mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic apparatus comprising: a display ; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory , wherein the processor is configured to execute the one or more instructions to: control the display to output a screen of an external device to at least a portion of the display by mirroring the external device , characterized in that : the electronic apparatus comprises a touch screen; and the processor is further configured to: determine a thickness of a touch input received using the touch screen via the screen of the external device output to the at least the portion of the display, recognize the touch input as a drawing input or an external device control input for controlling the external device based on the thickness of the touch input, control the display to output drawing data corresponding to the drawing input, when the touch input is recognized as the drawing input, and send a control signal to the external device for controlling the external device, when the touch input is recognized as the external device control input. a display ; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory , wherein the processor is configured to execute the one or more instructions to: control the display to output a screen of an external device to at least a portion of the display by mirroring the external device , the electronic apparatus comprises a touch screen; and the processor is further configured to: determine a thickness of a touch input received using the touch screen via the screen of the external device output to the at least the portion of the display, recognize the touch input as a drawing input or an external device control input for controlling the external device based on the thickness of the touch input, control the display to output drawing data corresponding to the drawing input, when the touch input is recognized as the drawing input, and send a control signal to the external device for controlling the external device, when the touch input is recognized as the external device control input. determine a thickness of a touch input received using the touch screen via the screen of the external device output to the at least the portion of the display, recognize the touch input as a drawing input or an external device control input for controlling the external device based on the thickness of the touch input, control the display to output drawing data corresponding to the drawing input, when the touch input is recognized as the drawing input, and send a control signal to the external device for controlling the external device, when the touch input is recognized as the external device control input.
Die for a press brake comprising: - a base ; - a first half portion and a second half portion of a mold, resting sliding on said base , between which the mold cavity (C) is defined; wherein the first half portion comprises a plurality of first plates parallel to one another and the second half portion comprises a plurality of second plates parallel to one another, said first and second plates extending in a transverse direction (Y) of the die, and being alternated in a longitudinal direction (X) of the die, said first plates being positioned at a distance from one another such as to accommodate, between two consecutive first plates , at least a part of a second plate , said second plates being positioned at a distance from one another such as to accommodate, between two consecutive second plates , at least a part of a first plate , the die comprising a translation device to move the first half portion and the second half portion away from and toward each other, so as to vary the width of the mold cavity (C), and a plurality of first guides obtained on the first plates and a plurality of second guides obtained on the second plates , characterized in that said translation device comprises: - a shaft arranged along the longitudinal direction (X) of the die and engaged with the first guides and with the second guides so as to slide along said first guides and said second guides when the first half portion and the second half portion are moved away from or toward each other; - at least a first pinion and a second pinion mounted on said shaft ; - at least a first rack and at least a second rack respectively on a first plate and on a second plate ; said first and second rack being meshed respectively with said first and second pinion so that following rotation of the shaft in one direction or in the opposite direction, the two half portions are moved away from or toward each other. - a base ; - a first half portion and a second half portion of a mold, resting sliding on said base , between which the mold cavity (C) is defined; - a shaft arranged along the longitudinal direction (X) of the die and engaged with the first guides and with the second guides so as to slide along said first guides and said second guides when the first half portion and the second half portion are moved away from or toward each other; - at least a first pinion and a second pinion mounted on said shaft ; - at least a first rack and at least a second rack respectively on a first plate and on a second plate ;
A full duplex data communication system for simultaneous transmission and reception of data over a forward inductive link and a return inductive link between a vehicle and a charging station, the forward inductive link and the return inductive link employing inductive transmission, the system comprising: a first transmit/receive system at the charging station that transmits a first signal over the forward inductive link and receives a second signal over the return inductive link; and a second transmit/receive system on the vehicle that receives the first signal over the forward inductive link and transmits the second signal over the return inductive link, wherein said first and second signals are frequency synchronized and a carrier frequency of said second signal is an M/N multiple of a carrier frequency of said first signal, where M and N are both integers and M/N is not equal to 1, wherein said first transmit/receive system includes a harmonic cancellation circuit that cancels integer harmonics of said first signal at a frequency of said second signal to avoid self-interference between the first and second signals , and wherein the first and second signals transmitted over said forward and return inductive links are modulated with data for the operation of a transponder based communications link that controls a wireless inductive power transfer system for charging the vehicle. a first transmit/receive system at the charging station that transmits a first signal over the forward inductive link and receives a second signal over the return inductive link; and a second transmit/receive system on the vehicle that receives the first signal over the forward inductive link and transmits the second signal over the return inductive link, wherein said first and second signals are frequency synchronized and a carrier frequency of said second signal is an M/N multiple of a carrier frequency of said first signal, where M and N are both integers and M/N is not equal to 1, wherein said first transmit/receive system includes a harmonic cancellation circuit that cancels integer harmonics of said first signal at a frequency of said second signal to avoid self-interference between the first and second signals , and wherein the first and second signals transmitted over said forward and return inductive links are modulated with data for the operation of a transponder based communications link that controls a wireless inductive power transfer system for charging the vehicle.
A system, comprising: a sensor comprising an optical sensor to detect an environmental condition for a computing device in which the system is disposed, the environmental condition comprising a persistence of a person in front of the computing device ; a device sensor to determine a temperature within the computing device ; and a controller to selectively control a fan within the computing device based on: the temperature; and a detected person in front of the computing device ; the system being characterized in that the controller is configured to control the fan such that a longer period of time that a person is in front of the computing device results in a lower fan noise as compared to a fan noise based on a person detected in front of the computing device for a shorter period of time. a sensor comprising an optical sensor to detect an environmental condition for a computing device in which the system is disposed, the environmental condition comprising a persistence of a person in front of the computing device ; a device sensor to determine a temperature within the computing device ; and a controller to selectively control a fan within the computing device based on: the temperature; and a detected person in front of the computing device ; the temperature; and a detected person in front of the computing device ; the system being characterized in that the controller is configured to control the fan such that a longer period of time that a person is in front of the computing device results in a lower fan noise as compared to a fan noise based on a person detected in front of the computing device for a shorter period of time.
A blood coagulation test device comprising: a container into which a blood sample is placed; a stirring part adapted to stir the blood sample in the container; an elastic body being connected to the stirring part and adapted to deform in response to a force received through stirring of the blood sample from the stirring part; a control unit adapted to transmit a predetermined rotary motion to the stirring part and to cause the stirring part to rotate in a reciprocating manner in a circumferential direction by rotating the elastic body in a reciprocating manner about an axis of the stirring part as a rotational axis and adapted to control the reciprocating rotation at a position separated by a predetermined diameter from the rotational axis; and a measurement unit adapted to measure a rotation angle pertaining to the reciprocating rotation of the stirring part. a container into which a blood sample is placed; a stirring part adapted to stir the blood sample in the container; an elastic body being connected to the stirring part and adapted to deform in response to a force received through stirring of the blood sample from the stirring part; a control unit adapted to transmit a predetermined rotary motion to the stirring part and to cause the stirring part to rotate in a reciprocating manner in a circumferential direction by rotating the elastic body in a reciprocating manner about an axis of the stirring part as a rotational axis and adapted to control the reciprocating rotation at a position separated by a predetermined diameter from the rotational axis; and a measurement unit adapted to measure a rotation angle pertaining to the reciprocating rotation of the stirring part.
A system for determining aspects related to a golf swing, comprising: a golf club , including: a golf club head ; a shaft ; and a grip ; a monitoring device configured to be engaged with the golf club and configured to determine data related to at least one characteristic of a golf swing, comprising at least one sensor selected from: an accelerometer; a gyroscope; a magnetometer, and a GPS device, and a transmitter ; a remote computer configured to receive data from the transmitter, wherein the transmitter is configured to transmit the data related to the at least one characteristic of a golf swing to the remote computer; a removable section removably engaged with the monitoring device; a top portion of the grip , wherein the top portion is engaged with the golf club shaft and wherein the removable section is removably engaged with the top portion; wherein the shaft is configured to engage and secure the top portion; wherein the removable section is configured with a connection means selected from the group consisting of: press fitting, snap fit mechanisms or mechanical fasteners, to enable engagement with the monitoring device; and wherein the top portion is configured with a locking mechanism selected from the group consisting of: press fitting, snap fit mechanisms or mechanical fasteners, to enable engagement with the removable section. a golf club , including: a golf club head ; a shaft ; and a grip ; a golf club head ; a shaft ; and a grip ; a monitoring device configured to be engaged with the golf club and configured to determine data related to at least one characteristic of a golf swing, comprising at least one sensor selected from: an accelerometer; a gyroscope; a magnetometer, and a GPS device, and a transmitter ; a remote computer configured to receive data from the transmitter, wherein the transmitter is configured to transmit the data related to the at least one characteristic of a golf swing to the remote computer; a removable section removably engaged with the monitoring device; a top portion of the grip , wherein the top portion is engaged with the golf club shaft and wherein the removable section is removably engaged with the top portion; wherein the shaft is configured to engage and secure the top portion; wherein the removable section is configured with a connection means selected from the group consisting of: press fitting, snap fit mechanisms or mechanical fasteners, to enable engagement with the monitoring device; and wherein the top portion is configured with a locking mechanism selected from the group consisting of: press fitting, snap fit mechanisms or mechanical fasteners, to enable engagement with the removable section.
A fastening structure of a lamp body and a bracket, the fastening structure comprising: a slide groove provided in a longitudinal direction in the lamp body ; a slide block inserted into the slide groove and slidably movable; a body provided with a close contact part surrounding an outer wall of the slide groove ; and a tightening bolt to tighten the slide block and the body so that the slide block and the body presses an inner wall and the outer wall of the slide groove and are fixed thereto, wherein the slide block and the slide groove have a circular shape so that the slide block is rotatable in the slide groove , wherein the slide groove is provided with an opening part formed in a longitudinal direction of the slide groove so that the tightening bolt passes through the opening part, characterized in that the slide groove is further provided with an input part made by expanding the opening part so that the slide block is able to be input into the opening part, and in that locking protrusions are provided on the slide block , the locking protrusions being positioned in the opening part of the slide groove to limit a rotation range of the slide block . a slide groove provided in a longitudinal direction in the lamp body ; a slide block inserted into the slide groove and slidably movable; a body provided with a close contact part surrounding an outer wall of the slide groove ; and a tightening bolt to tighten the slide block and the body so that the slide block and the body presses an inner wall and the outer wall of the slide groove and are fixed thereto, wherein the slide block and the slide groove have a circular shape so that the slide block is rotatable in the slide groove , wherein the slide groove is provided with an opening part formed in a longitudinal direction of the slide groove so that the tightening bolt passes through the opening part, characterized in that the slide groove is further provided with an input part made by expanding the opening part so that the slide block is able to be input into the opening part, and in that locking protrusions are provided on the slide block , the locking protrusions being positioned in the opening part of the slide groove to limit a rotation range of the slide block .
A method for automatic consolidated order-picking and packaging of articles (A) for shipment, wherein an order-picking container is provided, in which articles (A) are collected in accordance with an order, comprising the steps a) arranging the order-picking container at a transfer location and transferring at least one article (A) provided in accordance with the order into the order-picking container , b) moving the order-picking container filled with at least one article (A) to a predetermined packing location and, above the packing location , providing a transport packaging with a downwardly pointing opening which is dimensioned to receive the order-picking container , c) arranging the order-picking container through the opening in the transport packaging , d) moving the filled order-picking container arranged in the transport packaging to a retransferring and separating station , e) retransferring the at least one article (A) from the order-picking container into the transport packaging by means of a turning movement in relation to the vertical, f) separating the order-picking container from the transport packaging in which the at least one article (A) is present, and g) closing the transport packaging , wherein all method steps are performed in automated fashion by machine in a continuous process. a) arranging the order-picking container at a transfer location and transferring at least one article (A) provided in accordance with the order into the order-picking container , b) moving the order-picking container filled with at least one article (A) to a predetermined packing location and, above the packing location , providing a transport packaging with a downwardly pointing opening which is dimensioned to receive the order-picking container , c) arranging the order-picking container through the opening in the transport packaging , d) moving the filled order-picking container arranged in the transport packaging to a retransferring and separating station , e) retransferring the at least one article (A) from the order-picking container into the transport packaging by means of a turning movement in relation to the vertical, f) separating the order-picking container from the transport packaging in which the at least one article (A) is present, and g) closing the transport packaging ,
A unitized segmented sheave assembly for use in an elevator system, the unitized segmented sheave assembly comprising: a plurality of sheaves arrayed in a side-to-side formation which is consistent with a configuration of the elevator system, each sheave comprising an exterior running surface and radial flanges bracketing the exterior running surface; a plurality of spacers interleaved between neighboring ones of the plurality of sheaves to form gaps therein, respective inner races of the set of bearings of each one of the plurality of sheaves and respective interior portions of each one of the plurality of spacers cooperatively forming an interior annular surface ; characterized in that each sheave comprises a wave spring axially interposed between a set of bearings ; the unitized segmented sheave assembly further comprises a sleeve disposed in abutment with the interior annular surface ; and the sleeve defines a bore into which a shaft is insertible. a plurality of sheaves arrayed in a side-to-side formation which is consistent with a configuration of the elevator system, each sheave comprising an exterior running surface and radial flanges bracketing the exterior running surface; a plurality of spacers interleaved between neighboring ones of the plurality of sheaves to form gaps therein, respective inner races of the set of bearings of each one of the plurality of sheaves and respective interior portions of each one of the plurality of spacers cooperatively forming an interior annular surface ; characterized in that each sheave comprises a wave spring axially interposed between a set of bearings ; the unitized segmented sheave assembly further comprises a sleeve disposed in abutment with the interior annular surface ; and the sleeve defines a bore into which a shaft is insertible.
A compound having the structure of: N-(2,6-difluorobenzyl)-5-(1-ethyl-3-(thiazol-2-yl)-1H-pyrazol-5-yl)pyrimidin-2-amine, or a pharmaceutically acceptable salt thereof. N-(2,6-difluorobenzyl)-5-(1-ethyl-3-(thiazol-2-yl)-1H-pyrazol-5-yl)pyrimidin-2-amine, or a pharmaceutically acceptable salt thereof.
An electric vehicle drive system, wherein the drive system comprises at least a power battery , a drive , a motor , a detection module , a torque reference module , and a controller , and the drive comprises a filtering module , a first conversion module , a first capacitor , and a second conversion module ; a positive electrode of the power battery is connected to an input end of the filtering module , a first output end of the filtering module is connected to an alternating current end of the first conversion module , and a second output end of the filtering module is connected to a negative electrode of the power battery ; a direct current input end of the first conversion module is separately connected to one end of the first capacitor and a direct current input end of the second conversion module , and the other end of the first capacitor , a direct current output end of the first conversion module , and a direct current output end of the second conversion module are separately connected to the negative electrode of the power battery ; and an alternating current end of the second conversion module is connected to an input end of the motor , an output end of the motor is connected to a first input end of the detection module , a second input end of the detection module is connected to the one end of the first capacitor , a third input end of the detection module is connected to the positive electrode of the power battery , an output end of the detection module and an output end of the torque reference module are separately connected to an input end of the controller , and an output end of the controller is separately connected to a control end of the first conversion module and a control end of the second conversion module ; characterized in that the drive system further comprises an input switching module and a first output switching module ; a first input end of the input switching module is connected to the positive electrode of the power battery , a first output end of the input switching module is connected to the input end of the filtering module , a second output end of the input switching module is separately connected to the direct current input end of the first conversion module , the one end of the first capacitor , and the direct current input end of the second conversion module ; a first input end of the first output switching module is connected to the alternating current end of the first conversion module , and an output end of the first output switching module is connected to the input end of the motor ; and the output end of the controller is separately connected to a second input end of the input switching module and a second input end of the first output switching module .