mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device comprising: at least two receiver ports (201,...204) configured to simultaneously receive receive signals respectively, and a receiver unit configured to recover from the receive signals at least a first transmit signal transmitted to the communication device via a wired transmission channel , the receiver unit including a decoder unit configured to decode the receive signals using a multi-link decoder algorithm using parameters derived from a first channel state information describing the wired transmission channel connecting the communication device and a first first communication device , the first first communication device comprising at least two transmit ports configured to simultaneously transmit signals, and second channel state information describing at least one interference channel connecting the communication device and a second first communication device , the second first communication device comprising at least two transmit ports configured to simultaneously transmit signals, via which one or more second transmit signals arrive at the at least one receiver port (201,...,204) of the communication device , the one or more second transmit signals including other data content than the first transmit signal; wherein the communication device , the first first communication device and the second first communication device share a common transmission medium being an electric power wiring.
A device for holding objects, in particular driverless transport vehicles, comprising a rack basic frame and a pivot arm which is pivotable relative to the rack basic frame about a pivot axis (A) running in a longitudinal direction (X), wherein the pivot arm has a first strut and a second strut , which extend at right angles to the pivot axis (A) and which are arranged parallel to one another at an offset in the longitudinal direction (X), and in that at the end regions, remote from the pivot axis (A), of the struts there is in each case provided a cutout for receiving a respective securing shaft , characterised in that a locking unit is articulated on the rack basic frame and on the pivot arm , wherein the locking unit in a locked state prevents a pivoting of the pivot arm about the pivot axis (A) relative to the rack basic frame in at least one pivot direction, and in an unlocked state allows a pivoting of the pivot arm about the pivot axis (A) relative to the rack basic frame in both pivot directions. wherein the pivot arm has a first strut and a second strut , which extend at right angles to the pivot axis (A) and which are arranged parallel to one another at an offset in the longitudinal direction (X), and in that at the end regions, remote from the pivot axis (A), of the struts there is in each case provided a cutout for receiving a respective securing shaft , characterised in that a locking unit is articulated on the rack basic frame and on the pivot arm , wherein the locking unit in a locked state prevents a pivoting of the pivot arm about the pivot axis (A) relative to the rack basic frame in at least one pivot direction, and in an unlocked state allows a pivoting of the pivot arm about the pivot axis (A) relative to the rack basic frame in both pivot directions.
Tool for machining planar workpieces, in particular metal sheets, - comprising an upper tool and a lower tool , which are moveable towards one another in a stroke direction, and in the counter direction, in order to machine a workpiece arranged there between, wherein - the upper tool comprises a clamping shaft and a main body , and has a tool body that is arranged on the main body so as to be opposite the clamping shaft and comprises a bending edge , and - the lower tool comprises a main body , on which a counter tool body having a bending edge is provided, and having a counterhold that is provided on the main body of the lower tool , wherein the bending edge of the counter tool body is oriented so as to face in the direction of the counterhold , or opposite to the counterhold - the bending edge of the tool body is provided so as to be stationary relative to the main body of the upper tool , and the bending edge on the lower tool is associated with an undercut on the counter tool body , characterized in that - the bending edge of the counter tool body is provided so as to be stationary relative to the main body of the lower tool , and - the bending edge of the upper tool is associated with an undercut on the tool body . - comprising an upper tool and a lower tool , which are moveable towards one another in a stroke direction, and in the counter direction, in order to machine a workpiece arranged there between, wherein - the upper tool comprises a clamping shaft and a main body , and has a tool body that is arranged on the main body so as to be opposite the clamping shaft and comprises a bending edge , and - the lower tool comprises a main body , on which a counter tool body having a bending edge is provided, and having a counterhold that is provided on the main body of the lower tool , wherein the bending edge of the counter tool body is oriented so as to face in the direction of the counterhold , or opposite to the counterhold - the bending edge of the tool body is provided so as to be stationary relative to the main body of the upper tool , and the bending edge on the lower tool is associated with an undercut on the counter tool body , characterized in that - the bending edge of the counter tool body is provided so as to be stationary relative to the main body of the lower tool , and - the bending edge of the counter tool body is provided so as to be stationary relative to the main body of the lower tool , and - the bending edge of the upper tool is associated with an undercut on the tool body .
An ink tank for an inkjet printer, the ink tank having a top end and a bottom end and comprising: an ink conduit connecting the inside of the tank to the outside of the tank, wherein the ink conduit extends along its length inside the tank from the top end of the tank by a first distance ; an air conduit connecting the inside of the tank to the outside of the tank, wherein the air conduit extends inside the tank from the top end of the tank by a second distance to the bottom of the air conduit , the second distance being less than the first distance ; a vent connecting the inside of the tank to the outside of the tank, an inside opening of the vent being located at a third distance from the top end of the tank , the third distance being less than the second distance ; an ink outlet to enable connection to a remote print head, the ink outlet connecting the inside of the tank to the outside of the tank, an inside opening of the ink outlet being located at a fourth distance from the top end of the tank , the fourth distance being greater than the second distance ; and an interface component to engage with an opening of a refill bottle , wherein the interface component comprises the air conduit and the ink conduit , such that two separate fluid flow paths can be created between the inside of a refill bottle and the inside of the ink tank . an ink conduit connecting the inside of the tank to the outside of the tank, wherein the ink conduit extends along its length inside the tank from the top end of the tank by a first distance ; an air conduit connecting the inside of the tank to the outside of the tank, wherein the air conduit extends inside the tank from the top end of the tank by a second distance to the bottom of the air conduit , the second distance being less than the first distance ; a vent connecting the inside of the tank to the outside of the tank, an inside opening of the vent being located at a third distance from the top end of the tank , the third distance being less than the second distance ; an ink outlet to enable connection to a remote print head, the ink outlet connecting the inside of the tank to the outside of the tank, an inside opening of the ink outlet being located at a fourth distance from the top end of the tank , the fourth distance being greater than the second distance ; and an interface component to engage with an opening of a refill bottle , wherein the interface component comprises the air conduit and the ink conduit , such that two separate fluid flow paths can be created between the inside of a refill bottle and the inside of the ink tank .
An electro-optical sensor comprising: - a plurality of photo-detector devices each comprising: - at least a detection and conversion circuit, or pixel , having at least a photo-sensitive reception mean and a reset control terminal , which is able to drive an element to control the charge dissipation of said photo-sensitive reception mean , said detection and conversion circuit, or pixel , being able to convert the current generated by said photo-sensitive reception mean into a voltage signal available on a read-out terminal ; - a circuit for controlling the reset voltage , - driving means which are connected to the circuits for controlling the reset voltage of the photo-detector devices and are suitable to independently drive the status of each of said photo-detector devices ; characterized in that said circuit for controlling the reset voltage is able to generate an input signal to said reset control terminal by connecting it alternatively to a reset terminal adapted to be managed independently for every pixel , or a subset of pixels that form a group, or to an external reference terminal adapted to be used by several photo-detector devices of said electro-optical sensor at the same time, and in that said input signal to said external reference terminal is of the type that can be programmed by the user and used to condition dynamically the quantity of charge dissipated by the incident light. - a plurality of photo-detector devices each comprising: - at least a detection and conversion circuit, or pixel , having at least a photo-sensitive reception mean and a reset control terminal , which is able to drive an element to control the charge dissipation of said photo-sensitive reception mean , said detection and conversion circuit, or pixel , being able to convert the current generated by said photo-sensitive reception mean into a voltage signal available on a read-out terminal ; - a circuit for controlling the reset voltage , - at least a detection and conversion circuit, or pixel , having at least a photo-sensitive reception mean and a reset control terminal , which is able to drive an element to control the charge dissipation of said photo-sensitive reception mean , said detection and conversion circuit, or pixel , being able to convert the current generated by said photo-sensitive reception mean into a voltage signal available on a read-out terminal ; - a circuit for controlling the reset voltage , - driving means which are connected to the circuits for controlling the reset voltage of the photo-detector devices and are suitable to independently drive the status of each of said photo-detector devices ;
Device for analyzing nucleic acid molecules (M), comprising: - a bead , on which one molecule can be anchored at one end, - a surface , on which the molecule can be anchored at the other end, - an actuator , adapted to cause the bead to move relative to said surface in one direction of motion, - a sensor , adapted to measure a distance between the bead and the surface, the device being characterized in that it further comprises a well , having an axis (X-X) extending along the direction of motion of the bead and a bottom which is formed by said surface, said well being filled with electrically conductive solution , and the bead being received in the well, and in that the sensor is adapted to measure an impedance of the well , said impedance depending on a distance between the bead and the surface , and to infer, from the measured impedance, the distance between the bead and the surface. - a bead , on which one molecule can be anchored at one end, - a surface , on which the molecule can be anchored at the other end, - an actuator , adapted to cause the bead to move relative to said surface in one direction of motion, - a sensor , adapted to measure a distance between the bead and the surface,
A surgical system , comprising: a robot arm ; a cannula (102; 202; 300; 400; 500; 600; 700; 800) coupled to the robot arm ; a localized navigation sensor (204, 304; 302; 500, 502, 502'; 602); and a controller configured to: receive data from the localized navigation sensor (204, 304; 302; 500, 502, 502'; 602); receive data from a global navigation system that tracks a location of a navigation marker located remotely from the anatomic structure ; characterised in that the localized navigation sensor (204; 304; 302; 500; 502; 502'; 602) is coupled to a distal end (102d; 202d; 300d; 402d; 500d, 502d'; 602d) of the cannula (102; 202; 300; 400; 500; 600; 700; 800) and configured to detect movement of an anatomic structure relative to the cannula (102; 202; 300; 400; 500; 600; 700; 800); and in that the controller is further configured to determine if movement of the anatomic structure detected by the localized navigation sensor (204, 304; 302; 500, 502, 502'; 602) is tracked by the global navigation system. a robot arm ; a cannula (102; 202; 300; 400; 500; 600; 700; 800) coupled to the robot arm ; a localized navigation sensor (204, 304; 302; 500, 502, 502'; 602); and a controller configured to: receive data from the localized navigation sensor (204, 304; 302; 500, 502, 502'; 602); receive data from a global navigation system that tracks a location of a navigation marker located remotely from the anatomic structure ; receive data from the localized navigation sensor (204, 304; 302; 500, 502, 502'; 602); receive data from a global navigation system that tracks a location of a navigation marker located remotely from the anatomic structure ; characterised in that the localized navigation sensor (204; 304; 302; 500; 502; 502'; 602) is coupled to a distal end (102d; 202d; 300d; 402d; 500d, 502d'; 602d) of the cannula (102; 202; 300; 400; 500; 600; 700; 800) and configured to detect movement of an anatomic structure relative to the cannula (102; 202; 300; 400; 500; 600; 700; 800); and in that the controller is further configured to determine if movement of the anatomic structure detected by the localized navigation sensor (204, 304; 302; 500, 502, 502'; 602) is tracked by the global navigation system.
Procedure for detecting a non-condensable part of a medium, said medium having at least one condensable part and being present in gaseous form, wherein, in a first procedural step , a temperature measuring device measures a temperature of the medium and a pressure measuring device measures a pressure of the medium, wherein, in a second procedural step , a ratio of the pressure to the temperature is formed using an electronic measuring/operating circuit , and said ratio is compared to a target ratio consisting of a target pressure (ps) and a target temperature (Ts), wherein, in the event of a minimum deviation of the ratio from the target ratio, the electronic measuring/operating circuit outputs a message in a third procedural step , wherein the medium flows through a pipe , wherein a flowmeter measures a flow of the medium through the pipe , wherein the electronic measuring/operating circuit determines a flow of the condensable part on the basis of the measured flow and the deviation, wherein the electronic measuring/operating circuit is assigned to the flowmeter . wherein, in a second procedural step , a ratio of the pressure to the temperature is formed using an electronic measuring/operating circuit , and said ratio is compared to a target ratio consisting of a target pressure (ps) and a target temperature (Ts), wherein, in the event of a minimum deviation of the ratio from the target ratio, the electronic measuring/operating circuit outputs a message in a third procedural step , wherein the medium flows through a pipe , wherein a flowmeter measures a flow of the medium through the pipe , wherein the electronic measuring/operating circuit determines a flow of the condensable part on the basis of the measured flow and the deviation, wherein the electronic measuring/operating circuit is assigned to the flowmeter .
Method for operating a hybrid drive system , comprising an internal combustion engine and an electric machine which is or can be operatively connected to the internal combustion engine and can be operated as a motor and as a generator, wherein in a normal operating mode a temperature of the electric machine is determined by means of a temperature sensor , characterised in that an operation of the electric machine is only permitted when the temperature is less than a predetermined maximum temperature, wherein in the event of a defect of the temperature sensor an emergency operating mode is carried out, in which operation of the electric machine is only permitted with limited power, limited torque and/or for a limited time period, wherein the limited output, the limited torque and/or the limited time period are/is determined as a function of at least one environmental variable.
Satellite positioning device, comprising: - a module (2.1) for radio receiving and digitising signals (2.5) received from the satellites, each signal received from a satellite defining a satellite channel; - an estimator (2.2) designed for determining a measurement of the code delay and frequency of each satellite channel; - a navigator (2.3) designed for determining from all of the measurements of the estimator an estimate (2.7) of the position and speed of the device; characterised in that the estimator (2.2) comprises for each satellite channel: - a scalar tracking loop (4.2) of the measurement of the code delay; - a vector tracking loop (5.2) of the measurement of the code delay in parallel with the scalar loop; and - means of comparison of the delay estimates of the scalar tracking loop (4.2) and of the vector tracking loop (5.2) produced by the estimators of said scalar and vector loops operating in parallel, for determining the integrity of the measurement of the delay and therefore of the satellite channel concerned. - a module (2.1) for radio receiving and digitising signals (2.5) received from the satellites, each signal received from a satellite defining a satellite channel; - an estimator (2.2) designed for determining a measurement of the code delay and frequency of each satellite channel; - a navigator (2.3) designed for determining from all of the measurements of the estimator an estimate (2.7) of the position and speed of the device; - a scalar tracking loop (4.2) of the measurement of the code delay; - a vector tracking loop (5.2) of the measurement of the code delay in parallel with the scalar loop; and - means of comparison of the delay estimates of the scalar tracking loop (4.2) and of the vector tracking loop (5.2) produced by the estimators of said scalar and vector loops operating in parallel, for determining the integrity of the measurement of the delay and therefore of the satellite channel concerned.
Composed element, wherein this composed element comprises at least two panel-shaped elements , which are formed from a board material; wherein the aforementioned panel-shaped elements are connected to each other at an angle by means of coupling means comprising a tongue and a groove which are realized as profiled parts in the board material; and wherein said coupling means also comprise locking elements which, in coupled condition, prevent the moving apart of tongue and groove , wherein the panel-shaped elements are formed on the basis of board material in the form of particle board; wherein the tongue is situated at the end face of the panel-shaped element concerned, whereas the groove is situated at a lateral surface of the panel-shaped element concerned; wherein at least the particle board comprising the groove is provided with a coating, more particularly a melamine coating; wherein this coating is at least present at the surface in which the groove is provided, wherein it extends up to between the coupled panel-shaped elements , with the exception of the location where the groove is situated; characterized in that the tongue is split.
A sanitary installation comprising at least one sanitary space which includes the respective sanitary units, which has a lockable pivot door and which can be closed by means of the pivot door, characterized in that the pivot door is configured as a double-leaf angled door having a leaf composed of a material which is preferably transparent over its full area and having a leaf composed of an opaque material, wherein the transparent leaf closes the sanitary space including the sanitary units in the unused or free state and the opaque leaf is transferred into the closed position corresponding to the occupied state by pivoting the transparent leaf when the sanitary space is entered. characterized in that the pivot door is configured as a double-leaf angled door having a leaf composed of a material which is preferably transparent over its full area and having a leaf composed of an opaque material, wherein the transparent leaf closes the sanitary space including the sanitary units in the unused or free state and the opaque leaf is transferred into the closed position corresponding to the occupied state by pivoting the transparent leaf when the sanitary space is entered.
A mobile terminal for use in a video communication system including a hub apparatus and a plurality of mobile terminals (10a-10d) configured to be wirelessly connectable to the hub apparatus , the mobile terminal comprising: - a video acquisition unit configured to generate an input video signal, - an audio acquisition unit configured to generate an input audio signal, - a transmission unit configured to transmit to the hub apparatus a video stream generated starting from the input video signal generated by the video acquisition unit , - a storage configured to store a voice timbre pattern model of a user of the terminal device, and - processing unit configured to generate a current speaker indicator indicating whether the user of the mobile terminal is speaking, the current speaker indicator being generated on the basis of the input audio signal generated by the acquisition unit and the voice timbre pattern model stored in the storage of the mobile terminal , wherein said transmission unit is configured to establish a wireless connection with the hub apparatus, characterised in that the transmission unit is configured to transmit to the hub apparatus , the current speaker indicator and an association information which associates the current speaker indicator to the video stream, while transmitting the video stream, and the transmission unit is configured for transmitting the video stream and the current speaker indicator to the hub apparatus via said same wireless connection. - a video acquisition unit configured to generate an input video signal, - an audio acquisition unit configured to generate an input audio signal, - a transmission unit configured to transmit to the hub apparatus a video stream generated starting from the input video signal generated by the video acquisition unit , - a storage configured to store a voice timbre pattern model of a user of the terminal device, and - processing unit configured to generate a current speaker indicator indicating whether the user of the mobile terminal is speaking, the current speaker indicator being generated on the basis of the input audio signal generated by the acquisition unit and the voice timbre pattern model stored in the storage of the mobile terminal , wherein said transmission unit is configured to establish a wireless connection with the hub apparatus,