mhurhangee/ep-ind-claims huggingface dataset:
A pressurised fluid cylinder having a shut-off valve, the shut-off valve comprising a valve element which is movable along a main axis towards and away from a valve seat in order to close the valve; a valve stem which is constrained to move axially along the main axis to operate the valve element and a crank for moving the valve stem; characterised by a biasing member arranged to exert a biasing force on the valve element for all orientations of the crank, the crank comprising a first linkage pivotally attached at one end to the valve stem and a second linkage pivotally attached at one end to the second end of the first linkage and being rotatable about an axis at the opposite end of the second linkage; the crank being arranged so that rotation of the first linkage in a first rotational direction initially causes biasing of the biasing member and further rotation of the second linkage causes the linkage (37, 50) to pass a top or bottom dead centre position, at which point a proportion of the energy stored in the biasing member during its biasing causes the first linkage to be biased further in the first rotational direction after the top or bottom dead centre position.
A process for producing a tea product comprising the steps of: a) extracting a leaf tea product comprising both a soluble part and an insoluble part with a solvent; b) separating the insoluble part from the soluble part; c) compacting the insoluble part to obtain a base tea material; d) drying the base tea material to a moisture content of less than 5% by weight. e) contacting the soluble part obtained in step (b) with the dried base tea material; f) further drying the mixture to obtain the tea product. a) extracting a leaf tea product comprising both a soluble part and an insoluble part with a solvent; b) separating the insoluble part from the soluble part; c) compacting the insoluble part to obtain a base tea material; d) drying the base tea material to a moisture content of less than 5% by weight. e) contacting the soluble part obtained in step (b) with the dried base tea material; f) further drying the mixture to obtain the tea product.
A light apparatus, the light apparatus comprising: - an outer housing comprising a translucent portion; and - two light sources, wherein the first of the two light sources is a main light source positioned inside the outer housing for generating visible light, wherein light generated by the main light source is incident on the translucent portion; and the second of the two light sources is a display light source positioned inside the outer housing for generating visible light to project information that comprises one or more alphanumeric characters and/or symbols onto a part of the translucent portion, wherein the part is illuminated by the light from the main light source. - an outer housing comprising a translucent portion; and - two light sources, wherein the first of the two light sources is a main light source positioned inside the outer housing for generating visible light, wherein light generated by the main light source is incident on the translucent portion; and the second of the two light sources is a display light source positioned inside the outer housing for generating visible light to project information that comprises one or more alphanumeric characters and/or symbols onto a part of the translucent portion, wherein the part is illuminated by the light from the main light source.
A combination comprising as component(s): (a) (1R,2R)-3-(3-Dimethylamino-1-ethyl-2-methyl-propyl)-phenol of formula (I'), or an acid addition salt thereof, and (b) at least one antiepileptic selected from the group consisting of pregabalin and gabapentin, with the proviso that (1R,2R)-3-(3-Dimethylamino-1-ethyl-2-methyl-propyl)-phenol of formula (I') is not a slow release tapentadol. (a) (1R,2R)-3-(3-Dimethylamino-1-ethyl-2-methyl-propyl)-phenol of formula (I'), or an acid addition salt thereof, and (b) at least one antiepileptic selected from the group consisting of pregabalin and gabapentin,
A method of allocating a first item from a group of items to a receiver, selected from a group of receivers, comprising: obtaining characteristic property information for first and second items in said group of items; obtaining capacity information for said group of receivers; using the characteristic property of the first item and the characteristic property of the second item within said group of items to consider possible options for allocating said first and second items to said group of receivers; considering which receiver or receivers could be selected for successive allocation of the first and second items in said group of items thereto before determining which receiver should be selected for allocation of the first item thereto, wherein considering successive allocation of the first and second items to said group of receivers includes considering successive allocation of the first and second items to two or more different combinations of receivers and comparing the respective effects on the capacity information for said group of receivers; taking into account the respective capacities of receivers in said group of receivers, determining which receiver should be selected for allocation of the first item thereto; and directing a first item to the selected receiver, as a result of said determination. obtaining characteristic property information for first and second items in said group of items; obtaining capacity information for said group of receivers; using the characteristic property of the first item and the characteristic property of the second item within said group of items to consider possible options for allocating said first and second items to said group of receivers; considering which receiver or receivers could be selected for successive allocation of the first and second items in said group of items thereto before determining which receiver should be selected for allocation of the first item thereto, wherein considering successive allocation of the first and second items to said group of receivers includes considering successive allocation of the first and second items to two or more different combinations of receivers and comparing the respective effects on the capacity information for said group of receivers; taking into account the respective capacities of receivers in said group of receivers, determining which receiver should be selected for allocation of the first item thereto; and directing a first item to the selected receiver, as a result of said determination.
A transmission device comprising: a transmitter including a first output, a second output, and a third output, the transmitter configured to transmit a symbol signal corresponding to a combination of signals of the first output, the second output, and the third output; and a receiver configured to receive a reception result from a reception device that receives the symbol signal, wherein an output impedance of the second output is lower than an output impedance of the first output, the first output, the second output, and the third output are disposed in this order, and the output impedance of the second output is lower than an output impedance of the third output, and wherein the transmitter is configured to: vary the output impedance of the second output, and transmit the symbol signal having a predetermined sequence, and adjust the output impedance of the second output, based on the reception result, or set voltages of the first output, the second output, or the third output, and adjust the output impedance of the second output, based on the reception result. a transmitter including a first output, a second output, and a third output, the transmitter configured to transmit a symbol signal corresponding to a combination of signals of the first output, the second output, and the third output; and a receiver configured to receive a reception result from a reception device that receives the symbol signal, wherein an output impedance of the second output is lower than an output impedance of the first output, the first output, the second output, and the third output are disposed in this order, and the output impedance of the second output is lower than an output impedance of the third output, and wherein the transmitter is configured to: vary the output impedance of the second output, and transmit the symbol signal having a predetermined sequence, and adjust the output impedance of the second output, based on the reception result, or set voltages of the first output, the second output, or the third output, and adjust the output impedance of the second output, based on the reception result. vary the output impedance of the second output, and transmit the symbol signal having a predetermined sequence, and adjust the output impedance of the second output, based on the reception result, or set voltages of the first output, the second output, or the third output, and adjust the output impedance of the second output, based on the reception result.
A method in a network node for handling beacon signal transmission, which beacon signal transmission is for discovering devices for Device to Device, D2D, transmission, and which network node is associated with a cellular communications network, the method comprising: obtaining (201, 1401) information from a number of master devices (121, 122) within a specific area comprised in the cellular communications network, which respective information comprises information about location and capability of D2D transmission of the respective master devices (121, 122), deciding (203, 1403) properties for beacon signal transmission from a first master device, which deciding is based on the obtained information and the number of master devices (121, 122) within the specific area, characterized in that the deciding properties comprises deciding whether to use random beacon signal transmission on a shared resource or scheduled beacon signal transmission, based on whether the first master device is in idle mode or not, and/or based on the number of handovers of the first master device within the specific area, wherein the first master device is comprised in the number of master devices. obtaining (201, 1401) information from a number of master devices (121, 122) within a specific area comprised in the cellular communications network, which respective information comprises information about location and capability of D2D transmission of the respective master devices (121, 122), deciding (203, 1403) properties for beacon signal transmission from a first master device, which deciding is based on the obtained information and the number of master devices (121, 122) within the specific area, characterized in that the deciding properties comprises deciding whether to use random beacon signal transmission on a shared resource or scheduled beacon signal transmission, based on whether the first master device is in idle mode or not, and/or based on the number of handovers of the first master device within the specific area, wherein the first master device is comprised in the number of master devices.
Mouthpiece with a bite-off-prevention, wherein the mouthpiece is made of an elastomeric parent material of at least one first component and wherein the bite-off-prevention is formed by a reinforcing component deriving from the same group of substances or group of materials as the first component, characterized in that this bite-off-prevention is embedded within the parent material forming the mouthpiece, that it is mixed with the first component and that it is formed by fibres running approximately parallel to the surface of the mouthpiece.
A coating film-forming composition that is capable of forming a coating film on a metal surface for improving adhesion to a resin, the composition comprising: an aromatic compound having an amino group and an aromatic ring in one molecule; a polybasic acid having two or more carboxy groups; and a halide ion, wherein the content of the polybasic acid is 0.05 to 10 times the content of the aromatic compound, the molecular weight of the aromatic compound is 1,500 or less, the concentration of the halide ion is 5 to 600 mM, and the composition is a solution of pH 6 to 9, and wherein the aromatic compound has an alkoxysilyl group or a hydroxysilyl group and the aromatic ring is composed only of carbon, or wherein the aromatic compound contains a nitrogen-containing aromatic ring containing two or more nitrogen atoms. the composition comprising: an aromatic compound having an amino group and an aromatic ring in one molecule; a polybasic acid having two or more carboxy groups; and a halide ion, wherein the content of the polybasic acid is 0.05 to 10 times the content of the aromatic compound, the molecular weight of the aromatic compound is 1,500 or less, the concentration of the halide ion is 5 to 600 mM, and the composition is a solution of pH 6 to 9, and wherein the aromatic compound has an alkoxysilyl group or a hydroxysilyl group and the aromatic ring is composed only of carbon, or wherein the aromatic compound contains a nitrogen-containing aromatic ring containing two or more nitrogen atoms.
An epoxy resin composition comprising the following blended components: 100 weight parts of epoxy resin; 30 to 120 weight parts, preferably 50 to 90 weight parts of anhydride curing agent; 1 to 45 weight parts, preferably 2 to 29 weight parts, more preferably 3 to 25 weight parts, most preferably 3 to 19 weight parts of powdery nitrile rubber; no curing accelerator is included in the composition; wherein the powdery nitrile rubber are rubber particles having homogeneous structure, mean particle diameter of 20 to 500 nm and gel content of 60wt% or greater.
Device for protection against overcurrents in an aircraft electrical energy distribution cabinet, which receives electrical energy supplied by at least one generator (G i) driven by one engine of this aircraft and which distributes this energy to at least two loads (L i) by means of lines and bars within this cabinet, comprising: - switching means, - means (21; M) for measuring each of the different currents entering and leaving the said cabinet, characterized in that it comprises: - first calculating means for at least one harmonic of each of the said currents entering and leaving the said cabinet, - second means (23; C) for calculating the absolute value of the difference between at least one current entering the said cabinet and at least one corresponding current leaving the said cabinet, for at least one harmonic of these currents, - comparison means which control the opening of the switching means if this absolute value is greater than a predetermined threshold. - switching means, - means (21; M) for measuring each of the different currents entering and leaving the said cabinet, - first calculating means for at least one harmonic of each of the said currents entering and leaving the said cabinet, - second means (23; C) for calculating the absolute value of the difference between at least one current entering the said cabinet and at least one corresponding current leaving the said cabinet, for at least one harmonic of these currents, - comparison means which control the opening of the switching means if this absolute value is greater than a predetermined threshold.
A value or security product, in particular an identity card, which has a multilayer structure comprising at least one print layer with personal data in the form of text elements and/or graphic elements and/or laser markings and at least one micro- or nanostructured security element with a structure which is selected as a function of at least one piece of information from the personal data, the structure itself and/or a shaping of the structure of the security element being selected as a function of at least one further parameter, which is selected as a function of at least one piece of information from the personal data, the structure itself and/or a shaping of the structure of the security element being selected as a function of at least one further parameter, the information flowing into the structure being a graphic element in the form of a portrait image; characterized in that the further parameter flowing into the structure is formed by further personal information from the at least one print layer and/or laser markings, the structure being determined from a logical combination of the personal data and the at least one further parameter, and the structure being formed from a beat as the result of an algorithm.
A method of cold retreading a tyre; the cold retreading method comprises the steps of: removing the old worn tread from the tyre in order to expose an equatorial surface of a casing of the tyre; winding about the equatorial surface of the casing a green rubber cushion and a pre-cured tread strip provided with a tread pattern; and curing the green rubber cushion inserted within the tyre between the casing and the pre-cured tread strip; applying to the pre-cured tread strip before curing, a filler in a fluid state which enters the grooves of the tread pattern and forms a coating covering the pre-cured tread strip; and removing the filler covering the pre-cured tread strip after curing; the cold retreading method is characterized in that the filler contains a material which shrinks during the curing. removing the old worn tread from the tyre in order to expose an equatorial surface of a casing of the tyre; winding about the equatorial surface of the casing a green rubber cushion and a pre-cured tread strip provided with a tread pattern; and curing the green rubber cushion inserted within the tyre between the casing and the pre-cured tread strip; applying to the pre-cured tread strip before curing, a filler in a fluid state which enters the grooves of the tread pattern and forms a coating covering the pre-cured tread strip; and removing the filler covering the pre-cured tread strip after curing; the cold retreading method is characterized in that the filler contains a material which shrinks during the curing.
An in vitro method of identifying multipotent mesenchymal stem cells capable of high proliferation comprising the steps of: obtaining mesenchymal stem cells; measuring the expression of NG2, or measuring the expression of NG2 and CD146; and selecting the mesenchymal stem cells with high expression of NG2 having a colony forming efficiency of greater than 40% and high antibody binding capacity of anti-NG2 antibodies, or selecting the mesenchymal stem cells with high expression of NG2 and CD146 having a colony forming efficiency of greater than 40% and high antibody binding capacity of anti-NG2 antibodies and anti-CD 146 antibodies. obtaining mesenchymal stem cells; measuring the expression of NG2, or measuring the expression of NG2 and CD146; and selecting the mesenchymal stem cells with high expression of NG2 having a colony forming efficiency of greater than 40% and high antibody binding capacity of anti-NG2 antibodies, or selecting the mesenchymal stem cells with high expression of NG2 and CD146 having a colony forming efficiency of greater than 40% and high antibody binding capacity of anti-NG2 antibodies and anti-CD 146 antibodies.
Process for the preparation of a lithium silicate glass or a lithium silicate glass ceramic, which comprises a step in which a melt of a starting glass which comprises cerium ions is exposed to reducing conditions.
Assembly for installing an energy store which is at least partially sunk in the ground, comprising a sleeve which can be positioned so as to be at least partially sunk in the ground, characterized by an adjustable support of the sleeve, the support comprising a plurality of pivotable holding devices which are arranged on top of one another along at least one pivot shaft (22; 24) along a longitudinal axis, and which can be displaced from a first position having a first exterior shape into a second position having a second exterior shape, the second exterior shape enclosing a larger volume than the first exterior shape and the second exterior shape corresponding to an inner surface of the sleeve, into which the energy store can be inserted, the sleeve being kept dimensionally stable by the support before the energy store is inserted into its interior.
A method for communication between nodes in a wireless network further comprising a router node, the method comprising: - a first and second transmitting nodes sending a first and second data signals, a(t), b(t), to be respectively transmitted to first and second receiving nodes, - the router node receiving a mixed signal, MDATA[a,b](t), resulting from interference of the first and second data signals, determining a hearing duration during which the router node received the mixed signal and sending respectively to the first and second receiving nodes a first and second router analog acknowledgment signals, AACK(a), AACK(b), comprising information representative of the hearing duration during which the mixed signal has been received by the router node, - the router node sending the mixed signal, MDATA[a,b](t), to the first and the second receiving nodes, - the first and second receiving nodes decoding the mixed signal, based on the respective router analog acknowledgment signals. - a first and second transmitting nodes sending a first and second data signals, a(t), b(t), to be respectively transmitted to first and second receiving nodes, - the router node receiving a mixed signal, MDATA[a,b](t), resulting from interference of the first and second data signals, determining a hearing duration during which the router node received the mixed signal and sending respectively to the first and second receiving nodes a first and second router analog acknowledgment signals, AACK(a), AACK(b), comprising information representative of the hearing duration during which the mixed signal has been received by the router node, - the router node sending the mixed signal, MDATA[a,b](t), to the first and the second receiving nodes, - the first and second receiving nodes decoding the mixed signal, based on the respective router analog acknowledgment signals.
An apparatus comprising: means for obtaining to obtain a guidance path for an agricultural vehicle; means for identifying a turn in the guidance path; and means for selecting, from a plurality of predetermined turn patterns, a turn pattern for the turn, wherein the turn pattern satisfies a condition, characterized in that the means for selecting is to: select a first turn pattern and second turn pattern from the plurality of predetermined turn patterns; determine a first coverage of the first turn pattern and a second coverage of the second turn pattern; and select one of the first turn pattern or the second turn pattern corresponding to a greater one of the first coverage or the second coverage. means for obtaining to obtain a guidance path for an agricultural vehicle; means for identifying a turn in the guidance path; and means for selecting, from a plurality of predetermined turn patterns, a turn pattern for the turn, wherein the turn pattern satisfies a condition, characterized in that the means for selecting is to: select a first turn pattern and second turn pattern from the plurality of predetermined turn patterns; determine a first coverage of the first turn pattern and a second coverage of the second turn pattern; and select one of the first turn pattern or the second turn pattern corresponding to a greater one of the first coverage or the second coverage. select a first turn pattern and second turn pattern from the plurality of predetermined turn patterns; determine a first coverage of the first turn pattern and a second coverage of the second turn pattern; and select one of the first turn pattern or the second turn pattern corresponding to a greater one of the first coverage or the second coverage.