mhurhangee/ep-ind-claims huggingface dataset:
A ship steering device for performing dynamic positioning control for maintaining a ship body at a target position with use of a satellite positioning system, wherein a positioning accuracy level of the satellite positioning system is calculated based on a radio-wave reception state of the satellite positioning system, a fixed-point deviation level is calculated based on a fixed-point deviation amount calculated from the target position and a measured position measured by the satellite positioning system, and a fixed-point maintaining accuracy level indicative of an assumed range of an absolute position of the ship body relative to the target position is determined with reference to the positioning accuracy level and the fixed-point deviation level, characterized in that the positioning accuracy level and the fixed-point deviation level are compared to each other such that in a case where the positioning accuracy level is lower than the fixed-point deviation level, the positioning accuracy level is determined as the fixed-point maintaining accuracy level, in a case where the fixed-point deviation level is lower than the positioning accuracy level, the fixed-point deviation level is determined as the fixed-point maintaining accuracy level, and in a case where the positioning accuracy level and the fixed-point deviation level are equal to each other, the positioning accuracy level and the fixed-point deviation level are determined as the fixed-point maintaining accuracy level.
A security element, wherein the security element has an optically variable embossed structure having a multiplicity of cells (1, 2) which are arranged in a 2D pattern, wherein the cells (1, 2) comprise a facet (7, 9) as the surface, which is oriented non-parallel to a base plane of the security element and which is characterized by a surface height difference (t) and a direction (3, 4) of the surface orientation, and a return flank (8, 10) with which the cell returns by the surface height difference (t), wherein the cells (1, 2) have a semitransparent or opaque reflecting layer, wherein the security element represents an information item to a viewer by each cell acting as a pixel which is dark or light at a certain viewing angle in dependence on the surface orientation of the cell, wherein the embossed structure has at least two types of cells (1, 2) which mutually differ with respect to the direction (3, 4) of the surface orientation and/or the surface height difference (t), the embossed structure is equipped with ink, wherein the cells (1, 2) are configured in individual and differently colored (11.1 - 11.3) manner, characterized in that the cells (1, 2) are equipped with a colored area in each case, which is smaller than the cell area, but corresponds to more than 50% of the cell area.
A closing system of a furniture part which can be pulled out, - comprising a first activator and a second activator, a first driver and a second driver, and also a housing (2, 2', 2", 2''') and a locking bracket, - wherein the first driver can be coupled to the first activator, - wherein the first driver is mounted so it is displaceable in the housing (2, 2', 2", 2'''), characterized in that - the second driver can be coupled to the second actuator, - wherein the second driver is mounted so it is displaceable in the housing (2, 2', 2" 2'''), - wherein the second driver is operatively connected to the locking bracket for locking multiple furniture parts which can be pulled out and which are arranged one on top of another. - comprising a first activator and a second activator, a first driver and a second driver, and also a housing (2, 2', 2", 2''') and a locking bracket, - wherein the first driver can be coupled to the first activator, - wherein the first driver is mounted so it is displaceable in the housing (2, 2', 2", 2'''), - the second driver can be coupled to the second actuator, - wherein the second driver is mounted so it is displaceable in the housing (2, 2', 2" 2'''), - wherein the second driver is operatively connected to the locking bracket for locking multiple furniture parts which can be pulled out and which are arranged one on top of another.
A method of controlling a multi-terminal HVDC network, the method comprising a primary control strategy tending to restore balance between power production and power consumption and a secondary control strategy for reducing any variation in voltage resulting from the first strategy, characterized in that it includes the following steps: • in a period of time t lying in the range 0 to T, calculating power flow in normal operation, with a node that is taken as a master converter; • at time t=T, producing a disturbance in a first node that is not the above-mentioned node; • in the period of time t lying in the range T to 2T, voltage droop control is active and the loss of power is distributed over the other nodes; • at time t=2T, applying a secondary control using a master/slave strategy, by fixing the voltage at its value before the disturbance; • at time t=3T, the injection of power to the first node returns to its initial value, i.e. before the disturbance, and voltage droop control is reactivated; and • at time t=4T, secondary control is activated in order to reduce the DC voltage variation by applying a master/slave DC voltage control strategy. • in a period of time t lying in the range 0 to T, calculating power flow in normal operation, with a node that is taken as a master converter; • at time t=T, producing a disturbance in a first node that is not the above-mentioned node; • in the period of time t lying in the range T to 2T, voltage droop control is active and the loss of power is distributed over the other nodes; • at time t=2T, applying a secondary control using a master/slave strategy, by fixing the voltage at its value before the disturbance; • at time t=3T, the injection of power to the first node returns to its initial value, i.e. before the disturbance, and voltage droop control is reactivated; and • at time t=4T, secondary control is activated in order to reduce the DC voltage variation by applying a master/slave DC voltage control strategy.
A method of securing a conductive thread in an absorbent article, the method comprising: passing a thread through a first surface of the absorbent article; and anchoring a first length of the thread on the first surface by applying adhesive at a position on the first length of the thread between a point at which the thread passes through the surface and a first end of the thread to cover at least a portion of the thread and a portion of the surface, characterized in that the adhesive is applied so as not to cover the first end of the thread, and wherein after the adhesive is applied, the thread is cut at a point between the first end and the adhesive. passing a thread through a first surface of the absorbent article; and anchoring a first length of the thread on the first surface by applying adhesive at a position on the first length of the thread between a point at which the thread passes through the surface and a first end of the thread to cover at least a portion of the thread and a portion of the surface, characterized in that the adhesive is applied so as not to cover the first end of the thread, and wherein after the adhesive is applied, the thread is cut at a point between the first end and the adhesive.
A method of processing a file including video data, the method comprising: processing a file including fisheye video data, the file including a FisheyeOmnidirectionalVideoInfo syntax structure of the OMAF standard including a plurality of syntax elements that specify attributes of the fisheye video data, wherein the plurality of syntax elements includes: a first syntax element that explicitly indicates whether the fisheye video data is monoscopic or stereoscopic,, wherein the first syntax element is included in a set of initial bits of the syntax structure, wherein the set of initial bits is 24 bits long; determining, based on the first syntax element, whether the fisheye video data is monoscopic or stereoscopic; and outputting, based on the determination, the fisheye video data for rendering as monoscopic or stereoscopic. processing a file including fisheye video data, the file including a FisheyeOmnidirectionalVideoInfo syntax structure of the OMAF standard including a plurality of syntax elements that specify attributes of the fisheye video data, wherein the plurality of syntax elements includes: a first syntax element that explicitly indicates whether the fisheye video data is monoscopic or stereoscopic,, wherein the first syntax element is included in a set of initial bits of the syntax structure, wherein the set of initial bits is 24 bits long; determining, based on the first syntax element, whether the fisheye video data is monoscopic or stereoscopic; and outputting, based on the determination, the fisheye video data for rendering as monoscopic or stereoscopic.
A screen, wherein the screen a) is annular in shape, b) designed to filter water in a sanitary thermostatic valve, c) can be transferred from a first state to a further state, d) has a first circumference in the first state, and e) has a further circumference in the further state, wherein the further circumference is greater than the first circumference, wherein the screen includes a screen shell surface over a plurality of screen openings, characterized in that a spring area of the screen shell surface is designed as a spring element, wherein the spring element is designed as a radial outward bulge of the screen shell surface. a) is annular in shape, b) designed to filter water in a sanitary thermostatic valve, c) can be transferred from a first state to a further state, d) has a first circumference in the first state, and e) has a further circumference in the further state, wherein the further circumference is greater than the first circumference, wherein the screen includes a screen shell surface over a plurality of screen openings, characterized in that a spring area of the screen shell surface is designed as a spring element, wherein the spring element is designed as a radial outward bulge of the screen shell surface.
A method of enhancing speech of a headphone user, the method comprising: receiving a first plurality of signals derived from a first plurality of microphones coupled to the headphone; array processing the first plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a first primary signal; receiving a second plurality of signals derived from a second plurality of microphones coupled to the headphone at a different location from the first plurality of microphones; array processing the second plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a second primary signal; receiving a reference signal derived from one or more microphones, the reference signal being correlated to background acoustic noise, wherein the reference signal comprises a first reference signal and a second reference signal; processing the first plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the first reference signal and processing the second plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the second reference signal; combining the first primary signal and the second primary signal to provide a combined primary signal; and filtering the combined primary signal to provide a voice estimate signal by removing from the combined primary signal components correlated to the reference signal. receiving a first plurality of signals derived from a first plurality of microphones coupled to the headphone; array processing the first plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a first primary signal; receiving a second plurality of signals derived from a second plurality of microphones coupled to the headphone at a different location from the first plurality of microphones; array processing the second plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a second primary signal; receiving a reference signal derived from one or more microphones, the reference signal being correlated to background acoustic noise, wherein the reference signal comprises a first reference signal and a second reference signal; processing the first plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the first reference signal and processing the second plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the second reference signal; combining the first primary signal and the second primary signal to provide a combined primary signal; and filtering the combined primary signal to provide a voice estimate signal by removing from the combined primary signal components correlated to the reference signal.
Apparatus for simultaneously and continuously determining a change in length and a change in weight of samples (31, 32) while heated, the apparatus comprising a furnace having a furnace chamber for simultaneously accommodating at least a first sample and a second sample, the furnace being capable of providing a predetermined temperature profile in the furnace chamber, and wherein the apparatus further comprises a length measuring device capable of detecting changes in length of the first sample and a scale capable of detecting changes in weight of the second sample while both samples are arranged and heated in the furnace chamber.
Switchgear cabinet, comprising - a frame (2, 6), - bare current conductors, - at least one low-voltage switchgear, arranged in the frame (2, 6), wherein the switchgear has a housing, a non-encapsulated switch contact arranged in the housing as well as an outlet (4a, 4b) for letting hot switching gases of a contact burn-off of the switch contact out of the housing, - a cooling device (5a, 5b) arranged downstream of the mentioned outlet (4a, 4b) and fastened on the frame (2, 6) for the mentioned switching gases and - a partition wall behind the switchgear and in front of the current conductors, which prevents a contacting of the bare live current conductors, wherein breaches from the finger-safe area according to IPXXB/IEC61439 in a danger area are less than a standard finger in thickness, characterised in that - the fastening of the cooling device (5a, 5b) on the frame (2, 6) is arranged in the finger-safe area according to IPXXB/IEC61439, such that the cooling device (5a, 5b) can be exchanged without danger, even during operation of the components located in the switchgear cabinet, and - an outlet of the cooling device (5a, 5b) points past areas (B..E) between two bare current conductors (7, 8, L1..L3), which are provided for different voltage potential, and the mentioned areas (B, C) can be reached only to a small extent by the conductive switching gases. - a frame (2, 6), - bare current conductors, - at least one low-voltage switchgear, arranged in the frame (2, 6), wherein the switchgear has a housing, a non-encapsulated switch contact arranged in the housing as well as an outlet (4a, 4b) for letting hot switching gases of a contact burn-off of the switch contact out of the housing, - a cooling device (5a, 5b) arranged downstream of the mentioned outlet (4a, 4b) and fastened on the frame (2, 6) for the mentioned switching gases and - a partition wall behind the switchgear and in front of the current conductors, which prevents a contacting of the bare live current conductors, wherein breaches from the finger-safe area according to IPXXB/IEC61439 in a danger area are less than a standard finger in thickness, - the fastening of the cooling device (5a, 5b) on the frame (2, 6) is arranged in the finger-safe area according to IPXXB/IEC61439, such that the cooling device (5a, 5b) can be exchanged without danger, even during operation of the components located in the switchgear cabinet, and - an outlet of the cooling device (5a, 5b) points past areas (B..E) between two bare current conductors (7, 8, L1..L3), which are provided for different voltage potential, and the mentioned areas (B, C) can be reached only to a small extent by the conductive switching gases.
An article comprising a core spun yarn comprising: a) a sheath of hard fibers; b) elastic core fiber I, wherein elastic core fiber I is one set of elastic fiber comprising spandex; and c) elastic core fiber II, wherein elastic core fiber II is a second set of elastic fiber comprising spandex; wherein the elastic core fiber I and the elastic core fiber II have different elastic properties. a) a sheath of hard fibers; b) elastic core fiber I, wherein elastic core fiber I is one set of elastic fiber comprising spandex; and c) elastic core fiber II, wherein elastic core fiber II is a second set of elastic fiber comprising spandex;
Method for manufacturing a profile segment of a segmented casting-vulcanizing mold for vehicle tires, the molding area of which forms a segment of the tread profile of a tire to be vulcanized, comprising the following steps: - producing a rigid model segment which has a casing-shaped tread surface - milling the profile positive of the tread into the casing-shaped tread surface of the model segment in order to obtain the master model - producing a flexible imprint preferably made of silicone rubber from the master model - producing a rigid casting made of plaster from the imprint preferably made of silicone rubber in order to form a casting core segment - casting all the annular casting core segments placed one against the other with an aluminum-magnesium alloy in order to obtain a vulcanizing mold which is in turn subsequently divided into individual profile segments, characterized in that a plasma coating is applied to the tread of the model segment, into which the profile positive of the tread is subsequently milled in order to obtain the master model, wherein the plasma coating is configured in such a way that it gives the master model a certain degree of roughness. - producing a rigid model segment which has a casing-shaped tread surface - milling the profile positive of the tread into the casing-shaped tread surface of the model segment in order to obtain the master model - producing a flexible imprint preferably made of silicone rubber from the master model - producing a rigid casting made of plaster from the imprint preferably made of silicone rubber in order to form a casting core segment - casting all the annular casting core segments placed one against the other with an aluminum-magnesium alloy in order to obtain a vulcanizing mold which is in turn subsequently divided into individual profile segments, characterized in that a plasma coating is applied to the tread of the model segment, into which the profile positive of the tread is subsequently milled in order to obtain the master model, wherein the plasma coating is configured in such a way that it gives the master model a certain degree of roughness.
An antenna apparatus, comprising an antenna array and an adjustable phase shifter, wherein the antenna array comprises a plurality of antenna elements in a plurality of rows and columns, and the antenna array is configured to generate a plurality of beams, wherein the plurality of beams generated by the antenna array are a first beam group or a second beam group, and in each row of antenna elements in the antenna array, two antenna elements that belong to a same radio frequency, RF, channel are spaced by M antenna elements; and M is used to determine a quantity of beams in the first beam group and a quantity of beams in the second beam group, and M is an integer greater than 1; and the adjustable phase shifter is connected to the antenna array, and when the adjustable phase shifter is at a first angle, the antenna array is configured to generate the first beam group; and when the adjustable phase shifter is at a second angle, the antenna array is configured to generate the second beam group. the antenna array comprises a plurality of antenna elements in a plurality of rows and columns, and the antenna array is configured to generate a plurality of beams, wherein the plurality of beams generated by the antenna array are a first beam group or a second beam group, and in each row of antenna elements in the antenna array, two antenna elements that belong to a same radio frequency, RF, channel are spaced by M antenna elements; and M is used to determine a quantity of beams in the first beam group and a quantity of beams in the second beam group, and M is an integer greater than 1; and the adjustable phase shifter is connected to the antenna array, and when the adjustable phase shifter is at a first angle, the antenna array is configured to generate the first beam group; and when the adjustable phase shifter is at a second angle, the antenna array is configured to generate the second beam group.
A power feeding control device comprising a first cable having one end configured to be connected to a motor vehicle, a second cable according to claim 5.
A thrombelastography device, comprising a support, a rotary shaft and a cap removal device, wherein the support is connected to one end of the rotary shaft to support the rotary shaft, such that the rotary shaft is able to rotate, wherein the rotary shaft is able to be sleeved with the cap to be removed; the cap removal device comprises a drive part, a connection shaft, and a cap removal member, wherein the connection shaft can move upward when driven by the drive part; the cap removal member has an end and the other end; the end is pivotally connected to the connection shaft, so that when the connection shaft moves upward when driven by the drive part, the cap removal member rotates, due to the upward movement, around a pivot point located between the end and the other end of the cap removal member, so that the other end of the cap removal member moves downward to contact the cap to be removed, thereby removing the cap; the cap removal member is pivotally connected to the support at the pivot point; and the other end of the cap removal member is provided with an opening that allows the rotary shaft to pass through in a manner substantially perpendicular to the other end, such that the other end sleeves the rotary shaft and is located above the cap. the cap removal device comprises a drive part, a connection shaft, and a cap removal member, wherein the connection shaft can move upward when driven by the drive part; the cap removal member has an end and the other end; the end is pivotally connected to the connection shaft, so that when the connection shaft moves upward when driven by the drive part, the cap removal member rotates, due to the upward movement, around a pivot point located between the end and the other end of the cap removal member, so that the other end of the cap removal member moves downward to contact the cap to be removed, thereby removing the cap; the cap removal member is pivotally connected to the support at the pivot point; and the other end of the cap removal member is provided with an opening that allows the rotary shaft to pass through in a manner substantially perpendicular to the other end, such that the other end sleeves the rotary shaft and is located above the cap.