mhurhangee/patent-ind-claim-en huggingface dataset:
Smartwatch comprising a destination handling unit which is configured to issue a destination call in an elevator system of an environment , which smartwatch has input means for entering destination data as well as output means for indicating an allocated elevator (48a-f) of said elevator system , which smartwatch further has wireless communication means for communication within the elevator system, characterized in that the smartwatch comprises a navigation system including a memory with map data of the environment , which navigation system comprises position detection means for detecting the location of the smartwatch within the environment , and a navigation output means for indicating navigation guide data from the navigation system to the user, whereby the navigation system is coupled with the destination handling unit to issue the destination call based on data of the position detection means and for providing navigation guide data based on the issued destination call, and whereby the navigation system comprises a memory with map data of the environment containing several pre-programmed sets of destinations, which output means is configured to output one of the pre-programmed sets of destinations, the data of the position detection means being used to select the pre-programmed set of destinations to be output, and which input means is configured to enable the selection of one of said plurality of destinations in said selected pre-programmed set of destinations, whereby the smartwatch is configured to transfer the selected destination into the destination handling unit so as to issue the destination call. the smartwatch comprises a navigation system including a memory with map data of the environment , which navigation system comprises position detection means for detecting the location of the smartwatch within the environment , and a navigation output means for indicating navigation guide data from the navigation system to the user, whereby the navigation system is coupled with the destination handling unit to issue the destination call based on data of the position detection means and for providing navigation guide data based on the issued destination call, and whereby the navigation system comprises a memory with map data of the environment containing several pre-programmed sets of destinations, which output means is configured to output one of the pre-programmed sets of destinations, the data of the position detection means being used to select the pre-programmed set of destinations to be output, and which input means is configured to enable the selection of one of said plurality of destinations in said selected pre-programmed set of destinations, whereby the smartwatch is configured to transfer the selected destination into the destination handling unit so as to issue the destination call.
A downhole screen , comprising: a pipe having a plurality of ports , and a plurality of ceramic discs around the pipe , wherein one of the discs is arranged so as to provide circumferential spaces between the pipe and the respective disc , wherein a valve member is provided between a port of the plurality of ports and a respective space , wherein the valve member comprises a longitudinally slideable member and a reed valve longitudinally selectively alignable with or out of alignment with the port . a pipe having a plurality of ports , and a plurality of ceramic discs around the pipe , wherein one of the discs is arranged so as to provide circumferential spaces between the pipe and the respective disc , wherein a valve member is provided between a port of the plurality of ports and a respective space , wherein the valve member comprises a longitudinally slideable member and a reed valve longitudinally selectively alignable with or out of alignment with the port .
An injection moulding machine of two-plate or three-plate design with a first, stationary platen having a first mould tool mounted onto it, and a second platen that is movable along the machine axis (X) and has a second mould tool mounted onto it, a clamping unit acting upon the second platen , a first injection unit designed to inject material through a nozzle opening in the first platen into the mould tool mounted onto it, and at least one second injection unit suitable for being displaced along with the movable platen , wherein a support structure serving to support the at least one second injection unit comprises a frame braced against the first platen , on the one hand, and the second platen and/or an end platen , if provided, on the other hand, and comprises a carriage receiving the at least one second injection unit, , which carriage is supported such that it is moveable along a linear guide parallel to the machine axis (X), and in which one of the supports of the support structure ensures that the frame is fixed into place relative to the respective plate, whereas the at least one other support of the frame is designed as a sliding bearing on the associated plate, characterized in that the linear guide extends in the direction of the machine axis (X) in such a manner that the at least one second injection unit can optionally be brought into positions in which it abuts either the first mould tool or the second mould tool , wherein means furthermore are provided for securing the respective positions of the at least one second injection unit in which it abuts either the first or the second mould tool.
A lighting system for illuminating an environment, the lighting system comprising: - a lighting module , the lighting module comprising: - a light source for emitting light, and - a programmable controller configured to control an operation of the light source, a light spectrum of the light source being controllable by the programmable controller, - a sensor arranged to obtain sensing data from an area illuminated by the light source , and - a lighting-system control device comprising a processor circuit , configured to receive the sensing data, - apply an activity classifier to the sensing data to obtain an activity classification for an activity in the area, - determine lighting control data that causes the light spectrum of the light source to change based on the activity classification, - transmit the lighting control data to the lighting module such that said lighting module is programmed according to the lighting control data, - set the lighting control data to a default lighting control data and to a further lighting control data different from the default lighting control data upon obtaining activity classification corresponding to the further lighting control data, wherein the changed light spectrum reduces contrast of an object important to the activity. - a lighting module , the lighting module comprising: - a light source for emitting light, and - a programmable controller configured to control an operation of the light source, a light spectrum of the light source being controllable by the programmable controller, - a sensor arranged to obtain sensing data from an area illuminated by the light source , and - a lighting-system control device comprising a processor circuit , configured to receive the sensing data, - apply an activity classifier to the sensing data to obtain an activity classification for an activity in the area, - determine lighting control data that causes the light spectrum of the light source to change based on the activity classification, - transmit the lighting control data to the lighting module such that said lighting module is programmed according to the lighting control data, - set the lighting control data to a default lighting control data and to a further lighting control data different from the default lighting control data upon obtaining activity classification corresponding to the further lighting control data, wherein the changed light spectrum reduces contrast of an object important to the activity.
An input device comprising: an operation part being slidable in a first direction (D1) along a reference plane and in a second direction (D2) along the reference plane; and a slide detector detecting that the operation part slides, wherein the slide detector includes a rocking body and a rocking motion detector , the rocking body is inclined with respect to the reference plane in accordance with a sliding movement of the operation part , and the rocking motion detector detects that the rocking body is inclined, characterized in that the operation part has an outer rib having a ring shape, the rocking body has an inner rib that has a ring shape and is disposed inside the outer rib , and when the operation part slides, the outer rib of the operation part slides on the inner rib of the rocking body , and the rocking body is inclined. an operation part being slidable in a first direction (D1) along a reference plane and in a second direction (D2) along the reference plane; and a slide detector detecting that the operation part slides, wherein the slide detector includes a rocking body and a rocking motion detector , the rocking body is inclined with respect to the reference plane in accordance with a sliding movement of the operation part , and the rocking motion detector detects that the rocking body is inclined, the operation part has an outer rib having a ring shape, the rocking body has an inner rib that has a ring shape and is disposed inside the outer rib , and when the operation part slides, the outer rib of the operation part slides on the inner rib of the rocking body , and the rocking body is inclined.
Laminated pane having an electrically controllable functional element which can be switched in segments, at least comprising a first pane , a second pane , which are connected to one another via an intermediate layer , and a functional element which is embedded in the intermediate layer , wherein - the functional element comprises a first planar electrode and a second planar electrode which are arranged one above the other in a planar manner and between which an active layer is arranged in a planar manner, - the functional element has a plurality of side edges (4.1, 4.2, 4.3, 4.4), - the first planar electrode is divided into a plurality of segments by means of at least one separating line , - a group of first bus bars electrically conductively contacts the first planar electrode , - at least one second bus bar electrically conductively contacts the second planar electrode , and wherein each segment of the first planar electrode is electrically conductively contacted by two bus bars from the group of first bus bars , the two first bus bars which contact the same segment of the first planar electrode are each arranged adjacent to opposite side edges (4.2, 4.4) of the functional element and the at least one second bus bar is attached adjacent to one of the side edges (4.1, 4.3) of the functional element on which no bus bar of the group of first bus bars is located. - the functional element comprises a first planar electrode and a second planar electrode which are arranged one above the other in a planar manner and between which an active layer is arranged in a planar manner, - the functional element has a plurality of side edges (4.1, 4.2, 4.3, 4.4), - the first planar electrode is divided into a plurality of segments by means of at least one separating line , - a group of first bus bars electrically conductively contacts the first planar electrode , - at least one second bus bar electrically conductively contacts the second planar electrode , and
A propulsion system for an aircraft , the propulsion system comprising: a combustion engine; an electric generator mechanically driven by the combustion engine, the electric generator configured to generate alternating current electrical power; a power bus electrically connected to the electric generator and configured to receive and transmit the alternating current electrical power generated by the electric generator ; an electric propulsor assembly comprising an electric motor and a propulsor drivingly connected to the electric motor , the electric motor electrically coupled to the power bus for the receiving alternating current electrical power from the power bus , at least one of the power bus or the electric propulsor assembly comprising a resistor selectively connectable, via a switch , in series with the electric motor of the electric propulsor assembly for limiting a current provided to the electric motor ; and a controller configured to determine a rotational speed of the electric generator and a rotational speed of the electric motor , characterized in that : the controller is operable to cause the switch to move to a first position to connect the resistor in series with the electric motor when the rotational speed of the electric motor is below a predetermined threshold of the rotational speed of the electric generator , and to a second position to bypass the resistor when the rotational speed of the electric motor is above the predetermined threshold of the rotational speed of the electric generator . a combustion engine; an electric generator mechanically driven by the combustion engine, the electric generator configured to generate alternating current electrical power; a power bus electrically connected to the electric generator and configured to receive and transmit the alternating current electrical power generated by the electric generator ; an electric propulsor assembly comprising an electric motor and a propulsor drivingly connected to the electric motor , the electric motor electrically coupled to the power bus for the receiving alternating current electrical power from the power bus , at least one of the power bus or the electric propulsor assembly comprising a resistor selectively connectable, via a switch , in series with the electric motor of the electric propulsor assembly for limiting a current provided to the electric motor ; and a controller configured to determine a rotational speed of the electric generator and a rotational speed of the electric motor , characterized in that : the controller is operable to cause the switch to move to a first position to connect the resistor in series with the electric motor when the rotational speed of the electric motor is below a predetermined threshold of the rotational speed of the electric generator , and to a second position to bypass the resistor when the rotational speed of the electric motor is above the predetermined threshold of the rotational speed of the electric generator .
Method for compensating for a discrepancy of an operating point of a manipulator during the machining of a workpiece by an end effector on the manipulator , wherein an instruction sequence for controlling the manipulator for the purpose of machining the workpiece is executed and an item of target position information corresponding to a target position is generated on the basis of the instruction sequence, on the basis of which target position information the operating point of the manipulator is adjusted, wherein the target position information is processed using a compensation parameter set based on the target position information in order to determine a compensation value , and the target position information is adapted according to the compensation value in order to compensate for a discrepancy between an actual position of the operating point and the target position , characterized in that the actual position is measured during the machining of the workpiece , in that a correction value is determined on the basis of a comparison between the measured actual position and the target position , and in that the compensation parameter set is adapted on the basis of the correction value during the machining of the workpiece in order to reduce the discrepancy .
A minimally invasive surgical system , comprising: an endoscope for generating a plurality of endoscopic video frames as the endoscope is advanced to a target location within an anatomical region of a body, the endoscopic video frames illustrating monocular endoscopic images of the anatomical region; and an endoscopic surgical control unit in communication with the endoscope to receive the endoscopic video frames as the endoscope is advanced to the target location, wherein the endoscopic surgical control unit is operable to track positions of the endoscope within the anatomical region as the endoscope is advanced to the target location within the anatomical region, determine a velocity of the endoscope in a frame time series from the tracked positions, determine an optical flow by (S51) generating a vector field including a plurality of vectors, each vector indicative of a motion of one of the image points within the frame time series, and estimate a depth field indicative of a depth of an object within the monocular endoscopic images of the anatomical region as a function of the optical flow of at least one image point within the frame time series of the monocular endoscopic image of the anatomical region and the determined velocity. an endoscope for generating a plurality of endoscopic video frames as the endoscope is advanced to a target location within an anatomical region of a body, the endoscopic video frames illustrating monocular endoscopic images of the anatomical region; and an endoscopic surgical control unit in communication with the endoscope to receive the endoscopic video frames as the endoscope is advanced to the target location, wherein the endoscopic surgical control unit is operable to track positions of the endoscope within the anatomical region as the endoscope is advanced to the target location within the anatomical region, determine a velocity of the endoscope in a frame time series from the tracked positions, determine an optical flow by (S51) generating a vector field including a plurality of vectors, each vector indicative of a motion of one of the image points within the frame time series, and estimate a depth field indicative of a depth of an object within the monocular endoscopic images of the anatomical region as a function of the optical flow of at least one image point within the frame time series of the monocular endoscopic image of the anatomical region and the determined velocity. track positions of the endoscope within the anatomical region as the endoscope is advanced to the target location within the anatomical region, determine a velocity of the endoscope in a frame time series from the tracked positions, determine an optical flow by (S51) generating a vector field including a plurality of vectors, each vector indicative of a motion of one of the image points within the frame time series, and estimate a depth field indicative of a depth of an object within the monocular endoscopic images of the anatomical region as a function of the optical flow of at least one image point within the frame time series of the monocular endoscopic image of the anatomical region and the determined velocity.
A linear compressor comprising: a casing : a piston accommodated in a cylinder disposed inside the case to reciprocate forward and backward, the piston being configured to define a suction space in which a refrigerant is accommodated therein; and a suction muffler connected to the piston to guide the refrigerant to the suction space ; characterized by a suction guide disposed behind the suction muffler and fixed to the casing , the suction guide being disposed parallel to the suction muffler in an axial direction; and a suction pipe passing through the casing to extend into the suction guide , the suction pipe being configured to suction the refrigerant, wherein a portion of the suction muffler is disposed to overlap the suction guide in a direction crossing the axial direction. a piston accommodated in a cylinder disposed inside the case to reciprocate forward and backward, the piston being configured to define a suction space in which a refrigerant is accommodated therein; and a suction muffler connected to the piston to guide the refrigerant to the suction space ; characterized by a suction guide disposed behind the suction muffler and fixed to the casing , the suction guide being disposed parallel to the suction muffler in an axial direction; and a suction pipe passing through the casing to extend into the suction guide , the suction pipe being configured to suction the refrigerant, wherein a portion of the suction muffler is disposed to overlap the suction guide in a direction crossing the axial direction.
A wireless communication system for communicating via a wireless communication network, comprising: a setting device configured to create a first information needed for joining a wireless device into the wireless communication network (N1) and set the first information in the wireless device to be joined into the wireless communication network (N1), the setting device being configured to create setting information that correlates the first information with a second information containing at least one of information indicating a method of setting the first information and information indicating an operator who performed an operation of setting the first information; and a management device configured to select the wireless device , which is to be joined into the wireless communication network (N1), by using the setting information that has been created by the setting device ; wherein the second information includes time information indicating a time at which the first information is set in the wireless device , and the management device is configured to use the setting information including the newest of the time information if there is a plurality of the setting information for a single wireless device . a setting device configured to create a first information needed for joining a wireless device into the wireless communication network (N1) and set the first information in the wireless device to be joined into the wireless communication network (N1), the setting device being configured to create setting information that correlates the first information with a second information containing at least one of information indicating a method of setting the first information and information indicating an operator who performed an operation of setting the first information; and a management device configured to select the wireless device , which is to be joined into the wireless communication network (N1), by using the setting information that has been created by the setting device ; wherein the second information includes time information indicating a time at which the first information is set in the wireless device , and the management device is configured to use the setting information including the newest of the time information if there is a plurality of the setting information for a single wireless device .