mhurhangee/patent-ind-claim-en huggingface dataset:
A rope cleaning device (20, 20a-20c; 220), comprising: a scraper ring (25; 225) which engages grooves between strands of a wire rope to scrape out foreign material from the grooves as the wire rope (WR) passes through the scraper ring; a wiper ring (24; 52) positioned in series with the scraper ring for wiping the surface of the wire rope (WR) as the wire rope passes through the wiper ring; and a rotational mechanism which allows the scraper ring (25; 225) to rotate about the axis of the wire rope (WR), characterized in that : the rotational mechanism includes a low friction tape (35; 235) such as a polytetrafluoroethylene (PTFE) tape or an ultra high molecular weight polyethylene tape, or resin coating such as a PTFE or perfluoroalkoxy alkane (PFA) coating, on the upper surface of a plate (28; 228) and a slider ring (26; 226) comprising a thin sheet of low friction material such as polypropylene positioned in contact with the low friction tape (35; 235) or resin coating. a scraper ring (25; 225) which engages grooves between strands of a wire rope to scrape out foreign material from the grooves as the wire rope (WR) passes through the scraper ring; a wiper ring (24; 52) positioned in series with the scraper ring for wiping the surface of the wire rope (WR) as the wire rope passes through the wiper ring; and a rotational mechanism which allows the scraper ring (25; 225) to rotate about the axis of the wire rope (WR), characterized in that : the rotational mechanism includes a low friction tape (35; 235) such as a polytetrafluoroethylene (PTFE) tape or an ultra high molecular weight polyethylene tape, or resin coating such as a PTFE or perfluoroalkoxy alkane (PFA) coating, on the upper surface of a plate (28; 228) and a slider ring (26; 226) comprising a thin sheet of low friction material such as polypropylene positioned in contact with the low friction tape (35; 235) or resin coating.
A pyridinium salt comprising an anion in the form of a nitrite and a cation in the form of a 3-carbamoyl-1-methylpyridinium, as shown in Formula 1:
Double-sheath fibre having a core region and a sheath region, wherein the sheath region has an inner region and an outer region with a refractive index that is lower with respect to that of the inner region and the core region , wherein the outer region surrounds the inner region , wherein the inner region has an inner structure that effects a spatial overlap of modes of higher order with the core region , which is lower than the spatial overlap of a fundamental mode with the core region , wherein the inner structure is formed by channels mainly extending in fibre length direction, wherein the ratio of the diameter d of the channels to the centre distance Λ of adjacent channels is less than 0.5, preferably less than 0.3, wherein the centre distance Λ is greater than 20 times the wavelength of an electromagnetic radiation propagating in the fibre, wherein the diameter of the outer region is selected such that the fundamental mode has a spatial overlap with the core region that is at least 25% greater than all other modes of the electromagnetic radiation propagating in the double-sheath fibre, characterised in that the inner structure consists of two concentric rings of hexagonally arranged channels, wherein the core region is formed by the absence of a channel.
A polyol composition comprising monoanhydrosugar alcohol; dianhydrosugar alcohol; and polymer of one or more of monoanhydrosugar alcohol and dianhydrosugar alcohol, wherein: (i) the number average molecular weight (Mn) of the composition is 160 to 445; (ii) the poly dispersity index (PDI) of the composition is 1.25 to 3.15; and (iii) the hydroxyl value of the composition is 645 to 900 mgKOH/g, wherein the number average molecular weight (Mn), the polydispersity index (PDI) and the hydroxyl value are measured according to the description. (i) the number average molecular weight (Mn) of the composition is 160 to 445; (ii) the poly dispersity index (PDI) of the composition is 1.25 to 3.15; and (iii) the hydroxyl value of the composition is 645 to 900 mgKOH/g,
An orthotic device , comprising: a base member ; an arch support portion ; and a covering coupling the arch support portion to the base member ; and wherein the arch support portion comprises: a plurality of arch members surrounded by the covering and spaced apart from the base member ; each arch member of the plurality of arch members comprises: a top portion ; a bottom portion opposite the top portion ; a first end ; a second end opposite the first end ; a medial side coupled to the top portion on one end and the bottom portion on another end; and a lateral side coupled to the top portion on one end and the bottom portion on another end; and characterized in that an opening extends from the first to the second end . a base member ; an arch support portion ; and a covering coupling the arch support portion to the base member ; and wherein the arch support portion comprises: a plurality of arch members surrounded by the covering and spaced apart from the base member ; each arch member of the plurality of arch members comprises: a top portion ; a bottom portion opposite the top portion ; a first end ; a second end opposite the first end ; a medial side coupled to the top portion on one end and the bottom portion on another end; and a lateral side coupled to the top portion on one end and the bottom portion on another end; and characterized in that an opening extends from the first to the second end . a top portion ; a bottom portion opposite the top portion ; a first end ; a second end opposite the first end ; a medial side coupled to the top portion on one end and the bottom portion on another end; and a lateral side coupled to the top portion on one end and the bottom portion on another end; and characterized in that an opening extends from the first to the second end .
An apparatus , comprising: a memory resource storing executable instructions; and a processing resource to execute the instructions stored on the memory resource to: receive a message from a host computing device coupled to the apparatus , determining whether the apparatus is in a particular mode, upon determining that the apparatus is in a particular operating mode: determine whether the received message includes a Host Based Media Access Control Address, HBMA, if the received message includes a HBMA, power components of the apparatus including a network interface controller of the apparatus and configure the apparatus using the HBMA by overwriting a Media Access Control, MAC, address of the apparatus with the HBMA, and if the received message does not include a HBMA, power components of the apparatus excluding the network interface controller of the apparatus . a memory resource storing executable instructions; and a processing resource to execute the instructions stored on the memory resource to: receive a message from a host computing device coupled to the apparatus , determining whether the apparatus is in a particular mode, upon determining that the apparatus is in a particular operating mode: determine whether the received message includes a Host Based Media Access Control Address, HBMA, if the received message includes a HBMA, power components of the apparatus including a network interface controller of the apparatus and configure the apparatus using the HBMA by overwriting a Media Access Control, MAC, address of the apparatus with the HBMA, and if the received message does not include a HBMA, power components of the apparatus excluding the network interface controller of the apparatus . receive a message from a host computing device coupled to the apparatus , determining whether the apparatus is in a particular mode, upon determining that the apparatus is in a particular operating mode: determine whether the received message includes a Host Based Media Access Control Address, HBMA, if the received message includes a HBMA, power components of the apparatus including a network interface controller of the apparatus and configure the apparatus using the HBMA by overwriting a Media Access Control, MAC, address of the apparatus with the HBMA, and if the received message does not include a HBMA, power components of the apparatus excluding the network interface controller of the apparatus . determine whether the received message includes a Host Based Media Access Control Address, HBMA, if the received message includes a HBMA, power components of the apparatus including a network interface controller of the apparatus and configure the apparatus using the HBMA by overwriting a Media Access Control, MAC, address of the apparatus with the HBMA, and if the received message does not include a HBMA, power components of the apparatus excluding the network interface controller of the apparatus .
Collagen hydrolysate for use in prevention and/or treatment of post-intensive care syndrome (PICS) after intensive care unit stay.
Method for federated privacy management, comprising: receiving, at a user management node , and from a client application executing on an electronic device , a device identifier; receiving, by the user management node , and from a plurality of second layer nodes (130 1 , 130 2 , 130 3 ) in a multi-layer federated privacy management network, data comprising at least one of browsing data and application data from a web host or a server , wherein the data is in response to an internet protocol request from the client application via a first layer node and the plurality of second layer nodes (130 1 , 130 2 , 130 3 ) to the web host or the server , and the data is associated with the device identifier; and wherein none of the plurality of second layer nodes (130 1 , 130 2 , 130 3 ) has access to all of an individual's personal data and/or online browsing or application data; receiving, at the user management node , a request for the data from the client application using the device identifier; and communicating the data to the client application. receiving, at a user management node , and from a client application executing on an electronic device , a device identifier; receiving, by the user management node , and from a plurality of second layer nodes (130 1 , 130 2 , 130 3 ) in a multi-layer federated privacy management network, data comprising at least one of browsing data and application data from a web host or a server , wherein the data is in response to an internet protocol request from the client application via a first layer node and the plurality of second layer nodes (130 1 , 130 2 , 130 3 ) to the web host or the server , and the data is associated with the device identifier; and wherein none of the plurality of second layer nodes (130 1 , 130 2 , 130 3 ) has access to all of an individual's personal data and/or online browsing or application data; receiving, at the user management node , a request for the data from the client application using the device identifier; and communicating the data to the client application.
Material handling apparatus which comprises a vehicle trailer including a tip bucket assembly suspended between the upper ends of a pair of elongate arms whose lower ends are secured to and rotatable with a generally horizontal shaft supported on the chassis of the trailer, and means for imparting rotation to said shaft, said material handling apparatus being characterised in that tip bucket assembly comprises two separable clam shell shaped sections moveable between a first closed position in which their adjacent sides abut to define a unitary open-topped tip bucket assembly and a second open position in which to define a grab assembly, the adjacent sides of the tip bucket assembly including latches for selectively connecting and separating the clam shell shaped sections one to another, the two clam shell shaped sections separate.
Method for the production of a heald with a heald body which extends in a longitudinal direction (L) and has a thread eye for receiving a warp thread , characterised by the following steps: - provision of an at least partially multilayer web with several interconnected film layers , - cutting of the heald body out of the at least partially multilayer web . - provision of an at least partially multilayer web with several interconnected film layers , - cutting of the heald body out of the at least partially multilayer web .
A system for a CO 2 regeneration plant comprising a foam trap , a low pressure water scrubber , a stepless three-stage compressor comprising one or more intercoolers or cooling units and water separators , a regenerable dehydrator , a condensing unit comprising a condenser , where the compressor is a three-stage reciprocating compressor comprising pistons and suction and compression chambers in which a medium is compressed for each separate stage, which stages are connected in series and where a first stage is fluidly connected to an inlet for inlet of uncompressed or pre-compressed gas where the three-stage pistons move synchronously along a common axis in one connected unit such that the first and second stage suction and compression chambers share piston as well as cylinder wall , and having separate cylinder heads , a top headpiece and a bottom headpiece on each side of the piston , the third stage piston extending from a center of the first and second stage common piston and is passed through an opening in the cylinder head of the first stage suction and compression chamber, in extension of which is placed a third stage cylinder tube with a smaller diameter than a diameter of the cylinder for stage one and two, each stage fluidly separated by one or more one way valves (20a - 20f), wherein the second stage suction and compression chamber is formed between the cylinder wall and a piston skirt as well as between an underside of the piston and the headpiece placed in a bottom of the cylinder .
A method for manufacturing an electrode for an electrochemical device, comprising the steps of: (S10) preparing electrode slurry comprising an electrode active material, a binder and a conductive agent; (S20) applying the electrode slurry prepared from step (S10) to the surface of a current collector; (S30) drying the resultant product of step (S20) to remove the solvent totally or partially from the electrode slurry applied to the current collector, thereby forming a preliminary electrode layer; (S40) pressing the surface of the preliminary electrode layer; and (S50) removing a part of the surface of the pressed preliminary electrode layer, wherein the electrode obtained from step (S50) shows an absolute value of a difference in porosity of 10% or less between the porosity (%) of the upper layer portion corresponding to 20% of the thickness from the surface of the electrode and the porosity (%) of the lower layer portion corresponding to 20% of the thickness from the surface of the current collector based on the thickness of the electrode layer and wherein the porosity is determined by a conventional method using a Hg porosimeter or pycnometer. (S10) preparing electrode slurry comprising an electrode active material, a binder and a conductive agent; (S20) applying the electrode slurry prepared from step (S10) to the surface of a current collector; (S30) drying the resultant product of step (S20) to remove the solvent totally or partially from the electrode slurry applied to the current collector, thereby forming a preliminary electrode layer; (S40) pressing the surface of the preliminary electrode layer; and (S50) removing a part of the surface of the pressed preliminary electrode layer, wherein the electrode obtained from step (S50) shows an absolute value of a difference in porosity of 10% or less between the porosity (%) of the upper layer portion corresponding to 20% of the thickness from the surface of the electrode and the porosity (%) of the lower layer portion corresponding to 20% of the thickness from the surface of the current collector based on the thickness of the electrode layer and wherein the porosity is determined by a conventional method using a Hg porosimeter or pycnometer.
A method of automatically detecting the presence of a disconnected high voltage cable condition in a hybrid electric vehicle powered by a high voltage energy storage system , before said high voltage energy storage system supplies power to the hybrid electric vehicle for propelling the vehicle, the method comprising: using a controller , rotating an electrical motor generator at a first speed to produce a test voltage on a high voltage generator cable connecting the electrical motor generator to an inverter in the hybrid electric vehicle, said electrical motor generator being mechanically connected to and rotated by a mechanical motive device included in the hybrid electric vehicle; using the controller , receiving a first voltage measured at a first terminal of the inverter ; and using the controller , comparing said first voltage to the test voltage to determine whether the high voltage generator cable is properly connected between the electrical motor generator and the inverter . using a controller , rotating an electrical motor generator at a first speed to produce a test voltage on a high voltage generator cable connecting the electrical motor generator to an inverter in the hybrid electric vehicle, said electrical motor generator being mechanically connected to and rotated by a mechanical motive device included in the hybrid electric vehicle; using the controller , receiving a first voltage measured at a first terminal of the inverter ; and using the controller , comparing said first voltage to the test voltage to determine whether the high voltage generator cable is properly connected between the electrical motor generator and the inverter .
A method of determining the remaining battery lifespan of an access control device , the method comprising: determining a reference number of access events for the battery of the access control device to transition from an initial voltage to a low voltage condition; collecting , in real time, access events, along with the current voltage of the battery at the access control device ; comparing the number of access events at the access control device to the reference number of access events; determining the remaining battery lifespan in response to the number of access events at the access control device and the reference number of access events; generating a trend report for the access control device , the trend report relating battery voltage to the number of access events; comparing the trend report to an average trend report, derived by averaging the trend reports for a plurality of access control devices ; and identifying the access control device as having a fault in response to the comparing if the trend report differs from the average trend report by more than a threshold. determining a reference number of access events for the battery of the access control device to transition from an initial voltage to a low voltage condition; collecting , in real time, access events, along with the current voltage of the battery at the access control device ; comparing the number of access events at the access control device to the reference number of access events; determining the remaining battery lifespan in response to the number of access events at the access control device and the reference number of access events; generating a trend report for the access control device , the trend report relating battery voltage to the number of access events; comparing the trend report to an average trend report, derived by averaging the trend reports for a plurality of access control devices ; and identifying the access control device as having a fault in response to the comparing if the trend report differs from the average trend report by more than a threshold.
Device for retrieving small workpieces on a machine tool, having an infeed hose for directing the small workpieces to a dispensing opening , wherein the infeed hose is connected to a chamber which is able to be impinged with a vacuum, characterized in that the chamber has an activatable closure for the dispensing opening , and a purging opening which is connected to a purging unit from which purging liquid forced through the purging opening into the chamber purges a workpiece located in the chamber out of the latter by way of the dispensing opening . the chamber has an activatable closure for the dispensing opening , and a purging opening which is connected to a purging unit from which purging liquid forced through the purging opening into the chamber purges a workpiece located in the chamber out of the latter by way of the dispensing opening .
An electronic candle system, comprising: a charging rack for receiving one or more charging bases , wherein the charging rack includes at least one electrical interface for electrically connecting with the one or more charging bases ; the one or more charging bases for securing and charging a plurality of electronic candles that are received in the one or more charging bases in use, wherein each of the one or more charging bases include a plurality of receptacles for securing the plurality of electronic candles into place for charging and storage in use; each receptacle includes a securing mechanism arranged to rotationally secure and release an electronic candle therewith; characterized in that the charging rack , comprises: a plurality of supports ; a plurality of rails extending between supports for supporting the one or more charging bases ; wheels extending from the plurality of supports for moving the charging rack ; and a plug for powering the charging rack . a charging rack for receiving one or more charging bases , wherein the charging rack includes at least one electrical interface for electrically connecting with the one or more charging bases ; the one or more charging bases for securing and charging a plurality of electronic candles that are received in the one or more charging bases in use, wherein each of the one or more charging bases include a plurality of receptacles for securing the plurality of electronic candles into place for charging and storage in use; each receptacle includes a securing mechanism arranged to rotationally secure and release an electronic candle therewith; characterized in that the charging rack , comprises: a plurality of supports ; a plurality of rails extending between supports for supporting the one or more charging bases ; wheels extending from the plurality of supports for moving the charging rack ; and a plug for powering the charging rack . a plurality of supports ; a plurality of rails extending between supports for supporting the one or more charging bases ; wheels extending from the plurality of supports for moving the charging rack ; and a plug for powering the charging rack .