mhurhangee/patent-ind-claim-en huggingface dataset:
An article management apparatus in which a board working machine (WM) allocates articles necessary for a production of a board product among articles stored in a storage based on a production plan of the board working machine, the board working machine producing the board product by performing predetermined board work on a board, the article management apparatus comprising: a first setting section configured to allow a user of the board working machine to set a restriction condition (RC) for each production plan of the board product; a second setting section configured to allow the user to set a priority among multiple priority elements (PE) when allocating the articles for the articles needed at a timing of producing the board product under the restriction condition set by the first setting section; and a selecting section configured to allocate the articles based on the priority of the priority elements set by the second setting section, wherein each of the board working machine and the storage is provided on multiple board working lines , and the first setting section is configured to allow the user to select a movability of the articles to different board working lines as the restriction condition, wherein the selecting section is configured to allow the articles to move to the different board working lines based on the restriction condition set by the first setting section, and wherein the selecting section is configured to allocate, based on the restriction condition set by the first setting section, among the articles stored in the storage of a first board working line, articles necessary for the board working machine of a second board working line in the production of the board product. a first setting section configured to allow a user of the board working machine to set a restriction condition (RC) for each production plan of the board product; a second setting section configured to allow the user to set a priority among multiple priority elements (PE) when allocating the articles for the articles needed at a timing of producing the board product under the restriction condition set by the first setting section; and a selecting section configured to allocate the articles based on the priority of the priority elements set by the second setting section, wherein each of the board working machine and the storage is provided on multiple board working lines , and the first setting section is configured to allow the user to select a movability of the articles to different board working lines as the restriction condition, wherein the selecting section is configured to allow the articles to move to the different board working lines based on the restriction condition set by the first setting section, and wherein the selecting section is configured to allocate, based on the restriction condition set by the first setting section, among the articles stored in the storage of a first board working line, articles necessary for the board working machine of a second board working line in the production of the board product.
An electronic device comprising: a housing comprising: a first surface facing toward a first direction, and a second surface facing toward a second direction opposite to the first direction; a display support structure disposed to be slidable on the first surface of the housing ; a flexible display comprising: a first area (a) disposed on the display support structure , and a second area (b) extending from the first area (a), wherein at least part of the second area (b) is configured to be bent when the display support structure is sliding; and a wireless communication circuit configured to at least one of transmit or receive a signal in a designated frequency band through an antenna , characterized in that the display support structure comprises a slot overlapping the first area (a) of the flexible display when viewed from above the first surface , the antenna is formed by at least a part of the display support structure that surrounds the slot , and an electromagnetic interference, EMI, blocking conductive sheet of the flexible display comprises an opening overlapping the slot of the display support structure when viewed from above the first surface . a housing comprising: a first surface facing toward a first direction, and a second surface facing toward a second direction opposite to the first direction; a first surface facing toward a first direction, and a second surface facing toward a second direction opposite to the first direction; a display support structure disposed to be slidable on the first surface of the housing ; a flexible display comprising: a first area (a) disposed on the display support structure , and a second area (b) extending from the first area (a), wherein at least part of the second area (b) is configured to be bent when the display support structure is sliding; and a first area (a) disposed on the display support structure , and a second area (b) extending from the first area (a), wherein at least part of the second area (b) is configured to be bent when the display support structure is sliding; and a wireless communication circuit configured to at least one of transmit or receive a signal in a designated frequency band through an antenna , characterized in that the display support structure comprises a slot overlapping the first area (a) of the flexible display when viewed from above the first surface , the antenna is formed by at least a part of the display support structure that surrounds the slot , and an electromagnetic interference, EMI, blocking conductive sheet of the flexible display comprises an opening overlapping the slot of the display support structure when viewed from above the first surface .
A system comprising: a robotic crawler having a plurality of multidirectional traction modules , an expandable body connected to the multidirectional traction modules , and a plurality of sensor modules positioned by the plurality of multidirectional traction modules ; a control system in communication with the robotic crawler , the control system providing a control signal to the robotic crawler to navigate an inspection path within an annular gap of a machine , wherein navigating the inspection path includes axial movement and radial movement of the plurality of multidirectional traction modules to inspect the annular gap using the plurality of sensor modules ; characterized in that each of the plurality of sensor modules includes a mounting interface, each mounting interface configured to attach to a sensor interface on the robotic crawler or one of the plurality of sensor modules. a robotic crawler having a plurality of multidirectional traction modules , an expandable body connected to the multidirectional traction modules , and a plurality of sensor modules positioned by the plurality of multidirectional traction modules ; a control system in communication with the robotic crawler , the control system providing a control signal to the robotic crawler to navigate an inspection path within an annular gap of a machine , wherein navigating the inspection path includes axial movement and radial movement of the plurality of multidirectional traction modules to inspect the annular gap using the plurality of sensor modules ; characterized in that each of the plurality of sensor modules includes a mounting interface, each mounting interface configured to attach to a sensor interface on the robotic crawler or one of the plurality of sensor modules.
Dishwasher , in particular household dishwasher, with a dishwasher cavity for receiving items to be washed, such as dishware, glasses, cutlery or the like, wherein at least one rotatable fan wheel is arranged in the dishwasher cavity , with which air is able to be drawn in on one side and blown out on the other, wherein the at least one fan wheel is assigned a motor , the rotational speed of which can be varied over time, wherein the at least one motor is able to be operated in a continuous operation in a rotational speed range of less than 5,000 revolutions per minute during a program phase and, deviating from this rotational speed range, it is possible to carry out one or more brief boosts into a higher rotational speed range, and wherein a boost in the rotational speed of the motor is preferably able to be carried out during a blowing-off phase before the continuous operation following in time, wherein the rotational speed of the motor during the blowing-off phase is greater, in particular at least 20% greater, than the rotational speed of the motor during the continuous operation following in time.
Radio communication system for an industrial automation system, having - at least one radio base station , which comprises at least one radio transmission and reception unit , - at least one radio subscriber station , which is connectable to the radio base station and comprises at least one radio transmission and reception unit , - wherein the radio base station and the radio subscriber station are designed and configured to interchange data frames with one another, said data frames being transmitted using at least one selected carrier frequency, and to transmit data frames that are to be sent redundantly in parallel using multiple different carrier frequencies (11-13, 21-23), - wherein the radio base station and the radio subscriber station each comprise a multiplexer unit for data frames that are to be sent redundantly, and comprise a redundancy handling unit for processing received redundant data frames, wherein the redundancy handling units are each designed and configured to detect received redundant data frames and/or to restore redundantly sent data frames from different data frame fragments, characterized in that - the redundancy handling units are each designed and configured to restore redundantly sent data frames from different data frame fragments by means of maximum ratio combining, selection combining or incremental redundancy, - the radio base station and the radio subscriber station are each designed and configured to temporarily enable carrier frequencies that are no longer needed for transmitting data frames identified as time-critical for transmitting data frames identified as non-time-critical. - at least one radio base station , which comprises at least one radio transmission and reception unit , - at least one radio subscriber station , which is connectable to the radio base station and comprises at least one radio transmission and reception unit , - wherein the radio base station and the radio subscriber station are designed and configured to interchange data frames with one another, said data frames being transmitted using at least one selected carrier frequency, and to transmit data frames that are to be sent redundantly in parallel using multiple different carrier frequencies (11-13, 21-23), - wherein the radio base station and the radio subscriber station each comprise a multiplexer unit for data frames that are to be sent redundantly, and comprise a redundancy handling unit for processing received redundant data frames, wherein the redundancy handling units are each designed and configured to detect received redundant data frames and/or to restore redundantly sent data frames from different data frame fragments, - the redundancy handling units are each designed and configured to restore redundantly sent data frames from different data frame fragments by means of maximum ratio combining, selection combining or incremental redundancy, - the radio base station and the radio subscriber station are each designed and configured to temporarily enable carrier frequencies that are no longer needed for transmitting data frames identified as time-critical for transmitting data frames identified as non-time-critical.
Amusement system for entertaining a group of passengers by showing at least one event in at least one delimited space, comprising: - at least one pair of a neighbouring first and second structure , wherein each structure has a centre of rotation defining a vertical axis A-A, wherein at least a portion of the structure is rotatable about the vertical axis A-A to rotate to an angular position in alignment with the delimited space; and - at least one carriage for carrying at least one passenger, wherein each structure comprises at least three wall portions which are laterally extending from the vertical axis A-A, wherein a segment (TS) is defined in between each neighbouring wall portions ; and in that the first and second structure are arranged as a cooperating pair of structures in that in operation the first and second structure are driven in rotation by a control unit in opposite directions with respect to each other, such that passengers of the first structure can meet passengers of the neighbouring second structure in a common delimited space. - at least one pair of a neighbouring first and second structure , wherein each structure has a centre of rotation defining a vertical axis A-A, wherein at least a portion of the structure is rotatable about the vertical axis A-A to rotate to an angular position in alignment with the delimited space; and - at least one carriage for carrying at least one passenger, wherein each structure comprises at least three wall portions which are laterally extending from the vertical axis A-A, wherein a segment (TS) is defined in between each neighbouring wall portions ; and in that the first and second structure are arranged as a cooperating pair of structures in that in operation the first and second structure are driven in rotation by a control unit in opposite directions with respect to each other, such that passengers of the first structure can meet passengers of the neighbouring second structure in a common delimited space.
Splicing head for a splicing apparatus comprising a splicing chamber and a clamping device for clamping yarns, said clamping device being arranged between two portions of the splicing chamber, wherein the splicing head comprises at least one drawing-in element (8; 31; 32) for ensuring that the yarn ends are arranged in the splicing chamber, in particular for drawing the yarn ends into the splicing chamber, characterized in that the clamping device is arranged independently operable on the splicing head , so that the clamping device is operable before and/or after closing the splicing chamber.
Sensor apparatus for determining an applied mechanical force using an output of a sensor which is measuring said applied mechanical force in which said sensor is exposed to a drifting error, said sensor apparatus comprising a sensor and a processor component, wherein said sensor apparatus is arranged for: - measuring, in a first measurement, by said sensor of said sensor apparatus, said applied force when no force is applied; - nulling, by a processor component comprised by said sensor apparatus, said measured applied force in said first measurement; - measuring, in a second measurement, by said sensor by said sensor apparatus, during applying of a mechanical force to said sensor; - measuring, in a third measurement, by said sensor, said applied force when no mechanical force is applied to said sensor, therewith obtaining a drifting error that occurred between said first and third measurement; - nulling, by said processor component, said measured applied force in said third measurement; - correcting said second measurement by an interpolated value, said interpolated value being provided by interpolating, by said processor component, the obtained drifting error between said first measurement and said third measurement with respect to time, for said second measurement. - measuring, in a first measurement, by said sensor of said sensor apparatus, said applied force when no force is applied; - nulling, by a processor component comprised by said sensor apparatus, said measured applied force in said first measurement; - measuring, in a second measurement, by said sensor by said sensor apparatus, during applying of a mechanical force to said sensor; - measuring, in a third measurement, by said sensor, said applied force when no mechanical force is applied to said sensor, therewith obtaining a drifting error that occurred between said first and third measurement; - nulling, by said processor component, said measured applied force in said third measurement; - correcting said second measurement by an interpolated value,
An air-bag comprising: a fabric for a seam region of an inflatable air-bag, the fabric comprising fibres formed from polyester and having an elongation at break between 12% to 20%, and also having an instantaneous thermal creep, when measured using thermal analyser TA Instruments model 2940, a sample bundle of 65 decitex, 10mm and loaded to give a stress of 8.83N/tex, above 0.5% at 100°C, and further wherein the tenacity of the fibres is at least 770 mN/tex , as measured according to ASTM D885.
A method of average current limiting in a peak-current-controlled boost converter, comprising: monitoring a current (I L ) through a power inductor of the boost converter during a first phase of operation of the boost converter when the current through the power inductor is increasing; controlling switching of the boost converter based on a comparison of the current as monitored against a peak current signal for the power inductor so as to end the first phase once the monitored inductor current (I L ) reaches the peak current signal; characterized by : determining, during the first phase, a mathematical integral of a difference between the current as monitored and a desired average current for the power inductor; detecting, during the first phase, when the mathematical integral of a difference between the current as monitored and a desired average current for the power inductor is equal to zero; limiting the peak current signal based on the detection of when the mathematical integral of the difference is equal to zero. monitoring a current (I L ) through a power inductor of the boost converter during a first phase of operation of the boost converter when the current through the power inductor is increasing; controlling switching of the boost converter based on a comparison of the current as monitored against a peak current signal for the power inductor so as to end the first phase once the monitored inductor current (I L ) reaches the peak current signal; characterized by : determining, during the first phase, a mathematical integral of a difference between the current as monitored and a desired average current for the power inductor; detecting, during the first phase, when the mathematical integral of a difference between the current as monitored and a desired average current for the power inductor is equal to zero; limiting the peak current signal based on the detection of when the mathematical integral of the difference is equal to zero. determining, during the first phase, a mathematical integral of a difference between the current as monitored and a desired average current for the power inductor; detecting, during the first phase, when the mathematical integral of a difference between the current as monitored and a desired average current for the power inductor is equal to zero; limiting the peak current signal based on the detection of when the mathematical integral of the difference is equal to zero.
A module for a fibre optic monitoring installation , the module comprising: a first fibre optic length operable to be coupled to fibre optic monitoring instrumentation ; a fibre optic support structure , wherein the support structure is in the form of a frame and comprises a panel having preformed windows between horizontal and vertical members and configured to support the first fibre optic length in a predetermined pattern or orientation on a first surface of the panel , the first fibre optic length being attached to the frame by attachment points spaced along the panel and following a convoluted path over an areal extent of the frame to define a monitoring area which corresponds to a part of a surface of an article to be monitored; and means for locating the fibre optic support structure in relation to the article such that the first fibre optic length is presented to the surface of the article , wherein the support structure is configured to be located in relation to the article to form an in situ support for subsequent installation of the first fibre optic length . a first fibre optic length operable to be coupled to fibre optic monitoring instrumentation ; a fibre optic support structure , wherein the support structure is in the form of a frame and comprises a panel having preformed windows between horizontal and vertical members and configured to support the first fibre optic length in a predetermined pattern or orientation on a first surface of the panel , the first fibre optic length being attached to the frame by attachment points spaced along the panel and following a convoluted path over an areal extent of the frame to define a monitoring area which corresponds to a part of a surface of an article to be monitored; and means for locating the fibre optic support structure in relation to the article such that the first fibre optic length is presented to the surface of the article , wherein the support structure is configured to be located in relation to the article to form an in situ support for subsequent installation of the first fibre optic length .
An expandable medical device comprising: a therapeutic coating comprising a polydopamine coated therapeutic agent disposed on a surface of the expandable medical device.
A barrier stand for an exhibition barrier comprising a cord , the barrier stand comprising: a post adapted to be mounted on a base so as to stand in a vertical position, the post defining an open top; and a socket retained by the open top of the post, the socket defining a channel leading between an exterior of the barrier stand and a hollow interior of the post ; the socket further defining gripping structures for gripping a cord extending along the channel; a first set of the gripping structures being shaped and arranged to permit insertion of a cord along the channel towards the interior of the post, but resist retraction of the cord away from the interior of the post; characterised in that the barrier stand further comprises: a second set of gripping structures shaped and arranged to grip a cord extending along the channel, the second set of gripping structures being spaced from the first set of gripping structures . a post adapted to be mounted on a base so as to stand in a vertical position, the post defining an open top; and a socket retained by the open top of the post, the socket defining a channel leading between an exterior of the barrier stand and a hollow interior of the post ; the socket further defining gripping structures for gripping a cord extending along the channel; a first set of the gripping structures being shaped and arranged to permit insertion of a cord along the channel towards the interior of the post, but resist retraction of the cord away from the interior of the post; characterised in that the barrier stand further comprises: a second set of gripping structures shaped and arranged to grip a cord extending along the channel, the second set of gripping structures being spaced from the first set of gripping structures .