mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data processing applicable in a device having a multimedia interface and configured with a peer-to-peer, P2P station network interface and a soft Access Point, AP network interface, comprising: providing a P2P service data access by using the P2P station network interface and providing an AP service data access by using the soft AP network interface ; and receiving service data, determining a network interface corresponding to a service type of the received service data, wherein the service type is either a P2P service or a soft AP service, determining a radio frequency channel corresponding to the determined network interface, and transmitting the service data by using the determined radio frequency channel ; characterized in that the method further comprises, when the service type corresponding to the service data is the P2P service, storing the service data, broadcasting the service data by using the radio frequency channel corresponding to the P2P service, or providing access to the service data via the P2P station network interface, and in that the service type of the received service data is determined by parsing a frame structure of the received service data; when the frame structure of the received service data carries a P2P Information Element, IE, the service type of received service data is determined as the P2P service by identifying a version type of the P2P IE, based on an OUI Type field in the P2P IE, said OUI Type field representing the version type of the P2P IE. providing a P2P service data access by using the P2P station network interface and providing an AP service data access by using the soft AP network interface ; and receiving service data, determining a network interface corresponding to a service type of the received service data, wherein the service type is either a P2P service or a soft AP service, determining a radio frequency channel corresponding to the determined network interface, and transmitting the service data by using the determined radio frequency channel ; characterized in that the method further comprises, when the service type corresponding to the service data is the P2P service, storing the service data, broadcasting the service data by using the radio frequency channel corresponding to the P2P service, or providing access to the service data via the P2P station network interface, and in that the service type of the received service data is determined by parsing a frame structure of the received service data; when the frame structure of the received service data carries a P2P Information Element, IE, the service type of received service data is determined as the P2P service by identifying a version type of the P2P IE, based on an OUI Type field in the P2P IE, said OUI Type field representing the version type of the P2P IE.
Assistance device for assisting with the use of a product dispensing device for dispensing a product, the product dispensing being achieved by displacement or deformation of a moving part of the dispensing device between a rest position and an activation position, the assistance device comprising: - engaging means to the product dispensing device , - locking means capable of preventing the dispensing of the product, - an actuator configured to switch the locking means from a locked position in which they prevent the dispensing of the product to an unlocked position in which they do not prevent the dispensing of the product, - return means configured to switch the locking means from the unlocked position to the locked position, out of the activation position of the product dispensing device , - blocking means configured to block the locking means in the unlocked position, - first disengagement means for disengaging the blocking means configured to be triggered upon the activation of the product dispensing device , characterised in that it further comprises: - second disengagement means for disengaging the blocking means configured to be triggered independently of the activation of the product dispensing device . - engaging means to the product dispensing device , - locking means capable of preventing the dispensing of the product, - an actuator configured to switch the locking means from a locked position in which they prevent the dispensing of the product to an unlocked position in which they do not prevent the dispensing of the product, - return means configured to switch the locking means from the unlocked position to the locked position, out of the activation position of the product dispensing device , - blocking means configured to block the locking means in the unlocked position, - first disengagement means for disengaging the blocking means configured to be triggered upon the activation of the product dispensing device , - second disengagement means for disengaging the blocking means configured to be triggered independently of the activation of the product dispensing device .
A method of providing indications of health status of a mammal of a suspected acute medical condition, which is acute myocardial infarction (AMI), comprising: performing serial measurements on a marker molecule, troponin I or troponin T, present in samples of blood repetitively taken from said mammal wherein at least three of said measurements on the same marker molecule(s) are made at different times, at precise time marks, thereby providing responses forming one or more curves, said serial measurements have time intervals less than one hour, preferably, but not limited to, between 10 minutes and 30 minutes, in the initial phase; extracting information of the curve shape, defined by response levels and slope, and optionally curvature, based on data consisting of said time mark and a concentration level or an activity level, from said measurements; repetitively performing calculations along with said measurements, using a processing unit, of the rate of change over time to determine a slope, and optionally the rate of change of said rate of change over time to determine a curvature, based on said extracted information, for the responses from said marker molecule (s), displaying the result/ results from said calculations with a display means, suitable for early diagnosis. performing serial measurements on a marker molecule, troponin I or troponin T, present in samples of blood repetitively taken from said mammal wherein at least three of said measurements on the same marker molecule(s) are made at different times, at precise time marks, thereby providing responses forming one or more curves, said serial measurements have time intervals less than one hour, preferably, but not limited to, between 10 minutes and 30 minutes, in the initial phase; extracting information of the curve shape, defined by response levels and slope, and optionally curvature, based on data consisting of said time mark and a concentration level or an activity level, from said measurements; repetitively performing calculations along with said measurements, using a processing unit, of the rate of change over time to determine a slope, and optionally the rate of change of said rate of change over time to determine a curvature, based on said extracted information, for the responses from said marker molecule (s), displaying the result/ results from said calculations with a display means, suitable for early diagnosis.
An antimicrobial amphiphilic hydrogel composition for use in haemostasis of a wound comprising: - a first cross-linkable amphiphilic component, the first amphiphilic component, in its chemically cross-linked state, being a lyotropic liquid crystal and having an ordered nanostructure of hydrophobic and hydrophilic domains, the hydrogel comprising an antimicrobial agent covalently attached to the hydrophilic and/or hydrophobic domains, wherein the antimicrobial agent is an antimicrobial peptide comprising less than 20 amino acids and comprising an amino acid sequence having at least 90% identity to RRPRPRPRP. - a first cross-linkable amphiphilic component, the first amphiphilic component, in its chemically cross-linked state, being a lyotropic liquid crystal and having an ordered nanostructure of hydrophobic and hydrophilic domains, the hydrogel comprising an antimicrobial agent covalently attached to the hydrophilic and/or hydrophobic domains, wherein the antimicrobial agent is an antimicrobial peptide comprising less than 20 amino acids and comprising an amino acid sequence having at least 90% identity to RRPRPRPRP.
A method for purifying EPO and/or an EPO derivative, comprising a) contacting a liquid containing EPO and/or an EPO derivative with a solid phase which has bound a 1-amino-2-sulfo-anthraquinone dye which contains or consists of 1-amino-4-[4-[amino]-3-sulfoanilino]-9,10-dioxoanthracene-2-sulfonic acid; b) washing the solid phase with a washing liquid; c) eluting the EPO and/or EPO derivative from the solid phase with an elution liquid; d) contacting a liquid, which arises from the elution liquid which contains EPO and/or the EPO derivative and contains a phosphate buffer with a pH in the range from pH 5.5 to 6.5, with a solid hydroxyapatite material, and collecting the through feed which contains the EPO and/or the EPO derivative; e) contacting the through feed which contains EPO and/or the EPO derivative with a solid anion exchanger material, as a result of which the EPO (derivative) binds to the solid anion exchanger material; f) washing the solid anion exchanger material with a washing liquid; g) eluting the EPO and/or EPO derivative from the solid anion exchanger material with an elution liquid; or consisting of these steps, wherein no size-exclusion chromatography is carried out in the method. a) contacting a liquid containing EPO and/or an EPO derivative with a solid phase which has bound a 1-amino-2-sulfo-anthraquinone dye which contains or consists of 1-amino-4-[4-[amino]-3-sulfoanilino]-9,10-dioxoanthracene-2-sulfonic acid; b) washing the solid phase with a washing liquid; c) eluting the EPO and/or EPO derivative from the solid phase with an elution liquid; d) contacting a liquid, which arises from the elution liquid which contains EPO and/or the EPO derivative and contains a phosphate buffer with a pH in the range from pH 5.5 to 6.5, with a solid hydroxyapatite material, and collecting the through feed which contains the EPO and/or the EPO derivative; e) contacting the through feed which contains EPO and/or the EPO derivative with a solid anion exchanger material, as a result of which the EPO (derivative) binds to the solid anion exchanger material; f) washing the solid anion exchanger material with a washing liquid; g) eluting the EPO and/or EPO derivative from the solid anion exchanger material with an elution liquid;
A halting assembly for hygienic and sanitary products (A) of the type suitable for installation in a station for grouping products (A) within adapted seats , said products (A) arriving in sequence at said station , one after the other, from a supply apparatus arranged upstream, characterized in that it comprises at least one baffle that faces and is proximate to the terminal edge of the walls that delimit said seats and is actuated by at least one respective actuator controlled by a control and management unit, said baffle being movable between a first configuration which is external to said seat , in which it does not interfere with the at least one product (A) in input thereto, and a second configuration for maximum overlap on said seat , in which it locks the product (A) during first entry in said seat with a halting surface thereof.
Electrophoretic separation device, comprising - an anode and a cathode, - a porous scaffold material, and - a liquid separation medium, characterized in that the separation medium i. is located inside the porous scaffold material, ii. is in contact with the cathode and the anode, and iii. only fills parts of the porous scaffold material and forms a channel with a width of 25 to 1000 μm defining a migration path for a sample, whereas in other parts of the porous scaffold material the pores are not filled with liquid separation medium iv. wherein the porous scaffold material has a pore diameter of 0,05 to 1 μm. - an anode and a cathode, - a porous scaffold material, and - a liquid separation medium, characterized in that the separation medium i. is located inside the porous scaffold material, ii. is in contact with the cathode and the anode, and iii. only fills parts of the porous scaffold material and forms a channel with a width of 25 to 1000 μm defining a migration path for a sample, whereas in other parts of the porous scaffold material the pores are not filled with liquid separation medium iv. wherein the porous scaffold material has a pore diameter of 0,05 to 1 μm. i. is located inside the porous scaffold material, ii. is in contact with the cathode and the anode, and iii. only fills parts of the porous scaffold material and forms a channel with a width of 25 to 1000 μm defining a migration path for a sample, whereas in other parts of the porous scaffold material the pores are not filled with liquid separation medium iv. wherein the porous scaffold material has a pore diameter of 0,05 to 1 μm.
Drawer adjustment device for adjusting a front connector of a drawer lateral wall , in particular a drawer height adjustment device for adjusting a front connector of a drawer lateral wall ; wherein the drawer adjustment device comprises an external housing , an internal housing and an actuator assembly ; wherein the internal housing is present so as to be displaceable relative to the external housing ; wherein the actuator assembly has an actuating element , a guiding element and a slotted guide ; wherein the guiding element is mounted so as to be movable on the slotted guide ; wherein the slotted guide is configured on the internal housing ; wherein the internal housing comprises lateral parts , a central part and a front part ; wherein the central part connects the two lateral parts such that the internal housing is configured so as to be U-shaped; wherein the front part is present so as to be opposite the central part and spaced apart therefrom; wherein one slotted guide is in each case present on the central part and on the front part such that the guiding element is mounted so as to be movable between the central part and the front part ; wherein the actuating element is mounted so as to be rotatable about a rotation axis; wherein the actuating element is present so as not to be displaceable relative to the external housing in a direction transverse to the rotation axis; wherein the guiding element is present so as to be movable in a direction parallel to the rotation axis; wherein the actuating element and the guiding element are coupled to one another in such a manner that a rotating movement of the actuating element causes a movement of the guiding element in a direction parallel to the rotation axis, characterized in that the lateral parts, the central part and the front part are present so as to be integral.
An aerosol-generator (100; 200; 300; 400; 500; 700) for an aerosol-generating device (600; 800), the aerosol-generator comprising: a surface acoustic wave atomiser comprising: a substrate comprising an active surface defining at least one atomisation region ; and at least one transducer positioned on the active surface of the substrate for generating surface acoustic waves on the active surface of the substrate ; and a supply element arranged to supply a liquid aerosol-forming substrate to the at least one atomisation region , wherein the supply element comprises a channel extending through the substrate between an inlet for receiving a supply of a liquid aerosol-forming substrate and an outlet positioned within the at least one atomisation region of the active surface of the substrate , and wherein the channel has at least one of a cross-sectional area that varies in a direction from the inlet to the outlet and a portion that extends in a non-perpendicular direction with respect to the active surface . a surface acoustic wave atomiser comprising: a substrate comprising an active surface defining at least one atomisation region ; and at least one transducer positioned on the active surface of the substrate for generating surface acoustic waves on the active surface of the substrate ; and a substrate comprising an active surface defining at least one atomisation region ; and at least one transducer positioned on the active surface of the substrate for generating surface acoustic waves on the active surface of the substrate ; and a supply element arranged to supply a liquid aerosol-forming substrate to the at least one atomisation region , wherein the supply element comprises a channel extending through the substrate between an inlet for receiving a supply of a liquid aerosol-forming substrate and an outlet positioned within the at least one atomisation region of the active surface of the substrate , and wherein the channel has at least one of a cross-sectional area that varies in a direction from the inlet to the outlet and a portion that extends in a non-perpendicular direction with respect to the active surface .
Operating method for a coating system, in particular for a painting system, for coating components , in particular motor vehicle body components , having the following steps: a) conveying the components to be coated in a conveying direction through a coating booth by means of a conveyor , b) coating the components in the coating booth with a coating agent by means of an applicator (17-19) which applies a spray jet of the coating agent, a portion of the applied coating agent being deposited on the components to be coated, while another portion of the applied coating agent initially floats in the booth interior of the coating booth as disturbing overspray , c) removing the disturbing excessive overspray from the booth interior by a vertically downwardly directed air flow that is generated by a filter ceiling, and d) removing the disturbing excessive overspray from the booth interior by an additional measure in addition to the removal of the overspray by the vertically downwardly directed air flow that is generated by a filter ceiling, wherein the additional measure provides that an air stream is generated by a blowing nozzle arrangement , characterized in that e) the blowing nozzle arrangement delivers the air flow downwards through at least one blowing nozzle in order to blow the troublesome overspray downwards out of the booth interior, and f) the blowing nozzle arrangement is movable in the conveying direction. a) conveying the components to be coated in a conveying direction through a coating booth by means of a conveyor , b) coating the components in the coating booth with a coating agent by means of an applicator (17-19) which applies a spray jet of the coating agent, a portion of the applied coating agent being deposited on the components to be coated, while another portion of the applied coating agent initially floats in the booth interior of the coating booth as disturbing overspray , c) removing the disturbing excessive overspray from the booth interior by a vertically downwardly directed air flow that is generated by a filter ceiling, and d) removing the disturbing excessive overspray from the booth interior by an additional measure in addition to the removal of the overspray by the vertically downwardly directed air flow that is generated by a filter ceiling, wherein the additional measure provides that an air stream is generated by a blowing nozzle arrangement , e) the blowing nozzle arrangement delivers the air flow downwards through at least one blowing nozzle in order to blow the troublesome overspray downwards out of the booth interior, and f) the blowing nozzle arrangement is movable in the conveying direction.
A method of heating a surface of a vehicle component, the method comprising: applying a voltage to a material comprising between about 20 wt% and about 80 wt% carbon allotrope material, a polymer comprising a polyaniline, and a sulfonic acid; wherein the material is disposed on a surface of a vehicle component.
A process of obtaining Apo A-I from an Apo A-I containing protein fraction (A), comprising: (a) suspending the Apo A-I containing protein fraction (A) in a buffer solution (B) comprising 15 to 30% of a linear or branched C 1 to C 4 alcohol (w/w), wherein the suspended Apo A-I containing protein fraction (A) has a pH in the range from 6.4 to 10.0, (b) removing impurities from the suspension while keeping the Apo A-I proteins solubilized, (c) precipitating Apo A-I from the suspension, and (d) collecting the Apo A-I precipitate, wherein the Apo A-I containing protein fraction (A) is a plasma Fraction IV, the linear or branched C 1 to C 4 alcohol is ethanol; the buffer solution (B) comprises 5 mM to 35 mM NaHCO 3 ; wherein in step (a), the volume ratio of Apo A-I protein fraction (A) to buffer solution (B) is from 1:1 to 1:5; and wherein in step (b) the linear or branched C 1 to C 4 alcohol added to the suspension has a temperature of about -5°C to 15°C. (a) suspending the Apo A-I containing protein fraction (A) in a buffer solution (B) comprising 15 to 30% of a linear or branched C 1 to C 4 alcohol (w/w), wherein the suspended Apo A-I containing protein fraction (A) has a pH in the range from 6.4 to 10.0, (b) removing impurities from the suspension while keeping the Apo A-I proteins solubilized, (c) precipitating Apo A-I from the suspension, and (d) collecting the Apo A-I precipitate,
A method, comprising: receiving a request message from a mobile access gateway, at a frontend local mobility anchor, wherein the request message comprises a first redirect mobility option which indicates that the mobile access gateway supports redirection functionality, and wherein the request message is received at an internet protocol address of the frontend local mobility anchor; selecting a service local mobility anchor; and redirecting the request message to the service local mobility anchor, if the received request message contains the first redirect mobility option, receiving, at the frontend local mobility anchor, an acknowledgment message from the service local mobility anchor, wherein the acknowledgment message comprises a second redirect mobility option which indicates that the request message was redirected by the frontend local mobility anchor to the service local mobility anchor, and wherein the acknowledgment message is received from an internet protocol address of the service local mobility anchor; and sending, at the frontend local mobility anchor, the acknowledgment message to the mobile access gateway. receiving a request message from a mobile access gateway, at a frontend local mobility anchor, wherein the request message comprises a first redirect mobility option which indicates that the mobile access gateway supports redirection functionality, and wherein the request message is received at an internet protocol address of the frontend local mobility anchor; selecting a service local mobility anchor; and redirecting the request message to the service local mobility anchor, if the received request message contains the first redirect mobility option, receiving, at the frontend local mobility anchor, an acknowledgment message from the service local mobility anchor, wherein the acknowledgment message comprises a second redirect mobility option which indicates that the request message was redirected by the frontend local mobility anchor to the service local mobility anchor, and wherein the acknowledgment message is received from an internet protocol address of the service local mobility anchor; and sending, at the frontend local mobility anchor, the acknowledgment message to the mobile access gateway.