entire thickness of the body for receiving a loop of a flexible strand therethrough; the width extending from a first sidewall to a second sidewall of the body, the first and second sidewalls along the longitudinal axis between a first and a second end, the body also having a lower surface configured to engage an external bone surface when the cortical button is in the deployed configuration; and a pair of slotted apertures (120a, 120b) extending through an entire thickness of the body for receiving a loop of a flexible strand therethrough; characterized by a rib (140, 240) extending from the oblong body lower surface and disposed between the pair of slotted apertures, coextensive along the longitudinal axis with the pair of slotted apertures.