mhurhangee/ep-ind-claims huggingface dataset:
An LED circuit configured to adjust color temperature, comprising: a first LED string group, comprising a first LED string and a second LED string, the first LED string being provided with a first color temperature, the second LED string being provided with a second color temperature; characterized by further comprising: a second LED string group, comprising a third LED string and a fourth LED string, the third LED string being provided with a third color temperature, the fourth LED string being provided with a fourth color temperature; and a switch assembly, comprising a first switch S1, a second switch S2, a third switch S3, a fourth switch S4, a fifth switch S5, a sixth switch S6, a seventh switch S7, an eighth switch S8, and a ninth switch S9, configured for controlling a serial or parallel connection of the first LED string and the second LED string, and controlling a serial or parallel connection of the third LED string and the fourth LED string, by closing and opening the switches S1-S9 in order to adjust the color temperature; wherein the first color temperature is different from the second color temperature, the third color temperature is different from the fourth color temperature. a first LED string group, comprising a first LED string and a second LED string, the first LED string being provided with a first color temperature, the second LED string being provided with a second color temperature; characterized by further comprising: a second LED string group, comprising a third LED string and a fourth LED string, the third LED string being provided with a third color temperature, the fourth LED string being provided with a fourth color temperature; and a switch assembly, comprising a first switch S1, a second switch S2, a third switch S3, a fourth switch S4, a fifth switch S5, a sixth switch S6, a seventh switch S7, an eighth switch S8, and a ninth switch S9, configured for controlling a serial or parallel connection of the first LED string and the second LED string, and controlling a serial or parallel connection of the third LED string and the fourth LED string, by closing and opening the switches S1-S9 in order to adjust the color temperature; a second LED string group, comprising a third LED string and a fourth LED string, the third LED string being provided with a third color temperature, the fourth LED string being provided with a fourth color temperature; and a switch assembly, comprising a first switch S1, a second switch S2, a third switch S3, a fourth switch S4, a fifth switch S5, a sixth switch S6, a seventh switch S7, an eighth switch S8, and a ninth switch S9, configured for controlling a serial or parallel connection of the first LED string and the second LED string, and controlling a serial or parallel connection of the third LED string and the fourth LED string, by closing and opening the switches S1-S9 in order to adjust the color temperature; wherein the first color temperature is different from the second color temperature, the third color temperature is different from the fourth color temperature.
A variable nozzle for a gas turbine fixed to a shaft, said variable nozzle comprising a pressurized first surface and a depressurized second surface opposite to the first surface, wherein the variable nozzle comprises a series of substantially "C" - shaped sections, each having a first rounded end and a second rounded end, each section of the series of sections also having the concavity facing upwards with respect to a base characterised by arranging each section of the series of sections continuously one after another and arranging the first end of each section in the series of sections, in the direction of an axis of the shaft along an at least second degree curved line, which lies on a surface having an axis orthogonal to the axis of the shaft and also tilted with respect to the base by an angle.
A product containing macitentan, or a pharmaceutically acceptable salt of this compound, for use in the treatment of malignant glioma in combination with a cytotoxic therapy agent, said cytotoxic therapy agent being temozolomide or a pharmaceutically acceptable salt thereof or paclitaxel or a pharmaceutically acceptable salt thereof.
A saw apparatus including: - a guide bar; - a chain driver; and - an endless cutting chain trained about the guide bar and the chain driver, - wherein the guide bar includes a first chain retention feature along at least a portion of its periphery, and - wherein the cutting chain includes a second chain retention feature complementary to the first chain retention feature and configured to interact with the first chain retention feature such that movement of the second chain retention feature away from the guide bar is restricted, characterized in that - the endless cutting chain includes a plurality of cutter links (54, 56), drive links, and tie straps, - the first chain retention feature includes a T-slot as a main recess having at least two recesses (68a, 68b) transverse to the main recess, and - the second chain retention feature includes: - i. at least one protrusion extending from both sides of the endless cutting chain, or - ii. a first protrusion extending from the endless cutting chain and a second protrusion extending from the endless cutting chain, the first and second protrusions extending in opposite directions from the endless cutting chain. - a guide bar; - a chain driver; and - an endless cutting chain trained about the guide bar and the chain driver, - wherein the guide bar includes a first chain retention feature along at least a portion of its periphery, and - wherein the cutting chain includes a second chain retention feature complementary to the first chain retention feature and configured to interact with the first chain retention feature such that movement of the second chain retention feature away from the guide bar is restricted, - the endless cutting chain includes a plurality of cutter links (54, 56), drive links, and tie straps, - the first chain retention feature includes a T-slot as a main recess having at least two recesses (68a, 68b) transverse to the main recess, and - the second chain retention feature includes: - i. at least one protrusion extending from both sides of the endless cutting chain, or - ii. a first protrusion extending from the endless cutting chain and a second protrusion extending from the endless cutting chain, the first and second protrusions extending in opposite directions from the endless cutting chain. - i. at least one protrusion extending from both sides of the endless cutting chain, or - ii. a first protrusion extending from the endless cutting chain and a second protrusion extending from the endless cutting chain, the first and second protrusions extending in opposite directions from the endless cutting chain.
A wound closure device comprising: a filamentary element extending along a longitudinal axis between a proximal end and a distal end, the filamentary element having a plurality of projections extending outwardly therefrom along at least a portion of its length; a stop element coupled to the distal end of the filamentary element, the stop element having a length extending substantially parallel to the longitudinal axis of the filamentary element, a width extending substantially perpendicular to the longitudinal axis and a maximum thickness; characterised in that the ratio of the length to the maximum thickness of the stop element is at least 4. a filamentary element extending along a longitudinal axis between a proximal end and a distal end, the filamentary element having a plurality of projections extending outwardly therefrom along at least a portion of its length; a stop element coupled to the distal end of the filamentary element, the stop element having a length extending substantially parallel to the longitudinal axis of the filamentary element, a width extending substantially perpendicular to the longitudinal axis and a maximum thickness; characterised in that the ratio of the length to the maximum thickness of the stop element is at least 4.
A computer-implemented method for representing intensity levels indicative of a first type of sense of a subject by parameter values for a different second type of sense of the subject, comprising: determining a first parameter value for the second type of sense representing a first intensity level indicative of the first type of sense; characterised in that determining the first parameter value comprises: determining a plurality of parameter values for the second type of sense that are distinguishable to the subject based on Just-Noticeable-Differences, JNDs, of the second type of sense; and selecting one of the plurality of parameter values for the second type of sense as the first parameter value; the method further comprising: determining a second parameter value for the second type of sense representing a second intensity level indicative of the first type of sense with reference to the first parameter value; wherein the first parameter value differs from the second parameter value by at least one JND of the second type of sense of the subject. determining a first parameter value for the second type of sense representing a first intensity level indicative of the first type of sense; characterised in that determining the first parameter value comprises: determining a plurality of parameter values for the second type of sense that are distinguishable to the subject based on Just-Noticeable-Differences, JNDs, of the second type of sense; and selecting one of the plurality of parameter values for the second type of sense as the first parameter value; the method further comprising: determining a second parameter value for the second type of sense representing a second intensity level indicative of the first type of sense with reference to the first parameter value; wherein the first parameter value differs from the second parameter value by at least one JND of the second type of sense of the subject. determining a plurality of parameter values for the second type of sense that are distinguishable to the subject based on Just-Noticeable-Differences, JNDs, of the second type of sense; and selecting one of the plurality of parameter values for the second type of sense as the first parameter value; the method further comprising: determining a second parameter value for the second type of sense representing a second intensity level indicative of the first type of sense with reference to the first parameter value; wherein the first parameter value differs from the second parameter value by at least one JND of the second type of sense of the subject. determining a second parameter value for the second type of sense representing a second intensity level indicative of the first type of sense with reference to the first parameter value; wherein the first parameter value differs from the second parameter value by at least one JND of the second type of sense of the subject.
A sealing apparatus comprising: a slinger having a cylindrical part configured to be mounted on an outer peripheral surface of a rotational shaft that rotates relative to a housing and an annular flange part comprising a flange portion that extends from an inner end part of the cylindrical part in a direction that is perpendicular to an axis (x) of the rotational shaft, and an inclined flange portion that extends from an end part on the outer peripheral side of the flange portion, and is formed integrally with the vertical flange portion; and a seal part configured to be mounted on the housing and having a main lip configured to contact slidably an outer side surface of the flange part of the slinger to thereby seal lubricant inside an engine interior of the housing, wherein a groove configured to exhibit a discharging action of returning the lubricant to the engine interior side of the housing when the rotational shaft rotates is formed at a part on the outer side surface of the flange part that contacts the main lip, characterized in that a narrowing and miniaturizing structure configured to reduce a relative contact angle (θ1) that is formed by the flange part and the main lip when the outer side surface of the flange part contacts the main lip is formed between the flange part and the main lip, the contact angle (θ1) is 17 degrees or smaller, and the narrowing and miniaturizing structure is formed by the inclined flange part where the flange part of the slinger is inclined and by the main lip. a slinger having a cylindrical part configured to be mounted on an outer peripheral surface of a rotational shaft that rotates relative to a housing and an annular flange part comprising a flange portion that extends from an inner end part of the cylindrical part in a direction that is perpendicular to an axis (x) of the rotational shaft, and an inclined flange portion that extends from an end part on the outer peripheral side of the flange portion, and is formed integrally with the vertical flange portion; and a seal part configured to be mounted on the housing and having a main lip configured to contact slidably an outer side surface of the flange part of the slinger to thereby seal lubricant inside an engine interior of the housing, wherein a groove configured to exhibit a discharging action of returning the lubricant to the engine interior side of the housing when the rotational shaft rotates is formed at a part on the outer side surface of the flange part that contacts the main lip, characterized in that a narrowing and miniaturizing structure configured to reduce a relative contact angle (θ1) that is formed by the flange part and the main lip when the outer side surface of the flange part contacts the main lip is formed between the flange part and the main lip, the contact angle (θ1) is 17 degrees or smaller, and the narrowing and miniaturizing structure is formed by the inclined flange part where the flange part of the slinger is inclined and by the main lip.
A method of making an upper for an article of footwear, comprising: knitting a knitted textile element of unitary knit construction with a first indicating portion corresponding to the outline of a knitted component and a second indicating portion (514, 516) corresponding to a pocket in the knitted component; cutting the knitted textile element along the first indicating portion to separate the knitted component from excess material of the knitted textile element; cutting the knitted component along the second indicating portion (514, 516) to create an opening to the pocket; inserting an insert member (184, 186) into the pocket and closing the pocket; and joining edges (349, 351) of the knitted component to form the upper. knitting a knitted textile element of unitary knit construction with a first indicating portion corresponding to the outline of a knitted component and a second indicating portion (514, 516) corresponding to a pocket in the knitted component; cutting the knitted textile element along the first indicating portion to separate the knitted component from excess material of the knitted textile element; cutting the knitted component along the second indicating portion (514, 516) to create an opening to the pocket; inserting an insert member (184, 186) into the pocket and closing the pocket; and joining edges (349, 351) of the knitted component to form the upper.
A system, comprising a vehicle with an automatic, radio-based vehicle safety unit and with an access control device and comprising an access element associated with the vehicle safety unit, wherein the vehicle safety unit has a plurality of low-frequency transmitting antennae (5, 6) and the access element has a low-frequency receiver, using the access control device the spatial position of the access element relative to the vehicle can be determined by the principle of electromagnetic distance and angle measurement between the transmitting antennae and the receiver, - the system comprises a vehicle-external induction charging unit with a primary coil, - the vehicle comprises a secondary coil for inductively charging the vehicle at the induction charging unit, and - the induction charging unit comprises at least one low-frequency receiving antenna (7, 8), characterised in that - the access control device can determine the location position of the induction charging unit relative to the vehicle by the principle of electromagnetic distance and angle measurement between at least two transmitting antennae of the plurality of low-frequency transmitting antennae and the at least one receiving antenna. - the system comprises a vehicle-external induction charging unit with a primary coil, - the vehicle comprises a secondary coil for inductively charging the vehicle at the induction charging unit, and - the induction charging unit comprises at least one low-frequency receiving antenna (7, 8), - the access control device can determine the location position of the induction charging unit relative to the vehicle by the principle of electromagnetic distance and angle measurement between at least two transmitting antennae of the plurality of low-frequency transmitting antennae and the at least one receiving antenna.
A system for applying a dampening fluid to a reimageable surface of an imaging member in a variable data lithography system, comprising: a body structure having formed therein a port, said 5 port extending in a first direction substantially perpendicular to a direction of travel of said reimageable surface when in use, said port having a width at least equal to a width of said reimageable surface in said first direction; a dampening fluid reservoir disposed to provide dampening fluid to said port; and 10 a control mechanism for controlling the flow of dampening fluid from said reservoir to said port and from said port to said reimageable surface; characterised in that said port is configured to deliver dampening fluid in a continuous fluid ribbon directly to said reimageable surface to 15 thereby form a dampening fluid layer thereover, and the system further comprising; a mechanism, associated with said body structure, for stripping an entrained air layer over said reimageable surface when said reimageable surface is in motion. a body structure having formed therein a port, said 5 port extending in a first direction substantially perpendicular to a direction of travel of said reimageable surface when in use, said port having a width at least equal to a width of said reimageable surface in said first direction; a dampening fluid reservoir disposed to provide dampening fluid to said port; and 10 a control mechanism for controlling the flow of dampening fluid from said reservoir to said port and from said port to said reimageable surface;
A computing device comprising one or more processors, each processor comprising one or more processing unit, said one or more processing units being configured to execute at least one program, each program comprising instructions, the computing device further comprising, for at least some of the processors, a processor cache associated with each processor, the processor cache being configured to access data and/or instructions comprised in the programs executed by the processor, wherein the computing device comprises: - an instruction memory configured to store the instructions of computer programs, the processor cache being configured to access instructions comprised in the instructions memory, - a metadata memory configured to store metadata associated with instructions stored in the instructions memory, the metadata comprising information needed to ensure control flow integrity verification; - at least one security verification unit configured to retrieve, from an auxiliary cache, at least a part of the metadata associated with instructions in response to a memory access request sent by a processor to the processor cache, during the execution of said at least one program, the memory access request corresponding to a request for accessing said instructions, said at least one security verification unit being configured to retrieve said metadata depending on the requested instructions, said security verification unit being configured to verify the execution of the at least one program being executed by said one or more processors and/or perform one or more control actions on said one or more processors depending on the content and/or the volume of the retrieved metadata. - an instruction memory configured to store the instructions of computer programs, the processor cache being configured to access instructions comprised in the instructions memory, - a metadata memory configured to store metadata associated with instructions stored in the instructions memory, the metadata comprising information needed to ensure control flow integrity verification; - at least one security verification unit configured to retrieve, from an auxiliary cache, at least a part of the metadata associated with instructions in response to a memory access request sent by a processor to the processor cache, during the execution of said at least one program, the memory access request corresponding to a request for accessing said instructions, said at least one security verification unit being configured to retrieve said metadata depending on the requested instructions, said security verification unit being configured to verify the execution of the at least one program being executed by said one or more processors and/or perform one or more control actions on said one or more processors depending on the content and/or the volume of the retrieved metadata.
A method for receiving, by a base station, a hybrid automatic repeat request, HARQ, acknowledgement in a time division duplex, TDD, system, supporting carries aggregation of a primary cell (401, 601) and at least one secondary cell (403, 602), the method comprising: transmitting downlink data on physical downlink shared channels, PDSCHs, (407, 413) of a primary cell and a secondary cell; receiving a HARQ acknowledgement corresponding to the downlink data of the primary cell at a first timing predetermined for the primary cell if the downlink data is transmitted on the PDSCH of the primary cell; and receiving, on the primary cell, a HARQ acknowledgement corresponding to the downlink data of the secondary cell at a second timing if the downlink data is transmitted on the PDSCH of the secondary cell, wherein the second timing is determined based on the first timing. transmitting downlink data on physical downlink shared channels, PDSCHs, (407, 413) of a primary cell and a secondary cell; receiving a HARQ acknowledgement corresponding to the downlink data of the primary cell at a first timing predetermined for the primary cell if the downlink data is transmitted on the PDSCH of the primary cell; and receiving, on the primary cell, a HARQ acknowledgement corresponding to the downlink data of the secondary cell at a second timing if the downlink data is transmitted on the PDSCH of the secondary cell,