mhurhangee/ep-ind-claims huggingface dataset:
A communication connector, comprising: a compensation circuit for providing a compensating signal to approximately cancel an offending signal over a range of frequency, said compensation circuit including a first capacitive coupling with a first magnitude growing at a first rate over said range of frequency and a mutual inductive coupling (M 1, M 2) with a second magnitude growing at a second rate over said range of frequency, said second rate being greater than said first rate, the mutual inductive coupling (M 1 M 2) being connected approximately concurrently with the first capacitive coupling, wherein the mutual inductive coupling (M 1, M 2) is approximately orthogonal with the first capacitive coupling, said mutual inductive coupling being activated by a second capacitive coupling connected between conductors of one of a first differential pair of conductors and a second differential pair of conductors. a compensation circuit for providing a compensating signal to approximately cancel an offending signal over a range of frequency, said compensation circuit including a first capacitive coupling with a first magnitude growing at a first rate over said range of frequency and a mutual inductive coupling (M 1, M 2) with a second magnitude growing at a second rate over said range of frequency, said second rate being greater than said first rate, the mutual inductive coupling (M 1 M 2) being connected approximately concurrently with the first capacitive coupling, wherein the mutual inductive coupling (M 1, M 2) is approximately orthogonal with the first capacitive coupling, said mutual inductive coupling being activated by a second capacitive coupling connected between conductors of one of a first differential pair of conductors and a second differential pair of conductors.
Endosseous implant capable of being implanted in bone tissue, comprising a body, elongate in shape along a longitudinal axis, and a fastening device connected to one of the ends of said body and having: - a gripping part for gripping in the bone tissue, - an expansion part, said two parts being movable in relation to each other, - engaging mechanical connection means (33, 33a, 33b) arranged, on one end, at the gripping part and, on the other end, at the expansion part, such that the relative mobility of the two parts comprises at least one degree of freedom, and such that a relative movement of said two parts causes a widening of the gripping part, said widening causing the gripping part to grip in the bone tissue, the expansion part being fastened to the body, and the gripping part being arranged circumferentially around said expansion part, the connection means being engaging screwing means permitting a rotation between the gripping part and the expansion part in one direction, and characterized in that the fastening device has engaging non-return means capable of preventing rotation between the gripping part and the expansion part in a direction opposite to that imparted by said screwing means. - a gripping part for gripping in the bone tissue, - an expansion part, said two parts being movable in relation to each other, - engaging mechanical connection means (33, 33a, 33b) arranged, on one end, at the gripping part and, on the other end, at the expansion part, such that the relative mobility of the two parts comprises at least one degree of freedom, and such that a relative movement of said two parts causes a widening of the gripping part, said widening causing the gripping part to grip in the bone tissue,
A method for determining the degree of curing of a coating (101, 301) on a substrate (100, 300), wherein the method comprises: a) bringing the coating (101, 301) into contact, over a first period of time, with a first material (102, 302) containing a predetermined concentration of detection substance, b) quantitatively determining a characteristic quantity, which depends on the amount or concentration of the detection substance which has penetrated into the coating (101, 301) over the first period of time, by means of at least one of a visual investigation, a spectroscopic investigation or a chromatographic investigation of the coating (101, 301), c) determining entry kinetics for entry of the detection substance into the coating (101, 301) on the basis of the characteristic quantity, wherein a well cured coating is relatively highly crosslinked, such that the detection substance can penetrate only comparatively slowly, whereas the detection substance can penetrate relatively quickly into a less well cured coating, wherein the entry kinetics allows a conclusion to be drawn as the degree of curing of the coating, d) deducing the degree of curing of the coating (101, 301) from the entry kinetics for entry of the detection substance into the coating (101, 301), wherein the degree of curing of the coating is greater, the lower the amount or concentration of the detection substance which penetrates into the coating (101, 301) over the first period of time. a) bringing the coating (101, 301) into contact, over a first period of time, with a first material (102, 302) containing a predetermined concentration of detection substance, b) quantitatively determining a characteristic quantity, which depends on the amount or concentration of the detection substance which has penetrated into the coating (101, 301) over the first period of time, by means of at least one of a visual investigation, a spectroscopic investigation or a chromatographic investigation of the coating (101, 301), c) determining entry kinetics for entry of the detection substance into the coating (101, 301) on the basis of the characteristic quantity, wherein a well cured coating is relatively highly crosslinked, such that the detection substance can penetrate only comparatively slowly, whereas the detection substance can penetrate relatively quickly into a less well cured coating, wherein the entry kinetics allows a conclusion to be drawn as the degree of curing of the coating, d) deducing the degree of curing of the coating (101, 301) from the entry kinetics for entry of the detection substance into the coating (101, 301), wherein the degree of curing of the coating is greater, the lower the amount or concentration of the detection substance which penetrates into the coating (101, 301) over the first period of time.
A method for displaying a virtual environment during an in-flight simulation, the method comprising the procedures of: selecting a simulation environment for a training simulation of an airborne platform; operating the airborne platform in a flight within a real environment; determining the position and orientation with respect to the selected simulation environment of a see-through display viewable by an operator of the airborne platform; displaying at least one simulation image overlaid conformally onto an external scene viewed via the see-through display, in accordance with the determined position and orientation, the simulation image comprising a view from a virtual altitude of simulation environmental terrain in the selected simulation environment, while the airborne platform is in flight at a real altitude above real environmental terrain in the real environment, the virtual altitude above the simulation environmental terrain being a lower altitude than the real altitude above the real environmental terrain; and displaying the simulation image such that the simulation environment is adaptive to operator manipulations of the airborne platform, while subjecting the airborne platform to physical constraints reflecting flight limitations in the training simulation involving limitations on which flight maneuvers can be performed and in what manner. selecting a simulation environment for a training simulation of an airborne platform; operating the airborne platform in a flight within a real environment; determining the position and orientation with respect to the selected simulation environment of a see-through display viewable by an operator of the airborne platform; displaying at least one simulation image overlaid conformally onto an external scene viewed via the see-through display, in accordance with the determined position and orientation, the simulation image comprising a view from a virtual altitude of simulation environmental terrain in the selected simulation environment, while the airborne platform is in flight at a real altitude above real environmental terrain in the real environment, the virtual altitude above the simulation environmental terrain being a lower altitude than the real altitude above the real environmental terrain; and displaying the simulation image such that the simulation environment is adaptive to operator manipulations of the airborne platform, while subjecting the airborne platform to physical constraints reflecting flight limitations in the training simulation involving limitations on which flight maneuvers can be performed and in what manner.
An internet protocol resource identification (IPRID) reputation assessment system, comprising: a memory; a processor in operable communication with the memory, the processor and the memory configured in a trained convolutional neural network which was trained using IPRID reputation training data; wherein the IPRID reputation training data includes rollup features based on hierarchical rollups of data about IPRIDs which include placeholders designating unknown values; and wherein the IPRID reputation assessment system is configured to enhance security of a guarded system by the trained convolutional neural network inferring a label which distinguishes a malicious IPRID from other IPRIDs. a memory; a processor in operable communication with the memory, the processor and the memory configured in a trained convolutional neural network which was trained using IPRID reputation training data; wherein the IPRID reputation training data includes rollup features based on hierarchical rollups of data about IPRIDs which include placeholders designating unknown values; and wherein the IPRID reputation assessment system is configured to enhance security of a guarded system by the trained convolutional neural network inferring a label which distinguishes a malicious IPRID from other IPRIDs.
Method for synchronizing a group of devices, each device of said group having in memory an overall state of said group as known to said device, said group being controlled by at least one controller configured to send commands to said devices of said group, said devices of said group and said at least one controller being interconnected by a local area network, characterized in that said overall state of said group is divided into sub-states, each sub-state being the state of the group with respect to a single functionality out of a plurality of independent functionalities and in that said devices of said group and said at least one controller exchange messages in order to synchronize on a common overall state, each of said exchanged messages comprising a bit field, said bit field comprising one bit for each functionality, the value of said bit indicating if said functionality is concerned by said exchanged message.
A hydraulic head assembly comprising: a hydraulic head having a first bore and a pumping chamber; an adapter having a second bore, the adapter being connected to said hydraulic head such that said first and second bores (5, 31) form a substantially continuous pumping element bore; and a pumping element disposed within said pumping element bore for pressurising fuel in the pumping chamber;and a collection chamber; wherein a first seal is formed between the pumping element and the hydraulic head; and a second seal is formed between the pumping element and the adapter, wherein the hydraulic head comprises a turret through which the first bore extends, the adapter being connected to said turret, wherein the adapter comprises a mounting section for mounting the adapter to the hydraulic head and, wherein the mounting section comprises a collar for cooperating with the turret, wherein the collar is an interference fit with an external sidewall of the turret, characterized in that a leakage path is formed between the turret and the adapter and, the collection chamber is in communication with the leakage path and, the adapter comprises a backleak bore. a hydraulic head having a first bore and a pumping chamber; an adapter having a second bore, the adapter being connected to said hydraulic head such that said first and second bores (5, 31) form a substantially continuous pumping element bore; and a pumping element disposed within said pumping element bore for pressurising fuel in the pumping chamber;and a collection chamber; wherein a first seal is formed between the pumping element and the hydraulic head; and a second seal is formed between the pumping element and the adapter, wherein the hydraulic head comprises a turret through which the first bore extends, the adapter being connected to said turret, wherein the adapter comprises a mounting section for mounting the adapter to the hydraulic head and, wherein the mounting section comprises a collar for cooperating with the turret, wherein the collar is an interference fit with an external sidewall of the turret, characterized in that a leakage path is formed between the turret and the adapter and, the collection chamber is in communication with the leakage path and, the adapter comprises a backleak bore.
An exhaust gas treatment apparatus for an internal combustion engine, the exhaust gas treatment apparatus comprising an exhaust gas treatment unit (21; 20) arranged in an exhaust passage of the internal combustion engine, the exhaust passage being configured such that i) exhaust gas flowing along a part of a wall face, which defines the exhaust passage, burbles away from the part of the wall face in an exhaust gas burble zone (Z 1, Z 2) and ii) as a result of burble of exhaust gas away from the part of the wall face of the exhaust passage in the exhaust gas burble zone (Z 1; Z 2), exhaust gas disproportionately flows into the exhaust gas treatment unit (21; 20) or the amount of exhaust gas flowing into the exhaust gas treatment unit (21; 20) reduces; characterized by comprising: a plasma actuator (23; 31) arranged at the part of the wall face of the exhaust passage in the exhaust gas burble zone (Z 1,; Z 2), the plasma actuator (23; 31) being configured to generate air current toward the exhaust gas treatment unit (21; 20) along the part of the wall face in exhaust gas inside the exhaust passage. a plasma actuator (23; 31) arranged at the part of the wall face of the exhaust passage in the exhaust gas burble zone (Z 1,; Z 2), the plasma actuator (23; 31) being configured to generate air current toward the exhaust gas treatment unit (21; 20) along the part of the wall face in exhaust gas inside the exhaust passage.
A motor drive apparatus, comprising: a three-phase inverter, a three-phase motor, and a buck side capacitor connected in sequence, wherein the buck side capacitor is connected to a positive electrode and a negative electrode of a power supply module, a first terminal of the three-phase inverter is connected to a positive electrode of a power battery, a second terminal of the three-phase inverter is connected to a negative electrode of the power battery, a first terminal of the buck side capacitor is connected to a connection point of three phase coils of the three-phase motor, a second terminal of the buck side capacitor is connected to the second terminal of the three-phase inverter, and the three phase coils of the three-phase motor are respectively connected to midpoints of three phase legs of the three-phase inverter, wherein the motor drive apparatus is configured to simultaneously control a process of charging the power battery by the power supply module and the torque of the three-phase motor at a zero output, and cause the three-phase inverter and the three-phase motor to heat a heat exchange medium flowing through at least one of the three-phase inverter or the three-phase motor.
A table frame having a table leg with a housing part, a longitudinal beam and a transverse beam with two mutually opposite edge portions (48a, 48b), which define a recess in the transverse beam, wherein a longitudinal beam protrusion of the longitudinal beam can be brought into contact with one of the edge portions under preload and a housing protrusion of the housing part can be brought into contact with the other edge portion under preload, wherein the longitudinal beam protrusion and the housing protrusion engage in the recess.
Method for the operation of a motor vehicle, wherein at least one autonomous or partially autonomous operating mode of the motor vehicle can be activated and the motor vehicle comprises a service brake and a parking brake, wherein in response to a detected defined operative state of the motor vehicle the parking brake is shifted from a rest state into a predetermined operative state, wherein the predetermined operative state of the parking brake is defined such that the parking brake in the predetermined operative state produces no braking effect or a significantly lower braking effect compared to full activation, characterized in that a further operative state of the parking brake is designed such that - in the event of a malfunction of the service brake and/or of components of a service brake system and/or - in the event of unavailability of the service brake and/or of components of a service brake system, - the parking brake at least partly takes over a function of the service brake during the autonomous or partially autonomous operating mode in order to at least partly carry out the activated autonomous or partially autonomous operating mode. - in the event of a malfunction of the service brake and/or of components of a service brake system and/or - in the event of unavailability of the service brake and/or of components of a service brake system, - the parking brake at least partly takes over a function of the service brake during the autonomous or partially autonomous operating mode in order to at least partly carry out the activated autonomous or partially autonomous operating mode.
Method to make clamping levers for sports footwear, said method comprising at least a working of at least one extruded section shape provided with at least one hole made through along the longitudinal extension of said extruded section shape and in its thickness, making at least an external perimeter edge of said clamping lever during said working, said external perimeter edge defining part of a pivoting end of said clamping lever, and said pivoting end being made on said extruded section shape in correspondence to said at least one hole, wherein said method comprises: - a first shearing operation to make at least a first through incision in said extruded section shape which, during use, defines at least a first surface portion of said external perimeter edge, said first surface portion not comprising said pivoting end; - a first cutting operation, by chip removal, in order to separate said clamping lever from said extruded section shape and to define in said clamping lever second surface portions which define at least part of said pivoting end; characterized in that the first cutting operation is carried out on a first longitudinal portion of extruded section shape in which said first through incisions have already been made, and wherein the first shearing operation is carried out simultaneously with said first cutting operation, on a second longitudinal portion of said extruded section shape disposed upstream with respect to said first longitudinal portion in a direction of feed. - a first shearing operation to make at least a first through incision in said extruded section shape which, during use, defines at least a first surface portion of said external perimeter edge, said first surface portion not comprising said pivoting end; - a first cutting operation, by chip removal, in order to separate said clamping lever from said extruded section shape and to define in said clamping lever second surface portions which define at least part of said pivoting end;
Active ingredient combinations of a) a magnolia bark extract having a content of magnolol and/or honokiol obtained with the aid of supercritical CO 2 or ethanol or an ethanol/water mixture and b) one or more surfactant or surface-active polyethoxylated compounds, characterized in that the surfactant or surface-active polyethoxylated compound or compounds is or are selected from the group comprising polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearyl ether, polyethylene glycol stearyl ether, polyethylene glycol cetyl/stearyl ether, polyethylene glycol hydrogenated castor oil, polyethylene glycol sorbitan monostearate, polyethylene glycol sorbitan monoisostearate, polyethylene glycol sorbitan monopalmitate, polyethylene glycol sorbitan monooleate. a) a magnolia bark extract having a content of magnolol and/or honokiol obtained with the aid of supercritical CO 2 or ethanol or an ethanol/water mixture and b) one or more surfactant or surface-active polyethoxylated compounds, characterized in that the surfactant or surface-active polyethoxylated compound or compounds is or are selected from the group comprising polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearate, polyethylene glycol stearyl ether, polyethylene glycol stearyl ether, polyethylene glycol cetyl/stearyl ether, polyethylene glycol hydrogenated castor oil, polyethylene glycol sorbitan monostearate, polyethylene glycol sorbitan monoisostearate, polyethylene glycol sorbitan monopalmitate, polyethylene glycol sorbitan monooleate.
A method for stabilizing nucleic acids from a blood sample, comprising the step of contacting the blood sample with a composition, comprising (i) a solid phase capable of binding nucleic acids, (ii) an aqueous solution containing a guanidinium salt, a buffer substance, a reducing agent and a detergent and which stabilizes nucleic acids. (i) a solid phase capable of binding nucleic acids, (ii) an aqueous solution containing a guanidinium salt, a buffer substance, a reducing agent and a detergent and which stabilizes nucleic acids.