mhurhangee/ep-ind-claims huggingface dataset:
A microelectronic package (266, 270, 320), comprising: a microelectronic die having an active surface (216, 316, 404, 454), a backside surface, and at least one side, wherein the microelectronic die is a CPU, wherein the microelectronic die is not arranged in an opening of a microelectronic package core; encapsulation material (222, 372, 464) adjacent said at least one microelectronic die side, wherein a backside of the encapsulation material is coplanar with the backside surface of the microelectronic die; and a laminated interconnector disposed adjacent to said microelectronic die active surface and said encapsulation material (222, 372, 464), said laminated interconnector electrically connected with said microelectronic die active surface, wherein solder bumps for communication with external components are included on the laminated interconnector on a side opposite the microelectronic die. a microelectronic die having an active surface (216, 316, 404, 454), a backside surface, and at least one side, wherein the microelectronic die is a CPU, wherein the microelectronic die is not arranged in an opening of a microelectronic package core; encapsulation material (222, 372, 464) adjacent said at least one microelectronic die side, wherein a backside of the encapsulation material is coplanar with the backside surface of the microelectronic die; and a laminated interconnector disposed adjacent to said microelectronic die active surface and said encapsulation material (222, 372, 464), said laminated interconnector electrically connected with said microelectronic die active surface, wherein solder bumps for communication with external components are included on the laminated interconnector on a side opposite the microelectronic die.
An electrosurgical system for treating a target structure in a patient, comprising: a device (12, 53) comprising a shaft having a distal end portion, wherein an active electrode (42, 60) and a return electrode (40, 68) are located on the distal end portion; a first fluid supply comprising a first fluid reservoir and a first lumen adapted to deliver a first electrically conductive fluid in the vicinity of the target tissue to irrigate the target tissue with the first electrically conductive fluid, wherein the first fluid reservoir comprises the first electrically conductive fluid and characterised in that the first lumen comprises one of: (i) a lumen extending through the shaft of the device (12, 53); and (ii) a port or cannula separate from the device (12, 53); and further characterised in that the system further comprises: a second fluid supply comprising a second lumen extending through the shaft of the device (12, 53) wherein the second lumen is separate from the first lumen, and is adapted to deliver a second electrically conductive fluid that is chemically different from the first electrically conductive fluid, to the active electrode (42, 60), wherein the second fluid supply comprises a second fluid reservoir comprising the second electrically conductive fluid. a device (12, 53) comprising a shaft having a distal end portion, wherein an active electrode (42, 60) and a return electrode (40, 68) are located on the distal end portion; a first fluid supply comprising a first fluid reservoir and a first lumen adapted to deliver a first electrically conductive fluid in the vicinity of the target tissue to irrigate the target tissue with the first electrically conductive fluid, wherein the first fluid reservoir comprises the first electrically conductive fluid and characterised in that the first lumen comprises one of: (i) a lumen extending through the shaft of the device (12, 53); and (ii) a port or cannula separate from the device (12, 53); and further characterised in that the system further comprises: (i) a lumen extending through the shaft of the device (12, 53); and (ii) a port or cannula separate from the device (12, 53); and further characterised in that the system further comprises: a second fluid supply comprising a second lumen extending through the shaft of the device (12, 53) wherein the second lumen is separate from the first lumen, and is adapted to deliver a second electrically conductive fluid that is chemically different from the first electrically conductive fluid, to the active electrode (42, 60), wherein the second fluid supply comprises a second fluid reservoir comprising the second electrically conductive fluid.
A deodorization and sterilization apparatus, the apparatus comprising: a pair of electrodes (21,22) to carry out plasma discharge by applying a designated voltage between the pair of electrodes, wherein fluid passage holes (21b,22b) are disposed at corresponding parts of the electrodes so as to communicate with each other, and at least one absorption member to absorb floating bacteria or odour materials is disposed downstream of the electrodes (21,22) for a fluid passing through the fluid passage holes (21b,22b), the at least one absorption member including an absorbent formed of a porous material; the deodorization and sterilization apparatus further comprising: an air blowing device arranged to forcibly blow air, wherein the air blowing device is, in a first mode, arranged to forcibly blow air toward the fluid passage holes and to generate an air current from the fluid passage holes toward the at least one absorption member, wherein the air blowing device is, in a second mode, arranged to forcibly blow air in a direction opposite to the fluid passage holes and generates an air current from the fluid passage holes (21b,22b) in a direction opposite to the at least one absorption member. a pair of electrodes (21,22) to carry out plasma discharge by applying a designated voltage between the pair of electrodes, wherein fluid passage holes (21b,22b) are disposed at corresponding parts of the electrodes so as to communicate with each other, and at least one absorption member to absorb floating bacteria or odour materials is disposed downstream of the electrodes (21,22) for a fluid passing through the fluid passage holes (21b,22b), the at least one absorption member including an absorbent formed of a porous material; the deodorization and sterilization apparatus further comprising: an air blowing device arranged to forcibly blow air, wherein the air blowing device is, in a first mode, arranged to forcibly blow air toward the fluid passage holes and to generate an air current from the fluid passage holes toward the at least one absorption member, wherein the air blowing device is, in a second mode, arranged to forcibly blow air in a direction opposite to the fluid passage holes and generates an air current from the fluid passage holes (21b,22b) in a direction opposite to the at least one absorption member.
A terminal block for use in an integrated drive generator comprising: a body having an outer support surface and extending to an inner surface there being four connection channels for supporting electric connections for each of three phases of power (100A, 100B, 100C) and a neutral, and there being fingers formed between adjacent ones of each of said four connection channels, with said fingers extending away from said support surface in a direction away from said inner surface; wherein there are recesses extending into said support surface of said terminal block and including an aperture through which lead assemblies may extend and a support structure extending in a direction away from said inner surface and beyond said support surface; and characterised in that outer sides of said fingers are spaced by a first distance of 1.7 inches (4.318cm) +/- 0.01 inch (0.025cm) and there being a second distance 1.3 inches (3.302cm) +/- 0.01 inch (0.025cm) between interior facing sides of said fingers; wherein a width of said terminal block is defined between said inner surface and an end of said fingers spaced furthest from said inner surface, wherein said width is 1.684 inches (4.277 cm) +/- 0.01 inch (0.025cm); and there being phase lead connections through each of said four connection channels, said phase lead connections also being received within said recesses. a body having an outer support surface and extending to an inner surface there being four connection channels for supporting electric connections for each of three phases of power (100A, 100B, 100C) and a neutral, and there being fingers formed between adjacent ones of each of said four connection channels, with said fingers extending away from said support surface in a direction away from said inner surface; wherein there are recesses extending into said support surface of said terminal block and including an aperture through which lead assemblies may extend and a support structure extending in a direction away from said inner surface and beyond said support surface; and characterised in that outer sides of said fingers are spaced by a first distance of 1.7 inches (4.318cm) +/- 0.01 inch (0.025cm) and there being a second distance 1.3 inches (3.302cm) +/- 0.01 inch (0.025cm) between interior facing sides of said fingers; wherein a width of said terminal block is defined between said inner surface and an end of said fingers spaced furthest from said inner surface, wherein said width is 1.684 inches (4.277 cm) +/- 0.01 inch (0.025cm); and there being phase lead connections through each of said four connection channels, said phase lead connections also being received within said recesses.
Pivot arm stand for a digital microscope, comprising: - a stand base with a joint part pivotable about a rotation axis; - a pivot arm arranged on the joint part and pivotable about the rotation axis; characterized in that the stand base comprises a motorized lower Z-guide for receiving an XY-stage, - a motorized upper Z-guide for receiving a carrier of the digital microscope is arranged on the pivot arm, wherein a movement of the pivot arm can be blocked by a high-torque permanent magnetic brake arranged about the rotation axis and composed of a pivoted part and of a fixed part, which blocking can be cancelled for the duration of pressing of a button by the release of the high-torque permanent magnetic brake, wherein the button is arranged on the pivot arm such that it can be comfortably pressed with at least one finger of the same hand that grasps an ergonomically shaped area of the pivot arm, which area of the pivot arm serves for adjusting a pivot angle (w). - a stand base with a joint part pivotable about a rotation axis; - a pivot arm arranged on the joint part and pivotable about the rotation axis; characterized in that the stand base comprises a motorized lower Z-guide for receiving an XY-stage, - a motorized upper Z-guide for receiving a carrier of the digital microscope is arranged on the pivot arm, wherein a movement of the pivot arm can be blocked by a high-torque permanent magnetic brake arranged about the rotation axis and composed of a pivoted part and of a fixed part, which blocking can be cancelled for the duration of pressing of a button by the release of the high-torque permanent magnetic brake, wherein the button is arranged on the pivot arm such that it can be comfortably pressed with at least one finger of the same hand that grasps an ergonomically shaped area of the pivot arm, which area of the pivot arm serves for adjusting a pivot angle (w).
Pneumatic tyre tread formed by means of at least one rubber composition, the at least one rubber composition has an elastic modulus Et calculated from the tensile test defined in the standard ASTM D882-09; the tread comprises: at least one circumferential main groove, a plurality of auxiliary grooves, and a plurality of blocks which are defined by the circumferential main groove and the auxiliary grooves; at least one of the blocks from among the plurality of blocks comprises: an upper surface constituting a ground-contact surface at least partly in contact with a road surface when the tyre is rolling, two front surface side walls (52, 53) positioned along the tyre circumferential direction, and two side surface side walls (54, 55) positioned along the tyre axial direction; the upper surface of the block has two front surface edges (521, 531) formed at positions intersecting the two front surface side walls (52, 53); the block has a reinforcing part provided on at least one of the two front surface side walls (52, 53), the reinforcing part is formed by means of a material having an elastic modulus Ef at least 20 times greater than the elastic modulus Et of the rubber composition forming the tread, has a mean thickness of between 0.1 mm and 2.0 mm, and is provided in such a way as to face at least the auxiliary groove over a region of at least 60% of the front surface side wall (52, 53); and the upper surface of the block is formed in such a way that when viewed from the direction of the tyre axis of rotation, if the distance from the tyre axis of rotation to any point on said upper surface is measured in the region excluding the two front surface edges (521, 531), said distance is greater than a distance Re measured from the tyre axis of rotation to the two front surface edges (521, 531), the difference G between a distance Rt measured from the tyre axis of rotation to the radially outermost position on said upper surface and the distance Re measured from the tyre axis of rotation to the two front surface edges (521, 531) is between 0.2 mm and 2.0 mm in a new article, and the distance between the radially outermost position of the reinforcing part and the front surface edge (521, 531) is no greater than 2.0 mm.
A fill level measuring device (201, 409) for measuring a level in a container (209, 701) and for storing false echoes, using electromagnetic or acoustic waves, comprising the fill level measuring device (201, 409): a false echo memory for storing the false echo data; and a computing unit for initializing and/or updating false echo data on the basis of a first value (N B) corresponding to a first noise level, wherein the initialisation and/or the updating of the false echo data on the basis of the first value (N B) is activated if the first noise level (N B) is greater than the sensor-inherent noise (N S) determined in a factory, wherein the first noise level (N B) is a container noise level when the container is empty (209, 701), wherein the computing unit is further adapted to update the false echo data on the basis of a further value corresponding to a further noise level corresponding to a container noise when the container (209, 701) is lightly filled, the further noise level being lower than the sensor-inherent noise of the sensor (N S) determined in the factory, and wherein a current echo curve in the range from 0 m to a location of a beginning of the last measured level echo is stored in the false echo memory. a false echo memory for storing the false echo data; and a computing unit for initializing and/or updating false echo data on the basis of a first value (N B) corresponding to a first noise level, wherein the initialisation and/or the updating of the false echo data on the basis of the first value (N B) is activated if the first noise level (N B) is greater than the sensor-inherent noise (N S) determined in a factory, wherein the first noise level (N B) is a container noise level when the container is empty (209, 701), wherein the computing unit is further adapted to update the false echo data on the basis of a further value corresponding to a further noise level corresponding to a container noise when the container (209, 701) is lightly filled, the further noise level being lower than the sensor-inherent noise of the sensor (N S) determined in the factory, and wherein a current echo curve in the range from 0 m to a location of a beginning of the last measured level echo is stored in the false echo memory. wherein the initialisation and/or the updating of the false echo data on the basis of the first value (N B) is activated if the first noise level (N B) is greater than the sensor-inherent noise (N S) determined in a factory, wherein the first noise level (N B) is a container noise level when the container is empty (209, 701), wherein the computing unit is further adapted to update the false echo data on the basis of a further value corresponding to a further noise level corresponding to a container noise when the container (209, 701) is lightly filled, the further noise level being lower than the sensor-inherent noise of the sensor (N S) determined in the factory, and wherein a current echo curve in the range from 0 m to a location of a beginning of the last measured level echo is stored in the false echo memory.
A method for the cyclic digital transmission of a position value of a moving object having inertial mass, characterised in that the range of values of the transmitted position value is restricted relative to the range of values of possible position values, in particular so that no complete revolution, or in the case of a linear movement other complete period contingent on mechanical conditions, can be mapped, and the actual position is determined in that an estimated value (P*) for the position is formed from the previous position and the previously determined speed (vA) and the associated time interval, and this position is corrected by means of a value-range-restricted transmitted position value in that by a comparison of the estimated value (P*) with the value-range-restricted transmitted position value the exceedance of a value range is ascertained and used for correcting the estimated value (P*), - wherein once at the start a position is transmitted, the range of values of which comprises the range of possible positions which occur. - wherein once at the start a position is transmitted, the range of values of which comprises the range of possible positions which occur.
An electrochemical cell, comprising: a first electrode comprising an electroactive material; a second electrode; and a composite positioned between the first and second electrodes, the composite comprising: a separator comprising pores having an average pore size, wherein the separator has a bulk electronic resistivity of at least 10 4 Ohm-meters; and an inorganic ion conductor layer adjacent to the separator, wherein the inorganic ion conductor layer has a thickness of less than or equal to 1.5 micrometers, and wherein the composite has an air permeation time of at least 20,000 Gurley-s and at most 200,000 Gurley-s according to Gurley test TAPPI Standard T 536 om-12. a first electrode comprising an electroactive material; a second electrode; and a composite positioned between the first and second electrodes, the composite comprising: a separator comprising pores having an average pore size, wherein the separator has a bulk electronic resistivity of at least 10 4 Ohm-meters; and an inorganic ion conductor layer adjacent to the separator, wherein the inorganic ion conductor layer has a thickness of less than or equal to 1.5 micrometers, and wherein the composite has an air permeation time of at least 20,000 Gurley-s and at most 200,000 Gurley-s according to Gurley test TAPPI Standard T 536 om-12. a separator comprising pores having an average pore size, wherein the separator has a bulk electronic resistivity of at least 10 4 Ohm-meters; and an inorganic ion conductor layer adjacent to the separator, wherein the inorganic ion conductor layer has a thickness of less than or equal to 1.5 micrometers, and wherein the composite has an air permeation time of at least 20,000 Gurley-s and at most 200,000 Gurley-s according to Gurley test TAPPI Standard T 536 om-12.
A β1-selective adrenergic receptor blocker and a class I antiarrhythmic agent for use in treating atrial arrhythmia in a subject, wherein both said β1-selective adrenergic receptor blocker and said class I antiarrhythmic agent are administered to said subject via inhalation, wherein said β1-selective adrenergic receptor blocker is nebivolol or a pharmaceutically acceptable salt thereof, and said class I antiarrhythmic agent is flecainide or a pharmaceutically acceptable salt thereof.
A pacemaker system for a human subject having unilateral vocal cord autoparalysis, the system comprising: a sensing electrode configured to detect voice activity of the subject and to generate a first signal; a processor in communication with the sensing electrode, the processor having program code for receiving the first signal and for generating at least one stimulation parameter based on the first signal in order to activate a glottic closure reflex of the subject; and one or more stimulating electrodes configured to receive the at least one stimulation parameter and configured to stimulate a recurrent laryngeal nerve or vagus nerve and configured to activate the glottic closure reflex of the subject at the same time based on the at least one stimulation parameter in order to selectively activate vocal cord abductor muscle and vocal cord adductor muscles of the subject. a sensing electrode configured to detect voice activity of the subject and to generate a first signal; a processor in communication with the sensing electrode, the processor having program code for receiving the first signal and for generating at least one stimulation parameter based on the first signal in order to activate a glottic closure reflex of the subject; and one or more stimulating electrodes configured to receive the at least one stimulation parameter and configured to stimulate a recurrent laryngeal nerve or vagus nerve and configured to activate the glottic closure reflex of the subject at the same time based on the at least one stimulation parameter in order to selectively activate vocal cord abductor muscle and vocal cord adductor muscles of the subject.
Device for practising a nautical board sport, including at least one from water skiing, wakeskating, wakeboarding, surfboarding or kitesurfing, the device comprising water-flow means for artificially creating, on a base, a flow of water (3, 28) on which the user can practise said sport while making varied movements and style figures thereon, characterised in that it comprises position controlling means comprising detection means (13a1, 13a2, 13b1, 13b2...) for detecting the position, or movements, of the user, or means (1a, 2) able to move with him during his said movements on the base, and acting accordingly on the water-flow means, so as to distribute the flow of water on the base, moving it thereon according to the position or movements on this base of the user or means able to move with him.
An inertial navigation system /global navigation satellite system (GNSS) navigation system comprising - a GNSS subsystem including a GNSS receiver and a GNSS antenna, - an INS subsystem including an inertial measurement unit and an INS filter, - a relative yaw subsystem configured to calculate relative yaw values based on phase windup measurements of GNSS satellite signals received by the GNSS antenna, the relative yaw subsystem being further configured to provide the relative yaw values to the INS subsystem, characterized by the INS subsystem operating the INS filter to determine an updated attitude based on using inertial measurements of the inertial measurement unit and the relative yaw values as an observable of the updated attitude. - a GNSS subsystem including a GNSS receiver and a GNSS antenna, - an INS subsystem including an inertial measurement unit and an INS filter, - a relative yaw subsystem configured to calculate relative yaw values based on phase windup measurements of GNSS satellite signals received by the GNSS antenna, the relative yaw subsystem being further configured to provide the relative yaw values to the INS subsystem,
A medical device comprising a porous article of expanded polytetrafluoroethylene (ePTFE) having a microstructure of nodes interconnected by fibrils and a coating including an antimicrobial material at the surface of the porous article, characterized in that the microstructure at the surface of the porous article is only partially coated with the antimicrobial material, wherein only nodes or segments thereof at the surface of the porous article are coated with the antimicrobial material and fibrils at the surface of the porous article are at most partially coated with the antimicrobial material.