mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a microphone; a memory; and a processor operatively coupled to the microphone and the memory, wherein the processor is configured to: detect a wake-up word of a user in an inactive state of a voice recognition service; activate the voice recognition service in response to detecting the wake-up word; detect a first voice command in an active state of the voice recognition service; process a first task based on the detected first voice command; set a wait time for receiving a second voice command based on a context cognition of the first task; detect the second voice command of the user during the wait time; and process a second task based on the first voice command and the second voice command. a microphone; a memory; and a processor operatively coupled to the microphone and the memory, wherein the processor is configured to: detect a wake-up word of a user in an inactive state of a voice recognition service; activate the voice recognition service in response to detecting the wake-up word; detect a first voice command in an active state of the voice recognition service; process a first task based on the detected first voice command; set a wait time for receiving a second voice command based on a context cognition of the first task; detect the second voice command of the user during the wait time; and process a second task based on the first voice command and the second voice command. detect a wake-up word of a user in an inactive state of a voice recognition service; activate the voice recognition service in response to detecting the wake-up word; detect a first voice command in an active state of the voice recognition service; process a first task based on the detected first voice command; set a wait time for receiving a second voice command based on a context cognition of the first task; detect the second voice command of the user during the wait time; and process a second task based on the first voice command and the second voice command.
A reduced noise aerodynamic rotor (16a, 16b) comprising: a plurality of variable pitch blades; characterized by: at least one tensioning joint mechanism carried within each blade; and at least one tension element engaged by the at least one tension joint mechanism in each blade, said at least one tension element configured to maintain tension between the blades in the rotor (16a, 16b) and said at least one tensioning joint mechanism adapted to allow variation of pitch of the blades without altering tension in the at least one tension element. a plurality of variable pitch blades; characterized by: at least one tensioning joint mechanism carried within each blade; and at least one tension element engaged by the at least one tension joint mechanism in each blade, said at least one tension element configured to maintain tension between the blades in the rotor (16a, 16b) and said at least one tensioning joint mechanism adapted to allow variation of pitch of the blades without altering tension in the at least one tension element. at least one tensioning joint mechanism carried within each blade; and at least one tension element engaged by the at least one tension joint mechanism in each blade, said at least one tension element configured to maintain tension between the blades in the rotor (16a, 16b) and said at least one tensioning joint mechanism adapted to allow variation of pitch of the blades without altering tension in the at least one tension element.
Method for producing maize flour including at least one treatment step in which a product comprising maize is treated under alkaline conditions, characterized in that in the treatment step, an alkaline solution is sprayed onto the product, wherein the method comprises at least one preconditioning step preceding said treatment step, in which preconditioning step the product is moistened, in particular with water.
Assembly for mounting a ladder on a receiving structure, which comprises: - at least one first ladder section; - an attachment bracket for attaching a section to an upper end of the receiving structure; - at least one second ladder section (110b, 160); and - at least one suspension means for suspending a second ladder section onto another section, which means comprises two hooks (325, 330), one hook being attached to the bottom rung of the upper section and one hook being attached to the top rung of the second section; wherein each ladder section comprises uprights (315, 320) connected by rungs (120, 150), and characterized in that the at least one suspension means comprises a junction between the hooks with dimensions that match the dimensions of the uprights of the ladder sections, said junction partially surrounding an upper ladder section upright and a lower ladder section upright. - at least one first ladder section; - an attachment bracket for attaching a section to an upper end of the receiving structure; - at least one second ladder section (110b, 160); and - at least one suspension means for suspending a second ladder section onto another section, which means comprises two hooks (325, 330), one hook being attached to the bottom rung of the upper section and one hook being attached to the top rung of the second section;
A modular pedicle screw assembly comprising: a bone screw having a threaded bone shaft adapted for insertion in a vertebra; a polyaxial inner collet configured in an operative position to clamp about a head of the bone screw, said head being substantially ball-shaped with a truncated surface wherein the polyaxial inner collet includes a cavity defining an internal surface configured to permit polyaxial movement of the inner collet in an inoperative position about the head of said bone screw; a seat arranged to provide seating for retention of the inner collet, the seat designed to move polyaxially in conjunction with the inner collet in the inoperative position about the head of said bone screw; an insert frangibly connected to the polyaxial inner collet to release from said inner collet and locate at the truncated surface of the head of the bone screw, the polyaxial inner collet in i) the inoperative position thus being mobilised for polyaxial movement about the head of the bone screw, and ii) in the operative position arranged for clamping about the head of the bone screw having its effective clamping surface increased by the insert located at the truncated surface of said screw head; an inner collet actuator designed to engage the seat to activate the inner collet for movement into the operative position for clamping about the head of the bone screw to lock the inner collet and the seat to the head of said bone screw. a bone screw having a threaded bone shaft adapted for insertion in a vertebra; a polyaxial inner collet configured in an operative position to clamp about a head of the bone screw, said head being substantially ball-shaped with a truncated surface wherein the polyaxial inner collet includes a cavity defining an internal surface configured to permit polyaxial movement of the inner collet in an inoperative position about the head of said bone screw; a seat arranged to provide seating for retention of the inner collet, the seat designed to move polyaxially in conjunction with the inner collet in the inoperative position about the head of said bone screw; an insert frangibly connected to the polyaxial inner collet to release from said inner collet and locate at the truncated surface of the head of the bone screw, the polyaxial inner collet in i) the inoperative position thus being mobilised for polyaxial movement about the head of the bone screw, and ii) in the operative position arranged for clamping about the head of the bone screw having its effective clamping surface increased by the insert located at the truncated surface of said screw head; an inner collet actuator designed to engage the seat to activate the inner collet for movement into the operative position for clamping about the head of the bone screw to lock the inner collet and the seat to the head of said bone screw.
A display unit for a manually operated machine tool, the display unit comprising: a display including windows and text each associated with and indicating positions of different axes of the manually operated machine tool which are manually adjustable; a memory storing configuration modes of the display including a stationary mode in which the windows and text provided in the display are each the same size and color, and at least one emphasis mode in which at least one of the window and text associated with one of the different axes of the manually operated machine tool is at least one of larger and a different color; and a processor having access to the memory and being communicatively connected to position sensors of the different axes of the manually operated machine tool such that position signals indicating the positions of the different axes of the manually operated machine tool are received at the processor, characterised in that the processor is configured to switch the display from using the stationary mode to using the at least one emphasis mode based on one of the position signals indicating that one of the different axes is being adjusted by manual operation of an operator such that the window and text associated with the axis being adjusted is emphasized on the display. a display including windows and text each associated with and indicating positions of different axes of the manually operated machine tool which are manually adjustable; a memory storing configuration modes of the display including a stationary mode in which the windows and text provided in the display are each the same size and color, and at least one emphasis mode in which at least one of the window and text associated with one of the different axes of the manually operated machine tool is at least one of larger and a different color; and a processor having access to the memory and being communicatively connected to position sensors of the different axes of the manually operated machine tool such that position signals indicating the positions of the different axes of the manually operated machine tool are received at the processor, characterised in that the processor is configured to switch the display from using the stationary mode to using the at least one emphasis mode based on one of the position signals indicating that one of the different axes is being adjusted by manual operation of an operator such that the window and text associated with the axis being adjusted is emphasized on the display.
A communal mobile communication device for handling calls based on user identification, the communal mobile communication device comprising: an outgoing call handler module to (i) determine a personal profile identification that identifies a user of the communal mobile communication device from other users, (ii) determine a phone number of a personal mobile communication device of a call recipient selected to receive a call from the communal mobile communication device, and (iii) initiate the call to the personal mobile communication device over a network using the phone number and the personal profile identification to identify the user at the personal mobile communication device, wherein to initiate the call comprises to generate an outgoing phone number comprising (i) the phone number of the personal mobile communication device, (ii) the phone number of the communal mobile communication device, and (iii) the personal profile identification, and wherein the network comprises a mobile switching center modified to handle calls having longer origination and/or destination numbers to support the use of the personal profile identification. an outgoing call handler module to (i) determine a personal profile identification that identifies a user of the communal mobile communication device from other users, (ii) determine a phone number of a personal mobile communication device of a call recipient selected to receive a call from the communal mobile communication device, and (iii) initiate the call to the personal mobile communication device over a network using the phone number and the personal profile identification to identify the user at the personal mobile communication device, wherein to initiate the call comprises to generate an outgoing phone number comprising (i) the phone number of the personal mobile communication device, (ii) the phone number of the communal mobile communication device, and (iii) the personal profile identification, and wherein the network comprises a mobile switching center modified to handle calls having longer origination and/or destination numbers to support the use of the personal profile identification.
A shape-measuring device which is adapted to measure a shape of an object to be measured in which segments are arranged and bonded in rows while relatively moving the object in one direction, the shape-measuring device comprising: a plurality of rollers provided corresponding to the rows of segments and displaced vertically to follow unevenness of an end face of the object while being rotated on the end face due to the relative movement; detection means provided corresponding to each of the rollers and detecting an amount of displacement of each of the rollers; and calculation means for calculating shape data of the object based on the amount of displacement of the roller detected by the detection means, wherein each said roller is rotatably supported by a horizontal roller frame, and the roller frame is secured to a support rod suspended from a measurement stage so that the roller frame is vertically movable, so that the roller frame is displaced in the vertical direction by an amount equal to that of the roller, wherein the detection means detects the vertical movement of the roller frame and is a contact probe which contacts the roller frame on which the roller is rotatably secured and detects an amount of displacement of the roller frame resulting from the displacement of the roller, and the amount of displacement of the roller detected by the contact probe is output to the calculation means. a plurality of rollers provided corresponding to the rows of segments and displaced vertically to follow unevenness of an end face of the object while being rotated on the end face due to the relative movement; detection means provided corresponding to each of the rollers and detecting an amount of displacement of each of the rollers; and calculation means for calculating shape data of the object based on the amount of displacement of the roller detected by the detection means, wherein each said roller is rotatably supported by a horizontal roller frame, and the roller frame is secured to a support rod suspended from a measurement stage so that the roller frame is vertically movable, so that the roller frame is displaced in the vertical direction by an amount equal to that of the roller, wherein the detection means detects the vertical movement of the roller frame and is a contact probe which contacts the roller frame on which the roller is rotatably secured and detects an amount of displacement of the roller frame resulting from the displacement of the roller, and the amount of displacement of the roller detected by the contact probe is output to the calculation means.
Instrument for surgery, in particular minimally invasive surgery, which instrument comprises an operating element, and an elongate frame, which comprises at least one working element which can move with respect to the frame, wherein the instrument comprises means for feeding back a force which is exerted on the working element of the instrument to the operating element, which means comprise at least a first force sensor for measuring the force which is exerted on the working element, a control unit and a first actuator which is coupled to the operating element, the control unit controlling at least the first actuator on the basis of a signal which originates from the first force sensor, wherein the instrument has a connecting rod or the like which is coupled to the working element in order to drive the working element, the connecting rod or the like being driven by a second actuator which is also controlled by the control unit, characterized in that the instrument comprises a first position sensor for measuring a position of the working element with respect to the frame, wherein the instrument comprises a second force sensor for measuring a force which is exerted on the operating element and a second position sensor for determining a position of the operating element.
Method for controlling a solar air conditioning installation, the installation comprising a photovoltaic production unit, a thermal energy accumulator, a refrigeration unit comprising a compressor, the refrigeration unit and the thermal energy accumulator being placed in series, the installation comprising means for controlling the absorbed electrical power as a function of the electrical power coming from the photovoltaic production unit, the method being characterised in that it comprises the following steps: - distinction (13, 28) between day time and night time; - measurement of the electrical power supplied by the photovoltaic production unit; - comparison (14, 29) between a threshold electrical power value and the value of the electrical power supplied by the photovoltaic production unit; - when the value of the electrical power supplied by the photovoltaic production unit exceeds the threshold value, comparison (15, 30) between the available cold store and a predetermined threshold value; - when the value of the available cold store is below the threshold value, control (16, 32) of the refrigeration unit with an absorbed electrical power equal to the electrical power supplied by the photovoltaic production unit. - distinction (13, 28) between day time and night time; - measurement of the electrical power supplied by the photovoltaic production unit; - comparison (14, 29) between a threshold electrical power value and the value of the electrical power supplied by the photovoltaic production unit; - when the value of the electrical power supplied by the photovoltaic production unit exceeds the threshold value, comparison (15, 30) between the available cold store and a predetermined threshold value; - when the value of the available cold store is below the threshold value, control (16, 32) of the refrigeration unit with an absorbed electrical power equal to the electrical power supplied by the photovoltaic production unit.
An orthopaedic surgical instrument assembly, comprising: (a) guide tower including a base surface adapted to be positioned on a proximal end of a patient's tibia, the guide tower having a passageway that defines a first axis and extends through an opening defined in the base surface, and (b) an offset tool having (i) a tool body including a lower end and an upper end, the tool body being in the form of a barrel body which is cylindrical with an outer diameter which is less than or equal to the inner diameter of the passageway of the guide tower so that the tool body can be positioned in the passageway of the guide tower and can rotate relative to the guide tower, and (ii) a shaft attached to and extending from a lower surface of the tool body, the shaft extending outwardly through the opening defined in the base surface and defining a second axis extending parallel to the first axis, in which when the orthopaedic surgical instrument assembly is viewed in a transverse plane and the shaft is rotated about the second axis, the tool body is rotated relative to the guide tower and the first axis of the guide tower is moved in a circular path about the second axis, characterised in that the tool body includes a knob which is attached to the upper end of the barrel body and which has a contoured outer surface which can be gripped by a user when the barrel body is positioned in the guide tower to rotate the offset tool relative to the guide tower. (a) guide tower including a base surface adapted to be positioned on a proximal end of a patient's tibia, the guide tower having a passageway that defines a first axis and extends through an opening defined in the base surface, and (b) an offset tool having (i) a tool body including a lower end and an upper end, the tool body being in the form of a barrel body which is cylindrical with an outer diameter which is less than or equal to the inner diameter of the passageway of the guide tower so that the tool body can be positioned in the passageway of the guide tower and can rotate relative to the guide tower, and (ii) a shaft attached to and extending from a lower surface of the tool body, the shaft extending outwardly through the opening defined in the base surface and defining a second axis extending parallel to the first axis,
Device for depositing and/or dispensing at least banknotes having a first denomination, banknotes having a second denomination, banknotes having a third denomination and banknotes having a fourth denomination, comprising at least one input and/or output unit for inputting the banknotes to be deposited and/or for outputting the banknotes to be dispensed, a reading unit, with the aid of which at least the denomination of each banknote to be deposited or dispensed is determinable, comprising a first banknote receiving unit, a second banknote receiving unit and at least one third banknote receiving unit for receiving the banknotes, and comprising at least one transport unit for transporting banknotes between the input and/or output unit and the banknote receiving units (12a to 12d), characterized in that the transport unit feeds only banknotes having the first denomination and banknotes having the second denomination to the first banknote receiving unit, only banknotes having the second denomination and banknotes having a third denomination to the second banknote receiving unit and only banknotes having the third denomination and banknotes having a fourth denomination to the third banknote receiving unit.
Writing instrument having an axial direction, a circumferential direction, and a radial direction, said writing instrument comprising a first shaft and a second shaft which can pivot in relation to one another about the axial direction, and having a first distal end and a second distal end which is opposite the first distal end in the axial direction, a writing tip being arranged on the first distal end side while a pad for a capacitive screen is arranged on the second distal end side, the writing tip and/or the pad for a capacitive screen being retractable by pivoting the first shaft in relation to the second shaft, characterized in that one shaft among the first shaft and the second shaft, referred to as the contactor shaft, comprises a tongue extending in the circumferential direction, said tongue being configured to establish electrical contact with the other shaft among the first shaft and the second shaft, referred to as the contacted shaft, irrespective of the relative position of the first shaft in relation to the second shaft.