mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for use in agriculture, in particular for row crops, comprising: a hydraulic drive device; and a control device; wherein the hydraulic drive device provides at least one measurable parameter and is configured to move a tool; wherein the control device is configured to carry out a change in movement of the tool, wherein the change in movement is triggered when the at least one measurable parameter of the hydraulic drive device exceeds or falls below an adjustable limit value for a time range of more than 0 seconds, characterized in that the change in movement of the tool comprises a movement reversal and 1. the further movement after the triggering of the movement reversal takes place in the case of rotational movements about an angle about the axis of rotation in the range of 0.5° - 120°, preferably 2° - 90°, further preferably 40 - 60°, most preferably 6° - 30°; respectively 2. the further movement after the triggering of the movement reversal of the tool in the case of translational movements comprises a path length in the range of 0.5% - 90%, preferably 5% - 80%, further preferably 10% - 60%, most preferably 20% - 40% in relation to the total path length of the translationally moved tool. a hydraulic drive device; and a control device; wherein the hydraulic drive device provides at least one measurable parameter and is configured to move a tool; wherein the control device is configured to carry out a change in movement of the tool, wherein the change in movement is triggered when the at least one measurable parameter of the hydraulic drive device exceeds or falls below an adjustable limit value for a time range of more than 0 seconds, characterized in that the change in movement of the tool comprises a movement reversal and 1. the further movement after the triggering of the movement reversal takes place in the case of rotational movements about an angle about the axis of rotation in the range of 0.5° - 120°, preferably 2° - 90°, further preferably 40 - 60°, most preferably 6° - 30°; respectively 2. the further movement after the triggering of the movement reversal of the tool in the case of translational movements comprises a path length in the range of 0.5% - 90%, preferably 5% - 80%, further preferably 10% - 60%, most preferably 20% - 40% in relation to the total path length of the translationally moved tool. 1. the further movement after the triggering of the movement reversal takes place in the case of rotational movements about an angle about the axis of rotation in the range of 0.5° - 120°, preferably 2° - 90°, further preferably 40 - 60°, most preferably 6° - 30°; respectively 2. the further movement after the triggering of the movement reversal of the tool in the case of translational movements comprises a path length in the range of 0.5% - 90%, preferably 5% - 80%, further preferably 10% - 60%, most preferably 20% - 40% in relation to the total path length of the translationally moved tool.
A foot module for an exoskeleton structure, comprising an ankle joint, a first support plate designed to be supported on the top of a boot of the user, when the foot module is attached to the foot of the user, a second support plate capable of being disposed under the sole of the boot, a first segment connecting the ankle joint to the first support plate and a second segment connecting the first support plate to the second support plate, the first segment and the second segment forming a spring capable of being compressed when the boot is in contact with the ground and being expanded when the boot is not in contact with the ground.
A chest refrigerator and/or chest freezer comprising a carcass; and a sliding cover for closing the upper side of the carcass, wherein the carcass has a region relative to which the sliding cover is displaceably guided; and a spring-loaded gap-compensation element is provided that is configured to automatically close a gap between the sliding cover and said region of the carcass in part or in full, characterized in that the gap-compensation element has a housing and a sealing element that is resiliently received in the housing, with the sealing element being movable, and preferably retractable and extendable, in different positions relative to the housing; and in that the gap-compensation element has two housing halves (48, 49) between which a spring is located that is adapted to act on the sealing element and to exert a force thereon that acts toward the region of the carcass.
Portable device for the exchange, transfer and transport of sensitive digital information, comprising: - at least one storage unit of digital information; - an encryption unit operatively connected to said storage unit and containing at least one private key for encrypting this digital information; - modification means configured to modify said private key; - wherein said portable device is configured to perform verification operations and demos of all the operations carried out by means of a reference blockchain; characterized by the fact that said modification means are configured to perform at least the following steps: - receive an incoming request to modify said existing private key; - receive an incoming password from a user; - starting from said password, generate a private key, known and obtainable by the user; - combine said generated private key with said existing private key, producing a new private key. - at least one storage unit of digital information; - an encryption unit operatively connected to said storage unit and containing at least one private key for encrypting this digital information; - modification means configured to modify said private key; - wherein said portable device is configured to perform verification operations and demos of all the operations carried out by means of a reference blockchain; - receive an incoming request to modify said existing private key; - receive an incoming password from a user; - starting from said password, generate a private key, known and obtainable by the user; - combine said generated private key with said existing private key, producing a new private key.
Filter arrangement comprising a filter seat and a round filter element disposed in the filter seat, wherein the filter seat comprises a housing with a substantially cylindrical housing component with a circumferential surface, an inflow opening disposed in the circumferential surface, an inlet stub attached to the inflow opening for coupling a fluid supply line, wherein the inlet stub comprises a fixing surface which is attached to an exterior side of the housing and covers the inflow opening, and an in particular axial outflow opening, characterized in that the inlet stub is provided tangentially at the circumferential surface and features a flow guiding section extending through the inflow opening into the interior space of the housing, wherein the flow guiding section extends up to the filter element or to an inflow protection surrounding the filter element in particular annularly.
Microphone unit comprising: - only one PCB with a front side suitable for being directed towards a sound source and a back side, - a plurality of transducers mounted on said back side of the PCB; each transducer being of acoustic-electric type with digital output, suitable for converting a sound signal into an electrical signal of digital type, - through holes obtained in the PCB in correspondence of each transducer in such a way that acoustic waves emitted by the sound source pass through the PCB and hit the transducers, - an A2B audio interface mounted on said back side of the PCB and electrically connected to said transducers; said A2B audio interface being a transceiver suitable for receiving the digital signal from the transducers and convert said digital signal into an A2B format suitable for being sent in an A2B audio bus, and - an input electrical connector and an output electrical connector mounted on said back side of the PCB and electrically connected to said A2B audio interface; said input and output electrical connectors (5; 105) being suitable for connecting respective A2B audio buses that use a single twisted pair, so that said microphone unit can be connected to one or two adjacent microphone units, in a daisy-chain configuration, forming a meta-array suitable for being connected to a A2B network having a host processor configured to perform a beam-forming of signals from all the transducers of the microphonic units of the meta-array; wherein said plurality of transducers comprises a central transducer and at least three peripheral transducers disposed at the same radial distance (r) from the central transducer and equally angularly spaced. - only one PCB with a front side suitable for being directed towards a sound source and a back side, - a plurality of transducers mounted on said back side of the PCB; each transducer being of acoustic-electric type with digital output, suitable for converting a sound signal into an electrical signal of digital type, - through holes obtained in the PCB in correspondence of each transducer in such a way that acoustic waves emitted by the sound source pass through the PCB and hit the transducers, - an A2B audio interface mounted on said back side of the PCB and electrically connected to said transducers; said A2B audio interface being a transceiver suitable for receiving the digital signal from the transducers and convert said digital signal into an A2B format suitable for being sent in an A2B audio bus, and - an input electrical connector and an output electrical connector mounted on said back side of the PCB and electrically connected to said A2B audio interface; said input and output electrical connectors (5; 105) being suitable for connecting respective A2B audio buses that use a single twisted pair, so that said microphone unit can be connected to one or two adjacent microphone units, in a daisy-chain configuration, forming a meta-array suitable for being connected to a A2B network having a host processor configured to perform a beam-forming of signals from all the transducers of the microphonic units of the meta-array;
Wheel hub of a motor vehicle comprising: a tubular body having a coupling opening which is adapted to receive a wheel axis of said motor vehicle; wherein said tubular body comprises: a first section with a small diameter; a second section with a large diameter which is arranged axially opposite to said first section; a third section with an intermediate diameter with respect to said first section and said second section, which is arranged in an intermediate axial position between said first and second section; said large diameter being greater than of said intermediate diameter which in turn is greater than said small diameter; a plurality of ribs spaced from each other and extending in an axial direction (X-X) onto said tubular body, wherein each rib extends on said first section and said third section and connects to said second section, wherein a maximum rib diameter, defined by ridges of each rib in a top level, results less or equal to said larger diameter of said second section. a tubular body having a coupling opening which is adapted to receive a wheel axis of said motor vehicle; wherein said tubular body comprises: a first section with a small diameter; a second section with a large diameter which is arranged axially opposite to said first section; a third section with an intermediate diameter with respect to said first section and said second section, which is arranged in an intermediate axial position between said first and second section; said large diameter being greater than of said intermediate diameter which in turn is greater than said small diameter; a plurality of ribs spaced from each other and extending in an axial direction (X-X) onto said tubular body, wherein each rib extends on said first section and said third section and connects to said second section, wherein a maximum rib diameter, defined by ridges of each rib in a top level, results less or equal to said larger diameter of said second section. a first section with a small diameter; a second section with a large diameter which is arranged axially opposite to said first section; a third section with an intermediate diameter with respect to said first section and said second section, which is arranged in an intermediate axial position between said first and second section; said large diameter being greater than of said intermediate diameter which in turn is greater than said small diameter; a plurality of ribs spaced from each other and extending in an axial direction (X-X) onto said tubular body, wherein each rib extends on said first section and said third section and connects to said second section, wherein a maximum rib diameter, defined by ridges of each rib in a top level, results less or equal to said larger diameter of said second section.
Puck handling device for a conveyor system, comprising a puck handling disc and a drive means for rotating the puck handling disc, characterized in that the puck handling disc comprises a first semi-circular disc arranged on a first shaft and a second semi-circular disc arranged on a second shaft, where the first shaft and the second shaft are concentric and are aligned with the centre axis of the puck handling disc, where the first semi-circular disc is provided with a first cut-out and the second semi-circular disc is provided with a second cut-out, where the first semi-circular disc and the second semi-circular disc are individually rotatable by the drive means, and where the first cut-out and the second cut-out forms a recess adapted to hold a puck when the puck handling disc is arranged in a holding state.
A hybrid sodium anode battery for an electric vehicle comprising: a sodium anode in contact with a supply of anolyte solution; a cathode in contact with a supply of catholyte solution; and a NaSICON sodium ion conductive solid membrane separating the catholyte from the anolyte; wherein the anolyte solution comprises an ionic liquid containing dissolved sodium ions and wherein the IL has a density different from the densities of solid sodium and molten sodium; characterized in that: the hybrid sodium anode battery is functional at a temperature below a melting point of the sodium anode and the sodium anode is in a solid state; the hybrid sodium anode battery is functional at a temperature above the melting point of the sodium anode and the sodium anode is in a molten; and a quantity of anolyte solution separates the sodium anode from the sodium ion conductive membrane when the sodium anode is in the solid state. a sodium anode in contact with a supply of anolyte solution; a cathode in contact with a supply of catholyte solution; and a NaSICON sodium ion conductive solid membrane separating the catholyte from the anolyte; wherein the anolyte solution comprises an ionic liquid containing dissolved sodium ions and wherein the IL has a density different from the densities of solid sodium and molten sodium; characterized in that: the hybrid sodium anode battery is functional at a temperature below a melting point of the sodium anode and the sodium anode is in a solid state; the hybrid sodium anode battery is functional at a temperature above the melting point of the sodium anode and the sodium anode is in a molten; and the hybrid sodium anode battery is functional at a temperature below a melting point of the sodium anode and the sodium anode is in a solid state; the hybrid sodium anode battery is functional at a temperature above the melting point of the sodium anode and the sodium anode is in a molten; and a quantity of anolyte solution separates the sodium anode from the sodium ion conductive membrane when the sodium anode is in the solid state.
A method for establishing a connection, comprising steps: transmitting, by a group member device of a wireless device group, information about a group owner device of the wireless device group to a to-be-connected device, and enabling, by the group member device, the to-be-connected device and the group owner device to share a first password, wherein the first password is used by the to-be-connected device and the group owner device to establish a connection after the to-be-connected device and the group owner device discover each other, wherein: the transmitting, by the group member device, information about the group owner device to the to-be-connected device comprises: pre-generating, by the group member device according to a user instruction, a dynamic two-dimensional code to be scanned by the to-be-connected device, wherein the dynamic two-dimensional code comprises the information about the group owner device. transmitting, by a group member device of a wireless device group, information about a group owner device of the wireless device group to a to-be-connected device, and enabling, by the group member device, the to-be-connected device and the group owner device to share a first password, wherein the first password is used by the to-be-connected device and the group owner device to establish a connection after the to-be-connected device and the group owner device discover each other, wherein: the transmitting, by the group member device, information about the group owner device to the to-be-connected device comprises: pre-generating, by the group member device according to a user instruction, a dynamic two-dimensional code to be scanned by the to-be-connected device, wherein the dynamic two-dimensional code comprises the information about the group owner device.
Optical device for interference structuring of a sample, comprising a laser for emitting a laser beam, a beam splitter for splitting the laser beam into at least two partial beams (8.1, 8.2), at least one first cylindrical lens, and at least one second cylindrical lens for refracting the at least two partial beams (8.1, 8.2) in the direction of an interference region, the beam splitter, the at least first cylindrical lens, and the at least one second cylindrical lens being arranged in the beam path of the laser beam such that the at least two partial beams (8.1, 8.2) of the laser beam interfere with one another in the interference region such that a structure having linear structural elements can be formed in a structure region of the sample, and the cylinder axis (ZA 1) of the at least one first cylindrical lens being oriented parallel to the cylinder axis (ZA 2) of the at least one second cylindrical lens, at least one third cylindrical lens being provided in the form of a converging lens, the cylinder axis (ZA 3) of which is oriented perpendicular to the optical axis, characterized in that the cylinder axis (ZA 3) of the third cylindrical lens is oriented perpendicular to the cylinder axis (ZA 1) of the at least one first cylindrical lens.
A sensor element comprising: first conductive electrode; an absorptive dielectric layer comprising a polymer of intrinsic microporosity; and a second conductive electrode, wherein the second conductive electrode comprises carbon nanotubes and is permeable to at least one organic vapor, and wherein the absorptive dielectric layer is at least partially disposed between the first conductive electrode and the second conductive electrode and a < 1 nanometer thick layer of a noble metal is disposed between the absorptive dielectric layer and the second conducting electrode. first conductive electrode; an absorptive dielectric layer comprising a polymer of intrinsic microporosity; and a second conductive electrode,
A filter sector with a fastening element for fastening said filter sector of a filter disc in a disc filter to a support sleeve in a shaft of the disc filter, characterized in that the fastening element comprises a clamp element and a support bar arranged in connection with the clamp element, whereby the support bar is fastened to the filter sector of the filter disc, and the clamp element is arranged to be fastened to the support sleeve in the disc filter shaft to fasten the filter sector of the filter disc to the disc filter shaft.
A composition for use in treating incomplete revascularisation of the myocardium in a subject who has had a coronary artery bypass graft but there has been incomplete revascularisation of the myocardium, the composition comprising two or more isoforms of HGF or one or more polynucleotides encoding the isoforms as active ingredients, wherein said two or more isoforms of HGF are selected from the group consisting of full length HGF (flHGF), deleted variant HGF (dHGF), NK1, NK2 and NK4.
A method for receiving optical signals at a receiver, the method comprising: using hardware processing circuitry: determining a count of photons hitting a photon detector during a detection period and for a particular light frequency, the photons produced from transmission of respective first and second bit streams transmitted on a same frequency and across a same optical communication path to the photon detector during the detection period; determining, based upon the photon count, a first bit value assignment for the first bit stream and a second bit value assignment for the second bit stream based on a plurality of photon count decision regions, each of the plurality of photon count decision regions corresponding to respective bit value assignments for the first and second bit streams and wherein a first decision region of the plurality of photon count decision regions has a different decision range than a second decision region of the plurality of photon count decision regions; and differentiating the data for each bit stream by applying one or more detection models to the photon counts to determine bit assignments for each stream. determining a count of photons hitting a photon detector during a detection period and for a particular light frequency, the photons produced from transmission of respective first and second bit streams transmitted on a same frequency and across a same optical communication path to the photon detector during the detection period; determining, based upon the photon count, a first bit value assignment for the first bit stream and a second bit value assignment for the second bit stream based on a plurality of photon count decision regions, each of the plurality of photon count decision regions corresponding to respective bit value assignments for the first and second bit streams and wherein a first decision region of the plurality of photon count decision regions has a different decision range than a second decision region of the plurality of photon count decision regions; and differentiating the data for each bit stream by applying one or more detection models to the photon counts to determine bit assignments for each stream.