mhurhangee/patent-ind-claim-en huggingface dataset:
A method of allocating resources in a mobile telecommunications system, the resources being for a relay node to operate as a terminal-to-terminal relay for a device-to-device, D2D communication between a first terminal and a second terminal, the method comprising: the relay node requesting (S1201), to a base station, resources for relaying the D2D communication; the base station allocating (S1202) first resources for the first terminal to communicate via the relay node for the D2D communication; the base station allocating (S1202) second resources for the second terminal to communicate via the relay node for the D2D communication; the base station notifying (S1203) the relay node of the allocated first and second resources; notifying (S1204) the first terminal of the allocated first resources; notifying (S1204) the second terminal of the allocated second resources; and exchanging (S1205), by the first and second terminals and via the relay node, messages for the D2D communication using the allocated first and second resources, respectively. the relay node requesting (S1201), to a base station, resources for relaying the D2D communication; the base station allocating (S1202) first resources for the first terminal to communicate via the relay node for the D2D communication; the base station allocating (S1202) second resources for the second terminal to communicate via the relay node for the D2D communication; the base station notifying (S1203) the relay node of the allocated first and second resources; notifying (S1204) the first terminal of the allocated first resources; notifying (S1204) the second terminal of the allocated second resources; and exchanging (S1205), by the first and second terminals and via the relay node, messages for the D2D communication using the allocated first and second resources, respectively.
A method of imaging at least one analyte in a biological sample for histology, cytology, or hybridizations used for support in diagnosing a subject, the method comprising: providing said sample being a section of tissue, a sample of cells, or a liquid obtained from said subject; contacting said sample with at least one targeting moiety or probe, wherein each different targeting moiety or probe of said at least one targeting moiety or probe specifically binds a different analyte of the at least one analyte, and wherein each different targeting moiety or probe of said at least one targeting moiety or probe is labelled with a different luminescent particle, wherein said luminescent particle is an upconverting particle; and obtaining a first image by detecting a signal from said luminescent particle associated with said at least one targeting moiety or probe bound to said sample; obtaining a second image from said sample wherein said second image is a bright-field image of said sample without counterstain, or wherein said second image is an image of said sample being counterstained or coloured using a dye or a stain, wherein said dye or stain is not said upconverting particle; combining said first image with said second image to obtain a combined image. providing said sample being a section of tissue, a sample of cells, or a liquid obtained from said subject; contacting said sample with at least one targeting moiety or probe, wherein each different targeting moiety or probe of said at least one targeting moiety or probe specifically binds a different analyte of the at least one analyte, and wherein each different targeting moiety or probe of said at least one targeting moiety or probe is labelled with a different luminescent particle, wherein said luminescent particle is an upconverting particle; and obtaining a first image by detecting a signal from said luminescent particle associated with said at least one targeting moiety or probe bound to said sample; obtaining a second image from said sample wherein said second image is a bright-field image of said sample without counterstain, or wherein said second image is an image of said sample being counterstained or coloured using a dye or a stain, wherein said dye or stain is not said upconverting particle; combining said first image with said second image to obtain a combined image.
Filling device for applying insulation in a cavity wall of a building, wherein the filling device comprises: - a mixing chamber for mixing insulation beads with adhesive; - a mouth having a mouth opening for, with the aid of compressed air, dispensing a mixture of insulation beads and adhesive in the cavity wall of the building; - a transition part which connects the mixing chamber with the mouth; - a beads connector arranged for connecting a beads-supply line for supplying insulation beads to the mixing chamber; - an adhesive connector arranged for connecting an adhesive-supply line for supplying adhesive to the mixing chamber; - a compressed air connector provided opposite to the mouth opening, and arranged for connecting a compressed air-supply line for supplying compressed air to the filling device in the direction of the mouth opening; wherein a cross section of the mixing chamber and the mouth, in a plane parallel to a mouth openings plane defined by the mouth opening, is substantially round, and wherein the transition part is a solid of revolution which ends tapered from the mixing chamber to the mouth, and wherein the transition part smoothly connects to the mixing chamber, and wherein the filling device comprises the adhesive-supply line, and the adhesive-supply line comprises a closing valve for closing the adhesive-supply line and a control valve for controlling an amount of adhesive through the adhesive-supply line, characterized in that the closing valve and the control valve are comprised in the adhesive-supply line in such a way that the supplied adhesive through the adhesive-supply line first passes the control valve and subsequently passes the closing valve before it is supplied to the mixing chamber. - a mixing chamber for mixing insulation beads with adhesive; - a mouth having a mouth opening for, with the aid of compressed air, dispensing a mixture of insulation beads and adhesive in the cavity wall of the building; - a transition part which connects the mixing chamber with the mouth; - a beads connector arranged for connecting a beads-supply line for supplying insulation beads to the mixing chamber; - an adhesive connector arranged for connecting an adhesive-supply line for supplying adhesive to the mixing chamber; - a compressed air connector provided opposite to the mouth opening, and arranged for connecting a compressed air-supply line for supplying compressed air to the filling device in the direction of the mouth opening;
A system for determining the operational status of a nozzle in an inkjet printhead having a piezoelectric actuator configured to cause the ejection of ink through the nozzle, the system comprising: a driving circuit configured to apply a driving signal to the piezoelectric actuator during a first time period; and a sensing circuit configured to measure the current within the piezoelectric actuator as a function of time during a second time period after the first time period wherein the driving signal is held constant for the duration of this second time period; wherein the system is configured to determine the operational status of the nozzle in dependence on the time taken for the measured current to reach a predetermined condition during the second time period or on the slope of the measured current as a function of time during the second time period. a driving circuit configured to apply a driving signal to the piezoelectric actuator during a first time period; and a sensing circuit configured to measure the current within the piezoelectric actuator as a function of time during a second time period after the first time period wherein the driving signal is held constant for the duration of this second time period;
A method for decentralized resource allocation in an integrated circuit, comprising: receiving a plurality of requests from a plurality of resource consumers (121-124) of a plurality of partitionable engines (11-14) to access a plurality of resources, wherein the resources are spread across the plurality of engines and are accessed via a global interconnect structure ; at each resource, adding a number of requests for access to said each resource by an adder; at said each resource, comparing the number of requests against a threshold limiter (311-313); at said each resource, canceling a subsequent request that exceeds the threshold limiter; and at said each resource, implementing requests that are not canceled, characterized in that a sum at an output of the adder represents a port number for accessing a resource corresponding to a respective request that has not been cancelled. receiving a plurality of requests from a plurality of resource consumers (121-124) of a plurality of partitionable engines (11-14) to access a plurality of resources, wherein the resources are spread across the plurality of engines and are accessed via a global interconnect structure ; at each resource, adding a number of requests for access to said each resource by an adder; at said each resource, comparing the number of requests against a threshold limiter (311-313); at said each resource, canceling a subsequent request that exceeds the threshold limiter; and at said each resource, implementing requests that are not canceled, characterized in that a sum at an output of the adder represents a port number for accessing a resource corresponding to a respective request that has not been cancelled.
Sanitary installation part having an installation housing that has a thread for fastening to a counterpart thread provided on the water outlet of a sanitary outlet fitting , wherein the installation housing has an outflow-side housing end side with flow-through holes , wherein at least one insert part is insertable into the installation housing as far as an insertion stop, wherein the installation part has or is configured as an aerated jet regulator, wherein the circumferential wall of the installation housing bounds at least one aeration duct , at least in a subregion configured in an at least double-walled manner, wherein the at least one aeration duct , which is open towards the outflow-side housing end side , ends in at least one aeration opening leading into the housing interior of the installation housing , wherein the thread provided on the installation housing is in the form of an external thread arranged on the housing outer circumference, said external thread cooperating with an internal thread located on the inner circumference of the water outlet and provided as a counterpart thread, wherein the installation housing has, at least in an outflow-side housing portion, an outer housing wall , bearing at least a section of the external thread , and an inner housing wall spaced apart by the at least one aeration duct , and wherein the inner housing wall protrudes beyond the outer housing wall and forms the outflow-side housing end rim, characterized in that the inner and outer housing wall are connected together via webs , and in that at least two webs are provided as turning or tool engagement faces for a turning tool that is introducible into the clearance between the webs .
A fed-batch fermentation method for production of bacteriochlorophyll a (Bchla) from Rhodovulum sulfidophilum, said method comprising: (i) culturing cells of Rhodovulum sulfidophilum in a fermenter vessel in a growth medium containing citric acid, CaCl 2 ∗ 2H 2 O, MgSO 4 ∗ 7H 2 O, FeNH 4 citrate, succinic acid, disodium succinate ∗ 6H 2 O, Na 2 SO 4 , K 2 CO 3 , yeast extract, NH 4 Cl, KH 2 PO 4 , K 2 HPO 4 ∗ 3H 2 O, NaCl, NaOH, KOH, an anti-foam agent and trace elements; (ii) submitting the culture to a fed-batch fermentation while feeding to the medium succinate carbon source, an ammonium chloride nitrogen source and a phosphorous source from external reservoirs connected to the fermenter vessel and keeping the oxygen level at or lower than 10%; (iii) removing the cells from the medium; and (iv) separating and recovering Bchla from the cells from step (iii). (i) culturing cells of Rhodovulum sulfidophilum in a fermenter vessel in a growth medium containing citric acid, CaCl 2 ∗ 2H 2 O, MgSO 4 ∗ 7H 2 O, FeNH 4 citrate, succinic acid, disodium succinate ∗ 6H 2 O, Na 2 SO 4 , K 2 CO 3 , yeast extract, NH 4 Cl, KH 2 PO 4 , K 2 HPO 4 ∗ 3H 2 O, NaCl, NaOH, KOH, an anti-foam agent and trace elements; (ii) submitting the culture to a fed-batch fermentation while feeding to the medium succinate carbon source, an ammonium chloride nitrogen source and a phosphorous source from external reservoirs connected to the fermenter vessel and keeping the oxygen level at or lower than 10%; (iii) removing the cells from the medium; and (iv) separating and recovering Bchla from the cells from step (iii).
A hydrogen sulfide scavenging additive composition for scavenging hydrogen sulfide in hydrocarbon comprising sulfur containing compounds, wherein said additive composition comprises at least a combination of: (A) at least one nitrogen based hydrogen sulfide scavenger; and (B) at least one aliphatic tertiary amine, wherein the nitrogen based hydrogen sulfide scavenger comprises triazine based hydrogen sulfide scavenger; and wherein the aliphatic tertiary amine comprises N,N,N',N'-Tetrakis (2-hydroxyethyl) ethylene-diamine (THEED), ethylene oxide (EO) derivative of tri-isopropanolamine (EO-TIPA), propylene oxide (PO) derivative of tri-isopropanolamine (PO-TIPA), ethylene oxide (EO) derivative of ethylene diamine (EO-EDA), propylene oxide (PO) derivative of ethylene diamine (PO-EDA), or a mixture thereof; and wherein the composition does not comprise: a) monoethanol amine (MEA); b) diethanol amine (DEA); and c) triethanol amine (TEA). (A) at least one nitrogen based hydrogen sulfide scavenger; and (B) at least one aliphatic tertiary amine, a) monoethanol amine (MEA); b) diethanol amine (DEA); and c) triethanol amine (TEA).
Hydropneumatic pressure accumulator, in particular a pulsation damper, with an accumulator housing and a moveable separating element (20; 48), which separates a gas working chamber containing a pressurised working gas from a fluid chamber in the accumulator housing , wherein a gas supply chamber containing an additional volume of the pressurised working gas is provided, said supply chamber being connected to the gas working chamber by means of a connecting line , which contains a non-return valve which opens when the pressure in the gas supply chamber exceeds the pressure in the gas working chamber , wherein the gas supply chamber is provided in the accumulator housing , wherein the accumulator housing extends along a longitudinal axis , wherein a separating wall running transversely in relation to the longitudinal axis divides the accumulator housing into the gas supply chamber adjacent to one axial end of the accumulator housing and the gas working chamber and wherein the separating wall comprises a through passage to form the connecting line, wherein the separating wall is installed fully in the accumulator housing and characterised in that the separating wall is fixed to the inner wall of the accumulator housing .
Device for determining the mechanical properties of an underwater bottom , comprising: - a support frame which provides a fixed support relative to an underwater bottom; - means for carrying the support frame onto the underwater bottom; - a pressure plate accommodated in the support frame; - pressing means for pressing the pressure plate against the underwater bottom with a force without urging it into the bottom, - means for measuring the displacement of the pressure plate during pressing; and - computing means for determining mechanical properties of the underwater bottom from the measured displacement and the force. - a support frame which provides a fixed support relative to an underwater bottom; - means for carrying the support frame onto the underwater bottom; - a pressure plate accommodated in the support frame; - pressing means for pressing the pressure plate against the underwater bottom with a force without urging it into the bottom, - means for measuring the displacement of the pressure plate during pressing; and - computing means for determining mechanical properties of the underwater bottom from the measured displacement and the force.
A suspicious person report system, comprising: a biometric sensor adapted to detect biometric data of a person in a first region; a presuming unit adapted to calculate, from the biometric data, a stress index indicating a degree of stress and to presume that the person is a suspicious person when the calculated stress index is higher than a predetermined reference value; a first camera for acquiring first image data including an image of the person in the first region; a second camera for acquiring second image data including an image of the person in a second region, the second region being a route that the person passes after leaving the first region before entering a third region; a monitoring unit adapted to check the second image data with the first image data corresponding to the person presumed as the suspicious person to thereby track the person presumed as the suspicious person in the second region and determine whether or not the person presumed as the suspicious person enters the third region; and a warning unit adapted to emit a warning when the monitoring unit determines that the person presumed as the suspicious person enters the third region. a biometric sensor adapted to detect biometric data of a person in a first region; a presuming unit adapted to calculate, from the biometric data, a stress index indicating a degree of stress and to presume that the person is a suspicious person when the calculated stress index is higher than a predetermined reference value; a first camera for acquiring first image data including an image of the person in the first region; a second camera for acquiring second image data including an image of the person in a second region, the second region being a route that the person passes after leaving the first region before entering a third region; a monitoring unit adapted to check the second image data with the first image data corresponding to the person presumed as the suspicious person to thereby track the person presumed as the suspicious person in the second region and determine whether or not the person presumed as the suspicious person enters the third region; and a warning unit adapted to emit a warning when the monitoring unit determines that the person presumed as the suspicious person enters the third region.
A hapten conjugate for generating an in vivo immunoantagonist to a fentanyl class drug, comprising a compound of formula (I): wherein R 1 is CH 2 CH 2 C(=O)X, X comprises a protein carrier that forms an amide bond with the hapten; R 2 is H or a (C 1 -C 4 )alkyl group, R 3 is H or a (C 1 -C 4 )alkyl group, and R 4 is H or a (C 1 -C 4 )alkyl group, wherein the protein carrier is tetanus toxoid (TT).
A method for producing an Al-Cr-O-based or Al-O-based coating on a workpiece surface by cathodic arc evaporation, the method comprising at least the following steps a) placing at least one workpiece having a surface to be coated in the interior of a vacuum chamber, and b) depositing a film A comprising aluminum and chromium on the workpiece surface to be coated, wherein the ratio of aluminum to chromium in the film in atomic percentage has a first value corresponding to Al/Cr ≤ 2.3 the method being characterized by further comprising the following steps: wherein the film A deposited in step b) is exposed to an oxygen plasma or the film A deposited in step b) is subjected to annealing in an oxygen-comprising atmosphere, thereby c) forming volatile compounds of Cr-O, e.g. CrO 3 and/or CrO 2 , thereby causing that at least part of the chromium contained in the film A left the film A in form of Cr-O volatile compounds, wherein the step c) is executed during a period of time, within which the chromium content in the film A is reduced until attaining a second value of ratio of aluminum to chromium in the film A in atomic percentage corresponding to Al/Cr ≥ 3.5, and wherein the film A is transformed in a film B having reduced content of chromium, corresponding to 0% of chromium or corresponding to said second value of ratio Al/Cr resulting in higher thermal stability than the film A having ratio of Al/Cr corresponding to said first value. a) placing at least one workpiece having a surface to be coated in the interior of a vacuum chamber, and b) depositing a film A comprising aluminum and chromium on the workpiece surface to be coated, wherein the ratio of aluminum to chromium in the film in atomic percentage has a first value corresponding to Al/Cr ≤ 2.3 the method being characterized by further comprising the following steps: wherein the film A deposited in step b) is exposed to an oxygen plasma or the film A deposited in step b) is subjected to annealing in an oxygen-comprising atmosphere, thereby c) forming volatile compounds of Cr-O, e.g. CrO 3 and/or CrO 2 , thereby causing that at least part of the chromium contained in the film A left the film A in form of Cr-O volatile compounds, wherein the step c) is executed during a period of time, within which the chromium content in the film A is reduced until attaining a second value of ratio of aluminum to chromium in the film A in atomic percentage corresponding to Al/Cr ≥ 3.5, and wherein the film A is transformed in a film B having reduced content of chromium, corresponding to 0% of chromium or corresponding to said second value of ratio Al/Cr resulting in higher thermal stability than the film A having ratio of Al/Cr corresponding to said first value.
A method for the production of a biopharmaceutical product, comprising: (a) infecting a biopharmaceutical-producing insect cell with at least one baculovirus, said at least one baculovirus comprising a genome coding for said biopharmaceutical product, and (b) maintaining the biopharmaceutical-producing insect cell under conditions such that the biopharmaceutical product is produced, wherein the genome of said at least one baculovirus is deficient for the p6.9 gene, or wherein said biopharmaceutical-producing insect cell comprises an expression control system allowing the inactivation of the p6.9 gene. (a) infecting a biopharmaceutical-producing insect cell with at least one baculovirus, said at least one baculovirus comprising a genome coding for said biopharmaceutical product, and (b) maintaining the biopharmaceutical-producing insect cell under conditions such that the biopharmaceutical product is produced,