mhurhangee/patent-ind-claim-en huggingface dataset:
A method for widening color space with a much reduced thickness compared to film applications in displays such as tablet and mobile phone, characterized by steps of: - coating materials, which form an oxygen and moisture barrier, on lower and upper surface of a light waveguide being used in displays by spray coating ; - coating color enriching materials on the light waveguide, which is coated with an oxygen and moisture barrier on the upper and lower surface thereof, by spray coating ; and - re-coating the light waveguide, which is coated with a color enriching material, with a material forming an oxygen and moisture barrier . - coating materials, which form an oxygen and moisture barrier, on lower and upper surface of a light waveguide being used in displays by spray coating ; - coating color enriching materials on the light waveguide, which is coated with an oxygen and moisture barrier on the upper and lower surface thereof, by spray coating ; and - re-coating the light waveguide, which is coated with a color enriching material, with a material forming an oxygen and moisture barrier .
A method for communicating service discovery information (SDI) in a neutral host network, comprising: detecting, by a processor, a base station associated with the neutral host network ; monitoring, by a transceiver, a carrier for a broadcast by the base station including a SDI indicator that indicates that the base station is scheduled to transmit the SDI for the neutral host network ; determining, based on the SDI indicator, whether the base station is scheduled to transmit the SDI for the neutral host network in a subsequent broadcast; transmitting, based at least in part on determining that the SDI indicator indicates that the base station is not scheduled to broadcast the SDI, a SDI request to the base station to request that the base station broadcast the SDI; and receiving, by the transceiver and based on transmitting the SDI request, the SDI in the subsequent broadcast by the base station . detecting, by a processor, a base station associated with the neutral host network ; monitoring, by a transceiver, a carrier for a broadcast by the base station including a SDI indicator that indicates that the base station is scheduled to transmit the SDI for the neutral host network ; determining, based on the SDI indicator, whether the base station is scheduled to transmit the SDI for the neutral host network in a subsequent broadcast; transmitting, based at least in part on determining that the SDI indicator indicates that the base station is not scheduled to broadcast the SDI, a SDI request to the base station to request that the base station broadcast the SDI; and receiving, by the transceiver and based on transmitting the SDI request, the SDI in the subsequent broadcast by the base station .
Autonomous and self-propelled vehicle for uneven terrain, comprising: - a frame on which a ball hinge is situated, - a pair of individually driven wheels and a swing axle to which the wheels are attached, wherein the swing axle is movable about a swing axis through the ball hinge in order to perform a swinging movement, which swing axis extends in a direction at right angles to rotation axes of the wheels , and wherein the swing axle is also movable about a steering axis through the ball hinge in order to perform a steering movement, which steering axis extends in a direction at right angles to both the swing axis and the rotation axes of the wheels , and - a stabilizing mechanism which is coupled to the frame and is configured to keep the swing axle in a defined rest swing position below a threshold value for a difference in pressure of the wheels on the ground, wherein the stabilizing mechanism comprises prestressing means which are configured to prestress the swing axle to the defined rest swing position by exerting a prestressing force on the swing axle , characterized in that the stabilizing mechanism comprises a stabilizing element which is coupled to the frame and is movable with respect to the frame about an axis which runs parallel to the steering axis , wherein the stabilizing element has a guiding surface , and wherein the prestressing means are configured to tension the guiding surface against a follower element which is coupled to the swing axle . - a frame on which a ball hinge is situated, - a pair of individually driven wheels and a swing axle to which the wheels are attached, wherein the swing axle is movable about a swing axis through the ball hinge in order to perform a swinging movement, which swing axis extends in a direction at right angles to rotation axes of the wheels , and wherein the swing axle is also movable about a steering axis through the ball hinge in order to perform a steering movement, which steering axis extends in a direction at right angles to both the swing axis and the rotation axes of the wheels , and - a stabilizing mechanism which is coupled to the frame and is configured to keep the swing axle in a defined rest swing position below a threshold value for a difference in pressure of the wheels on the ground,
A method for detecting a trap voltage of a capacitor potential transformer, wherein said potential transformer is connected between primary equipment and secondary equipment, wherein said method comprises: setting an initial state of an indicator (Fprim), wherein said indicator (Fprim) has two states, one of which indicates that a primary voltage is an AC voltage, and the other of which indicates that said primary voltage is a DC voltage; obtaining a detection value on the secondary side of said potential transformer; obtaining a differential value of said detection value ; and determining whether a trap voltage occurs according to said detection value, said differential value, and said indicator (Fprim). setting an initial state of an indicator (Fprim), wherein said indicator (Fprim) has two states, one of which indicates that a primary voltage is an AC voltage, and the other of which indicates that said primary voltage is a DC voltage; obtaining a detection value on the secondary side of said potential transformer; obtaining a differential value of said detection value ; and determining whether a trap voltage occurs according to said detection value, said differential value, and said indicator (Fprim).
A head joint formed in a tube shape with one closed end for a wind instrument comprising: a blow hole and a reed part are spaced apart from each other at a predetermined distance from the closed end, characterized in that : a cover that can longitudinally or circumferentially slide is disposed on an outer circumferential surface of the head joint , and the cover is configured to block the reed part when playing through the blow hole and to block the blow hole when playing through the reed part . a blow hole and a reed part are spaced apart from each other at a predetermined distance from the closed end, characterized in that : a cover that can longitudinally or circumferentially slide is disposed on an outer circumferential surface of the head joint , and the cover is configured to block the reed part when playing through the blow hole and to block the blow hole when playing through the reed part . a cover that can longitudinally or circumferentially slide is disposed on an outer circumferential surface of the head joint , and the cover is configured to block the reed part when playing through the blow hole and to block the blow hole when playing through the reed part .
A method for constructing a recombinant fungal host cell comprising two or more copies of a polynucleotide construct integrated in its genome, said method comprising: a) providing a fungal host cell transformed with an integrative polynucleotide construct, said construct comprising a first polynucleotide encoding a selectable marker, wherein the first polynucleotide, a 5' untranslated region thereof and/or a riboswitch operably linked therewith comprises a spliceosomal intron which has 5 nucleotides or less between its branch site and its acceptor site, wherein the branch site is defined by the nucleotide sequence CTRAY, where R=A or G and Y=C or T and the acceptor site is defined by the nucleotide sequence XAG, where X=G or A or T or C; and a second polynucleotide encoding a polypeptide of interest; b) cultivating the transformed fungal host cell under conditions conducive for expressing the selectable marker; and c) isolating a recombinant fungal host cell comprising two or more copies of the polynucleotide construct integrated in its genome; preferably three or more copies and most preferably four or more copies. a) providing a fungal host cell transformed with an integrative polynucleotide construct, said construct comprising a first polynucleotide encoding a selectable marker, wherein the first polynucleotide, a 5' untranslated region thereof and/or a riboswitch operably linked therewith comprises a spliceosomal intron which has 5 nucleotides or less between its branch site and its acceptor site, wherein the branch site is defined by the nucleotide sequence CTRAY, where R=A or G and Y=C or T and the acceptor site is defined by the nucleotide sequence XAG, where X=G or A or T or C; and a second polynucleotide encoding a polypeptide of interest; b) cultivating the transformed fungal host cell under conditions conducive for expressing the selectable marker; and c) isolating a recombinant fungal host cell comprising two or more copies of the polynucleotide construct integrated in its genome; preferably three or more copies and most preferably four or more copies.
A method by a terminal in a communication system, the method comprising: receiving system information including a time division duplex, TDD, configuration, wherein the TDD configuration is one of a predetermined set of TDD configurations; receiving configuration information including information associated with a subframe via higher layer signaling; receiving , on a control channel, control information based on the subframe ; and identifying an uplink or downlink configuration based on the control information, wherein the identified uplink or downlink configuration is included in a changed TDD configuration that is one of a subset of the predetermined set of TDD configurations, and wherein a radio frame includes a plurality of subframes, and a type of each of the plurality of subframes is identified based on the TDD configuration or the changed TDD configuration. receiving system information including a time division duplex, TDD, configuration, wherein the TDD configuration is one of a predetermined set of TDD configurations; receiving configuration information including information associated with a subframe via higher layer signaling; receiving , on a control channel, control information based on the subframe ; and identifying an uplink or downlink configuration based on the control information, wherein the identified uplink or downlink configuration is included in a changed TDD configuration that is one of a subset of the predetermined set of TDD configurations, and wherein a radio frame includes a plurality of subframes, and a type of each of the plurality of subframes is identified based on the TDD configuration or the changed TDD configuration.
A landing gear assembly for an unmanned aerial vehicle - UAV , comprising: a main support base configured to couple to a body of the UAV; a first landing gear extension (152-1) coupled to and extending from the main support base, the first landing gear extension adjustable by a landing gear controller between a first contracted position and a first extended position; a second landing gear extension (152-2) coupled to and extending from the main support base, the second landing gear extension adjustable by the landing gear controller between a second contracted position and a second extended position; a third landing gear extension (152-3) coupled to and extending from the main support base, the third landing gear extension adjustable by the landing gear controller between a third contracted position and a third extended position; and a support coupling configured to selectively couple and decouple the main support base from the UAV; wherein the landing gear controller adjusts at least one of the first landing gear extension, the second landing gear extension, or the third landing gear extension so that the body of the UAV is approximately horizontal when landed on a sloping surface; wherein the support coupling includes a rotatable member that enables rotation of the UAV about an axis perpendicular to a plane defined by the main support base without rotating the landing gear assembly to orient the body of the UAV to correspond to a desired heading. a main support base configured to couple to a body of the UAV; a first landing gear extension (152-1) coupled to and extending from the main support base, the first landing gear extension adjustable by a landing gear controller between a first contracted position and a first extended position; a second landing gear extension (152-2) coupled to and extending from the main support base, the second landing gear extension adjustable by the landing gear controller between a second contracted position and a second extended position; a third landing gear extension (152-3) coupled to and extending from the main support base, the third landing gear extension adjustable by the landing gear controller between a third contracted position and a third extended position; and a support coupling configured to selectively couple and decouple the main support base from the UAV; wherein the landing gear controller adjusts at least one of the first landing gear extension, the second landing gear extension, or the third landing gear extension so that the body of the UAV is approximately horizontal when landed on a sloping surface; wherein the support coupling includes a rotatable member that enables rotation of the UAV about an axis perpendicular to a plane defined by the main support base without rotating the landing gear assembly to orient the body of the UAV to correspond to a desired heading.
An outdoor heat exchanger comprising: a plurality of heat exchange fins ; a plurality of refrigerant straight pipes penetrating the plurality of heat exchange fins ; and a plurality of connecting pipes being connected to the plurality of refrigerant straight pipes so as to form a plurality of refrigerant passages with the refrigerant straight pipes ; characterized in that at least one of the plurality of connecting pipes includes; a first straight pipe portion having a first end connected to the first one of the plurality of refrigerant straight pipes ; a branch pipe portion branched from the first straight pipe portion and having at least a first end disposed parallel to the first straight pipe portion , wherein the first end is connected to a second one of the plurality of refrigerant passages; and a second straight pipe having an inner insert portion inserted into a second end of the first straight pipe portion and an outlet portion extended from the inner insert portion in an opposite direction to the second end of the first straight pipe portion , wherein the second straight pipe allows gas-phase refrigerant separated from refrigerant flowing through the first straight pipe portion to flow through the second straight pipe , wherein an outer diameter of the inner insert portion is smaller than an inner diameter of the first straight portion . a plurality of heat exchange fins ; a plurality of refrigerant straight pipes penetrating the plurality of heat exchange fins ; and a plurality of connecting pipes being connected to the plurality of refrigerant straight pipes so as to form a plurality of refrigerant passages with the refrigerant straight pipes ; characterized in that at least one of the plurality of connecting pipes includes; a first straight pipe portion having a first end connected to the first one of the plurality of refrigerant straight pipes ; a branch pipe portion branched from the first straight pipe portion and having at least a first end disposed parallel to the first straight pipe portion , wherein the first end is connected to a second one of the plurality of refrigerant passages; and a second straight pipe having an inner insert portion inserted into a second end of the first straight pipe portion and an outlet portion extended from the inner insert portion in an opposite direction to the second end of the first straight pipe portion , wherein the second straight pipe allows gas-phase refrigerant separated from refrigerant flowing through the first straight pipe portion to flow through the second straight pipe , wherein an outer diameter of the inner insert portion is smaller than an inner diameter of the first straight portion .
Device for transfer from an accumulation surface to a downstream conveyor , said transfer device having a first moving belt , characterized in that it has a second moving belt , positioned beyond the first moving belt coming from the accumulation surface , a stationary surface positioned between the two moving belts , and a means for transfer from the accumulation surface to the first and second moving belts , and to the stationary surface , for example a transfer means with a single tool or else a transfer means with two different tools that can work simultaneously.
A system for evacuating NO x gases from a nitric acid storage tank in a nitric acid production plant, characterized in that the nitric acid production plant comprises a gas ejector comprising at least two gas inlets and at least one gas outlet, wherein: • a first gas inlet of the gas ejector is branched from a gas conduit of the nitric acid production plant through which NO x -containing gas is flowing at a pressure P1 ranging from 2 bar to 16 bar; • a second gas inlet of the gas ejector is fluidically connected to the nitric acid storage tank essentially maintained at atmospheric pressure; and • a gas outlet of the gas ejector is fluidically connected to a gas conduit of the nitric production plant through which NO x -containing gas is flowing at a pressure P2 which is lower than P1. • a first gas inlet of the gas ejector is branched from a gas conduit of the nitric acid production plant through which NO x -containing gas is flowing at a pressure P1 ranging from 2 bar to 16 bar; • a second gas inlet of the gas ejector is fluidically connected to the nitric acid storage tank essentially maintained at atmospheric pressure; and • a gas outlet of the gas ejector is fluidically connected to a gas conduit of the nitric production plant through which NO x -containing gas is flowing at a pressure P2 which is lower than P1.
Container handling system for handling containers, in particular bottles or cans, comprising an exoskeleton which is configured in such a way that it supports movements carried out by an operator of the container handling system for lifting and/or lowering objects, in particular system parts or working material, wherein the exoskeleton is configured such that it is automatically adaptable to the operator, and the container handling system is configured such that the respective operator is identified for automatic adaptation.
A process (P) for producing water-absorbing polymer particles, comprising the steps of: - processing (P1) an aqueous polymer gel from polymerization of a monomer solution or suspension, - drying (P2, P3) the aqueous polymer gel in a conveyer dryer, in particular in a forced air conveyer dryer, wherein - the conveyer dryer has a circulating conveyer belt and the aqueous polymer gel is conveyed on the circulating conveyer belt, characterized in that - the circulating conveyer belt is formed as a circulating plate conveyer belt , comprising a number of belt plates separated by a hinge line of a hinge assembly and each belt plate having a surface for receiving the aqueous polymer gel, wherein said hinge assembly comprises a knuckle joint with the hinge line in form of a straight hinge line , and the circulating plate conveyer belt has a traction assembly line in gear with a drive and adapted for supporting the belt plates , wherein - when circulating the circulating plate conveyer belt, upon flattening of the circulating plate conveyer belt, the first and the second belt plate are arranged to form a flat surface and a comparably flat surface across the hinge line, and wherein upon arranging of the first and the second belt plate to form a flat surface, the straight hinge line is closed or at least partially covered, and - the belt plates of the circulating plate conveyer belt, each have a multitude of orifices. - processing (P1) an aqueous polymer gel from polymerization of a monomer solution or suspension, - drying (P2, P3) the aqueous polymer gel in a conveyer dryer, in particular in a forced air conveyer dryer, wherein - the conveyer dryer has a circulating conveyer belt and the aqueous polymer gel is conveyed on the circulating conveyer belt, - the circulating conveyer belt is formed as a circulating plate conveyer belt , comprising a number of belt plates separated by a hinge line of a hinge assembly and each belt plate having a surface for receiving the aqueous polymer gel, - when circulating the circulating plate conveyer belt, upon flattening of the circulating plate conveyer belt, the first and the second belt plate are arranged to form a flat surface and a comparably flat surface across the hinge line, and wherein upon arranging of the first and the second belt plate to form a flat surface, the straight hinge line is closed or at least partially covered, and - the belt plates of the circulating plate conveyer belt, each have a multitude of orifices.
Guide baffle for a turbomachine , which has guide vanes which are mounted so as to be adjustable about an axis of rotation (21.1, 21.2) in each case in orderto change an inflowangle, with a first guide vane (20.1) and a second guide vane (20.2) arranged on the pressure side thereof being arranged with an axial offset relative to a longitudinal axis of the turbomachine , namely the axis of rotation (21.2) of the second guide vane (20.2) is axially offset to the rear, characterized in that the first guide vane (20.1) and the second guide vane, in an adjusted state, - form a tandem configuration with one another in a radially outer region , - but delimit a diverging channel with one another in a radially inner region . which has guide vanes which are mounted so as to be adjustable about an axis of rotation (21.1, 21.2) in each case in orderto change an inflowangle, with a first guide vane (20.1) and a second guide vane (20.2) arranged on the pressure side thereof being arranged with an axial offset relative to a longitudinal axis of the turbomachine , namely the axis of rotation (21.2) of the second guide vane (20.2) is axially offset to the rear, characterized in that the first guide vane (20.1) and the second guide vane, in an adjusted state, - form a tandem configuration with one another in a radially outer region , - but delimit a diverging channel with one another in a radially inner region . - form a tandem configuration with one another in a radially outer region , - but delimit a diverging channel with one another in a radially inner region .