mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for the testing of a current and/or voltage transformer by a person , the arrangement comprising a transformer testing device and a current and/or voltage transformer , the transformer testing device being connected to the current and/or voltage transformer and the transformer testing device comprising an emergency stop switch , characterized in that the arrangement further comprises a protective device for detecting an electrical body current, with the person wearing the protective device for detecting an electrical body current and the protective device comprising an item of clothing and an evaluation unit , whereas the person wears the item of clothing and the item of clothing is equipped with at least one sensor for detecting the body current, and the evaluation unit evaluates a signal detected with the at least one sensor and, if an impermissible body current is detected, outputs an emergency signal (S), in that the emergency stop switch activates a disconnection unit of the transformer testing device when actuated, which unit shuts down and/or short-circuits at least one output of the transformer testing device , and an emergency signal input is also provided on the transformer testing device , which input activates the disconnection unit when an external emergency signal (S) is received at the emergency signal input , and in that the evaluation unit transmits the emergency signal (S) to the emergency signal input of the transformer testing device if an impermissible body current is detected.
Hydraulic arrangement , comprising a hydraulic cylinder , and a hydraulic pump for the pressure medium supply thereof, which hydraulic pump is drivable by an electric motor and is fluidically connectable to a cylinder chamber via a pressure medium flow path , in which one or more shut-off valves are provided by which the pressure medium flow path is hydraulically disconnectable for drive-free holding of a load of the hydraulic cylinder , wherein the hydraulic arrangement comprises a control unit, characterized in that the control unit is designed to determine or to detect an operating variable of the electric motor when the pressure medium flow path is hydraulically disconnected, and to adjust the detected or determined operating variable at the electric motor when a condition is set, upon the occurrence of which the pressure medium flow path is opened.
Reservoir cover for a continuous inkjet printer with a surface called the upper surface (433 1 ), a surface called the lower surface (433 2 ), between which there is an upper part and a lower part of the cover, at least said lower part of the cover being delimited laterally by a peripheral surface (S e ), and: - at least one through conduit that passes through the cover to bring at least one liquid from said upper part to said lower part, - at least one 1 st liquid connection means , capable of being positioned removably relative to the upper surface (33 1 ) of the cover, at different positions on this upper surface (33 1 ), said 1 st liquid connection means comprising at least one inner conduit to bring at least one liquid to an inlet of said through conduit , that passes through at least part of the cover; - means for maintaining said 1 at liquid connection means fixed relative to the cover, in one of said positions. - at least one through conduit that passes through the cover to bring at least one liquid from said upper part to said lower part, - at least one 1 st liquid connection means , capable of being positioned removably relative to the upper surface (33 1 ) of the cover, at different positions on this upper surface (33 1 ), said 1 st liquid connection means comprising at least one inner conduit to bring at least one liquid to an inlet of said through conduit , that passes through at least part of the cover; - means for maintaining said 1 at liquid connection means fixed relative to the cover, in one of said positions.
A method for predicting binding affinity of a chemical compound to a target polymer using spatial data comprising: (A) obtaining spatial coordinates for the target polymer; (B) modeling the chemical compound with the target polymer in each pose of a plurality of different poses, thereby creating a plurality of voxel maps, wherein each respective voxel map in the plurality of voxel maps comprises the chemical compound in a respective pose in the plurality of different poses; (C) unfolding each voxel map in the plurality of voxel maps into a corresponding vector, thereby creating a plurality of vectors, wherein each vector in the plurality of vectors is the same size; (D) inputting each respective vector in the plurality of vectors to a convolutional neural network that includes (i) an input layer for sequentially receiving the plurality of vectors, (ii) a plurality of convolutional layers , and (iii) a scorer , wherein each convolutional layer in the plurality of convolutional layers is associated with a different set of weights that has been trained by back-propagation against errors made by the convolutional neural network in binding affinity of training compounds in a training library; (E) obtaining a plurality of scores from the scorer, wherein each score in the plurality of scores corresponds to the input of a vector in the plurality of vectors into the input layer; and (F) using the plurality of scores to predict the binding affinity of the chemical compound to the target polymer. (A) obtaining spatial coordinates for the target polymer; (B) modeling the chemical compound with the target polymer in each pose of a plurality of different poses, thereby creating a plurality of voxel maps, wherein each respective voxel map in the plurality of voxel maps comprises the chemical compound in a respective pose in the plurality of different poses; (C) unfolding each voxel map in the plurality of voxel maps into a corresponding vector, thereby creating a plurality of vectors, wherein each vector in the plurality of vectors is the same size; (D) inputting each respective vector in the plurality of vectors to a convolutional neural network that includes (i) an input layer for sequentially receiving the plurality of vectors, (ii) a plurality of convolutional layers , and (iii) a scorer , wherein each convolutional layer in the plurality of convolutional layers is associated with a different set of weights that has been trained by back-propagation against errors made by the convolutional neural network in binding affinity of training compounds in a training library; (E) obtaining a plurality of scores from the scorer, wherein each score in the plurality of scores corresponds to the input of a vector in the plurality of vectors into the input layer; and (F) using the plurality of scores to predict the binding affinity of the chemical compound to the target polymer.
A lidding film having on one side thereof a peripheral region that encircles a central region (124, 224, 324, 424a-g, 624, 724, 824, 924, 1024, 1124), the lidding film comprising a substrate having an outer major surface on which is disposed at least a heat-sealing layer (HS layer) and a non-heat-sealing layer (NHS layer) , wherein at least a first portion of the HS layer fills the peripheral region, and the NHS layer is absent as a cover on the HS layer in the peripheral region; wherein at least a first portion of the NHS layer fills the central region, and the HS layer is absent as a cover on the NHS layer in the central region; said lidding film being characterized in that : a hydrophobic coating is disposed on said outer major surface, at least a first portion of the hydrophobic coating covering at least part of the first portion of the NHS layer in the central region, and the NHS layer comprising a textured surface on which the hydrophobic coating is applied.
A signal sending method, comprising: sending, by a first apparatus, an optical signal to a second apparatus in a slot before a first wavelength slot ; sending, by the first apparatus, a first optical signal to the second apparatus in the first wavelength slot ; and sending , by the first apparatus, an optical signal to the second apparatus in a slot after the first wavelength slot, wherein a wavelength of the first optical signal is a first wavelength, a first optical signal sent by the first apparatus in one first wavelength slot is used to carry first wavelength data on one symbol, and wavelengths of the optical signals sent by the first apparatus in the slots before and after the first wavelength slot are wavelengths other than the first wavelength, wherein the first apparatus periodically sends an optical signal, one sending period comprises N slots, N is an integer greater than 1, and the N slots comprise J first wavelength slots where the quantity J of first wavelength slots is configured flexibly with (N/J-1) slots between two adjacent first wavelength slots, wherein N may be exactly divided by J. sending, by a first apparatus, an optical signal to a second apparatus in a slot before a first wavelength slot ; sending, by the first apparatus, a first optical signal to the second apparatus in the first wavelength slot ; and sending , by the first apparatus, an optical signal to the second apparatus in a slot after the first wavelength slot, wherein a wavelength of the first optical signal is a first wavelength, a first optical signal sent by the first apparatus in one first wavelength slot is used to carry first wavelength data on one symbol, and wavelengths of the optical signals sent by the first apparatus in the slots before and after the first wavelength slot are wavelengths other than the first wavelength, wherein the first apparatus periodically sends an optical signal, one sending period comprises N slots, N is an integer greater than 1, and the N slots comprise J first wavelength slots where the quantity J of first wavelength slots is configured flexibly with (N/J-1) slots between two adjacent first wavelength slots, wherein N may be exactly divided by J.
A method for introducing a chlorate salt into a reaction zone in a hydrocarbon-bearing subterranean formation, said method comprising: adding a chlorine dioxide precursor concentrate comprising a chlorate salt and (i) 0.1 to 2 weight % of hydrochloric acid or hydrofluoric acid, or (ii) 5 to 20 weight % of a weak acid selected from at least one of citric, lactic, formic, oxalic, acetic and propionic acid to a fluid stream; injecting the fluid stream into the subterranean formation, such that the chlorate comes into contact with a reducing agent in a reaction zone located in the subterranean formation under conditions comprising a temperature of greater than 43 degrees C (110 degrees F), whereby all or at least part of the chlorate is converted to chlorine dioxide. adding a chlorine dioxide precursor concentrate comprising a chlorate salt and (i) 0.1 to 2 weight % of hydrochloric acid or hydrofluoric acid, or (ii) 5 to 20 weight % of a weak acid selected from at least one of citric, lactic, formic, oxalic, acetic and propionic acid to a fluid stream; injecting the fluid stream into the subterranean formation, such that the chlorate comes into contact with a reducing agent in a reaction zone located in the subterranean formation under conditions comprising a temperature of greater than 43 degrees C (110 degrees F), whereby all or at least part of the chlorate is converted to chlorine dioxide.
A method for performing depth estimation of an object in an image by an electronic device, the method comprising: capturing the image of a scene by the electronic device; obtaining, by a sensor of the electronic device, from the image, pixel intensity data and event data; generating an event depth map using the event data, wherein the event data includes event map data of the image and event velocity data of the image, wherein generating the event depth map comprises: generating a spatio-temporal two dimensional, 2D, event map by processing the event map data of the image and generating the event depth map using the spatio-temporal 2D event map, the event velocity data, a rotation degree of a capturing device of the electronic device, and translation estimation data of the sensor of the electronic device; and generating a depth map for the object in the image using the event depth map and the pixel intensity data. capturing the image of a scene by the electronic device; obtaining, by a sensor of the electronic device, from the image, pixel intensity data and event data; generating an event depth map using the event data, wherein the event data includes event map data of the image and event velocity data of the image, wherein generating the event depth map comprises: generating a spatio-temporal two dimensional, 2D, event map by processing the event map data of the image and generating the event depth map using the spatio-temporal 2D event map, the event velocity data, a rotation degree of a capturing device of the electronic device, and translation estimation data of the sensor of the electronic device; and generating a depth map for the object in the image using the event depth map and the pixel intensity data.
A disconnector device for disconnecting an electrical circuit, wherein the electrical circuit is switched by a contactor between an open position and a closed position, the disconnector device using the contactor for disconnecting the electric circuit, the disconnector device comprising: - first means for mechanically locking the contactor in the open position, in which open position contacts of the contactor are in a first position disconnecting the electrical circuit, and characterized by further comprising: - second means for electrically preventing control circuitry of the contactor to operate, the second means being connected electrically to the control circuitry of the contactor. - first means for mechanically locking the contactor in the open position, in which open position contacts of the contactor are in a first position disconnecting the electrical circuit, and characterized by further comprising: - second means for electrically preventing control circuitry of the contactor to operate, the second means being connected electrically to the control circuitry of the contactor. - second means for electrically preventing control circuitry of the contactor to operate, the second means being connected electrically to the control circuitry of the contactor.
A pouch of flexible material for luminous display, said pouch comprising: - at least two thicknesses (1-1, 1-2) of a flexible material , defining at least two faces (F1, F2), between which an internal space (E) is delimited, - a luminous display module housed in the said internal space (E), characterized in that the module comprises an electronic card in the form of a printed circuit with two faces provided with a plurality of light-emitting diodes on one, the other or both of its faces and comprising a memory area wherein instructions are stored, and a microcontroller or processor configured to implement said instructions for controlling the lighting of the light-emitting diodes stored in the memory area in order to control the lighting of said light-emitting diodes to create at least one predetermined display pattern. - at least two thicknesses (1-1, 1-2) of a flexible material , defining at least two faces (F1, F2), between which an internal space (E) is delimited, - a luminous display module housed in the said internal space (E), characterized in that the module comprises an electronic card in the form of a printed circuit with two faces provided with a plurality of light-emitting diodes on one, the other or both of its faces and comprising a memory area wherein instructions are stored, and a microcontroller or processor configured to implement said instructions for controlling the lighting of the light-emitting diodes stored in the memory area in order to control the lighting of said light-emitting diodes to create at least one predetermined display pattern.
A sample cell for a light scattering detector, comprising: a body defining a flowpath extending axially therethrough, the flowpath comprising an inner section interposed between a first outer section and a second outer section , wherein the first outer section is frustoconical, and a first end portion of the first outer section is in direct fluid communication with the inner section and has a cross-sectional area relatively less than a cross-sectional area at a second end portion thereof, wherein the second outer section is frustoconical, and a first end portion of the second outer section is in direct fluid communication with the inner section and has a cross-sectional area relatively less than a cross-sectional area at a second end portion thereof, and wherein the body further defines an inlet in direct fluid communication with the inner section and configured to direct a sample to the inner section of the flowpath, characterised in that : the inner section is cylindrical and has a length extending between the first and second outer sections of 4 mm or greater. a body defining a flowpath extending axially therethrough, the flowpath comprising an inner section interposed between a first outer section and a second outer section , wherein the first outer section is frustoconical, and a first end portion of the first outer section is in direct fluid communication with the inner section and has a cross-sectional area relatively less than a cross-sectional area at a second end portion thereof, wherein the second outer section is frustoconical, and a first end portion of the second outer section is in direct fluid communication with the inner section and has a cross-sectional area relatively less than a cross-sectional area at a second end portion thereof, and wherein the body further defines an inlet in direct fluid communication with the inner section and configured to direct a sample to the inner section of the flowpath, characterised in that : the inner section is cylindrical and has a length extending between the first and second outer sections of 4 mm or greater.
A structural connection of door leaf and door frame, comprising a thin-wall frame profile and a thin-wall door leaf profile composed of a dimensional compound profile circumflexing a glazed panel secured at its perimeter with a thermal insulating insert and sealed on one side of the glazed panel with an external panel gasket and with an internal pane gasket pressed by a glazing strip on the other side, wherein the thin-wall frame profile comprises two hollow profiles and two profile spacers fixedly connected to said hollow profiles, wherein the thin-wall door leaf profile comprises two hollow profiles and two profile spacers fixedly connected to said hollow profiles, wherein the thin-wall profile of the frame has three closed chambers , wherein the internal chamber has opposite trapezoid sockets for the fixed connection with trapezoid protrusions of the profile spacers , wherein the thin-wall profile of the door leaf has three closed chambers , wherein the internal chamber has trapezoid sockets for the fixed connection with trapezoid protrusions of the profile spacers , characterized by each of the profile spacers further comprising: - rhombus-shaped sockets opened towards one side of the profile spacer for receiving trapezoid protrusions of a gasket ; and - a trapezoid socket opened towards the other side of the profile spacer for receiving a trapezoid ending of a thermal barrier . - rhombus-shaped sockets opened towards one side of the profile spacer for receiving trapezoid protrusions of a gasket ; and - a trapezoid socket opened towards the other side of the profile spacer for receiving a trapezoid ending of a thermal barrier .
A clasp control mechanism for a delivery apparatus of an implantable prosthetic device ; the clasp control mechanism comprising a first clasp actuator , and a second clasp actuator and means for selectively coupling the first clasp actuator and the second clasp actuator ; wherein the first clasp actuator is secured to a first clasp control member which can be releasably coupled to a first clasp of the prosthetic device , and the second clasp actuator is secured to a second clasp control member which can be releasably coupled to a second clasp of the prosthetic device ; wherein, when the first clasp actuator and the second clasp actuator are coupled, the first clasp actuator and the second clasp actuator can be moved together to actuate the first clasp control member and the second clasp control member simultaneously; wherein, when the first clasp actuator and the second clasp actuator are uncoupled, the first clasp actuator and the second clasp actuator can be moved relative to each other to actuate the first clasp control member and the second clasp control member individually; and wherein, when the clasp control members are coupled to the clasps of the prosthetic device , actuating the clasp control members moves the clasps of the prosthetic device between an open configuration and a closed configuration. wherein the first clasp actuator is secured to a first clasp control member which can be releasably coupled to a first clasp of the prosthetic device , and the second clasp actuator is secured to a second clasp control member which can be releasably coupled to a second clasp of the prosthetic device ; wherein, when the first clasp actuator and the second clasp actuator are coupled, the first clasp actuator and the second clasp actuator can be moved together to actuate the first clasp control member and the second clasp control member simultaneously; wherein, when the first clasp actuator and the second clasp actuator are uncoupled, the first clasp actuator and the second clasp actuator can be moved relative to each other to actuate the first clasp control member and the second clasp control member individually; and wherein, when the clasp control members are coupled to the clasps of the prosthetic device , actuating the clasp control members moves the clasps of the prosthetic device between an open configuration and a closed configuration.