mhurhangee/ep-ind-claims huggingface dataset:
Glass melting furnace comprising burners and regenerators situated on each side of the furnace, the regenerators opening onto the furnace via ducts in which the burners are arranged (through port) near the mouth of these ducts in the furnace surroundings, in which furnace the burners on just one side of the furnace are active alternately and are in the stream of air preheated by passing through the corresponding regenerator, the combustion flue gases emitted from the active burners passing through the ducts into the regenerators situated on the opposite side, the burners being retracted out of the duct when they are not active, the temperature of the burner being controlled by circulation of cooling fluid (17, 18), each burner comprising within one and the same assembly a liquid fuel supply and a gaseous fuel supply, the injection of gaseous fuel being performed in two parts (11, 12) arranged one on each side of the liquid fuel injection supply, the two supplies being able to operate separately or simultaneously.
A controller for tracking an interventional medical device in three dimensions, comprising: a memory that stores instructions; and a processor that executes the instructions, characterised in that, when executed by the processor, the instructions cause the controller to execute a process comprising: determining (S320/S420), based on an elevation plane in an ultrasound X-plane mode, a first two-dimensional location of the interventional medical device in the elevation plane; determining (S320/S422), based on an azimuthal plane in the ultrasound X-plane mode, a second two-dimensional location of the interventional medical device in the azimuthal plane; determining (S330/S430), based on the first two-dimensional location and the second two-dimensional location, a three-dimensional location of the interventional medical device, and modifying (S340/S440) ultrasound beam patterns fired in the ultrasound X-plane mode based on the three-dimensional location of the interventional medical device. a memory that stores instructions; and a processor that executes the instructions, characterised in that, when executed by the processor, the instructions cause the controller to execute a process comprising: determining (S320/S420), based on an elevation plane in an ultrasound X-plane mode, a first two-dimensional location of the interventional medical device in the elevation plane; determining (S320/S422), based on an azimuthal plane in the ultrasound X-plane mode, a second two-dimensional location of the interventional medical device in the azimuthal plane; determining (S330/S430), based on the first two-dimensional location and the second two-dimensional location, a three-dimensional location of the interventional medical device, and modifying (S340/S440) ultrasound beam patterns fired in the ultrasound X-plane mode based on the three-dimensional location of the interventional medical device. determining (S320/S420), based on an elevation plane in an ultrasound X-plane mode, a first two-dimensional location of the interventional medical device in the elevation plane; determining (S320/S422), based on an azimuthal plane in the ultrasound X-plane mode, a second two-dimensional location of the interventional medical device in the azimuthal plane; determining (S330/S430), based on the first two-dimensional location and the second two-dimensional location, a three-dimensional location of the interventional medical device, and modifying (S340/S440) ultrasound beam patterns fired in the ultrasound X-plane mode based on the three-dimensional location of the interventional medical device.
An image display apparatus comprising: a display; an interface unit (130,135) to exchange data with a mobile terminal; and a controller configured to display an mirroring image received from the mobile terminal and to display additional information related to the mirroring image in a blank area other than a display area for display of the mirroring image, characterized in that the controller is configured to: display an object indicating a paired mobile terminal on the display, when the mobile terminal and the image display apparatus are wirelessly connected to each other, display an application list related to the paired mobile terminal, when the object indicating the paired mobile terminal is selected, wherein the application list related to the paired mobile terminal includes application items for which mirroring can be performed between the mobile terminal and the image display apparatus, when a first application item of the application list is selected, transmit an application execution request related to the first application item to the mobile terminal, receive the mirroring image related to the first application item from the mobile terminal. a display; an interface unit (130,135) to exchange data with a mobile terminal; and a controller configured to display an mirroring image received from the mobile terminal and to display additional information related to the mirroring image in a blank area other than a display area for display of the mirroring image, characterized in that the controller is configured to: display an object indicating a paired mobile terminal on the display, when the mobile terminal and the image display apparatus are wirelessly connected to each other, display an application list related to the paired mobile terminal, when the object indicating the paired mobile terminal is selected, wherein the application list related to the paired mobile terminal includes application items for which mirroring can be performed between the mobile terminal and the image display apparatus, when a first application item of the application list is selected, transmit an application execution request related to the first application item to the mobile terminal, receive the mirroring image related to the first application item from the mobile terminal. display an object indicating a paired mobile terminal on the display, when the mobile terminal and the image display apparatus are wirelessly connected to each other, display an application list related to the paired mobile terminal, when the object indicating the paired mobile terminal is selected, wherein the application list related to the paired mobile terminal includes application items for which mirroring can be performed between the mobile terminal and the image display apparatus, when a first application item of the application list is selected, transmit an application execution request related to the first application item to the mobile terminal, receive the mirroring image related to the first application item from the mobile terminal.
A device for coupling two shafts, an inner shaft and an outer shaft which slide in each other along the direction of their common axis, said device for coupling both shafts includes balls which are arranged between the inner shaft and the outer shaft, each of said balls being arranged in a concave portion of the inner shaft on the one hand, and in a concave portion of the outer shaft on the other hand, characterized in that: - each of said balls move on two rails (45, 65) arranged on either side of a median plane passing through the common axis and through the center of said balls; - each of the two rails (45, 65) cooperates with the concave portion (31, 52) of one of the two shafts (1, 2) and pivots around each of said balls each rail (45, 65) being parallel to the common axis; - each of the two rails (45, 65) being pushed against each of said balls by an elastic member (70, 80); arranged and being supported in said concave portion (31, 52); - each of said balls m oving directly against the concave portion (32, 51) of the other shaft (2, 1), so that: - at rest, when there is no torque transmission, and, in operation, when there is torque transmission, - each of said balls is always in contact on each side of the median plane through a bearing area with the corresponding rail (45, 65) arranged in the concave portion (31, 52) of one of the two shafts (1, 2) and which pivot around said ball; - each of said rails (45, 65) is always in contact through a bearing area with said concave portion (31, 52), which is laid out so as to compensate all the plays and to avoid escape of each of the two rails (45, 65), - each of said balls is always in contact through a bearing area with the concave portion (32, 51) of the other shaft (2, 1). - each of said balls move on two rails (45, 65) arranged on either side of a median plane passing through the common axis and through the center of said balls; - each of the two rails (45, 65) cooperates with the concave portion (31, 52) of one of the two shafts (1, 2) and pivots around each of said balls each rail (45, 65) being parallel to the common axis; - each of the two rails (45, 65) being pushed against each of said balls by an elastic member (70, 80); arranged and being supported in said concave portion (31, 52); - each of said balls m oving directly against the concave portion (32, 51) of the other shaft (2, 1), so that: - at rest, when there is no torque transmission, and, in operation, when there is torque transmission, - each of said balls is always in contact on each side of the median plane through a bearing area with the corresponding rail (45, 65) arranged in the concave portion (31, 52) of one of the two shafts (1, 2) and which pivot around said ball; - each of said rails (45, 65) is always in contact through a bearing area with said concave portion (31, 52), which is laid out so as to compensate all the plays and to avoid escape of each of the two rails (45, 65), - each of said balls is always in contact through a bearing area with the concave portion (32, 51) of the other shaft (2, 1).
A biometrics authentication device comprising: a filter configured to extract a plurality of directional features from an input image and to have a high filter response to a linear dark portion in respective directions of the image; a per-direction directional feature normalization processing unit configured to normalize the plurality of directional features; a non-directional feature generating unit configured to generate a maximum directional feature as a non-directional feature from among the respective normalized directional features for each pixel of the image; a matching processing unit configured to determine a degree of similarity between the non-directional feature and a registered non-directional feature stored in a storing unit; and a determining unit configured to determine identity by using the degree of similarity. a filter configured to extract a plurality of directional features from an input image and to have a high filter response to a linear dark portion in respective directions of the image; a per-direction directional feature normalization processing unit configured to normalize the plurality of directional features; a non-directional feature generating unit configured to generate a maximum directional feature as a non-directional feature from among the respective normalized directional features for each pixel of the image; a matching processing unit configured to determine a degree of similarity between the non-directional feature and a registered non-directional feature stored in a storing unit; and a determining unit configured to determine identity by using the degree of similarity.
Electrophysiological analysis system comprising: a series of electrodes intended to be placed in different regions of the human body, a direct current voltage source, a control device, suitable for selectively applying direct current pulses, generated by the voltage source, to a pair of so-called active electrodes, said active electrodes forming an anode and a cathode, and for connecting at least one other so-called passive electrode with high impedance, said electrode serving to measure the potential reached by the body, and a measurement device arranged to obtain data representative of the current at the cathode and the potentials on at least some of the electrodes connected with high impedance, in response to the application of the pulses, said data being suitable for determining a value of the electrochemical conductance of the skin, the system being characterised in that it further comprises a device for controlling the difference between the potential of the anode and the potential reached by the body, as a function of the voltage delivered by the direct current voltage source, and in that the control device comprises an amplifier circuit between the direct current voltage source and one of the active electrodes, with a feedback loop controlling the gain thereof. a series of electrodes intended to be placed in different regions of the human body, a direct current voltage source, a control device, suitable for selectively applying direct current pulses, generated by the voltage source, to a pair of so-called active electrodes, said active electrodes forming an anode and a cathode, and for connecting at least one other so-called passive electrode with high impedance, said electrode serving to measure the potential reached by the body, and a measurement device arranged to obtain data representative of the current at the cathode and the potentials on at least some of the electrodes connected with high impedance, in response to the application of the pulses, said data being suitable for determining a value of the electrochemical conductance of the skin, the system being characterised in that it further comprises a device for controlling the difference between the potential of the anode and the potential reached by the body, as a function of the voltage delivered by the direct current voltage source, and in that the control device comprises an amplifier circuit between the direct current voltage source and one of the active electrodes, with a feedback loop controlling the gain thereof.
Cooling box unit for dissipating heat from an electrical component (7, 8) comprising a metallic heat sink (3, 4) for producing a thermally conductive connection to the electrical component (7, 8) and at least one cooling duct for guiding a coolant, wherein the heat sink (3, 4) at least partly forms the at least one cooling duct, wherein the cooling duct is formed by an elongate recess in the heat sink, the depth of which is greater than an opening width of the recess, wherein on the cooling duct side the heat sink has a protective layer that prevents metal ions from being released into the coolant flowing through the cooling duct, wherein the cooling box unit comprises a main body, which is connected to the heat sink and partly delimits the at least one cooling duct, characterized in that the main body consists of a plastic, wherein the main body has a projection partly complementary to the cooling duct in shape, for reducing a cooling duct depth.
Air preparation device comprising at least one inlet opening on which a closure element is disposed, wherein the closure element represents a non-return flap, characterised in that the non-return flap is supported in an axis of rotation which is disposed offset laterally in relation to the cross section of the inlet opening and in that the air preparation device includes at least one device for oxygen activation.
A sensor system for preventing obstacles from being trapped in an opening area of a motor vehicle when closing a motor-driven closing element, in particular a motor-driven tailgate, and/or from being damaged when opening the closing element, wherein the sensor system comprises - a capacitive sensor for detecting a change in capacitance due to an obstacle, wherein the capacitive sensor has the function of a proximity sensor which detects when an obstacle enters its signal detection area, wherein the closer an obstacle is to the sensor, the greater the change in capacitance due to the obstacle is, - an evaluation unit which can generate a sensor signal (S sensor) which slows down or stops the movement of the closing element on the basis of a measured value (S Mess) of the sensor and transmit this signal to a motor controller,, wherein the sensor comprises - a sensor element around which an electric field is generated, and - sensor electronics for detecting a capacitance in the electric field at the sensor element, characterized in that the sensor element comprises a flat sensor electrode for forming the signal detection area, which comprises a conductive film or a conductive paint, wherein a metal sheet of the closing element serves as a substrate or the sensor electrode comprises the metal sheet of the closing element. - a capacitive sensor for detecting a change in capacitance due to an obstacle, wherein the capacitive sensor has the function of a proximity sensor which detects when an obstacle enters its signal detection area, wherein the closer an obstacle is to the sensor, the greater the change in capacitance due to the obstacle is, - an evaluation unit which can generate a sensor signal (S sensor) which slows down or stops the movement of the closing element on the basis of a measured value (S Mess) of the sensor and transmit this signal to a motor controller,, wherein the sensor comprises - a sensor element around which an electric field is generated, and - sensor electronics for detecting a capacitance in the electric field at the sensor element, characterized in that the sensor element comprises a flat sensor electrode for forming the signal detection area, which comprises a conductive film or a conductive paint, wherein a metal sheet of the closing element serves as a substrate or the sensor electrode comprises the metal sheet of the closing element.
Method for determining the position of a rotor of a polyphase motor, i.e. the rotor angle, particularly at standstill, comprising the following steps: - applying voltage to phases of the motor, - measuring a current in the phases, and - determining the rotor position based on the measured current, wherein determination of the rotor position is based solely on current values measured during a period where zero voltage is applied to the respective phases, characterized in that the method comprises the following steps: - applying a first voltage pulse to the phases of the motor, wherein the voltage pulse is followed by a first zero-voltage period where zero voltage is applied, - measuring a first current value from the phases at a first time instant within the first zero-voltage period, and - measuring a second current value from the phases within the first zero-voltage period at a second time instant following the first time instant. - applying voltage to phases of the motor, - measuring a current in the phases, and - determining the rotor position based on the measured current, - applying a first voltage pulse to the phases of the motor, wherein the voltage pulse is followed by a first zero-voltage period where zero voltage is applied, - measuring a first current value from the phases at a first time instant within the first zero-voltage period, and - measuring a second current value from the phases within the first zero-voltage period at a second time instant following the first time instant.
Sole for a running shoe having a soft-elastic midsole which has an underside which comes at least partially into contact with the ground during running, the midsole comprising a plurality of channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) extending in the transverse direction, the channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) being arranged in a lateral area of the midsole in at least a first and a second horizontal plane, wherein the first and second horizontal plane are vertically offset from one another, wherein the channels (3a, 3b, 3c, 3d, 3e) of the first horizontal plane are arranged horizontally in the longitudinal direction offset relative to the channels (4a, 4b, 4c) of the second horizontal plane, wherein the channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) are arranged in such a way that, with respect to a first channel arranged in the first horizontal plane as seen from the heel region in the running direction, a subsequent second channel is arranged in the second horizontal plane vertically offset upwards and horizontally in the direction of the sole tip, and wherein the channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) are each delimited in the longitudinal direction by a front wall and a rear wall, characterized in that the channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) are vertically and/or horizontally in the longitudinal direction deformable until their closure under the action of forces occurring during running, acting vertically and/or in the longitudinal direction.
A method for the manufacture of polymeric sulfur, the polymeric sulfur being a sulfur compound comprising a mixture of chain-like macromolecules of sulfur atoms and homocyclic rings of S n sulfur atoms, wherein n is greater than 24, comprising reacting a metallasulfur derivative with an oxidizing agent in a reaction zone to form polymeric sulfur in a polymeric sulfur-containing reaction mixture, wherein the metallasulfur derivative comprises one or more of: copper, zinc, iron, nickel, cobalt, molybdenum, manganese, chromium, titanium, zirconium, hafnium, cadmium, mercury, rhodium, platinum, palladium, gold silver, or iridium characterized in that the stoichiometric ratio of the oxidizing agent to the metallasulfur derivative is selected so that less than one equivalent of the oxidizing agent is present for every two M-S bonds in the metallasulfur derivative.