mhurhangee/patent-ind-claim-en huggingface dataset:
A working machine comprising: a ground engaging structure provided in the form of front and rear wheels or a pair of endless tracks; an undercarriage supported on the ground engaging , structure , the undercarriage comprising a drive arrangement for moving the ground engaging structure to propel the working machine , the drive arrangement comprising a prime mover and a transmission comprising a hydraulic pump arrangement configured to be driven by the prime mover ; a superstructure rotatably mounted to the undercarriage ; a working arm connected to the superstructure ; and a first implement mount connected to the undercarriage for operably mounting a working implement to the undercarriage , wherein the undercarriage comprises a first actuator for raising and lowering a working implement when mounted to the first implement mount ; characterised in that : the undercarriage comprises a hydraulic connector for supplying hydraulic fluid to the first actuator to actuate the first actuator, and a first auxiliary hydraulic connector configured for supplying hydraulic fluid to an implement connected thereto, and in that , the first auxiliary hydraulic connector is provided on the same side of the undercarriage as the first implement mount . a ground engaging structure provided in the form of front and rear wheels or a pair of endless tracks; an undercarriage supported on the ground engaging , structure , the undercarriage comprising a drive arrangement for moving the ground engaging structure to propel the working machine , the drive arrangement comprising a prime mover and a transmission comprising a hydraulic pump arrangement configured to be driven by the prime mover ; a superstructure rotatably mounted to the undercarriage ; a working arm connected to the superstructure ; and a first implement mount connected to the undercarriage for operably mounting a working implement to the undercarriage , wherein the undercarriage comprises a first actuator for raising and lowering a working implement when mounted to the first implement mount ; characterised in that : the undercarriage comprises a hydraulic connector for supplying hydraulic fluid to the first actuator to actuate the first actuator, and a first auxiliary hydraulic connector configured for supplying hydraulic fluid to an implement connected thereto, and in that , the first auxiliary hydraulic connector is provided on the same side of the undercarriage as the first implement mount . the undercarriage comprises a hydraulic connector for supplying hydraulic fluid to the first actuator to actuate the first actuator, and a first auxiliary hydraulic connector configured for supplying hydraulic fluid to an implement connected thereto, and in that , the first auxiliary hydraulic connector is provided on the same side of the undercarriage as the first implement mount .
A rotation-detecting apparatus comprising: a rotor and stators; a rotor coil disposed in the rotor; detection coils disposed in each of the stators; a control circuit configured to process detection signals induced in the detection coils when the rotor coil is excited with an excitation signal to detect a relative angle of rotation between the rotor and the stators; and communication means for data communication with an external apparatus; and a contact output circuit that functions as a pulse encoder for outputting pulse signals based on the detection signals and uniform pulses generated by a pulse conversion circuit ; wherein the control circuit has a function of outputting a switch signal that turns on and off at a preset angle of rotation based on the detection signals and is configured to allow the external apparatus to change a setting of the angle of rotation associated with the switch signal via the communication means , and is also configured to be capable of changing a setting of a pulse rate of the pulse signals output by the contact output circuit , based on a setting value input via the communication means . a rotor and stators; a rotor coil disposed in the rotor; detection coils disposed in each of the stators; a control circuit configured to process detection signals induced in the detection coils when the rotor coil is excited with an excitation signal to detect a relative angle of rotation between the rotor and the stators; and communication means for data communication with an external apparatus; and a contact output circuit that functions as a pulse encoder for outputting pulse signals based on the detection signals and uniform pulses generated by a pulse conversion circuit ; wherein the control circuit has a function of outputting a switch signal that turns on and off at a preset angle of rotation based on the detection signals and is configured to allow the external apparatus to change a setting of the angle of rotation associated with the switch signal via the communication means , and is also configured to be capable of changing a setting of a pulse rate of the pulse signals output by the contact output circuit , based on a setting value input via the communication means .
A weather and wear resistant seaming apparatus for seaming floor covering sections having dense or thick backing layers, comprising: an elongated plate having an upper surface and a lower surface, said lower surface being substantially smooth and said upper surface being divided into multiple transversely spaced and longitudinally extending zones including first and second edge zones which are laterally spaced by a central zone , said plate being inextendible in both longitudinal and lateral directions; a plurality of sharp, elongated projections extending upwardly at spaced locations from said first and second edge zones , said projections being nail shaped having a top and an elongated body portion, the top being sharply tapered to promote piercing engagement with a dense or thick floor covering backing and the elongated body extending upwards from the upper surface at an angle of less than 90 degrees; and a pressure sensitive adhesive layer positioned within said central zone and extending substantially entirely the length of said elongated plate , said plate being adapted to be positioned upon a supporting surface and interconnected to said floor covering sections to be seamed by positioning said plate below said floor covering sections with terminal edge portions of said floor covering sections being fixably engaged with said adhesive layer and with a respective set of said projections and abutting in said central zone . an elongated plate having an upper surface and a lower surface, said lower surface being substantially smooth and said upper surface being divided into multiple transversely spaced and longitudinally extending zones including first and second edge zones which are laterally spaced by a central zone , said plate being inextendible in both longitudinal and lateral directions; a plurality of sharp, elongated projections extending upwardly at spaced locations from said first and second edge zones , said projections being nail shaped having a top and an elongated body portion, the top being sharply tapered to promote piercing engagement with a dense or thick floor covering backing and the elongated body extending upwards from the upper surface at an angle of less than 90 degrees; and a pressure sensitive adhesive layer positioned within said central zone and extending substantially entirely the length of said elongated plate , said plate being adapted to be positioned upon a supporting surface and interconnected to said floor covering sections to be seamed by positioning said plate below said floor covering sections with terminal edge portions of said floor covering sections being fixably engaged with said adhesive layer and with a respective set of said projections and abutting in said central zone .
A gas turbine engine comprising: a high pressure turbine configured to rotate with a high pressure compressor as a high pressure spool in a first direction about a central axis (C); a low pressure turbine configured to rotate with a low pressure compressor as a low pressure spool in said first direction about said central axis (C); and a fan connected to the low pressure spool via a speed changing mechanism and configured to rotate in said first direction, characterised in that : guide vanes are positioned upstream of a first stage in said low pressure turbine to, in use, direct gases downstream of said high pressure turbine as the gases approach said low pressure turbine ; and a mid-turbine frame supports said high pressure turbine , wherein said guide vanes are positioned intermediate said mid-turbine frame and said low pressure turbine . a high pressure turbine configured to rotate with a high pressure compressor as a high pressure spool in a first direction about a central axis (C); a low pressure turbine configured to rotate with a low pressure compressor as a low pressure spool in said first direction about said central axis (C); and a fan connected to the low pressure spool via a speed changing mechanism and configured to rotate in said first direction, characterised in that : guide vanes are positioned upstream of a first stage in said low pressure turbine to, in use, direct gases downstream of said high pressure turbine as the gases approach said low pressure turbine ; and a mid-turbine frame supports said high pressure turbine , wherein said guide vanes are positioned intermediate said mid-turbine frame and said low pressure turbine . guide vanes are positioned upstream of a first stage in said low pressure turbine to, in use, direct gases downstream of said high pressure turbine as the gases approach said low pressure turbine ; and a mid-turbine frame supports said high pressure turbine , wherein said guide vanes are positioned intermediate said mid-turbine frame and said low pressure turbine .
A method for measuring cholesterol in low-density lipoprotein in a sample, the method comprising: reacting the sample with (i) a combination of cholesterol ester hydrolase and cholesterol oxidase or (ii) a combination of cholesterol ester hydrolase, an oxidized coenzyme and cholesterol dehydrogenase, in an aqueous solvent which comprises: [a] one or more surfactants selected from the group consisting of a polyoxyethylene alkyl ether and a polyoxyethylene polyoxypropylene alkyl ether; [b] a polyoxyethylene polyoxypropylene copolymer; and [c] a polyoxypropylene derivative not comprising any polyoxyethylene in a molecule; and which does not comprise any surfactant having an alkylphenol structure; and measuring a substance formed or consumed in the reaction. reacting the sample with (i) a combination of cholesterol ester hydrolase and cholesterol oxidase or (ii) a combination of cholesterol ester hydrolase, an oxidized coenzyme and cholesterol dehydrogenase, (i) a combination of cholesterol ester hydrolase and cholesterol oxidase or (ii) a combination of cholesterol ester hydrolase, an oxidized coenzyme and cholesterol dehydrogenase, in an aqueous solvent which comprises: [a] one or more surfactants selected from the group consisting of a polyoxyethylene alkyl ether and a polyoxyethylene polyoxypropylene alkyl ether; [b] a polyoxyethylene polyoxypropylene copolymer; and [c] a polyoxypropylene derivative not comprising any polyoxyethylene in a molecule; and [a] one or more surfactants selected from the group consisting of a polyoxyethylene alkyl ether and a polyoxyethylene polyoxypropylene alkyl ether; [b] a polyoxyethylene polyoxypropylene copolymer; and [c] a polyoxypropylene derivative not comprising any polyoxyethylene in a molecule; and which does not comprise any surfactant having an alkylphenol structure; and measuring a substance formed or consumed in the reaction.
Pump unit for reducing agents of an exhaust gas purification system for an internal combustion engine of a motor vehicle having a diaphragm which is arranged on a diaphragm carrier , and having a pump housing for securing a radially outer collar of the diaphragm , characterized in that the diaphragm is of annular configuration, the diaphragm having two radially outer collars which are spaced apart axially with respect to one another and the collars of the diaphragm each having a reinforcing ring .
An apparatus comprising: - a receiver configured to receive at least the following wireless messages: an initial message from a master base station, at least one response message from each of at least two non-master base stations and a data message from the master base station, the initial message comprising a timestamp indicating a time of transmission of the initial message, and - at least one processing core configured to determine: ▪ based on the received wireless messages, for the master base station and each non-master base station, a time difference of arrival from the apparatus, and ▪ based at least partly on the determined time difference of arrival, a location of the apparatus, characterized by the data message comprising a timestamp indicating a time of transmission of the data message, and by the apparatus being configured to determine the location further based on a ratio, determined for each specific non-master base station, between a first time delay and a second time delay, the first time delay elapsing between transmission of the initial message from the master base station and its receipt in the specific non-master base station and the second time delay elapsing between the transmission of the initial message from the master base station and transmission of the data message from the master base station. - a receiver configured to receive at least the following wireless messages: an initial message from a master base station, at least one response message from each of at least two non-master base stations and a data message from the master base station, the initial message comprising a timestamp indicating a time of transmission of the initial message, and - at least one processing core configured to determine: ▪ based on the received wireless messages, for the master base station and each non-master base station, a time difference of arrival from the apparatus, and ▪ based at least partly on the determined time difference of arrival, a location of the apparatus, characterized by the data message comprising a timestamp indicating a time of transmission of the data message, and by the apparatus being configured to determine the location further based on a ratio, determined for each specific non-master base station, between a first time delay and a second time delay, the first time delay elapsing between transmission of the initial message from the master base station and its receipt in the specific non-master base station and the second time delay elapsing between the transmission of the initial message from the master base station and transmission of the data message from the master base station. ▪ based on the received wireless messages, for the master base station and each non-master base station, a time difference of arrival from the apparatus, and ▪ based at least partly on the determined time difference of arrival, a location of the apparatus,
A method for a device, the method comprising: receiving (17;35) an invitation to participate in cooperative spectrum sensing; in response to the invitation, determining autonomously whether or not to participate in the cooperative spectrum sensing; and performing (21;45) spectrum sensing in case it is determined to participate in the cooperative spectrum sensing, the method being characterised in that the step of determining autonomously is based on a random procedure . receiving (17;35) an invitation to participate in cooperative spectrum sensing; in response to the invitation, determining autonomously whether or not to participate in the cooperative spectrum sensing; and performing (21;45) spectrum sensing in case it is determined to participate in the cooperative spectrum sensing, the method being characterised in that the step of determining autonomously is based on a random procedure .
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein the washing process is performed; a sump which is disposed on the base of the washing tub and wherein the water coming from the washing tub is collected; at least one spraying member which is disposed in the washing tub and which sprays the water coming from the sump onto the kitchen items; a circulation pump which enables the water to be transferred from the sump to the spraying member ; a heater which is disposed on the circulation pump ; a multiport valve which is disposed between the circulation pump and the spraying member and which directs the water to the spraying member ; a discharge pump which is connected to the sump and which discharges the dirty water; a drying fan which sucks the humid air in the washing tub at the drying step; a component body which is provided under the washing tub and which contains the discharge pump , the sump , the circulation pump , the heater , the multiport valve and the drying fan ; and a water pocket which is disposed between the washing tub and the body and wherein the water is collected to be used in the washing process, characterized by an air duct which opens into the component body at one end and which extends towards the water pocket .
An isolated promoter sequence comprising a nucleic acid of between 500 and 1700 nucleotides in length having at least 98% identity to SEQ ID NO:1, SEQ ID NO:2, or SEQ ID NO:7.
A method for preparing methyl methacrylate from methacrolein and methanol; said method comprising contacting in a reactor a mixture comprising methacrolein, methanol and oxygen with a catalyst bed of heterogeneous catalyst comprising a support and a noble metal, wherein mass transfer rate of oxygen in hour -1 divided by space-time yield in moles methyl methacrylate/kg-catalyst hour in the catalyst bed is at least 25 kg catalyst/mole methyl methacrylate; wherein the noble metal is any of gold, platinum, iridium, osmium, silver, palladium, rhodium and ruthenium.
A method of determining efficacy of an antimicrobial treatment regimen in a subject, the method comprising: (i) assaying at least one initial biological sample with a pattern recognition receptor (PRR)-based assay for the presence of microbe associated molecular patterns (MAMPs), wherein the initial biological sample has been collected from the subject before or during the course of the antimicrobial treatment which has been administered; (ii) assaying at least one subsequent biological sample with a pattern recognition receptor (PRR)-based assay for the presence of microbe associated molecular patterns (MAMPs), wherein the subsequent biological sample has been collected after the initial sample and between 1 and 24 hours after the initiation of the antimicrobial treatment; (iii) comparing the subsequent detectable signal level of MAMPs obtained from (ii) to the initial detectable signal level of MAMPS obtained from (i) to determine the treatment related change in the detectable signal level; and (iv) identifying the antimicrobial treatment to be effective if a treatment related change in the detectable signal level is present; or identifying the antimicrobial treatment to be ineffective if the treatment related change in the detectable signal level is absent, wherein the MAMPs comprise components or motifs secreted or released by microbes or groups of microbes. (i) assaying at least one initial biological sample with a pattern recognition receptor (PRR)-based assay for the presence of microbe associated molecular patterns (MAMPs), wherein the initial biological sample has been collected from the subject before or during the course of the antimicrobial treatment which has been administered; (ii) assaying at least one subsequent biological sample with a pattern recognition receptor (PRR)-based assay for the presence of microbe associated molecular patterns (MAMPs), wherein the subsequent biological sample has been collected after the initial sample and between 1 and 24 hours after the initiation of the antimicrobial treatment; (iii) comparing the subsequent detectable signal level of MAMPs obtained from (ii) to the initial detectable signal level of MAMPS obtained from (i) to determine the treatment related change in the detectable signal level; and (iv) identifying the antimicrobial treatment to be effective if a treatment related change in the detectable signal level is present; or
A process for heat transfer printing, the process comprising: electrostatically printing a transparent release composition onto a transfer material to form a release layer disposed on the transfer material ; electrostatically printing an electrostatic ink composition on the release layer to form an image layer disposed on the release layer ; contacting a thermoplastic film with the image layer , wherein the thermoplastic film is a bi-layer film in which the layers have different melting temperatures; contacting the thermoplastic film with a target substrate under conditions such that the thermoplastic film adheres to the target substrate and the release layer is softened; and separating the target substrate and the transfer material such that the thermoplastic film , image layer and release layer are transferred to the target substrate , wherein the bi-layer comprises a first layer having a first melting temperature and a second layer having a second melting temperature wherein the first melting temperature is lower than the second melting temperature and the second layer is contacted with the image layer and the first layer is contacted with the target substrate . electrostatically printing a transparent release composition onto a transfer material to form a release layer disposed on the transfer material ; electrostatically printing an electrostatic ink composition on the release layer to form an image layer disposed on the release layer ; contacting a thermoplastic film with the image layer , wherein the thermoplastic film is a bi-layer film in which the layers have different melting temperatures; contacting the thermoplastic film with a target substrate under conditions such that the thermoplastic film adheres to the target substrate and the release layer is softened; and separating the target substrate and the transfer material such that the thermoplastic film , image layer and release layer are transferred to the target substrate , wherein the bi-layer comprises a first layer having a first melting temperature and a second layer having a second melting temperature wherein the first melting temperature is lower than the second melting temperature and the second layer is contacted with the image layer and the first layer is contacted with the target substrate .
A liquid laundry detergent composition comprising C16 and C18 alcohol ethoxylate surfactant wherein the C18 alcohol ethoxylate comprises monounsaturated C18, wherein the proportion of monounsaturated C18 constitutes at least 50% wt. of the total C16 and C18 alcohol ethoxylate surfactant and wherein the C16 alcohol ethoxylate comprises at least 4% of the total C16 and C18 alcohol ethoxylate surfactant and wherein the C16 and 18 alcohol ethoxylate has an average of from 8 to 20 ethoxylate groups.
A pharmaceutical composition comprising Vildagliptin or a pharmaceutically acceptable salt thereof as the pharmaceutically active ingredient and at least one disintegrant, wherein 90% of the particles by volume of the active pharmaceutical ingredient is between 350 and 450μm as measured by laser light diffraction, wherein the amount of the disintegrant is from 7 to 9 % by weight of the composition.
Laminate , comprising a first layer made of a metallic material and a second layer made of a metallic material, the layers being plane connected to one another, characterized in that the layers are in direct contact to one another and at least one strip made of a non-metallic material is only partially arranged between the first layer and the second layer .