mhurhangee/patent-ind-claim-en huggingface dataset:
A single cell two-cassette reporter system comprising: a) a first cassette comprising i) a target gene; ii) a first reporter gene, wherein translation of the first reporter gene is translationally linked to the target gene; b) a second cassette comprising i) a protein inclusion body responsive promoter operably linked to a second reporter gene, wherein the first reporter gene product and the second reporter gene product are suitable for detection. a) a first cassette comprising i) a target gene; ii) a first reporter gene, wherein translation of the first reporter gene is translationally linked to the target gene; i) a target gene; ii) a first reporter gene, wherein translation of the first reporter gene is translationally linked to the target gene; b) a second cassette comprising i) a protein inclusion body responsive promoter operably linked to a second reporter gene, wherein the first reporter gene product and the second reporter gene product are suitable for detection. i) a protein inclusion body responsive promoter operably linked to a second reporter gene,
A method for controlling the operation of an electrochemical device having at least one operating organ , comprising the steps of: - receiving measurements (M) related to the operation of the electrochemical device, and estimating at least diagnostics data (S11,S111) based on said measurements, wherein the method further comprises the steps of: - estimating prognostics data (S12,S121,S122) based on said diagnostics data and providing operation instructions (S131) to control (S14) said operating organ of the electrochemical device, said operation instructions being optimized with respect to said estimated diagnostics and prognostics data, the method is characterised in that said electrochemical device comprising at least one fuel cell having a fuel canal, said measurements include a monitoring of variations of voltage provided by the fuel cell, and said operating organ comprises an air bleed inlet in the fuel canal so as to evacuate contaminant from the fuel canal if a decrease of an average voltage value is observed from said measurements. - receiving measurements (M) related to the operation of the electrochemical device, and estimating at least diagnostics data (S11,S111) based on said measurements, - estimating prognostics data (S12,S121,S122) based on said diagnostics data and providing operation instructions (S131) to control (S14) said operating organ of the electrochemical device, said operation instructions being optimized with respect to said estimated diagnostics and prognostics data, the method is characterised in that said electrochemical device comprising at least one fuel cell having a fuel canal, said measurements include a monitoring of variations of voltage provided by the fuel cell, and said operating organ comprises an air bleed inlet in the fuel canal so as to evacuate contaminant from the fuel canal if a decrease of an average voltage value is observed from said measurements.
A compound of formula I: or pharmaceutically acceptable hydrates, or solvates thereof; wherein, RH represents caprylic acid (octanoic acid), lauric acid, or linoleic acid. RH represents caprylic acid (octanoic acid), lauric acid, or linoleic acid.
An energy supply system , in particular for a tool which can be attached or is attached to a hoist , having a line storage for winding and unwinding at least one energy line around a winding center of the line storage , wherein at least one carrier is provided for the at least one energy line , and the line storage has an opening for the inlet and outlet of the carrier and the energy line , wherein the at least one carrier can be guided through the opening for guiding the carrier and the energy line in sections in the line storage by guide means via a first guide section through a first guide arch , and via a second guide section , which is adjoining the first guide arch , through a second guide arch , and via a third guide section , which is adjoining the second guide arch , and lies further inwards, compared with the first guide section , relative to the winding center - and possibly further guide arches and guide sections - to the winding center of the line storage , wherein the carrier has an outer, first end and an inner, second end , and the carrier has a section with guide means and a section without guide means, wherein the section without guide means extends from the second end to the section with guide means, and the carrier is connected to the winding center at the second end of the carrier , and the section without guide means is unguided in the line storage , wherein the unguided section of the carrier can be wound essentially spirally around the winding center , characterized in that the winding radius of the unguided section of the carrier increases or decreases as the guided part of the section of the carrier is wound or unwound, wherein the energy line in the winding center leads into the line storage through a non-rotatable joint.
An optical blood cell counting method, comprising: - adjusting a microscope focal depth of a microscope through a range of values of the microscope focal depth, the microscope having a microscope focal arrangement adapted to form a plurality of blurry images of blood cells in a z plane of a fluid sample at different ones of the range of values of the microscope focal depth, wherein the different ones of the range of values of the microscope focal depth comprises at least one focal plane above the z plane of the blood cells and at least one focal plane below the z plane of the blood cells; - recording the plurality of blurry images of the blood cells at the different ones of the range of values of the microscope focal depth, wherein coordinates of blood cells overlap on the plurality of blurry images, thus causing the generation of a specific light-dark pattern across the plurality of blurry images indicative of the blood cells; and - analyzing the plurality of blurry images for the specific light-dark pattern across the plurality of blurry images to identify and classify the blood cells based on evolution of the light-dark pattern across the plurality of blurry images, wherein said images are recorded through a covering plate that is thicker than a plate for which the microscope objective has been corrected. - adjusting a microscope focal depth of a microscope through a range of values of the microscope focal depth, the microscope having a microscope focal arrangement adapted to form a plurality of blurry images of blood cells in a z plane of a fluid sample at different ones of the range of values of the microscope focal depth, wherein the different ones of the range of values of the microscope focal depth comprises at least one focal plane above the z plane of the blood cells and at least one focal plane below the z plane of the blood cells; - recording the plurality of blurry images of the blood cells at the different ones of the range of values of the microscope focal depth, wherein coordinates of blood cells overlap on the plurality of blurry images, thus causing the generation of a specific light-dark pattern across the plurality of blurry images indicative of the blood cells; and - analyzing the plurality of blurry images for the specific light-dark pattern across the plurality of blurry images to identify and classify the blood cells based on evolution of the light-dark pattern across the plurality of blurry images, wherein said images are recorded through a covering plate that is thicker than a plate for which the microscope objective has been corrected.
A steam cleaning apparatus including: a cleaning head having a body that defines a footprint (F) to sit adjacent a surface to be cleaned; and a fluid storage container; wherein the cleaning head includes a nozzle configured for directing fluid from the storage container to a surface outside of the footprint of the body , characterized in that the nozzle is moveable relative to the body ( . a cleaning head having a body that defines a footprint (F) to sit adjacent a surface to be cleaned; and a fluid storage container; wherein the cleaning head includes a nozzle configured for directing fluid from the storage container to a surface outside of the footprint of the body , characterized in that the nozzle is moveable relative to the body ( .
A cosmetic material comprising the following: (A) hydrophobic powder; (B) carboxylic acid modified silicone; (C) a basic compound; and (D) water; wherein the pH is within a range of 7.1 to 9.5, and the (A) hydrophobic powder is dispersed in an aqueous phase. (A) hydrophobic powder; (B) carboxylic acid modified silicone; (C) a basic compound; and (D) water; the pH is within a range of 7.1 to 9.5, and the (A) hydrophobic powder is dispersed in an aqueous phase.
An apparatus comprising a host bridge device , the host bridge device comprising: a means for receiving a plurality of strongly ordered write transactions from one or more strongly ordered producer devices ; a means for issuing the plurality of strongly ordered write transactions to one or more consumer devices within a weakly ordered domain ; a means for detecting a first write transaction of the plurality of strongly ordered write transactions that is not accepted by a first consumer device of the one or more consumer devices; and characterised by : a means for sending a cancellation message to the respective consumer device for each of one or more write transactions issued subsequent to the first write transaction and accepted by a respective consumer device of the one or more consumer devices ; and a means for replaying the first write transaction and the one or more write transactions that were issued subsequent to the first write transaction. a means for receiving a plurality of strongly ordered write transactions from one or more strongly ordered producer devices ; a means for issuing the plurality of strongly ordered write transactions to one or more consumer devices within a weakly ordered domain ; a means for detecting a first write transaction of the plurality of strongly ordered write transactions that is not accepted by a first consumer device of the one or more consumer devices; and characterised by : a means for sending a cancellation message to the respective consumer device for each of one or more write transactions issued subsequent to the first write transaction and accepted by a respective consumer device of the one or more consumer devices ; and a means for replaying the first write transaction and the one or more write transactions that were issued subsequent to the first write transaction. a means for sending a cancellation message to the respective consumer device for each of one or more write transactions issued subsequent to the first write transaction and accepted by a respective consumer device of the one or more consumer devices ; and a means for replaying the first write transaction and the one or more write transactions that were issued subsequent to the first write transaction.
A method for tracking a User Equipment (UE) in a mobile communication network , the method comprising: transmitting, from a transmission point of the mobile communication network , one or more pulse signals in a predetermined direction associated with a predetermined area covered by the mobile communication network , wherein transmitting the one or more pulse signals further comprises transmitting, from the transmission point , radar pulses in the predetermined direction associated with the predetermined area ; in response to transmitting the one or more pulse signals , receiving, at the transmission point , pulse response signals associated with one or more objects; and determining the likely presence of at least one UE within the predetermined area based at least on one or more of the objects associated with the pulse response signals likely being the at least one UE , characterized in that receiving the pulse response signals further comprises receiving, at the transmission point , reflective echo signals, and wherein the method further comprises generating and storing one or more UE pulse response signal profiles for the at least one UE based on the pulse response signals , wherein the pulse response signal profiles indicate a likely presence of the at least one UE within the predetermined area over time. transmitting, from a transmission point of the mobile communication network , one or more pulse signals in a predetermined direction associated with a predetermined area covered by the mobile communication network , wherein transmitting the one or more pulse signals further comprises transmitting, from the transmission point , radar pulses in the predetermined direction associated with the predetermined area ; in response to transmitting the one or more pulse signals , receiving, at the transmission point , pulse response signals associated with one or more objects; and determining the likely presence of at least one UE within the predetermined area based at least on one or more of the objects associated with the pulse response signals likely being the at least one UE , characterized in that receiving the pulse response signals further comprises receiving, at the transmission point , reflective echo signals, and wherein the method further comprises generating and storing one or more UE pulse response signal profiles for the at least one UE based on the pulse response signals , wherein the pulse response signal profiles indicate a likely presence of the at least one UE within the predetermined area over time.
A printing system comprising an image forming station at which droplets of a liquid ink are applied to an outer surface of an intermediate transfer member to form an ink image, a drying station for drying the ink image to leave an ink residue film; and an impression station at which the residue film is transferred to a substrate sheet , wherein the intermediate transfer member comprises a thin flexible substantially inextensible belt and wherein the impression station comprises an impression cylinder and a pressure cylinder that carries a compressible blanket of at least the same length as the substrate sheet for urging the belt against the impression cylinder to cause the residue film resting on the outer surface of the belt to be transferred onto the substrate sheet that passes between the belt and the impression cylinder , the belt having a length greater than the circumference of the blanket-covered pressure cylinder and being guided ) to contact the outer surface of the blanket-covered pressure cylinder over only a portion of the length of the belt .
A low friction bearing liner for a solenoid , wherein the low friction bearing liner comprises: a core layer comprising a polyimide material; a first outer layer overlying a first surface of the core layer , wherein the first outer layer comprises a fluoropolymer material, and wherein the first outer layer has a melt flow rate of at least about 2 g/10 min at 372°C; a second outer layer overlying the first outer layer , wherein the second outer layer comprises a fluoropolymer material distinct from the fluoropolymer material of the first outer layer and wherein the second outer layer has a surface coefficient of friction of not greater than about 0.2; a first inner layer overlying a second surface of the core layer , wherein the second surface is opposite of the first surface , wherein the first inner layer comprises a fluoropolymer material, and wherein the first inner layer has a melt flow rate of at least about 2 g/10 min at 372°C; and a second inner layer overlying the first inner layer , wherein the second inner layer comprises a fluoropolymer material distinct from the fluoropolymer material of the first inner layer and wherein the second inner layer has a surface coefficient of friction of not greater than about 0.2; wherein the surface coefficient of friction of a particular layer is measured under a 9 Newton normal force at 260 mm/s in contact with a 6.35 mm (0.25 inch) polyimide wear sphere at a temperature of 140°C and lubricated with 60 cm 2 /s (6,000 cs) silicone oil. a core layer comprising a polyimide material; a first outer layer overlying a first surface of the core layer , wherein the first outer layer comprises a fluoropolymer material, and wherein the first outer layer has a melt flow rate of at least about 2 g/10 min at 372°C; a second outer layer overlying the first outer layer , wherein the second outer layer comprises a fluoropolymer material distinct from the fluoropolymer material of the first outer layer and wherein the second outer layer has a surface coefficient of friction of not greater than about 0.2; a first inner layer overlying a second surface of the core layer , wherein the second surface is opposite of the first surface , wherein the first inner layer comprises a fluoropolymer material, and wherein the first inner layer has a melt flow rate of at least about 2 g/10 min at 372°C; and a second inner layer overlying the first inner layer , wherein the second inner layer comprises a fluoropolymer material distinct from the fluoropolymer material of the first inner layer and wherein the second inner layer has a surface coefficient of friction of not greater than about 0.2; wherein the surface coefficient of friction of a particular layer is measured under a 9 Newton normal force at 260 mm/s in contact with a 6.35 mm (0.25 inch) polyimide wear sphere at a temperature of 140°C and lubricated with 60 cm 2 /s (6,000 cs) silicone oil.
Sterile packaging for sterile medical devices, which as a double sterile packaging builds up an inner first sterile barrier and an outer second sterile barrier formed separately from and independently of the first sterile barrier , and which is accommodated in an outer packaging , characterized in that the outer packaging consists of a composite material, inter alia of cardboard and at least one coating or film, and the outer packaging and in particular its coating or film in the composite material is designed and intended to form an outer second sterile barrier of the sterile packaging and the inner packaging formed as a first sterile barrier , in which at least one sterile medical device is accommodated, protrudes when the outer packaging formed as a second sterile barrier is opened.
A sheet body comprising at least a solid oil-containing resin layer comprising an oil and an oil-permeable surface resin layer that has higher wear resistance than the oil-containing resin layer and is layered on one of surfaces of the oil-containing resin layer, wherein the oil included in the oil-containing resin layer comprises a low-temperature exuding oil component capable of exuding from the oil-containing resin layer when a temperature decreases to a predetermined value or lower, and the surface resin layer has enough oil permeability to permeate the low-temperature exuding oil component exuding from the oil-containing resin layer to a surface of the surface resin layer that is opposite to a side of the oil-containing resin layer.
A load-securing system having at least one lashing device for partial load securing in or counter to the direction of travel of a commercial vehicle structure with an anchoring side , which has at least two, in particular at least three, anchoring elements for form-fitting engagement in a hole grid of a stanchion of the vehicle structure, and a stanchion of a commercial vehicle structure, wherein the stanchion has a hole grid for receiving the lashing device , in particular at different height positions, and is fixable or fixed form- and/or force-fittingly between a roof rail and a floor of the commercial vehicle structure, wherein arresting means are provided on the roof rail and on a stanchion head of the stanchion , said arresting means interlocking form-fittingly in a locking position of the stanchion in order to prevent displacement of the stanchion along the roof rail , and wherein the arresting means comprise two blocking elements and an engagement element , which engages form-fittingly between the two blocking elements in the locking position.
A method for using a local media playback system comprising a plurality of playback zones (610, 620; 906) having a plurality of playback functions, the method comprising: in response to an instruction from a first controller (300; 500; 630-633) of a first user to cause the local media playback system to enter a party playlist mode, the first user being authenticated to enter the party playlist mode, causing the local media playback system to enter the party playlist mode, wherein, in the party playlist mode: a second user is provided with limited access to control one or more playback zones via a second controller, the limited access being applied based on authentication of the second user, the one or more playback zones corresponding to a limited subset of the plurality of playback zones of the local media playback system; and while the local media playback system is in the party playlist mode, and responsive to an input from the second user, causing a media item to be added to a playlist for playback by a particular playback zone of the limited subset. in response to an instruction from a first controller (300; 500; 630-633) of a first user to cause the local media playback system to enter a party playlist mode, the first user being authenticated to enter the party playlist mode, causing the local media playback system to enter the party playlist mode, wherein, in the party playlist mode: a second user is provided with limited access to control one or more playback zones via a second controller, the limited access being applied based on authentication of the second user, the one or more playback zones corresponding to a limited subset of the plurality of playback zones of the local media playback system; and while the local media playback system is in the party playlist mode, and responsive to an input from the second user, causing a media item to be added to a playlist for playback by a particular playback zone of the limited subset.
A device for generating a magnetic field for athletic performance monitoring, comprising: a first pair of magnetometers and a second pair of magnetometers positioned on an athlete , wherein one magnetometer of each pair of magnetometers is configured to transmit an external magnetic field and another one magnetometer of each pair of magnetometers is configured to receive and monitor the magnetic field; a generator operatively connected to the one magnetometers and configured to vary a characteristic of the external magnetic field, wherein the characteristic is varied over time, wherein the another one magnetometers of each pair of magnetometers are configured to generate at least one magnetometer signal representing a change in the magnetic field; characterized in that: the generator is configured to randomly or pseudo-randomly vary the frequency of the first pair of magnetometers between 8900 and 9100 Hz and to randomly or pseudo-randomly vary the frequency of the second pair of magnetometers between 8660 and 8860 Hz. a first pair of magnetometers and a second pair of magnetometers positioned on an athlete , wherein one magnetometer of each pair of magnetometers is configured to transmit an external magnetic field and another one magnetometer of each pair of magnetometers is configured to receive and monitor the magnetic field; a generator operatively connected to the one magnetometers and configured to vary a characteristic of the external magnetic field, wherein the characteristic is varied over time, wherein the another one magnetometers of each pair of magnetometers are configured to generate at least one magnetometer signal representing a change in the magnetic field; characterized in that: the generator is configured to randomly or pseudo-randomly vary the frequency of the first pair of magnetometers between 8900 and 9100 Hz and to randomly or pseudo-randomly vary the frequency of the second pair of magnetometers between 8660 and 8860 Hz.