mhurhangee/ep-ind-claims huggingface dataset:
Rubber compound for the preparation of parts of pneumatic tyres; said rubber compound comprising at least one cross-linkable unsaturated chain polymer base, one reinforcing filler and one vulcanization system comprising at least sulfur and vulcanization accelerating agents; said rubber compound being characterized in that it comprises microcapsules made from a thermoplastic material having a melting temperature between 120 and 180°C and an average diameter of less than 1 μm; said microcapsules comprising the entirety of said vulcanization accelerating agents.
A nuclear fuel rod end distance adjusting device, the device comprising: an insertion rod including nuclear fuel rod tongs and adapted to linearly move forward and backward; a housing having a hollow space; insertion power means installed inside the housing and adapted to move in a longitudinal direction of the housing by converting a rotational motion into a linear motion; a connector connected between the insertion power means and the insertion rod; and an anti-rotation tool installed between the insertion power means and the connector, being capable of moving in the longitudinal direction of the housing by being interlocked with the linear motion of the insertion power means, but preventing rotational force of the insertion power means from being transmitted to the connector. an insertion rod including nuclear fuel rod tongs and adapted to linearly move forward and backward; a housing having a hollow space; insertion power means installed inside the housing and adapted to move in a longitudinal direction of the housing by converting a rotational motion into a linear motion; a connector connected between the insertion power means and the insertion rod; and an anti-rotation tool installed between the insertion power means and the connector, being capable of moving in the longitudinal direction of the housing by being interlocked with the linear motion of the insertion power means, but preventing rotational force of the insertion power means from being transmitted to the connector.
A circuit interrupter providing for arc suppression, said circuit interrupter comprising: a first contact electrically connectable to a power source; a second contact electrically connectable to a load; said first and second contacts (1410, 1430) being actuated between a closed and open position relative to each other; an arc extinguisher for extinguishing an arc that develops in the vicinity of said first and second contacts (1410, 1430); and a permanent magnet disposed adjacent to at least one of the contacts (1410, 1430) and generating a magnetic field that permeates an area where the arc develops; said magnetic field directing the arc toward said arc extinguisher regardless of a polarity of the contacts. wherein said arc extinguisher comprises first arc splitter plates (1420, 14200') forming a first arc path and second arc splitter plates (14200") forming a second arc path, the first arc path extends in a direction perpendicular to the second arc path, characterized in that the permanent magnet is positioned such that the first contact is between the permanent magnet and the second contact, and the permanent magnet is a toroidally shaped magnet. a first contact electrically connectable to a power source; a second contact electrically connectable to a load; said first and second contacts (1410, 1430) being actuated between a closed and open position relative to each other; an arc extinguisher for extinguishing an arc that develops in the vicinity of said first and second contacts (1410, 1430); and a permanent magnet disposed adjacent to at least one of the contacts (1410, 1430) and generating a magnetic field that permeates an area where the arc develops; said magnetic field directing the arc toward said arc extinguisher regardless of a polarity of the contacts. wherein said arc extinguisher comprises first arc splitter plates (1420, 14200') forming a first arc path and second arc splitter plates (14200") forming a second arc path, the first arc path extends in a direction perpendicular to the second arc path, characterized in that the permanent magnet is positioned such that the first contact is between the permanent magnet and the second contact, and the permanent magnet is a toroidally shaped magnet.
A process to manage the operational capacities of platforms, and namely that of vehicles, and in particular combat vehicles, process in which means are implemented enabling the determination of at least one range according to the environmental data of at least one sensor and/or communication means and/or at least one weapon system carried by at least one platform, and in which cartography software is implemented enabling the display on a screen of a zone of terrain around a schematic drawing of the platform(s), characterized in that are displayed in the vicinity or around the platform(s) at least one area (24, 25), or a curve and/or literal indication visualizing a range with a given performance of the sensor and/or the communication means and/or the weapon system and/or of the detectability of the platform(s) and wherein the data related to the range of a communication relay is entered by means of a man-machine interface, the range of this relay being then displayed graphically and/or literally on the screen of the platform(s).
Wood-based panel, in particular OSB panel, which has at least one upper outer layer, at least one middle layer and at least one lower outer layer, which all consist of resin-glued strands, characterized in that, by adding textile fibres to the strands only for the upper outer layer or only for the lower outer layer, the wood-based panel has a homogeneous distribution of the fabric fibres and strands only in the upper outer layer or only in the lower outer layer.
A motor-driven water craft with a vehicle hull on which a user at least partially rests or stands, having a flow channel running in the vehicle hull with a propeller driven by an electric motor, wherein the vehicle hull contains the electric motor and batteries (5, 6) together with a control device for the electric motor and the propeller and these are at least partially located in the flow channel, characterised in that the electric motor is designed as an inrunner motor, wherein the stator of the electric motor is in thermally conductive contact with a receiving housing (3.5) of the electric motor by means of a heat conducting unit, wherein the receiving housing (3.5) is arranged at least partially in the flow channel, wherein the receiving housing (3.5) is at least partially made of thermally conductive material in the region associated with the heat conducting unit, wherein the heat conducting unit is designed as a heat conducting casting compound, which is materially connected to the receiving housing (3.5) and wherein the rotor and the stator are housed in the receiving housing (3.5) that is sealed water-tightly against the environment, wherein a drive shaft (3.1) is guided out of the receiving housing (3.5) via a sealing cassette, wherein the sealing cassette seals the drive shaft (3.1) by means of at least two sealing rings (3.3) and wherein the sealing cassette can be assigned to the drive shaft (3.1) in different mounting positions being adjustable in the axial direction.
A reverse connection protecting device for a backup power supply, comprising: a charging and discharging interface comprising first and second lead-in ends, and first and second lead-out ends corresponding to the first and second lead-in ends respectively, in which the second lead-in end is coupled to a negative terminal of a secondary battery of the backup power supply, and the second lead-out end is coupled to a negative terminal of a load and an negative terminal of an external power supply; a battery control module coupled to the first lead-in end of the charging and discharging interface and coupled to the positive terminal of the secondary battery for controlling the charging or discharging of the secondary battery; a switch unit coupled between the first lead-out end of the charging and discharging interface and the positive terminal of the load as well as the positive terminal of the external power supply; a switch control module coupled to the switch unit for controlling the switch unit according to voltages of the first and second lead-out ends of the charging and discharging interface; and an activation module coupled to the battery control module, the load and the external power supply respectively for activating the battery control module after the external power supply is powered on and for being disconnected when any one of the load, the secondary battery and the external power supply is reversely connected. a charging and discharging interface comprising first and second lead-in ends, and first and second lead-out ends corresponding to the first and second lead-in ends respectively, in which the second lead-in end is coupled to a negative terminal of a secondary battery of the backup power supply, and the second lead-out end is coupled to a negative terminal of a load and an negative terminal of an external power supply; a battery control module coupled to the first lead-in end of the charging and discharging interface and coupled to the positive terminal of the secondary battery for controlling the charging or discharging of the secondary battery; a switch unit coupled between the first lead-out end of the charging and discharging interface and the positive terminal of the load as well as the positive terminal of the external power supply; a switch control module coupled to the switch unit for controlling the switch unit according to voltages of the first and second lead-out ends of the charging and discharging interface; and an activation module coupled to the battery control module, the load and the external power supply respectively for activating the battery control module after the external power supply is powered on and for being disconnected when any one of the load, the secondary battery and the external power supply is reversely connected.
Radiator for spacecraft applications, comprising: - at least one heat conductive layer comprising a pyrolytic graphite material and having an in-plane heat conductivity of at least 500 W/mK, and - at least one heat emission layer in contact with the heat conductive layer, wherein the emission layer has an exposed surface with an emissivity of at least 0,7; characterised in that the at least one heat conductive layer and the at least one heat emission layer are adhered to each other through an adhesive material, forming a flexible laminate. - at least one heat conductive layer comprising a pyrolytic graphite material and having an in-plane heat conductivity of at least 500 W/mK, and - at least one heat emission layer in contact with the heat conductive layer, wherein the emission layer has an exposed surface with an emissivity of at least 0,7; characterised in that the at least one heat conductive layer and the at least one heat emission layer are adhered to each other through an adhesive material, forming a flexible laminate.
An exposure apparatus configured to expose a substrate through a projection optical system and a liquid immersion area formed by a liquid supplied to an image plane side of the projection optical system, the exposure apparatus comprising a stage which has a substrate holding portion adapted to hold the substrate, and which is movable with respect to the projection optical system on the image plane side of the projection optical system, wherein the stage includes a recovery portion which is adapted to recover the liquid entered into a gap between an edge of the substrate held by the substrate holding portion and an edge of an upper surface of the stage which is provided outside the substrate holding portion and which is capable of contacting the liquid immersion area, and the recovery portion includes a flow passage which is adapted to recover the liquid entered via the gap, characterized in that a porous member or a mesh member is arranged in the flow passage.
A method for guiding the acquisition of an ultrasound image, the method comprising: acquiring a 3D ultrasound image by controlling an ultrasound probe at a first position; identifying an anatomical structure within the 3D ultrasound image; estimating a target imaging plane based on the identified anatomical structure; determining if the target imaging plane is present within the 3D ultrasound image; if the target imaging plane is present, determining a displacement between a central plane of the 3D ultrasound image and the target plane; and if the displacement is below a predetermined threshold, extracting the target imaging plane from the 3D ultrasound image; or if the displacement is above the predetermined threshold, generating an instruction to acquire a 3D ultrasound image with the ultrasound probe at a second position, different from the first positon, based on the displacement. acquiring a 3D ultrasound image by controlling an ultrasound probe at a first position; identifying an anatomical structure within the 3D ultrasound image; estimating a target imaging plane based on the identified anatomical structure; determining if the target imaging plane is present within the 3D ultrasound image; if the target imaging plane is present, determining a displacement between a central plane of the 3D ultrasound image and the target plane; and if the displacement is below a predetermined threshold, extracting the target imaging plane from the 3D ultrasound image; or if the displacement is above the predetermined threshold, generating an instruction to acquire a 3D ultrasound image with the ultrasound probe at a second position, different from the first positon, based on the displacement.
A tissue capture anchor for attaching tissue to bone, the anchor comprising: an expandable anchor body; and a spreader (300, 300c) configured for displacement along an axis of the anchor body between a first position and a second position, the spreader (300, 300c) comprising: a proximal end with a means for receiving an insertion tool; a central body and a ridge; and an angled portion configured to expand the anchor body as the spreader (300, 300c) is advanced from the first position to the second position, characterized in that the spreader (300, 300c) further comprises a generally flat-shaped face at a distal end; and two to twelve spikes protruding from the flat face and being configured to engage with tissue. an expandable anchor body; and a spreader (300, 300c) configured for displacement along an axis of the anchor body between a first position and a second position, the spreader (300, 300c) comprising: a proximal end with a means for receiving an insertion tool; a central body and a ridge; and an angled portion configured to expand the anchor body as the spreader (300, 300c) is advanced from the first position to the second position, characterized in that the spreader (300, 300c) further comprises a generally flat-shaped face at a distal end; and two to twelve spikes protruding from the flat face and being configured to engage with tissue. a proximal end with a means for receiving an insertion tool; a central body and a ridge; and an angled portion configured to expand the anchor body as the spreader (300, 300c) is advanced from the first position to the second position, characterized in that the spreader (300, 300c) further comprises a generally flat-shaped face at a distal end; and two to twelve spikes protruding from the flat face and being configured to engage with tissue.
A magazine ammunition loading apparatus comprising: a slide housing having a plurality of channels for containing ammunition, the slide housing having several channels having ammunition exits on one side and the remaining channels having ammunition exits on the opposite side of the slide housing; a main housing that mates with the slide housing to form a delivery assembly, the main housing having a plurality of ammunition openings (310, 311) corresponding to the ammunition exits of the slide housing; a magazine holder having a groove for holding an empty magazine, the magazine holder having an indentation configured to engage a magazine button when the magazine is slid into the groove; and a plurality of retention caps adapted to lock the main housing onto the slide housing, the plurality of retention caps being adapted to temporarily contain the ammunition within the plurality of channels and within the delivery assembly; wherein the delivery assembly is adapted to operationally engage the magazine holder. a slide housing having a plurality of channels for containing ammunition, the slide housing having several channels having ammunition exits on one side and the remaining channels having ammunition exits on the opposite side of the slide housing; a main housing that mates with the slide housing to form a delivery assembly, the main housing having a plurality of ammunition openings (310, 311) corresponding to the ammunition exits of the slide housing; a magazine holder having a groove for holding an empty magazine, the magazine holder having an indentation configured to engage a magazine button when the magazine is slid into the groove; and a plurality of retention caps adapted to lock the main housing onto the slide housing, the plurality of retention caps being adapted to temporarily contain the ammunition within the plurality of channels and within the delivery assembly; wherein the delivery assembly is adapted to operationally engage the magazine holder.
A method of isolating cancer stem cells in a breast cancer patient tissue sample, the method comprising: (a) identifying a fluorescent antibody directed against at least one protein product or peptide encoded by a Myc-based biomarker comprising a transcript of at least one of HSPD1, COX5B, and TIMM44, administering the identified fluorescent antibody to the sample, sorting cells from the sample, and separating cells based on the presence of the fluorescent antibody; wherein cells separated based on the presence of the fluorescent antibody are cancer stem cells; or (b) identifying an antibody directed against at least one protein product or peptide encoded by a Myc-based biomarker comprising a transcript of at least one of HSPD1, COX5B, and TIMM44, coupling the antibody with a magnetic element, administering the coupled antibody to the sample, sorting cells from the sample, and detecting the presence of the magnetic element in the sorted cells; wherein cells detected based on the presence of the magnetic element are cancer stem cells. (a) identifying a fluorescent antibody directed against at least one protein product or peptide encoded by a Myc-based biomarker comprising a transcript of at least one of HSPD1, COX5B, and TIMM44, administering the identified fluorescent antibody to the sample, sorting cells from the sample, and separating cells based on the presence of the fluorescent antibody; wherein cells separated based on the presence of the fluorescent antibody are cancer stem cells; or administering the identified fluorescent antibody to the sample, sorting cells from the sample, and separating cells based on the presence of the fluorescent antibody; wherein cells separated based on the presence of the fluorescent antibody are cancer stem cells; or (b) identifying an antibody directed against at least one protein product or peptide encoded by a Myc-based biomarker comprising a transcript of at least one of HSPD1, COX5B, and TIMM44, coupling the antibody with a magnetic element, administering the coupled antibody to the sample, sorting cells from the sample, and detecting the presence of the magnetic element in the sorted cells; wherein cells detected based on the presence of the magnetic element are cancer stem cells. coupling the antibody with a magnetic element, administering the coupled antibody to the sample, sorting cells from the sample, and detecting the presence of the magnetic element in the sorted cells; wherein cells detected based on the presence of the magnetic element are cancer stem cells.
A ram air turbine deployment system comprising: a plunger mechanically configured to move between a first position and a second position; a turbine defining a rotational axis, the turbine including at least one notch therein configured to receive the plunger; a bore coupled to the turbine; the plunger being configured to prevent rotation of the turbine; wherein the system further comprises a first bearing contacting at least a portion of an outer surface of the plunger configured to reduce friction produced when the plunger moves between the first positon and the second position, wherein the first bearing is partially housed within the bore; and wherein the plunger is partially housed within the bore; and wherein the first bearing is a linear bearing located within the bore between an inner surface of the bore and an outer surface of the plunger. a plunger mechanically configured to move between a first position and a second position; a turbine defining a rotational axis, the turbine including at least one notch therein configured to receive the plunger; a bore coupled to the turbine; the plunger being configured to prevent rotation of the turbine; wherein the system further comprises a first bearing contacting at least a portion of an outer surface of the plunger configured to reduce friction produced when the plunger moves between the first positon and the second position, wherein the first bearing is partially housed within the bore; and wherein the plunger is partially housed within the bore; and wherein the first bearing is a linear bearing located within the bore between an inner surface of the bore and an outer surface of the plunger.