mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable autonomous capsule, comprising: - a tubular body housing a set of functional components of the capsule; - at a front, distal end of the capsule, a front-end unit comprising a helical-screw anchoring member for anchoring the capsule to a wall of a patient's organ; and - a disengageable frictional coupling, arranged at said distal end of the capsule between the front-end unit and the tubular body , wherein the front-end unit and the helical screw are mobile as a whole in relative axial rotation with respect to the tubular body , and wherein the disengageable frictional coupling is arranged in such a way as, when an external axial rotational stress is applied to the tubular body at the proximal end in a first direction (CW) corresponding to a screwing direction of the helical screw : • to prevent the relative axial rotation as long as a reaction torque, exerted by the helical screw during the screwing into the wall of the patient's organ, is lower than a first predetermined threshold torque, and • to allow the relative axial rotation as soon as the reaction torque exceeds the first predetermined threshold torque, characterized in that the disengageable frictional coupling further includes a one-way unscrewing blocking mechanism, said one-way blocking mechanism being arranged in such a way as, when an external axial rotational stress is applied to the tubular body at the proximal end in a second direction (CCW), opposite to the first direction (CW) and corresponding to an unscrewing direction of the helical screw : • to prevent a disengagement of the coupling mechanism, by forbidding the relative axial rotation against a resistive torque exerted on the front-end unit by the helical screw during an unscrewing, whereby allowing a joint rotation of the tubular body and the front-end unit ; and • to be without effect in the screwing direction (CW). - a tubular body housing a set of functional components of the capsule; - at a front, distal end of the capsule, a front-end unit comprising a helical-screw anchoring member for anchoring the capsule to a wall of a patient's organ; and - a disengageable frictional coupling, arranged at said distal end of the capsule between the front-end unit and the tubular body , • to prevent the relative axial rotation as long as a reaction torque, exerted by the helical screw during the screwing into the wall of the patient's organ, is lower than a first predetermined threshold torque, and • to allow the relative axial rotation as soon as the reaction torque exceeds the first predetermined threshold torque, • to prevent a disengagement of the coupling mechanism, by forbidding the relative axial rotation against a resistive torque exerted on the front-end unit by the helical screw during an unscrewing, whereby allowing a joint rotation of the tubular body and the front-end unit ; and • to be without effect in the screwing direction (CW).
A heat dissipation device comprising: a lateral-spreading heat dissipating structure having a base structure, said base structure having a top surface and a bottom surface; a close-loop shunting heat conductive structure having a first end and a second end; a distal heat dissipating segment configured to dissipate heat to an exterior of the heat dissipation device, said distal heat dissipating segment connected to at least one end of the lateral-spreading heat dissipating structure; and a heat generating device , said heat generating device connected to the top surface or the bottom surface of the base structure, wherein the lateral-spreading heat dissipating structure comprises the same heat-conductive material as the closed-loop shunting heat conductive structure , and characterised in that the first end of the closed-loop shunting heat conductive structure is connected on the opposite surface of the base structure than the heat generating device and the second end of the closed-loop shunting heat conductive structure is connected to the distal heat dissipating structure so that heat generated from the heat generating device is conductable through the closed-loop shunting heat conductive structure and through the lateral-spreading heat dissipating structure to the distal heat dissipating segment to be dissipated to the exterior of the heat dissipation device. a lateral-spreading heat dissipating structure having a base structure, said base structure having a top surface and a bottom surface; a close-loop shunting heat conductive structure having a first end and a second end; a distal heat dissipating segment configured to dissipate heat to an exterior of the heat dissipation device, said distal heat dissipating segment connected to at least one end of the lateral-spreading heat dissipating structure; and a heat generating device , said heat generating device connected to the top surface or the bottom surface of the base structure, wherein the lateral-spreading heat dissipating structure comprises the same heat-conductive material as the closed-loop shunting heat conductive structure , and characterised in that the first end of the closed-loop shunting heat conductive structure is connected on the opposite surface of the base structure than the heat generating device and the second end of the closed-loop shunting heat conductive structure is connected to the distal heat dissipating structure so that heat generated from the heat generating device is conductable through the closed-loop shunting heat conductive structure and through the lateral-spreading heat dissipating structure to the distal heat dissipating segment to be dissipated to the exterior of the heat dissipation device.
Protective circuit (100; 100a; 100b; 100c) for a connection (210; 210a, 210b; 210c, 210d, 210e, 210f) of an electronic device (200; 200a; 200a', 200a"), in particular of a controller , which connection can be used for data communication with a further unit (300; 300a), wherein the protective circuit (100; 100a; 100b; 100c) has a parallel circuit consisting of a diode and a capacitor circuit having at least one capacitor (C1), wherein a first connection of the parallel circuit is connectable to the connection (210; 210a, 210b; 210c, 210d, 210e, 210f) of the electronic device (200; 200a; 200a', 200a"), and wherein a second connection of the parallel circuit is connectable to the further unit (300; 300a), and wherein an anode of the diode is connected to the first connection of the parallel circuit , wherein a first resistor is connected between a second connection of the parallel circuit and a first electrical reference potential (BP1).
An additive manufacturing system for fabricating a hybrid component, the system comprising: a build platform comprising a platform surface located at a first elevation; a first preform structure secured proximate to the build platform , the first preform structure comprising a first preform surface located at a second elevation, and a second preform surface , wherein the first preform surface is an uppermost, outer surface of the first preform structure ; and a powder deposition device disposed above the build platform at a third elevation (E), wherein the third elevation (E) is greater than the first and second elevations, characterised in that : the system further comprises a second preform structure secured proximate to the build platform , the second preform structure comprising an outer surface and a downward-facing surface , wherein the outer surface is an uppermost surface of the second preform structure , the second preform surface is an internal surface, and the powder deposition device is configured to deposit a metallic powder onto the platform surface , the first preform surface and the outer surface but not onto the second preform surface or the downward-facing surface ; and wherein the powder deposition device comprises a retractable conveyor belt . a build platform comprising a platform surface located at a first elevation; a first preform structure secured proximate to the build platform , the first preform structure comprising a first preform surface located at a second elevation, and a second preform surface , wherein the first preform surface is an uppermost, outer surface of the first preform structure ; and a powder deposition device disposed above the build platform at a third elevation (E), wherein the third elevation (E) is greater than the first and second elevations, characterised in that : the system further comprises a second preform structure secured proximate to the build platform , the second preform structure comprising an outer surface and a downward-facing surface , wherein the outer surface is an uppermost surface of the second preform structure , the second preform surface is an internal surface, and the powder deposition device is configured to deposit a metallic powder onto the platform surface , the first preform surface and the outer surface but not onto the second preform surface or the downward-facing surface ; and wherein the powder deposition device comprises a retractable conveyor belt . the system further comprises a second preform structure secured proximate to the build platform , the second preform structure comprising an outer surface and a downward-facing surface , wherein the outer surface is an uppermost surface of the second preform structure , the second preform surface is an internal surface, and the powder deposition device is configured to deposit a metallic powder onto the platform surface , the first preform surface and the outer surface but not onto the second preform surface or the downward-facing surface ; and wherein the powder deposition device comprises a retractable conveyor belt .
A polymer-flavonoid conjugate, or a pharmaceutically acceptable salt thereof, for use in the therapeutic and/or prophylactic treatment of a joint condition in a subject, wherein the polymer of said polymer-flavonoid conjugate is conjugated to one or more flavonoids at the C6 and/or C8 position of the A ring or the C2 and/or C6 position of the B ring of said flavonoid(s), wherein the joint condition is selected from the group consisting of osteoarthritis, rheumatoid arthritis, gouty arthritis, juvenile arthritis, psoriatic arthritis, and ankylosing spondylitis, and, wherein said therapeutic and/or prophylactic treatment of the joint condition results in cartilage repair.
Drilling-rig bearing arrangement having a main body with a suspension and having a receptacle for a drill pipe, wherein, between the main body and the receptacle for the drill pipe, there is arranged a mount for radial and axial mounting of the receptacle relative to the main body and for rotation of the drilling rig about an axis relative to main body by way of a driving means, wherein the mount has a bearing inner ring (7, 7', 7"), which consists of one part or is assembled from two parts, and a bearing outer ring (8, 8', 8"), which consists of one part or is assembled from two parts, wherein at least two raceways (9', 9", 9′′′, 10', 10", 10′′′) are formed both in the bearing inner ring and in the bearing outer ring , wherein at least two rows of rolling bodies are arranged between the raceways (9', 9" , 9′′′, 10', 10'', 10′′′), wherein one of the rows of rolling bodies is tapered rollers or pendulum rollers, characterized in that the bearing inner ring or the bearing outer ring is of one-part form, and the rolling bodies free of raceway rings run directly on the bearing inner ring and bearing outer ring (8, 8', 8"). wherein the mount has a bearing inner ring (7, 7', 7"), which consists of one part or is assembled from two parts, and a bearing outer ring (8, 8', 8"), which consists of one part or is assembled from two parts, wherein at least two raceways (9', 9", 9′′′, 10', 10", 10′′′) are formed both in the bearing inner ring and in the bearing outer ring , wherein at least two rows of rolling bodies are arranged between the raceways (9', 9" , 9′′′, 10', 10'', 10′′′), wherein one of the rows of rolling bodies is tapered rollers or pendulum rollers, characterized in that the bearing inner ring or the bearing outer ring is of one-part form, and the rolling bodies free of raceway rings run directly on the bearing inner ring and bearing outer ring (8, 8', 8").
Method for measuring and representing, in real time, the level of local irradiation doses in at least two dimensions, comprising: • a step of positioning N probes S i , which are sensitive to irradiating radiation, each corresponding to a local zone Zi according to a known topology, • a step of acquiring, by each of said probes, the level of irradiation Isi i detected and periodically recording the numerical values ISi(t) • a step of converting said numerical values ISi(t) into values DSi(t)corresponding to the radiation dose applied to each of the zones Z associated with a probe S i , as a function of a calibration table, said method further comprising, during the measurement sequence, steps of calculating the spatial interpolation of at least one estimated irradiation level value IS iv (t)of at least one virtual zone Z iv not associated with a probe, said method being characterized in that said probe (11 to 14) consists of at least one organic or inorganic scintillating optical fiber which is sensitive to radiation and connected at one of its ends to one end of a non-scintillating optical fiber made of plastic or silica by a connecting sleeve . • a step of positioning N probes S i , which are sensitive to irradiating radiation, each corresponding to a local zone Zi according to a known topology, • a step of acquiring, by each of said probes, the level of irradiation Isi i detected and periodically recording the numerical values ISi(t) • a step of converting said numerical values ISi(t) into values DSi(t)corresponding to the radiation dose applied to each of the zones Z associated with a probe S i , as a function of a calibration table, said method further comprising, during the measurement sequence, steps of calculating the spatial interpolation of at least one estimated irradiation level value IS iv (t)of at least one virtual zone Z iv not associated with a probe, said method being characterized in that said probe (11 to 14) consists of at least one organic or inorganic scintillating optical fiber which is sensitive to radiation and connected at one of its ends to one end of a non-scintillating optical fiber made of plastic or silica by a connecting sleeve .
A refrigerator comprising: an inner casing having a storage chamber defined therein; a passage forming portion provided on the inner casing to define a cooling passage ; an outer casing ; a middle plate disposed outside the inner casing , wherein a foam space is defined between the middle plate and the inner casing to accommodate a thermal-insulating material; an installation bracket fixed to the middle plate and contacting an end of the passage forming portion ; a thermoelectric module mounted on the installation bracket and outside the foam space, wherein the thermoelectric module has a thermoelectric element ; and a fan assembly installed on the inner casing in the storage chamber and having a cooling fan , characterized in that the middle plate covers a top and rear surface of the inner casing at a spaced apart position from the inner casing . an inner casing having a storage chamber defined therein; a passage forming portion provided on the inner casing to define a cooling passage ; an outer casing ; a middle plate disposed outside the inner casing , wherein a foam space is defined between the middle plate and the inner casing to accommodate a thermal-insulating material; an installation bracket fixed to the middle plate and contacting an end of the passage forming portion ; a thermoelectric module mounted on the installation bracket and outside the foam space, wherein the thermoelectric module has a thermoelectric element ; and a fan assembly installed on the inner casing in the storage chamber and having a cooling fan , characterized in that the middle plate covers a top and rear surface of the inner casing at a spaced apart position from the inner casing .
A sensor assembly for embedding within an oral appliance comprising: a sensing means; a data processing means coupled to the sensing means for processing data obtained by the sensing means; and a conducting means coupling the sensing means to the data processing means; wherein the sensing means, the data processing means and the conducting means are sealed within or positioned on a deformable layer wherein the sensor assembly is adapted to align the sensing means along different dental arch shapes and sizes by the deformable layer comprising a stretchable film of polymer; characterised in that a plurality of indentations or cut out areas are provided along the stretchable film which allow the stretch to occur with lower force and without the creation of a bump or crease of excess stretched material on the stretchable film and the conducting means are adapted to folded into the cut out areas in a collapsible arrangement. a sensing means; a data processing means coupled to the sensing means for processing data obtained by the sensing means; and a conducting means coupling the sensing means to the data processing means; wherein the sensing means, the data processing means and the conducting means are sealed within or positioned on a deformable layer wherein the sensor assembly is adapted to align the sensing means along different dental arch shapes and sizes by the deformable layer comprising a stretchable film of polymer; characterised in that a plurality of indentations or cut out areas are provided along the stretchable film which allow the stretch to occur with lower force and without the creation of a bump or crease of excess stretched material on the stretchable film and the conducting means are adapted to folded into the cut out areas in a collapsible arrangement.
A mobile telecommunications system comprising mobile terminals of a first type , mobile terminals of a second type and a base station for receiving uplink data transmitted from mobile terminals of the first type and mobile terminals of the second type over a radio interface using a plurality of sub-carriers, wherein the mobile terminals of the second type have a reduced capability as compared to the mobile terminals of the first type whereby the mobile terminals of the second type are arranged to transmit data across a reduced bandwidth as compared to the mobile terminals of the first type, the mobile terminals of the first type being arranged to transmit uplink data on a first group of sub-carriers of the plurality of sub-carriers over a first bandwidth and the mobile terminals of the second type being arranged to transmit uplink data on a second group of sub-carriers of the plurality of sub-carriers within the first group of sub-carriers over a second bandwidth, the second bandwidth being smaller than the first bandwidth, and wherein the base station is arranged to grant uplink radio resources in response to random access request messages transmitted by mobile terminals of the first type transmitted on a first random access channel and to grant uplink radio resources in response to random access request messages transmitted by mobile terminals of the second type transmitted on a second random access channel , wherein the mobile terminals of the second type are arranged to transmit the random access request messages on the second random access channel on sub-carriers within the second group of sub-carriers, wherein the mobile terminals of the first type and the mobile terminals of the second type are arranged to transmit the random access request messages using random access preambles, wherein the random access preambles are divided into a first group and a second group, and wherein mobile terminals of the first type are arranged to use random access preambles from the first group and mobile terminals of the second type are arranged to use random access preambles from the second group.
An electrical heating element comprising a main body comprising a ceramic material and an electrically conductive path formed on the main body, the electrically conductive path comprising a reduced form of the ceramic material and having first and second contact portions for connection to a voltage source, characterised in that the main body has an elongate form with the first and second contact portions positioned at a first end of the main body and the electrically conductive path extending to and from the second end of the main body , and in that the electrically conductive path forms a pattern on a surface of the main body.
An apparatus for performing a method for handling moved piece goods according to one of the claims 5 to 13, the apparatus comprising - at least one manipulator for piece goods ; - at least one transport device by way of which the moved piece goods are transportable, in a transport direction (TR), to a seizing range of the at least one manipulator ; as well as - at least one movable optical detection device assigned to the seizing range and/or to a movement range of the at least one manipulator , which optical detection device is prepared and equipped for obtaining space coordinates and/or position data and/or contour data of at least one piece good that is being moved in transport direction (TR), - wherein at least the manipulator and/or further conveyor components of the apparatus is/are calibratable and/or controllable based on the space coordinates and/or position data and/or contour data, characterized in that the optical detection device comprises an own drive that is independent of the manipulator and wherein - the optical detection device is designed to be movable parallel to the transport direction (TR) in the transport direction (TR) of the piece goods supplied via the transport device or against the transport direction (TR) of the piece goods supplied via the transport device . - at least one manipulator for piece goods ; - at least one transport device by way of which the moved piece goods are transportable, in a transport direction (TR), to a seizing range of the at least one manipulator ; as well as - at least one movable optical detection device assigned to the seizing range and/or to a movement range of the at least one manipulator , which optical detection device is prepared and equipped for obtaining space coordinates and/or position data and/or contour data of at least one piece good that is being moved in transport direction (TR), - wherein at least the manipulator and/or further conveyor components of the apparatus is/are calibratable and/or controllable based on the space coordinates and/or position data and/or contour data, characterized in that the optical detection device comprises an own drive that is independent of the manipulator and wherein - the optical detection device is designed to be movable parallel to the transport direction (TR) in the transport direction (TR) of the piece goods supplied via the transport device or against the transport direction (TR) of the piece goods supplied via the transport device .