mhurhangee/ep-ind-claims huggingface dataset:
Process for removing contaminants and/or disinfecting archival objects, comprising (a) arranging at least one archival object on a flat product surface of a product carrier in a container (3, 3'), wherein the archival object comprises a plurality of paper pages stacked one on top of each other, which are joined together along one edge to form a bound edge, and/or fixing the archival object at one edge to the product carrier, and wherein the archival object is completely immersed in a treatment liquid, (b) moving the product carrier and at least one fan nozzle relative to each other such that treatment liquid is injected into each archival object through the at least one fan nozzle from the side of the archival object facing away from the bound or fixed edge of the archival object in the direction of the bound or fixed edge to contact the paper of the archival object, (c) discharging at least part of the treatment liquid from the container (3, 3') after the paper has been contacted, (d) regenerating the discharged treatment liquid in order to remove the contaminants dissolved from the paper and to obtain a regenerated treatment liquid, wherein the treatment liquid is regenerated by passing it through a filter with a mesh size of less than 0.5 μm; and (e) feeding the regenerated treatment liquid back into the container (3, 3'), wherein the treatment liquid comprises a carrier substance which is a solvent having (i) a surface tension of less than 0.072 N/m, (ii) a polarity of less than 150 kJ/mol on the E T scale and/or (iii) a boiling point of less than 100°C. (a) arranging at least one archival object on a flat product surface of a product carrier in a container (3, 3'), wherein the archival object comprises a plurality of paper pages stacked one on top of each other, which are joined together along one edge to form a bound edge, and/or fixing the archival object at one edge to the product carrier, and wherein the archival object is completely immersed in a treatment liquid, (b) moving the product carrier and at least one fan nozzle relative to each other such that treatment liquid is injected into each archival object through the at least one fan nozzle from the side of the archival object facing away from the bound or fixed edge of the archival object in the direction of the bound or fixed edge to contact the paper of the archival object, (c) discharging at least part of the treatment liquid from the container (3, 3') after the paper has been contacted, (d) regenerating the discharged treatment liquid in order to remove the contaminants dissolved from the paper and to obtain a regenerated treatment liquid, wherein the treatment liquid is regenerated by passing it through a filter with a mesh size of less than 0.5 μm; and (e) feeding the regenerated treatment liquid back into the container (3, 3'),
A method for realizing a voice recognition function, characterized by comprising: setting a corresponding relationship between an attitude parameter of a mobile terminal body and a voice recognition mode; when a change of the attitude parameter of the mobile terminal body detected by a gravity sensor in a mobile terminal satisfies a condition of switching the voice recognition mode, then switching the voice recognition mode, and performing voice recognition under the switched voice recognition mode; wherein the voice recognition mode comprises a common mode and a voice wake-up mode. setting a corresponding relationship between an attitude parameter of a mobile terminal body and a voice recognition mode; when a change of the attitude parameter of the mobile terminal body detected by a gravity sensor in a mobile terminal satisfies a condition of switching the voice recognition mode, then switching the voice recognition mode, and performing voice recognition under the switched voice recognition mode; wherein the voice recognition mode comprises a common mode and a voice wake-up mode.
A projector configuration for delivering illumination corresponding to an image from an effective aperture of length L and width W via a light-guide optical element to an eye of an observer, the projector configuration comprising: at least three adjacent optical arrangements, each optical arrangement comprising: (a) a spatial light modulator component generating an output image corresponding to at least a part of the image; and (b) collimating optics deployed for projecting said output image as a collimated image via the light-guide optical element to the eye of the observer, said collimating optics having an exit aperture; wherein said exit apertures of said optical arrangements cooperate to span the length L of the effective aperture, and to deliver into the light-guide optical element an entirety of the illumination required for displaying the image to the observer; and wherein each spatial light modulator component is aligned with an optical axis of the corresponding collimating optics, wherein all of said collimating optics are arranged with parallel optical axes, characterized in that at least some of said optical arrangements include respective beam deflecting optical elements each deployed to deflect the inclination of beams projected by the corresponding spatial light modulator component and the corresponding collimating optics. at least three adjacent optical arrangements, each optical arrangement comprising: (a) a spatial light modulator component generating an output image corresponding to at least a part of the image; and (b) collimating optics deployed for projecting said output image as a collimated image via the light-guide optical element to the eye of the observer, said collimating optics having an exit aperture; (a) a spatial light modulator component generating an output image corresponding to at least a part of the image; and (b) collimating optics deployed for projecting said output image as a collimated image via the light-guide optical element to the eye of the observer, said collimating optics having an exit aperture; wherein said exit apertures of said optical arrangements cooperate to span the length L of the effective aperture, and to deliver into the light-guide optical element an entirety of the illumination required for displaying the image to the observer; and wherein each spatial light modulator component is aligned with an optical axis of the corresponding collimating optics, wherein all of said collimating optics are arranged with parallel optical axes, characterized in that at least some of said optical arrangements include respective beam deflecting optical elements each deployed to deflect the inclination of beams projected by the corresponding spatial light modulator component and the corresponding collimating optics.
An OTDR method for characterizing an event in an optical fiber link, comprising the steps of: a) performing a plurality of light acquisitions, each light acquisition comprising propagating at least one test light pulse in the optical fiber link and detecting a return light signal from said optical fiber link for each of said at least one test light pulse,; b) deriving parameters characterizing said event, characterized in that said light acquisitions are performed under different acquisition conditions wherein the corresponding test light pulses have different pulsewidths; and the parameters characterizing said event are derived using the detected return signals from at least two of the plurality of light acquisitions, wherein: - a first target parameter from said parameters is derived using at least one of the light acquisitions; and - a second target parameter from said parameters is derived using at least another one of the light acquisitions. a) performing a plurality of light acquisitions, each light acquisition comprising propagating at least one test light pulse in the optical fiber link and detecting a return light signal from said optical fiber link for each of said at least one test light pulse,; b) deriving parameters characterizing said event, characterized in that said light acquisitions are performed under different acquisition conditions wherein the corresponding test light pulses have different pulsewidths; and the parameters characterizing said event are derived using the detected return signals from at least two of the plurality of light acquisitions, wherein: - a first target parameter from said parameters is derived using at least one of the light acquisitions; and - a second target parameter from said parameters is derived using at least another one of the light acquisitions. - a first target parameter from said parameters is derived using at least one of the light acquisitions; and - a second target parameter from said parameters is derived using at least another one of the light acquisitions.
A solder alloy having a) an alloy composition consisting of, in mass%: Bi: 0.1% or more and less than 2.0%, Cu: 0.1 to 1.0%, Ni: 0.01 to 0.20%, Ge: 0.006 to 0.09%, and Co: 0.003% or more and less than 0.05%, and optionally Fe: 0.005 to 0.015% and optionally P: 0.1% or less, with the balance being Sn, wherein the alloy composition satisfies the following relation and relation: 72 × 10 − 6 ≤ Ge / Sn ≤ 920 × 10 -6 0.027 ≤ Bi × Ge / Cu × Ni ≤ 2.4 wherein in the relation and relation, Bi, Ge, Cu, Ni and Sn each represents the content (mass%) in the solder alloy or b) an alloy composition consisting of, in mass%: Bi: 0.1% or more and less than 2.0%, Cu: 0.1 to 1.0%, Ni: 0.01 to 0.20%, and Ge: 0.006 to 0.09%, and optionally P: 0.1% or less, with the balance being Sn, wherein the alloy composition satisfies the following relation and relation: 72 × 10 − 6 ≤ Ge / Sn ≤ 920 ⊗ 10 − 6 0.027 ≤ Bi × Ge / Cu × Ni ≤ 2.4 wherein in the relation and relation, Bi, Ge, Cu, Ni and Sn each represents the content (mass%) in the solder alloy. a) an alloy composition consisting of, in mass%: Bi: 0.1% or more and less than 2.0%, Cu: 0.1 to 1.0%, Ni: 0.01 to 0.20%, Ge: 0.006 to 0.09%, and Co: 0.003% or more and less than 0.05%, and optionally Fe: 0.005 to 0.015% and optionally P: 0.1% or less, with the balance being Sn, wherein the alloy composition satisfies the following relation and relation: 72 × 10 − 6 ≤ Ge / Sn ≤ 920 × 10 -6 0.027 ≤ Bi × Ge / Cu × Ni ≤ 2.4 wherein in the relation and relation, Bi, Ge, Cu, Ni and Sn each represents the content (mass%) in the solder alloy or b) an alloy composition consisting of, in mass%: Bi: 0.1% or more and less than 2.0%, Cu: 0.1 to 1.0%, Ni: 0.01 to 0.20%, and Ge: 0.006 to 0.09%, and optionally P: 0.1% or less, with the balance being Sn, wherein the alloy composition satisfies the following relation and relation: 72 × 10 − 6 ≤ Ge / Sn ≤ 920 ⊗ 10 − 6 0.027 ≤ Bi × Ge / Cu × Ni ≤ 2.4 wherein in the relation and relation, Bi, Ge, Cu, Ni and Sn each represents the content (mass%) in the solder alloy.
A method, implemented by a wireless transmit/receive unit, WTRU, for wireless communication, to transition from a first radio resource control, RRC, configuration to a second RRC configuration, as an RRC reconfiguration, the method comprising: receiving, by the WTRU, configuration information indicating the second RRC configuration associated with a set of block error ratio, BLER, thresholds that is different from one or more block error ratio, BLER, thresholds associated with the first RRC configuration, wherein each respective BLER threshold of the set of BLER thresholds is associated with a respective service type; generating, by the WTRU, based on the set of BLER thresholds after reception of the configuration information indicating the second RRC configuration, one or more in-sync indications and/or one or more out-of-sync indications; indicating, by the WTRU, one or more attributes associated with the one or more in-sync indications and/or the one or more out-of-sync indications; and determining, during a transition to the second RRC configuration and based on at least an existing radio link monitoring, RLM, status, whether to apply a compensation by the WTRU for a new RRC configuration process associated with the second RRC configuration. receiving, by the WTRU, configuration information indicating the second RRC configuration associated with a set of block error ratio, BLER, thresholds that is different from one or more block error ratio, BLER, thresholds associated with the first RRC configuration, wherein each respective BLER threshold of the set of BLER thresholds is associated with a respective service type; generating, by the WTRU, based on the set of BLER thresholds after reception of the configuration information indicating the second RRC configuration, one or more in-sync indications and/or one or more out-of-sync indications; indicating, by the WTRU, one or more attributes associated with the one or more in-sync indications and/or the one or more out-of-sync indications; and determining, during a transition to the second RRC configuration and based on at least an existing radio link monitoring, RLM, status, whether to apply a compensation by the WTRU for a new RRC configuration process associated with the second RRC configuration.
Conveying installation for open-cast mining, designed for arrangement over an oblique slope of an open-cast mine pit, by means of which conveying installation raw materials can be conveyed from a lower height level on an extraction level of the open-cast mine to an upper height level at ground level adjacent to the open-cast mine pit, wherein at least one conveying container is provided which can be loaded with raw materials at the lower height level and from which the raw materials can be unloaded at the upper height level, and wherein, at the lower height level, a truck offloading station is set up, to which the conveying container can be guided such that the raw materials can be introduced from a truck, which can be driven to the truck offloading station, into the conveying container by means of a pouring process, and wherein, at the upper height level, a raw material receiving station is set up, over which the conveying container can be guided such that the raw materials can be unloaded from the conveying container into a raw material receiving means, such that the conveying installation is designed for incorporation into a truck transport operation for the raw materials, characterized in that - at least one bearing cable for load-bearing and control and one traction cable for moving the conveying container are provided, and wherein, at least at the upper height level, a support element is set up, to which the bearing cable is attached and on which the traction cable is guided, and in that - the raw material receiving station forms a bunker station and/or a crusher station, into which the raw materials can be unloaded from the conveying container, or the raw material receiving station forms a truck loading station, in the case of which the raw material receiving means is formed by at least one truck. - at least one bearing cable for load-bearing and control and one traction cable for moving the conveying container are provided, and wherein, at least at the upper height level, a support element is set up, to which the bearing cable is attached and on which the traction cable is guided, and in that - the raw material receiving station forms a bunker station and/or a crusher station, into which the raw materials can be unloaded from the conveying container, or the raw material receiving station forms a truck loading station, in the case of which the raw material receiving means is formed by at least one truck.
Process for the preparation of a polyurethane prepolymer having (2-oxo-1,3-dioxolan-4-yl)methyl carbamate end groups comprising a stage of polyaddition reaction (denoted E2): - of at least one compound having at least two NCO groups and at least one divalent unit of formula (I'): in which: - p is an integer ranging from 1 to 2; - q is an integer ranging from 0 to 9; - R represents a saturated or unsaturated, linear or branched, cyclic or acyclic, hydrocarbon chain comprising from 1 to 20 carbon atoms; - R 3 represents a saturated, linear or branched, divalent hydrocarbon group having from 2 to 4 carbon atoms; - with at least one glycerol carbonate, at a reaction temperature T2 of less than 95°C, under anhydrous conditions, in amounts of compound and of glycerol carbonate resulting in an NCO/OH molar ratio, denoted r2, ranging from 0.8 to 1.0. - of at least one compound having at least two NCO groups and at least one divalent unit of formula (I'): in which: - p is an integer ranging from 1 to 2; - q is an integer ranging from 0 to 9; - R represents a saturated or unsaturated, linear or branched, cyclic or acyclic, hydrocarbon chain comprising from 1 to 20 carbon atoms; - R 3 represents a saturated, linear or branched, divalent hydrocarbon group having from 2 to 4 carbon atoms; - p is an integer ranging from 1 to 2; - q is an integer ranging from 0 to 9; - R represents a saturated or unsaturated, linear or branched, cyclic or acyclic, hydrocarbon chain comprising from 1 to 20 carbon atoms; - R 3 represents a saturated, linear or branched, divalent hydrocarbon group having from 2 to 4 carbon atoms; - with at least one glycerol carbonate, at a reaction temperature T2 of less than 95°C, under anhydrous conditions, in amounts of compound and of glycerol carbonate resulting in an NCO/OH molar ratio, denoted r2, ranging from 0.8 to 1.0.
A tissue clip for adjoining tissues, said tissue clip comprising: an elongate body portion having a first face and an opposing second face; at least two elongate tissue grasping means (18, 20) each extending longitudinally with the body portion and each terminating at a tissue-piercing end portion; and a biasing means interconnecting said body portion to the tissue grasping means (18, 20); characterized in that the biasing means is arranged to rotate the tissue grasping means (18, 20) relative to the body portion from, a first condition wherein said tissue grasping means (18, 20) each extend away from said first face of the body portion, to a second tissue-grasping condition wherein said tissue grasping means (18, 20) each extend toward one another away from said second face of the body portion. an elongate body portion having a first face and an opposing second face; at least two elongate tissue grasping means (18, 20) each extending longitudinally with the body portion and each terminating at a tissue-piercing end portion; and a biasing means interconnecting said body portion to the tissue grasping means (18, 20); the biasing means is arranged to rotate the tissue grasping means (18, 20) relative to the body portion from, a first condition wherein said tissue grasping means (18, 20) each extend away from said first face of the body portion, to a second tissue-grasping condition wherein said tissue grasping means (18, 20) each extend toward one another away from said second face of the body portion.
An epoxy compound represented by the following chemical formula wherein X is a C1-10 aliphatic hydrocarbon group, and R 1 and R 2 each independently represent one selected from the group consisting of a hydrogen atom, an aliphatic hydrocarbon group, an aromatic group, an alkoxy group, and a halogen atom.
A lighting device comprising: a light source being arranged for emitting coded light, first communication means being arranged for transmitting and receiving data over a first communication link, second communication means being arranged for transmitting and receiving data over a second communication link by means of the coded light, and controlling means being arranged for: receiving a request over the first communication link, characterized in that the request is an association request and by the controlling means being further arranged for: transmitting the association request over the second communication link, receiving an identifier of a satellite lighting device (121, 131) over the second communication link (122, 132), and associating the satellite lighting device (121, 131) with the lighting device. a light source being arranged for emitting coded light, first communication means being arranged for transmitting and receiving data over a first communication link, second communication means being arranged for transmitting and receiving data over a second communication link by means of the coded light, and controlling means being arranged for: receiving a request over the first communication link, characterized in that the request is an association request and by the controlling means being further arranged for: transmitting the association request over the second communication link, receiving an identifier of a satellite lighting device (121, 131) over the second communication link (122, 132), and associating the satellite lighting device (121, 131) with the lighting device. transmitting the association request over the second communication link, receiving an identifier of a satellite lighting device (121, 131) over the second communication link (122, 132), and associating the satellite lighting device (121, 131) with the lighting device.
A method for synchronizing a global time of an access point, comprising: receiving (302; 404) a message comprising a global time indication from a second access point, and when the global time indication of the second access point is later than the global time of the access point, updating (308; 416) the global time of the access point to the global time indication from the second access point, updating a timer of the access point by an increment not to exceed a predetermined value selected small enough to ensure that a beacon transmitted by the access point in accordance with a target beacon transmission time is not missed by at least one associated wireless station, and successively updating the timer by the increment until the timer is updated to correspond to the global time indication from the second access point, wherein successively updating the timer of the access point is performed periodically, wherein the timer corresponds to a timing synchronizing function of the access point, and otherwise maintaining the global time of the access point. receiving (302; 404) a message comprising a global time indication from a second access point, and when the global time indication of the second access point is later than the global time of the access point, updating (308; 416) the global time of the access point to the global time indication from the second access point, updating a timer of the access point by an increment not to exceed a predetermined value selected small enough to ensure that a beacon transmitted by the access point in accordance with a target beacon transmission time is not missed by at least one associated wireless station, and successively updating the timer by the increment until the timer is updated to correspond to the global time indication from the second access point, wherein successively updating the timer of the access point is performed periodically, wherein the timer corresponds to a timing synchronizing function of the access point, and otherwise maintaining the global time of the access point.