mhurhangee/patent-ind-claim-en huggingface dataset:
An electromechanical actuator for a covering device , the electromechanical actuator comprising at least: - a housing , - an electric motor , - an electromagnetic device , - an output shaft , and - an electrical connection device , the electric motor and the electromagnetic device being mounted inside the housing , the electromagnetic device having a first state, in which the electromagnetic device prevents the output shaft of the electromechanical actuator from rotating relative to the housing , and a second state, in which the output shaft of the electromechanical actuator is free to rotate relative to the housing , the electromagnetic device being connected to the electrical connection device by means of electrical wires , and the electromagnetic device comprising at least one casing , characterised in that the electromechanical actuator further comprises a clip , in that the casing comprises at least one groove , in that the clip is mounted on the casing and is housed at least partially in the groove of the casing , and in that the electrical wires are held in position in the groove of the casing by means of the clip . - a housing , - an electric motor , - an electromagnetic device , - an output shaft , and - an electrical connection device , the electric motor and the electromagnetic device being mounted inside the housing , the electromagnetic device having a first state, in which the electromagnetic device prevents the output shaft of the electromechanical actuator from rotating relative to the housing , and a second state, in which the output shaft of the electromechanical actuator is free to rotate relative to the housing , the electromagnetic device being connected to the electrical connection device by means of electrical wires , and the electromagnetic device comprising at least one casing , characterised in that the electromechanical actuator further comprises a clip , in that the casing comprises at least one groove , in that the clip is mounted on the casing and is housed at least partially in the groove of the casing , and in that the electrical wires are held in position in the groove of the casing by means of the clip .
A mobile additive manufacturing apparatus comprising: a controller capable of executing algorithms and providing control signals; an additive manufacturing element to deposit a material or combination of materials in prescribed locations across a surface according to a first digital model processed by the controller ; a drive system operative to transport the additive manufacturing element along the surface; a vision system configured to perform a metrology process to measure a topography of a region of the surface, wherein the vision system examines the topography for defects, cracks or fissures, and wherein the controller provides control signals to the vision system to initiate its operation and receives electrical signals in response to the metrology process; a navigation system to determine a location of the additive manufacturing element and guide the drive system ; and a power system capable of providing power to operate at least the drive system , the navigation system , the controller and additive manufacturing element . a controller capable of executing algorithms and providing control signals; an additive manufacturing element to deposit a material or combination of materials in prescribed locations across a surface according to a first digital model processed by the controller ; a drive system operative to transport the additive manufacturing element along the surface; a vision system configured to perform a metrology process to measure a topography of a region of the surface, wherein the vision system examines the topography for defects, cracks or fissures, and wherein the controller provides control signals to the vision system to initiate its operation and receives electrical signals in response to the metrology process; a navigation system to determine a location of the additive manufacturing element and guide the drive system ; and a power system capable of providing power to operate at least the drive system , the navigation system , the controller and additive manufacturing element .
An intramedullary femoral nail system for antegrade or retrograde implantation with laterally inserted bone screws, the system comprising a nail stem having a multi-featured proximal end , a distal end and a central conduit ; and a fastener , wherein the central conduit is configured to accommodate the fastener , wherein the fastener comprises a raised foot at a proximal end thereof; wherein the multi-featured proximal end comprises a first, a second and a third hole configured to accommodate at least three laterally inserted bone screws , wherein the first hole configured to accommodate the first bone screw is at an angle that is horizontal relative to the central conduit and is on a coronal plane, the second hole configured to accommodate the second bone screw is at an angle of between 120° to 130° relative to the central conduit , and the third hole configured to accommodate the third bone screw is at an angle of 124.5° relative to the central conduit , and wherein the second and third bone screws accommodated within the second and third holes (14 and 16) are not parallel to each other
A binder for a non-aqueous secondary battery electrode comprising a polymer and an organic solvent, wherein the polymer includes: a structural unit (a) derived from a monofunctional ethylenically unsaturated carboxylic acid ester monomer, wherein the monofunctional ethylenically unsaturated carboxylic acid ester monomer is 2-ethylhexyl acrylate, in a proportion of at least 55 mass% and not more than 60 mass%; a structural unit (b) derived from an aromatic vinyl monomer in a proportion of at least 35 mass% and not more than 40 mass%; and a structural unit (c) derived from an ethylenically unsaturated nitrile monomer in a proportion of at least 2.5 mass% and not more than 7.5 mass%, wherein the total percentage content of the structural unit (a), the structural unit (b) and the structural unit (c) relative to 100 mass% of all structural units included in the polymer is 100 mass%, and wherein the polymer has a weight average molecular weight of at least 10 × 10 4 and not more than 50 × 10 4 calculated by gel permeation chromatography as a value in terms of polystyrene serving as a standard substance. a structural unit (a) derived from a monofunctional ethylenically unsaturated carboxylic acid ester monomer, wherein the monofunctional ethylenically unsaturated carboxylic acid ester monomer is 2-ethylhexyl acrylate, in a proportion of at least 55 mass% and not more than 60 mass%; a structural unit (b) derived from an aromatic vinyl monomer in a proportion of at least 35 mass% and not more than 40 mass%; and a structural unit (c) derived from an ethylenically unsaturated nitrile monomer in a proportion of at least 2.5 mass% and not more than 7.5 mass%, wherein the total percentage content of the structural unit (a), the structural unit (b) and the structural unit (c) relative to 100 mass% of all structural units included in the polymer is 100 mass%, and wherein the polymer has a weight average molecular weight of at least 10 × 10 4 and not more than 50 × 10 4 calculated by gel permeation chromatography as a value in terms of polystyrene serving as a standard substance.
A fusion polypeptide comprising the amino acid sequence of SEQ ID NO: 14 or 15.
A method, in order to cool a super-conductive cable system having at least one super-conductive cable (302-304) to an operating temperature below the transition temperature, wherein the super-conductive cable (302-304) is arranged within a cryostat (208; 211), which has a thermally insulated tube , which surrounds the super-conductive cable (302-304) and a cavity , wherein the super-conductive cable can be cooled with a coolant flowing through the cryostat (208; 211), which coolant is discharged from a cooling system , to a temperature below the transition temperature of the super-conductive cable, wherein the coolant flows back through a return line to the cooling system, and wherein the method can be operated in a normal operating mode and a cooling operating mode, characterized in that the cooling operating mode comprises the following steps: - Introducing (S1) liquid cooling medium into the return line of the cable system , wherein the coolant evaporates in an initial phase in the return line; - passing (S2) the coolant through the at least one super-conductive cable (302-304) in a first direction, which returns the coolant to the cooling system ; and - reversing the direction of flow of the coolant, if the super-conductive cable is cooled to a predetermined temperature. - Introducing (S1) liquid cooling medium into the return line of the cable system , wherein the coolant evaporates in an initial phase in the return line; - passing (S2) the coolant through the at least one super-conductive cable (302-304) in a first direction, which returns the coolant to the cooling system ; and - reversing the direction of flow of the coolant, if the super-conductive cable is cooled to a predetermined temperature.
A likelihood generation device included in a receiving apparatus that receives a code-modulated signal including n-k information bits and k parity bits in N-dimensional arrangement, where N is a natural number greater than or equal to four, and n and k are natural numbers with k<n, the likelihood generation device comprising: a likelihood derivation unit configured to determine, by using a table that includes an L-dimensional address space and stores a likelihood in each of the L-dimensional address spaces, likelihoods of an information bit and a parity bit that are transmitted by the code-modulated signal received, where L is a natural number with L<N; wherein the likelihood generation device is characterized in that it further comprises: a likelihood correction unit configured to update, among the likelihoods determined by the likelihood derivation unit , the likelihood of the information bit on a basis of a rule for generation of the parity bit.
Frequency converter , comprising: - a printed circuit board having regions to be protected against touch, - a plastic moulded body having holding means configured to mechanically fix the printed circuit board in the plastic moulded body in a releasable manner, wherein, with the printed circuit board fixed in the plastic moulded body , the regions of the printed circuit board to be protected against touch are covered by the plastic moulded body in such a way that touch is prevented, and - a housing , into which the plastic moulded body and also the printed circuit board fixed in the plastic moulded body are inserted, - wherein at least one power semiconductor component is arranged on the printed circuit board , a pressure plate being assigned to said at least one power semiconductor component, wherein the pressure plate is formed in the plastic moulded body . - a printed circuit board having regions to be protected against touch, - a plastic moulded body having holding means configured to mechanically fix the printed circuit board in the plastic moulded body in a releasable manner, wherein, with the printed circuit board fixed in the plastic moulded body , the regions of the printed circuit board to be protected against touch are covered by the plastic moulded body in such a way that touch is prevented, and - a housing , into which the plastic moulded body and also the printed circuit board fixed in the plastic moulded body are inserted, - wherein at least one power semiconductor component is arranged on the printed circuit board , a pressure plate being assigned to said at least one power semiconductor component, wherein the pressure plate is formed in the plastic moulded body .
A system for reducing vibration on an agricultural implement configured to be towed behind a tow vehicle having an engine , the agricultural implement having a first frame member coupled to a hitch member and a plurality of row units pivotally connected to the first frame member, the system comprising; at least one vibration sensor rigidly mounted to respective ones of the plurality of row units and configured to generate a feedback signal corresponding to a vibration magnitude of the respective row unit; a process sensor configured to generate a feedback signal corresponding to a speed of the engine ; a controller configured to receive the feedback signals from the at least one vibration sensor and from the process sensor and to generate a reference signal as a function of the feedback signals from the at least one vibration sensor and the process sensor ; and an actuator operatively connected to the controller and the engine and configured to control the speed of the engine as a function of the reference signal.
A packaged light emitting diode (LED) die comprising: an LED die comprising a plurality of epitaxially grown layers and at least one metal electrode on a bottom surface of the LED die, the LED die having a top surface for emitting light and side surfaces, and wherein the at least one metal electrode on the bottom surface of the LED die is not bonded to a submount; and a package for the LED die comprising an integral molded material that encapsulates at least the top surface and side surfaces of the LED die and forms a lens over the top surface of the LED die, the molded material not covering the bottom surface of the at least one metal electrode of the LED die, characterised in that the packaged LED die further comprises a reflective layer on a bottom surface of the package. an LED die comprising a plurality of epitaxially grown layers and at least one metal electrode on a bottom surface of the LED die, the LED die having a top surface for emitting light and side surfaces, and wherein the at least one metal electrode on the bottom surface of the LED die is not bonded to a submount; and a package for the LED die comprising an integral molded material that encapsulates at least the top surface and side surfaces of the LED die and forms a lens over the top surface of the LED die, the molded material not covering the bottom surface of the at least one metal electrode of the LED die, characterised in that the packaged LED die further comprises a reflective layer on a bottom surface of the package.
Apparatus for controlling a first dynamic compressor in a first right hearing aid with a first amplification value per band of a plurality of frequency bands and a second dynamic compressor in a second left hearing aid with a respective second amplification value per band of a plurality of frequency bands, comprising: a combination signal analyzer for determining a binaural similarity between a right audio signal and a left audio signal ; and an amplification adjuster for providing the respective first amplification value for a band of the right audio signal in dependence on the binaural similarity and a level of the right audio signal in the band and for providing the respective second amplification value for a band of the left audio signal in dependence on the binaural similarity and a level of the left audio signal in the band, characterized in that the amplification adjuster is configured to adjust the first amplification value for the first dynamic compressor , at the same level of the right audio signal and with high binaural similarity , to a smaller value than in the case of low binaural similarity , and to adjust the second amplification value for the second dynamic compressor, at the same level of the left audio signal and with high binaural similarity , to a smaller value than in the case of low binaural similarity . a combination signal analyzer for determining a binaural similarity between a right audio signal and a left audio signal ; and an amplification adjuster for providing the respective first amplification value for a band of the right audio signal in dependence on the binaural similarity and a level of the right audio signal in the band and for providing the respective second amplification value for a band of the left audio signal in dependence on the binaural similarity and a level of the left audio signal in the band, characterized in that the amplification adjuster is configured to adjust the first amplification value for the first dynamic compressor , at the same level of the right audio signal and with high binaural similarity , to a smaller value than in the case of low binaural similarity , and to adjust the second amplification value for the second dynamic compressor, at the same level of the left audio signal and with high binaural similarity , to a smaller value than in the case of low binaural similarity .
A smoke detector comprising: a detector body including a battery location configured to receive and hold a battery for use by electronic components of the smoke detector ; a detector mount configured to be secured to a surface and to support the smoke detector on the surface, the detector mount being configured to releasably engage the detector body so as to at least partially cover the battery location , the detector mount including a base configured to be secured to the surface; and a tamper indicator configured for movement between a first position in which the tamper indicator is positioned when a battery is held at the battery location and a second position in which the tamper indicator is positioned when no battery is held at the battery location , the tamper indicator and the detector mount being configured to prevent engagement of the detector body with the detector mount with the tamper indicator in the second position and to permit engagement of the detector body with the detector mount with the tamper indicator in the first position; characterized in that the detector mount includes an intermediate component configured to engage with the detector body , the base being configured to engage with the detector body via the intermediate component and the tamper indicator prevents engagement of the intermediate component with the detector body if the tamper indicator is in the second position. a detector body including a battery location configured to receive and hold a battery for use by electronic components of the smoke detector ; a detector mount configured to be secured to a surface and to support the smoke detector on the surface, the detector mount being configured to releasably engage the detector body so as to at least partially cover the battery location , the detector mount including a base configured to be secured to the surface; and a tamper indicator configured for movement between a first position in which the tamper indicator is positioned when a battery is held at the battery location and a second position in which the tamper indicator is positioned when no battery is held at the battery location , the tamper indicator and the detector mount being configured to prevent engagement of the detector body with the detector mount with the tamper indicator in the second position and to permit engagement of the detector body with the detector mount with the tamper indicator in the first position; characterized in that the detector mount includes an intermediate component configured to engage with the detector body , the base being configured to engage with the detector body via the intermediate component and the tamper indicator prevents engagement of the intermediate component with the detector body if the tamper indicator is in the second position.
An Implantable Medical Device (IMD) configured to communicate with at least two other implantable medical devices (IMDs) implanted in a patient, the IMD comprising: a housing; communication circuitry ; a controller operatively coupled to the communication circuitry , characterized in that the controller is configured to: select a communication path and/or a communication mode for communicating with a selected one of the other IMDs based at least in part on a plurality of communication link quality values associated with a plurality of communication paths and/or a plurality of communication modes available for communication with the selected one of the other IMDs , wherein the plurality of communication paths includes at least one direct communication path and at least one indirect communication path, wherein the plurality of communication modes includes two or more of conductive communication, inductive communication, RF communication, acoustic communication, and optical communication; and communicate via the communication circuitry with the selected one of the other IMDs using the selected communication path and/or communication mode. a housing; communication circuitry ; a controller operatively coupled to the communication circuitry , characterized in that the controller is configured to: select a communication path and/or a communication mode for communicating with a selected one of the other IMDs based at least in part on a plurality of communication link quality values associated with a plurality of communication paths and/or a plurality of communication modes available for communication with the selected one of the other IMDs , wherein the plurality of communication paths includes at least one direct communication path and at least one indirect communication path, wherein the plurality of communication modes includes two or more of conductive communication, inductive communication, RF communication, acoustic communication, and optical communication; and communicate via the communication circuitry with the selected one of the other IMDs using the selected communication path and/or communication mode. select a communication path and/or a communication mode for communicating with a selected one of the other IMDs based at least in part on a plurality of communication link quality values associated with a plurality of communication paths and/or a plurality of communication modes available for communication with the selected one of the other IMDs , wherein the plurality of communication paths includes at least one direct communication path and at least one indirect communication path, wherein the plurality of communication modes includes two or more of conductive communication, inductive communication, RF communication, acoustic communication, and optical communication; and communicate via the communication circuitry with the selected one of the other IMDs using the selected communication path and/or communication mode.
Medical device, for breast reconstruction, consisting of a flat element (H) in bioactive matrix biomaterial ECM, said flat element (H) having an inner surface (E) and being said flat element (H) divided into more septa (C), said septa (C) defining a flat central area (D) with a base and made so that they can be folded by combining the respective adjacent first sides which, once united for example with points of suture, define a box structure for a breast prosthesis (F), forming a box element (G) adapted to contain, containing or integrant, a breast implant (F), said box element (G), being interposable between the skin and the pectoralis major muscle and being suturable to the latter, characterized in that a biopassivesynthetic mesh (A) overlaps the inner surface (E) of said flat element (H) wherein the biopassive- synthetic mesh (A) is made of polypropylene or polyethylene and wherein the flat element (H) and the biopassive- synthetic mesh (A) constituting an assembled inextensible device.