mhurhangee/ep-ind-claims huggingface dataset:
An electrode device for a capacitive sensor device for detecting a position of an object relative to the electrode device, comprising an arrangement of stacked layers comprising a transmitting electrode configuration, a receiving electrode configuration (E1; E2) and at least one ground electrode, wherein - the transmitting electrode configuration, the receiving electrode configuration and the at least one ground electrode are arranged one above the other and spaced apart from each other, wherein the at least one ground electrode is arranged between the transmitting electrode configuration and the receiving electrode configuration, - wherein the transmitting electrode configuration comprises a first transmitting electrode, which is configured to receive a first electric alternating signal and a second transmitting electrode which is configured to receive a second electric alternating signal; - and wherein the receiving electrode configuration (E1; E2) comprises a first receiving electrode and a second receiving electrode configured to receive signals transmitted by the transmitting electrode configuration; characterized in that the first and second transmitting electrodes (E3, E4) are arranged in one layer; the electrode device comprises only one ground electrode in a single layer between the transmitting electrodes (E3, E4) and the receiving electrodes configuration (E1; E2); at least one of the transmitting electrodes of the transmitting electrode configuration (E3; E4), the one ground electrode and the first and second receiving electrodes of the receiving electrode configuration (E1; E2) are facing a sensor plane (A, K). - the transmitting electrode configuration, the receiving electrode configuration and the at least one ground electrode are arranged one above the other and spaced apart from each other, wherein the at least one ground electrode is arranged between the transmitting electrode configuration and the receiving electrode configuration, - wherein the transmitting electrode configuration comprises a first transmitting electrode, which is configured to receive a first electric alternating signal and a second transmitting electrode which is configured to receive a second electric alternating signal; - and wherein the receiving electrode configuration (E1; E2) comprises a first receiving electrode and a second receiving electrode configured to receive signals transmitted by the transmitting electrode configuration;
A method of controlling an inductively-powered operating unit for use in association with an inductive power transfer, IPT, system, the method comprising frequency modulating the current in a primary conductor circuit of the IPT system and, in the operating unit: (a) detecting the frequency of current in the primary conductor circuit; (b) generating a local oscillator signal; (c) using the local oscillator signal to produce an information signal including frequency changes corresponding to the frequency modulation of the current in the primary conductor circuit, the information signal having a lower frequency than the frequency of the current in the primary conductor circuit whereby the resolution of the frequency changes is increased; (d) using the information signal to detect the changes in the frequency of the primary circuit current; and using the detected change to control the operating unit. (a) detecting the frequency of current in the primary conductor circuit; (b) generating a local oscillator signal; (c) using the local oscillator signal to produce an information signal including frequency changes corresponding to the frequency modulation of the current in the primary conductor circuit, the information signal having a lower frequency than the frequency of the current in the primary conductor circuit whereby the resolution of the frequency changes is increased; (d) using the information signal to detect the changes in the frequency of the primary circuit current; and
Method for analyzing at least one driver assistance system A, comprising the following steps: - checking whether at least one driver assistance system A is activated; - detecting at least one vehicle parameter which is suitable for characterizing an operating state of a vehicle, and/or at least one environment parameter which is suitable for characterizing the environment of the vehicle; - determining at least one driving situation characteristic value characterizing a driving situation of the vehicle, based at least on the at least one vehicle parameter and/or the at least one environment parameter; - determining at least one control intervention characteristic value which characterizes the activity of the at least one driver assistance system A, wherein the activity is derived from the at least one detected vehicle parameter and/or the at least one detected environment parameter or is read out via an interface to the driver assistance system A or is determined by monitoring a variable controlled by the driver assistance system A; and - determining a correction value, which depends on the at least one control intervention parameter and the at least one driving situation characteristic value, based on the at least one vehicle parameter and/or the at least one environment parameter. - checking whether at least one driver assistance system A is activated; - detecting at least one vehicle parameter which is suitable for characterizing an operating state of a vehicle, and/or at least one environment parameter which is suitable for characterizing the environment of the vehicle; - determining at least one driving situation characteristic value characterizing a driving situation of the vehicle, based at least on the at least one vehicle parameter and/or the at least one environment parameter; - determining at least one control intervention characteristic value which characterizes the activity of the at least one driver assistance system A, wherein the activity is derived from the at least one detected vehicle parameter and/or the at least one detected environment parameter or is read out via an interface to the driver assistance system A or is determined by monitoring a variable controlled by the driver assistance system A; and - determining a correction value, which depends on the at least one control intervention parameter and the at least one driving situation characteristic value, based on the at least one vehicle parameter and/or the at least one environment parameter.
A method for reducing the allergenic protein content of a blanched or roasted peanut (Arachis hypogaea) kernel, comprising contacting said blanched or roasted peanut kernel with a hypoallergenically-effective amount of at least one endopeptidase enzyme, wherein the said hypoallergenically-effective amount of the said endopeptidase enzyme is at least 0.001 % (w/w).
Device for protecting a terrain, comprising: - a first mobile crane and a second mobile crane respectively equipped with a first boom and a second boom; - a protective bridge arranged on the first boom and the second boom; the first mobile crane and second mobile crane being arranged in such a way that the protective bridge straddles said terrain. - a first mobile crane and a second mobile crane respectively equipped with a first boom and a second boom; - a protective bridge arranged on the first boom and the second boom;
Filling device for filling machines for level filling of bottles with food liquids, such as in particular wine and beer, the filling device comprising: a body having an inner cavity which extends vertically through said body; an outer tube which is configured for being fixed at the top to a bottom wall of a main vessel of the machine intended to contain the liquid with which the bottles are to be filled, the outer tube extending through the inner cavity of the body and projecting downwards from the body; an inner tube which is arranged coaxially with the outer tube, extends with a lower portion thereof inside the outer tube and projects upwards from the outer tube, so as to reach with its top end, in the mounted condition of the filling device on the machine, a level higher than the level of the liquid contained in the main vessel, the outer tube and the inner tube encompassing a first annular conduit which extends up to the bottom end of the outer tube and through which the liquid contained in the main vessel can flow downwards to fill a bottle; a centring cone which is arranged coaxially with the outer tube and the inner tube and is configured to seal against the top end of the neck of the bottle to be filled; a first closure member which is arranged to be vertically movable and is configured to sealingly close the first annular conduit; and an actuation unit arranged to control the vertical movement of the first closure member; the filling device being characterized in that it further comprises a second closure member which is arranged to be vertically movable and is configured to sealingly close the inner tube, the second closure member is placed at the bottom end of the inner tube to open/close said tube at the bottom, and in that the actuation unit is arranged to control also the vertical movement of the second closure member. a body having an inner cavity which extends vertically through said body; an outer tube which is configured for being fixed at the top to a bottom wall of a main vessel of the machine intended to contain the liquid with which the bottles are to be filled, the outer tube extending through the inner cavity of the body and projecting downwards from the body; an inner tube which is arranged coaxially with the outer tube, extends with a lower portion thereof inside the outer tube and projects upwards from the outer tube, so as to reach with its top end, in the mounted condition of the filling device on the machine, a level higher than the level of the liquid contained in the main vessel, the outer tube and the inner tube encompassing a first annular conduit which extends up to the bottom end of the outer tube and through which the liquid contained in the main vessel can flow downwards to fill a bottle; a centring cone which is arranged coaxially with the outer tube and the inner tube and is configured to seal against the top end of the neck of the bottle to be filled; a first closure member which is arranged to be vertically movable and is configured to sealingly close the first annular conduit; and an actuation unit arranged to control the vertical movement of the first closure member;
A method for initiating establishment of a connection, the method comprising: determining, by a device intermediary between a client and a server, at least one server name indicator, SNI, for an application executing on the client and having a secure session established with the server; determining, by the device for each domain name corresponding to the at least one SNI, a session timeout value for the corresponding domain name; and sending, by the device, a message to the client according to each of the determined session timeout values, to cause the client to initiate establishment of a connection for the corresponding domain name using the secure session. determining, by a device intermediary between a client and a server, at least one server name indicator, SNI, for an application executing on the client and having a secure session established with the server; determining, by the device for each domain name corresponding to the at least one SNI, a session timeout value for the corresponding domain name; and sending, by the device, a message to the client according to each of the determined session timeout values, to cause the client to initiate establishment of a connection for the corresponding domain name using the secure session.
An apparatus for manufacturing a molten metal plated steel strip comprising a gas wiping nozzle for jetting a gas onto the surface of a steel strip continuously drawn up from a molten metal plating bath to control the amount of plating on the surface of the steel strip, the gas wiping nozzle including a primary nozzle portion and at least one secondary nozzle portion (2a, 2b) provided either or both above and below the primary nozzle portion, the secondary nozzle portion (2a, 2b) being configured to jet the gas in a direction tilted from the direction in which the primary nozzle portion is configured to jet the gas, the secondary nozzle portion (2a, 2b) being configured to jet the gas at a lower flow rate than the primary nozzle portion, the gas wiping nozzle having a tip whose lower surface forms an angle (θ) of 60° or more with the steel strip, wherein the primary nozzle portion includes a first nozzle member (3a, 3b), and the secondary nozzle portion (2a, 2b) is defined by the first nozzle member (3a, 3b) and a second nozzle member (5a, 5b) disposed outside the first nozzle member (3a, 3b), and the end of the second nozzle member (5a, 5b) defining a gas jetting port (6a, 6b) of the secondary nozzle portion has a thickness (t 2a, t 2b) of 2 mm or less.
A method implemented at a computing device, comprising: receiving one or more images (300, 400) from an image capture device, the one or more images (300, 400) including an environment and at least a portion of one or more potential objects of interest within the environment; storing the one or more images (300, 400) with the computing device characterized in that: building at least a partial three dimensional geometric model of the environment included in the one or more images (300, 400), the at least partial 3D geometric model including at least the portion of the one or more potential objects of interest within the environment, wherein the at least partial 3D geometric model is built using at least one image (300, 400) of the one or more images (300, 400); and automatically creating, using the at least partial 3D geometric model, at least one rectified image having at least one potential object of interest for a visual search, the at least one rectified image including a modified perspective view of the at least one potential object of interest relative to a view of the at least one potential object of interest in the one or more images (300, 400). receiving one or more images (300, 400) from an image capture device, the one or more images (300, 400) including an environment and at least a portion of one or more potential objects of interest within the environment; storing the one or more images (300, 400) with the computing device characterized in that: building at least a partial three dimensional geometric model of the environment included in the one or more images (300, 400), the at least partial 3D geometric model including at least the portion of the one or more potential objects of interest within the environment, wherein the at least partial 3D geometric model is built using at least one image (300, 400) of the one or more images (300, 400); and automatically creating, using the at least partial 3D geometric model, at least one rectified image having at least one potential object of interest for a visual search, the at least one rectified image including a modified perspective view of the at least one potential object of interest relative to a view of the at least one potential object of interest in the one or more images (300, 400). building at least a partial three dimensional geometric model of the environment included in the one or more images (300, 400), the at least partial 3D geometric model including at least the portion of the one or more potential objects of interest within the environment, wherein the at least partial 3D geometric model is built using at least one image (300, 400) of the one or more images (300, 400); and automatically creating, using the at least partial 3D geometric model, at least one rectified image having at least one potential object of interest for a visual search, the at least one rectified image including a modified perspective view of the at least one potential object of interest relative to a view of the at least one potential object of interest in the one or more images (300, 400).
A decontamination system, the decontamination system comprising: a clean room arrangement which comprises one of the group consisting of a clean room and a clean room lock; a clean room device arranged at the clean room arrangement, the clean room device comprising a movably configured electromagnetic radiation source for irradiating parts of a clean room equipment with electromagnetic radiation for decontaminating a surface to be treated of the clean room equipment. a clean room arrangement which comprises one of the group consisting of a clean room and a clean room lock; a clean room device arranged at the clean room arrangement, the clean room device comprising a movably configured electromagnetic radiation source for irradiating parts of a clean room equipment with electromagnetic radiation for decontaminating a surface to be treated of the clean room equipment.
A composition comprising a delivery particle formulation comprising a lipid based nanoparticle comprising a 7C1 epoxide-modified lipid polymer and a CRISPR-Cas system polynucleotide sequence comprising RNA, wherein the CRISPR-Cas system polynucleotide sequence comprises: (a) a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate sequence, and (c) a tracr sequence wherein (a), (b) and (c) are arranged in a 5' to 3' orientation, wherein the tracr mate sequence is capable of hybridizing to the tracr sequence and the guide sequence is engineered to direct sequence-specific binding of a CRISPR-Cas complex to the target sequence. (a) a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate sequence, and (c) a tracr sequence
A piezoelectric transducer comprising: a first piezoelectric layer (313; 313') made of a non-ferroelectric material, the first layer having a front surface and a rear surface; a first conductive layer arranged on the front surface of the first piezoelectric layer (313; 313'); a second piezoelectric layer made of a non-ferroelectric material arranged on the front surface of the first conductive layer; a first electrode arranged on the front surface of the second piezoelectric layer; a second electrode arranged on the rear surface of the first piezoelectric layer (313; 313'), opposite the first electrode; a third electrode arranged on the front surface of the second piezoelectric layer; a fourth electrode arranged on the rear surface of the first piezoelectric layer, opposite the third electrode; and a control circuit configured to: in first operating phase, simultaneously apply a non-zero voltage (V A; S1) to the first electrode, a non-zero voltage (V D; -S1) to the fourth electrode, and substantially zero voltages (V B, V C; S2, -S2) to the second and third electrodes; and in a second operating phase, simultaneously apply a non-zero voltage (V B; S2) to the second electrode, a non-zero voltage (V C; -S2) to the third electrode, and substantially zero voltages (V A, V D; S1, -S1) to the first and fourth electrodes. a first piezoelectric layer (313; 313') made of a non-ferroelectric material, the first layer having a front surface and a rear surface; a first conductive layer arranged on the front surface of the first piezoelectric layer (313; 313'); a second piezoelectric layer made of a non-ferroelectric material arranged on the front surface of the first conductive layer; a first electrode arranged on the front surface of the second piezoelectric layer; a second electrode arranged on the rear surface of the first piezoelectric layer (313; 313'), opposite the first electrode; a third electrode arranged on the front surface of the second piezoelectric layer; a fourth electrode arranged on the rear surface of the first piezoelectric layer, opposite the third electrode; and a control circuit configured to: in first operating phase, simultaneously apply a non-zero voltage (V A; S1) to the first electrode, a non-zero voltage (V D; -S1) to the fourth electrode, and substantially zero voltages (V B, V C; S2, -S2) to the second and third electrodes; and in a second operating phase, simultaneously apply a non-zero voltage (V B; S2) to the second electrode, a non-zero voltage (V C; -S2) to the third electrode, and substantially zero voltages (V A, V D; S1, -S1) to the first and fourth electrodes. in first operating phase, simultaneously apply a non-zero voltage (V A; S1) to the first electrode, a non-zero voltage (V D; -S1) to the fourth electrode, and substantially zero voltages (V B, V C; S2, -S2) to the second and third electrodes; and in a second operating phase, simultaneously apply a non-zero voltage (V B; S2) to the second electrode, a non-zero voltage (V C; -S2) to the third electrode, and substantially zero voltages (V A, V D; S1, -S1) to the first and fourth electrodes.
A harvesting machine, in particular in the form of a self-loading wagon or a baling press, comprising a pick-up device for picking up crops from the ground, a conveying channel adjoining the pick-up device, which leads into a crop storage tank and/or a processing chamber such as a press chamber, a cutting device with a plurality of knives for cutting the crops conveyed through the conveying channel, and at least one grinding device for grinding the knives in a lateral edge region of the harvesting machine, wherein the knives of the cutting device are mounted so as to be movable into a grinding position in said lateral edge region transversely to the conveying direction of the conveying channel, characterized in that two grinding devices are arranged on opposite sides of the harvesting machine each in a lateral edge region of the harvesting machine, wherein a first group of knives is mounted so as to be extendable onto a first side and a second group of the knives is mounted so as to be extendable onto the opposite second side of the harvesting machine and several knives can be ground at the same time.
An outside door handle, in particular for a motor vehicle, having a handle body which has an outer contour, having a light source which is received by the handle body for a front area lighting and/or for a door handle cup lighting, and having a diffuser which is inwardly arranged in the handle body at a spacing from its outer contour for scattering the light irradiated by the light source into diffuse light, characterized in that the outer contour of the handle body is free of components and/or sections for changing the irradiation characteristics of the light irradiated from the light source; and in that a lens is arranged between the diffuser and the light source.
A polymer electrolyte composition comprising an ionic group-containing polymer, an azole ring-containing compound, and a transition metal-containing additive, the transition metal being one or more selected from the group consisting of cobalt, nickel, ruthenium, rhodium, palladium, silver, and gold, in which a maximum length of an island phase of the azole ring-containing compound, observed by a transmission electron microscope, is smaller than 2 nm.