mhurhangee/patent-ind-claim-en huggingface dataset:
Expansible fixing plug which consists of at least two different plastics materials, having a main body made of a first plastics material, which main body is at least partly encased by a casing made of the second plastics material, the main body having an expansion region that extends along a longitudinal axis (L) and has at least two expansion tongues , between which expansion tongues there is formed an expansion channel for receiving an expander element, the expansion channel being formed in the expansion region by two intersecting slots , wherein the first slot extends in a first radial direction (r 1 ), passes through the main body in the expansion region and divides the two expansion tongues , and wherein the first slot , in the expansion region , is at least partly filled by a casing element of the casing made of the second plastics material, characterised in that the second slot does not pass radially through the main body , and the expansible fixing plug has a sleeve which is arranged to the front of the expansion region in the direction of introduction (E) and is widenable in a radial direction, into which sleeve the second slot extends.
An optically variable security element for securing valuable articles , having a substrate having opposing first and second main surfaces and, arranged on the first main surface, an optically variable pattern that comprises an embossing pattern and a coating , wherein - the coating comprises at least one imprinted line grid and one background layer that contrasts with the line grid, wherein the contrasting background layer is formed by a highly reflective background layer or a glossy background layer, - the embossing pattern comprises a two-dimensional grid of elevated and/or depressed embossing elements , - the coating and the embossing pattern are combined in such a way that substantially on every embossing element lies at least one line segment of a line in the line grid, and - at least one of the parameters 'position of the line segment on the embossing element', 'orientation of the line segment on the embossing element' and 'form of the line segment' varies location dependently across the dimension of the optically variable pattern such that, due to the line grid, a movement effect, especially a pump or rotation effect, is created when the security element is tilted. - the coating comprises at least one imprinted line grid and one background layer that contrasts with the line grid, wherein the contrasting background layer is formed by a highly reflective background layer or a glossy background layer, - the embossing pattern comprises a two-dimensional grid of elevated and/or depressed embossing elements , - the coating and the embossing pattern are combined in such a way that substantially on every embossing element lies at least one line segment of a line in the line grid, and - at least one of the parameters 'position of the line segment on the embossing element', 'orientation of the line segment on the embossing element' and 'form of the line segment' varies location dependently across the dimension of the optically variable pattern such that, due to the line grid, a movement effect, especially a pump or rotation effect, is created when the security element is tilted.
A process for producing a useful substance, comprising culturing a microorganism belonging to coryneform bacteria in a medium, the microorganism having an enhanced ability to take a sugar, which is taken into a cell via a phosphotransferase system (PTS), into a cell via a system other than the PTS, and having an ability to produce a useful substance; forming and accumulating the useful substance in a culture; and collecting the useful substance from the culture, wherein the culturing is performed at 35°C to 38°C, and wherein the microorganism having an enhanced ability to take a sugar, which is taken into a cell via the PTS, into a cell via a system other than the PTS, and having an ability to produce a useful substance has an enhanced ability to produce a protein defined in any one of to below: a protein comprising the amino acid sequence shown in SEQ ID NO: 14; a protein consisting of an amino acid sequence, wherein one or more amino acid residues are added, deleted or substituted in the amino acid sequence shown in SEQ ID NO: 14, and having a myo-inositol transport activity; a protein encoded by DNA comprising the nucleotide sequence shown in SEQ ID NO: 15; a protein encoded by DNA which hybridizes with DNA comprising the nucleotide sequence complementary to the nucleotide sequence shown in SEQ ID NO: 15 under stringent conditions, and having a myo-inositol transport activity; and a protein encoded by DNA comprising a nucleotide sequence having 80% or more identity to the nucleotide sequence shown in SEQ ID NO: 15, and having a myo-inositol transport activity. a protein comprising the amino acid sequence shown in SEQ ID NO: 14; a protein consisting of an amino acid sequence, wherein one or more amino acid residues are added, deleted or substituted in the amino acid sequence shown in SEQ ID NO: 14, and having a myo-inositol transport activity; a protein encoded by DNA comprising the nucleotide sequence shown in SEQ ID NO: 15; a protein encoded by DNA which hybridizes with DNA comprising the nucleotide sequence complementary to the nucleotide sequence shown in SEQ ID NO: 15 under stringent conditions, and having a myo-inositol transport activity; and a protein encoded by DNA comprising a nucleotide sequence having 80% or more identity to the nucleotide sequence shown in SEQ ID NO: 15, and having a myo-inositol transport activity.
An apparatus for dealcoholizing alcoholic beverage comprising: - a first receptacle comprising means to receive alcoholic beverage, - a second receptacle comprising means to receive fluid, - a third receptacle at least functionally connected to first receptacle to receive alcoholic beverage from the first receptacle, said third receptacle being further connected to the second receptacle , - means for producing vacuum at least functionally connected to at least the third receptacle to lower pressure therein, - fractionating means at least partially inside the second receptacle , the fractionating means functionally connecting the second and third receptacle , characterized in that the apparatus is arranged to facilitate vacuum distillation for the alcoholic beverage so that the vacuum is produced to the second receptacle and via the fractionating means to the third receptacle wherein vaporizing ethanol from the alcoholic beverage is forced to travel via the fractionating means to the second receptacle so that the vaporized ethanol is dissolved with the fluid in the second receptacle . - a first receptacle comprising means to receive alcoholic beverage, - a second receptacle comprising means to receive fluid, - a third receptacle at least functionally connected to first receptacle to receive alcoholic beverage from the first receptacle, said third receptacle being further connected to the second receptacle , - means for producing vacuum at least functionally connected to at least the third receptacle to lower pressure therein, - fractionating means at least partially inside the second receptacle , the fractionating means functionally connecting the second and third receptacle ,
An ophthalmic pharmaceutical composition for topical administration comprising iota carrageenan at a concentration of from 0.05% to 1% by weight of the ready-for-use preparation, water, an osmolality adjusting agent selected from mannitol or sorbitol, an at least one opthalmologically compatible additive which is a pH adjusting agent or buffer system, further comprising ethylenediaminetetraacetic acid disodium salt dihydrate (EDTA) with the proviso that the composition in its ready-for-use formulation contains no more than 0.5% w/v of a metal halide salt.
Desloratadine or ebastin for use in treatment of breast cancer.
A system for distributing washer fluid for motor vehicle windscreen wipers including: - at least one fluid circulation pipe , - at least one heating element extending along said pipe, the heating element including two separate heating conductors connected to one another such as to form a conductive heating loop , - at least one hydraulic connection connected hydraulically to said pipe, a heat-conducting adapter in contact with said heating element and arranged at a suitable distance to transmit at least some of the heat from said adapter to said hydraulic connection , characterized in that the heat-conducting adapter is a heat-conducting ring about which the heating loop is wound or in that the heat-conducting adapter is a heat-conducting tab wrapped around the conductive heating loop . - at least one fluid circulation pipe , - at least one heating element extending along said pipe, the heating element including two separate heating conductors connected to one another such as to form a conductive heating loop , - at least one hydraulic connection connected hydraulically to said pipe,
A method for enrolling a plurality of target devices (102-102n) in a network comprising: obtaining, by an in situ enrolment device , that is not enrolled as an in situ device, in situ enrolment information from at least one of the target devices; securely providing, by the in situ enrolment device, the in situ enrolment information from the at least one target device to a security management device for the network that allows target device configuration certificate generation by the security management device for the at least one target device based on the provided in situ enrolment information; wherein the in situ enrolment information provided by the security management device comprises a device identifier for the target device and context information of the target device; and wherein the in situ enrolment device creates a record for the target device (102-102n) for a management database based on the obtained in situ enrolment information and wherein securely providing the in situ enrolment information comprises digitally signing the record using a signing key trusted by the security management device to create a secure enrolment record and providing the secure enrolment record to the security management device . obtaining, by an in situ enrolment device , that is not enrolled as an in situ device, in situ enrolment information from at least one of the target devices; securely providing, by the in situ enrolment device, the in situ enrolment information from the at least one target device to a security management device for the network that allows target device configuration certificate generation by the security management device for the at least one target device based on the provided in situ enrolment information; wherein the in situ enrolment information provided by the security management device comprises a device identifier for the target device and context information of the target device; and wherein the in situ enrolment device creates a record for the target device (102-102n) for a management database based on the obtained in situ enrolment information and wherein securely providing the in situ enrolment information comprises digitally signing the record using a signing key trusted by the security management device to create a secure enrolment record and providing the secure enrolment record to the security management device .
A mobile barcode scanning device comprising: an embedded camera ; a user interface system comprising a visual display , the user interface system being configured to allow the user to access features of the mobile barcode scanning device with touch gestures on the visual display; a barcode scanning application , the barcode scanning application being initialized by an act of a user of the mobile barcode scanning device; and an operating system communicatively coupled to the embedded camera, the barcode scanning application, and the user interface system; wherein the visual display provides a viewfinder for the embedded camera, characterized in that : the visual display provides an adjustable barcode scanning window overlaid on the viewfinder, wherein the adjustable barcode scanning window is adjustable in size, orientation, and location in real-time by a two-point touch gesture on the visual display by the user of the mobile barcode scanning device, such that the barcode to be scanned and decoded can be defined and selected by the user in real-time from among a plurality of barcodes located within the viewfinder based at least in part on the two-point touch gesture resizing, reorienting, and relocating the adjustable barcode scanning window so as to at least partially encompass the barcode to be scanned and decoded, and wherein the mobile barcode scanning device is configured to scan and decode any barcode within the adjustable barcode scanning window. an embedded camera ; a user interface system comprising a visual display , the user interface system being configured to allow the user to access features of the mobile barcode scanning device with touch gestures on the visual display; a barcode scanning application , the barcode scanning application being initialized by an act of a user of the mobile barcode scanning device; and an operating system communicatively coupled to the embedded camera, the barcode scanning application, and the user interface system; wherein the visual display provides a viewfinder for the embedded camera, characterized in that : the visual display provides an adjustable barcode scanning window overlaid on the viewfinder, wherein the adjustable barcode scanning window is adjustable in size, orientation, and location in real-time by a two-point touch gesture on the visual display by the user of the mobile barcode scanning device, such that the barcode to be scanned and decoded can be defined and selected by the user in real-time from among a plurality of barcodes located within the viewfinder based at least in part on the two-point touch gesture resizing, reorienting, and relocating the adjustable barcode scanning window so as to at least partially encompass the barcode to be scanned and decoded, and wherein the mobile barcode scanning device is configured to scan and decode any barcode within the adjustable barcode scanning window.
A power module (M), comprising: a bridge arm including multiple power devices (Q 1 , Q 2 ; Q 3 , Q 4 ) connected in series; a first capacitor (C 1 ) connected in parallel with the bridge arm; at least three non-jumping power terminals (IN+, IN-, OUT, OUT1) at a non-jumping potential, wherein a first non-jumping power terminal (IN+) and a second non-jumping power terminal (IN-) of the at least three non-jumping power terminals (IN+, IN-, OUT, OUT1) are connected to each end of the bridge arm, respectively; at least one jumping power terminal (AC, AC1, AC2) at a jumping potential, wherein a first jumping power terminal (AC) of the at least one jumping power terminal (AC, AC1, AC2) is configured to be electrically connected to one terminal of a power inductor (L); and a third non-jumping power terminal (OUT, OUT1) of the at least three non-jumping power terminals (IN+, IN-, OUT, OUT1) is configured to be electrically connected to the other terminal of the power inductor; a second capacitor (C 2 ) electrically connected between the third non-jumping power terminal (OUT, OUT1) and one of the other non-jumping power terminals (IN+, IN-) of the at least three non-jumping power terminals (IN+, IN-, OUT, OUT1); and an auxiliary terminal (OUT2) electrically connected to the third non-jumping power terminal (OUT1) and further configured to be electrically connected to an external capacitor (C X1 ). a bridge arm including multiple power devices (Q 1 , Q 2 ; Q 3 , Q 4 ) connected in series; a first capacitor (C 1 ) connected in parallel with the bridge arm; at least three non-jumping power terminals (IN+, IN-, OUT, OUT1) at a non-jumping potential, wherein a first non-jumping power terminal (IN+) and a second non-jumping power terminal (IN-) of the at least three non-jumping power terminals (IN+, IN-, OUT, OUT1) are connected to each end of the bridge arm, respectively; at least one jumping power terminal (AC, AC1, AC2) at a jumping potential, wherein a first jumping power terminal (AC) of the at least one jumping power terminal (AC, AC1, AC2) is configured to be electrically connected to one terminal of a power inductor (L); and a third non-jumping power terminal (OUT, OUT1) of the at least three non-jumping power terminals (IN+, IN-, OUT, OUT1) is configured to be electrically connected to the other terminal of the power inductor; a second capacitor (C 2 ) electrically connected between the third non-jumping power terminal (OUT, OUT1) and one of the other non-jumping power terminals (IN+, IN-) of the at least three non-jumping power terminals (IN+, IN-, OUT, OUT1); and an auxiliary terminal (OUT2) electrically connected to the third non-jumping power terminal (OUT1) and further configured to be electrically connected to an external capacitor (C X1 ).
A hydraulic actuator for a vehicle suspension, characterized by comprising: a pump assembly including an electric motor coupled to a pump and configured to transfer hydraulic fluid to a discharge header ; a first isolation valve having an elastomeric seat and configured to selectively block fluid flow from a port in fluid communication with a height-adjustable damper to the discharge header ; and a second isolation valve having a metal seat and connected in series with the first isolation valve to selectively block fluid flow from the port to the discharge header , wherein the hydraulic actuator further comprises a third isolation valve having an elastomeric seat and a fourth isolation valve having a metal seat, the third isolation valve and the fourth isolation valve being connected in series with one-another and each configured to selectively block fluid flow from a second port in fluid communication with a second height-adjustable damper to the discharge header , wherein the hydraulic actuator further comprises at least one control valve configured to regulate fluid flow between the discharge header and at least one of the port and the second port for controlling distribution of the hydraulic fluid between the height-adjustable damper and the second height-adjustable damper . a pump assembly including an electric motor coupled to a pump and configured to transfer hydraulic fluid to a discharge header ; a first isolation valve having an elastomeric seat and configured to selectively block fluid flow from a port in fluid communication with a height-adjustable damper to the discharge header ; and a second isolation valve having a metal seat and connected in series with the first isolation valve to selectively block fluid flow from the port to the discharge header , wherein the hydraulic actuator further comprises a third isolation valve having an elastomeric seat and a fourth isolation valve having a metal seat, the third isolation valve and the fourth isolation valve being connected in series with one-another and each configured to selectively block fluid flow from a second port in fluid communication with a second height-adjustable damper to the discharge header , wherein the hydraulic actuator further comprises at least one control valve configured to regulate fluid flow between the discharge header and at least one of the port and the second port for controlling distribution of the hydraulic fluid between the height-adjustable damper and the second height-adjustable damper .
A detector comprising: a housing ; a flame detector sensor mounted within the housing ; a first temperature sensing element for sensing the temperature of the flame detector sensor ; a second temperature sensing element for sensing ambient temperature; a heater positioned adjacent to the sensor ; and control means arranged to receive output signals from the first temperature sensing element and the second temperature sensing element , and configured to vary the power supplied to the heater ; characterised in that the control means is further configured to: compare the output signal of the second temperature sensing element with the output signal of the first temperature sensing element , and in response to the comparison, determine an amount of power to the heater in order to control a rate of change of the temperature of the flame detector sensor to be within a predetermined limit whilst aiming to maintain the temperature of the flame detector sensor at a predetermined offset above the ambient temperature; and control the power supplied to the heater based on said determined amount of power to control the rate of change of the temperature of the flame detector sensor to be within the predetermined limit whilst aiming to maintain the temperature of the flame detector sensor at the predetermined offset above the ambient temperature. a housing ; a flame detector sensor mounted within the housing ; a first temperature sensing element for sensing the temperature of the flame detector sensor ; a second temperature sensing element for sensing ambient temperature; a heater positioned adjacent to the sensor ; and control means arranged to receive output signals from the first temperature sensing element and the second temperature sensing element , and configured to vary the power supplied to the heater ; characterised in that the control means is further configured to: compare the output signal of the second temperature sensing element with the output signal of the first temperature sensing element , and in response to the comparison, determine an amount of power to the heater in order to control a rate of change of the temperature of the flame detector sensor to be within a predetermined limit whilst aiming to maintain the temperature of the flame detector sensor at a predetermined offset above the ambient temperature; and control the power supplied to the heater based on said determined amount of power to control the rate of change of the temperature of the flame detector sensor to be within the predetermined limit whilst aiming to maintain the temperature of the flame detector sensor at the predetermined offset above the ambient temperature.
A roller for forming a thermoplastic resin film , wherein a surface of a substantially cylindrical core is provided with a layer of a rubber , the rubber has a change in hardness in a heat aging test at 150°C for 72 hours according to JIS K6257:2010 which is less than or equal to 15 degrees in type A durometer hardness according to JIS K6253:2012 and a surface of the layer of the rubber is provided with a layer of an amorphous carbon coat , wherein the rubber has in a main chain a carbon-carbon double bond, and a hydrocarbon-based hydrophobic layer is formed between the rubber layer and the layer of the amorphous carbon coat , characterized in that the rubber is a hydrogenated nitrile rubber.
A method of generating and machining gear teeth on a tool , wherein the workpiece is subjected to a movement from a first location where the workpiece, while being held by a clamping device connected to a workpiece spindle , is brought into a machining engagement with a first tool to generate the gear teeth, to a second location where the workpiece, while remaining in its clamped condition, is brought into a machining engagement with a second tool to deburr and/or chamfer the generated gear teeth, , characterised in that prior to performing the movement, the connection between the clamping device and the workpiece spindle is released, and after the movement, the clamping device is connected to another workpiece spindle for the machining engagement with the second tool .