mhurhangee/ep-ind-claims huggingface dataset:
A method of simplifying synchronisation for a mobile station to a target cell in a wireless communication network, the method being performed by a synchronising assisting device and comprising: sending (40; 60) an adjustment value to the mobile station for use when synchronising to a resource employed by the target cell, the adjustment value being an estimate of the change in timing required to synchronise to a reference signal interval of the resource, and processing the adjustment value if an indication (IATC) of the actual change in timing required for synchronizing to the reference signal interval is received from the mobile station, wherein the processing comprises adjusting the adjustment value using the actual change in timing in order to obtain an updated adjustment value for use in future synchronisations. sending (40; 60) an adjustment value to the mobile station for use when synchronising to a resource employed by the target cell, the adjustment value being an estimate of the change in timing required to synchronise to a reference signal interval of the resource, and processing the adjustment value if an indication (IATC) of the actual change in timing required for synchronizing to the reference signal interval is received from the mobile station, wherein the processing comprises adjusting the adjustment value using the actual change in timing in order to obtain an updated adjustment value for use in future synchronisations.
A method of repairing a gas turbine airfoil assembly (200; 300) comprising a platform (202; 302) and an airfoil, the method comprising the steps of: separating the airfoil from the platform (202; 302) utilizing an electrical discharge machining process and leaving a stub portion of the airfoil attached to the platform; forming a depression (230; 306) in the platform (202; 302), the depression being sized and shaped to receive a replacement airfoil (240; 304)); connecting a power supply to the stub portion; and utilizing an electrical discharge machining electrode of a shape and size corresponding to the stub portion to erode the stub portion and form the depression; affixing the replacement airfoil (240;304) within the depression (230;306) such that the replacement airfoil (240;304) is attached to the platform (202;302) characterised in that the depression is a slot extending completely through the platform. separating the airfoil from the platform (202; 302) utilizing an electrical discharge machining process and leaving a stub portion of the airfoil attached to the platform; forming a depression (230; 306) in the platform (202; 302), the depression being sized and shaped to receive a replacement airfoil (240; 304)); connecting a power supply to the stub portion; and utilizing an electrical discharge machining electrode of a shape and size corresponding to the stub portion to erode the stub portion and form the depression; affixing the replacement airfoil (240;304) within the depression (230;306) such that the replacement airfoil (240;304) is attached to the platform (202;302) characterised in that the depression is a slot extending completely through the platform.
Method for processing at least one piece of payment means data, a method implemented within a payment terminal comprising a secured processor, a secured processing memory and a general-purpose processor, method characterized in that it comprises: - a step for obtaining at least one piece of data representing a payment means used to carry out a transaction, called a piece of payment means data; - a step for anonymizing said piece of payment means data, delivering a piece of current anonymous identification data; - a step for transmitting said piece of current anonymous identification data to an application for processing loyalty data of said payment terminal, said application for processing loyalty data being executed by the general-purpose processor of the payment terminal. - a step for obtaining at least one piece of data representing a payment means used to carry out a transaction, called a piece of payment means data; - a step for anonymizing said piece of payment means data, delivering a piece of current anonymous identification data; - a step for transmitting said piece of current anonymous identification data to an application for processing loyalty data of said payment terminal, said application for processing loyalty data being executed by the general-purpose processor of the payment terminal.
A method for producing a metal belt with substantially parallel belt edges (20, 21), in which the metal belt is trimmed by at least a part of the belt edges (20, 21) of the metal belt being removed, and in which the metal belt is additionally plastically reshaped during a straightening operation, characterized in that processing is carried out on the endless metal belt, wherein the metal belt that is welded together to form an endless belt is spanned between at least two deflection rollers (17, 18) for the processing operation and, in particular, driven by at least one deflection roller (17, 18) is pulled through a straightening machine and moved past a trimming tool (10, 11).
An apparatus provided for releasably locking two rail elements (10, 11), which are supported displaceably relative to each other, of a telescopic rail or a linear guide and for adjusting the motivity to be applied for the displacement, comprising a housing which is adapted to be fastened to a first one of the rail elements which are supported displaceably relative to each other, at least one locking element and at least one locking force spring which is supported against the housing and being adapted to bias the locking element against the second of the rail elements which are supported displaceably relative to each other, at least one friction element and at least one friction force spring which is supported against the housing and which is adapted to press the friction element in biased relationship against the second of the rail elements which are supported displaceably relative to each other, wherein the housing comprises a housing wall and a housing cover, on which the at least one locking force spring and the at least one friction force spring are supported, wherein the at least one locking force spring and the at least one friction force spring are in the form of coil springs of differing diameters and are arranged in coaxial relationship in the direction of their spring force, and wherein a towing device is provided on the locking element, which allows the locking element to be lifted from outside the housing of the device and to remove it from a recess or hole in the second of the rail elements which are supported displaceably relative to each other and to release the locking.
A method of generating a graphical user interface on a display of a battery powered mobile communication computing device, the method comprising: providing for the display a first display mode and a second display mode, the first display mode operably using a plurality of color combinations and the second display mode operably using only yellow and black; identifying at least a portion of the graphical user interface to display in the second display mode; and activating the second display mode (420, 430) to display that identified portion of the graphical user interface in the second display mode; wherein the second display mode is used for one of: displaying foreground applications, the device configured to determine activation of an application and its categorization as a foreground application and to provide for display of graphical elements in that foreground application using only the second display mode; displaying pop-up windows, the device configured to determine activation of an pop-up window and to provide for display of graphical elements in that pop-up window using only the second display mode. providing for the display a first display mode and a second display mode, the first display mode operably using a plurality of color combinations and the second display mode operably using only yellow and black; identifying at least a portion of the graphical user interface to display in the second display mode; and activating the second display mode (420, 430) to display that identified portion of the graphical user interface in the second display mode; wherein the second display mode is used for one of: displaying foreground applications, the device configured to determine activation of an application and its categorization as a foreground application and to provide for display of graphical elements in that foreground application using only the second display mode; displaying pop-up windows, the device configured to determine activation of an pop-up window and to provide for display of graphical elements in that pop-up window using only the second display mode.
Set of floor panels, which is suitable for forming a floor covering in herringbone pattern, wherein these floor panels (1A-1B) are oblong rectangular and thus comprise a pair of long edges and a pair of short edges; wherein the long as well as the short edges are provided with mechanical coupling means, which allow coupling the floor panels to each other; and wherein this set consists at least of two types of floor panels (1A-1B), wherein the coupling parts of the one type of floor panels on the one pair of edges are mirrored in respect to the coupling parts of the other type of floor panels on that same pair of edges; wherein the one long edge is provided with a male coupling part and the other long edge is provided with a female coupling part; wherein the one short edge is provided with a male coupling part and the other short edge is provided with a female coupling part; wherein the male coupling part on the long edge can be inserted into the female coupling part on the long edge by means of a turning movement; wherein the male coupling part on the long edge can also be inserted into the female coupling part on the short edge by means of a turning movement; and wherein the male coupling part on the short edge can be inserted into the female coupling part on the long edge in one and the same turning movement which is used to insert the male coupling part on the long edge into the female coupling part (7 or 9) on the long or short edge (3 or 5); characterized in that the male coupling part on the short edge and the female coupling part on the long edge, in a coupled condition thereof, effect a locking in horizontal direction as well as a locking in vertical direction; and in that the male coupling part on the short edge comprises a first locking element, which, in a coupled condition of this male coupling part and the female coupling part on the long edge, cooperates with a first locking element of this female coupling part in order to effect said locking in vertical direction; wherein the first locking element of the male coupling part on the short edge is realized from the material of the floor panel and in one piece therewith.
A method of concurrently identifying a 5-methylated cytosine residue and a 5-hydroxymethylated cytosine residue at single base resolution in a nucleic acid sequence, the method comprising: (a) performing one or more sequential rounds of one cycle of PCR amplification and treatment of a nucleic acid sequence with methyltransferase in order to obtain a population of nucleic acids comprising the nucleic acid sequences and the amplified nucleic acid sequences, wherein 5hmC is diluted whereas the population of nucleic acids containing 5meC remains stable; (b) treating said replicated nucleic acid samples to convert a unmodified cytosine to a uracil or a thymidine on said population of nucleic acids; and (c) concurrently identify said 5-methylated cytosine residue and said 5-hydroxymethylated cytosine residue in said nucleic acid sequence, wherein said identifying comprises sequencing and comparing said population of nucleic acids to a reference nucleic acid sequence. (a) performing one or more sequential rounds of one cycle of PCR amplification and treatment of a nucleic acid sequence with methyltransferase in order to obtain a population of nucleic acids comprising the nucleic acid sequences and the amplified nucleic acid sequences, wherein 5hmC is diluted whereas the population of nucleic acids containing 5meC remains stable; (b) treating said replicated nucleic acid samples to convert a unmodified cytosine to a uracil or a thymidine on said population of nucleic acids; and (c) concurrently identify said 5-methylated cytosine residue and said 5-hydroxymethylated cytosine residue in said nucleic acid sequence, wherein said identifying comprises sequencing and comparing said population of nucleic acids to a reference nucleic acid sequence.
A non-contact transfer hand comprising: a suction holding plate that has a flat-shaped suction surface as a front surface, a non-suction surface as a back surface and a chamber; and a lid portion, wherein the suction surface has a gas discharge groove, the non-suction surface has a gas supply groove that has a gas introduction port, the chamber communicates with an end of the gas supply groove, the gas supply groove is configured to supply gas from the gas introduction port toward the chamber, a wall surface of the chamber has an inlet, the gas discharge groove communicates with the chamber via the inlet, and is configured to discharge the gas in a direction apart from the chamber, and the lid portion is fixed on the non-suction surface to cover the gas supply groove and the chamber, characterized in that the gas discharge groove is formed in the suction holding plate on the suction surface side. a suction holding plate that has a flat-shaped suction surface as a front surface, a non-suction surface as a back surface and a chamber; and a lid portion, wherein the suction surface has a gas discharge groove, the non-suction surface has a gas supply groove that has a gas introduction port, the chamber communicates with an end of the gas supply groove, the gas supply groove is configured to supply gas from the gas introduction port toward the chamber, a wall surface of the chamber has an inlet, the gas discharge groove communicates with the chamber via the inlet, and is configured to discharge the gas in a direction apart from the chamber, and the lid portion is fixed on the non-suction surface to cover the gas supply groove and the chamber, characterized in that the gas discharge groove is formed in the suction holding plate on the suction surface side.
A biodegradation treatment method characterized by biodegradation-treating organic compounds with strain N23, which is a constitutive 1,4-dioxane-degrading bacterium deposited under Accession No. NITE BP-02032, under a condition of pH 3.0 or higher but no higher than 5.5, wherein the organic compounds include at least one type of substance selected from cyclic ethers, ethylene glycol, diethylene glycol and 1,4-butanediol.
An air-conditioning apparatus in which a heat source unit having a compressor, a four-way switching valve, and a heat-source-side water-cooling heat exchanger, and a use side load device having a throttle device and a use side heat exchanger are connected by a pipeline so as to constitute a refrigerant circuit that performs cooling/heating by switching a circulation path of a refrigerant by the four-way switching valve, the heat source unit is provided with water outlet temperature detecting means that detects a temperature of water flowing out of the heat-source-unit-side water cooling heat exchanger, the air-conditioning apparatus is further provided with a control unit that controls operations of at least the compressor and the four-way switching valve, characterized in that the control unit is disposed in the refrigerant circuit as an evaporator that exchanges heat generated by the control unit with the refrigerant, wherein the control unit is disposed on a bypass pipeline that connects a pipeline from the heat-source-unit-side water cooling heat exchanger to the throttle device and a pipeline that connects the four-way switching valve and the suction side of the compressor; and the heat source unit is further provided with a first opening/closing valve and a second opening/closing valve that limit inflow/outflow of the refrigerant to/from the heat source unit, water inlet temperature detecting means that detects a temperature of water flowing into the heat-source-unit-side water cooling heat exchanger, water quantity detecting means that detects a flow rate of the water flowing through the heat-source-unit-side water cooling heat exchanger, and anti-freezing control means that compares the water temperatures according to detection of the water inlet temperature detecting means and the water outlet temperature detecting means and the water flow rate according to detection of the water quantity detecting means with predetermined values respectively and determines whether or not a water anti-freezing operation is to be performed.
Autonomous, ground-based industrial truck which comprises a basic vehicle with a propulsion drive and a load platform, on which a load (8, 9) can be positioned, wherein the load platform is provided with a first horizontally conveying load conveying means which is configured to move the load (8, 9) which is deposited on the load platform in the horizontal direction, characterized in that at least one adjustable-height load receiving means with a further horizontally conveying load conveying means is attached to the basic vehicle, wherein the load receiving means is configured in such a way that, in the lowered state of the load receiving means, the load (8, 9) which is received on the load receiving means sits on the ground and, in the raised state of the load receiving means, the load conveying means of the load receiving means forms a common conveying plane with the load conveying means of the basic vehicle, on which common conveying plane the load (8, 9) can be moved to and fro horizontally between the load platform of the basic vehicle and the load receiving means, wherein the basic vehicle has an electronic control device which makes fully automatic control of the propulsion drive and of the load receiving means and of the load conveying means (22, 24) possible.
Glass cover (1; 1.1; 1.2; 1.3; 8), particularly a glass cover used in a vehicle roof, which comprises a glass pane, anti-shatter layer means arranged on an underside of the glass pane, and an encapsulation formed on an edge region of the glass cover wherein the anti-shatter layer means extends into the encapsulation characterized in that the anti-shatter layer means covers the whole underside of the glass pane and that the anti-shatter layer means either consists of a single adhesive anti-shatter layer laminated on the underside of the glass pane and made of a material that is not PET, but is made of or comprises an adhesive anti-scratch self-filling anti-shatter PU foil or an adhesive anti-scratch self-filling anti-shatter thermoplastic elastomer, an edge face of the single adhesive anti-shatter layer and an edge face of the glass pane are flush to each other in the edge region of the glass cover and the edge face of the single adhesive anti-shatter layer is in contact with the encapsulation; or comprises an anti-shatter scratch-resistant foil or layer made of polyethylene terephthalate or polycarbonate and an adhesive anti-shatter foil or layer made of polyvinyl butyral or polyurethane and laminated on the underside of the glass pane, wherein the anti-shatter scratch-resistant foil is arranged on an underside of the adhesive anti-shatter foil, an edge face (31.1) of the adhesive anti-shatter foil, an edge face (32.1) of the anti-shatter scratch-resistant foil, and an edge face of the glass pane are flush to each other in the edge region of the glass cover and the edge face (31.1) of the adhesive anti-shatter foil is in contact with the encapsulation. that the anti-shatter layer means covers the whole underside of the glass pane and that the anti-shatter layer means either consists of a single adhesive anti-shatter layer laminated on the underside of the glass pane and made of a material that is not PET, but is made of or comprises an adhesive anti-scratch self-filling anti-shatter PU foil or an adhesive anti-scratch self-filling anti-shatter thermoplastic elastomer, an edge face of the single adhesive anti-shatter layer and an edge face of the glass pane are flush to each other in the edge region of the glass cover and the edge face of the single adhesive anti-shatter layer is in contact with the encapsulation; or comprises an anti-shatter scratch-resistant foil or layer made of polyethylene terephthalate or polycarbonate and an adhesive anti-shatter foil or layer made of polyvinyl butyral or polyurethane and laminated on the underside of the glass pane, wherein the anti-shatter scratch-resistant foil is arranged on an underside of the adhesive anti-shatter foil, an edge face (31.1) of the adhesive anti-shatter foil, an edge face (32.1) of the anti-shatter scratch-resistant foil, and an edge face of the glass pane are flush to each other in the edge region of the glass cover and the edge face (31.1) of the adhesive anti-shatter foil is in contact with the encapsulation.
A method of producing a nonwoven material by hydroentangling a fiber mixture containing spunlaid filaments, natural fibers and synthetic staple fibers, characterized in wetlaying a first fibrous web of natural fibers and at least 10% by fiber weight of manmade staple fibers by means of inclined wire formation, hydroentangling said first fibrous web in a first hydroentangling station, laying spunlaid filaments on top of said hydroentangled wetlaid fibrous web to form a combined web, hydroentangling said combined web in a second hydroentangling station.
Flexible disk (1, 51, 52, 54) for rotationally connecting a transmission shaft to a mechanical component despite a misalignment of said transmission shaft with respect to said mechanical component, said flexible disk (1, 51, 52, 54) being capable of performing a rotary movement about an axis of rotation and being provided successively from its centre towards its periphery with a recessed central area, a circular base, a transition area provided with an outer face and an inner face, and a peripheral flange, said circular base comprising a shoulder which protrudes from said flexible disk (1, 51, 52), 54) on the side of said outer face of said transition area, characterised in that said transition area having a minimum thickness at the edge of said peripheral flange, said minimum thickness has been determined using the following thickness relationship: e = 1 2 r 2 Q C − 2 ⁢ r r 4 − R 4 where (e) is the thickness of the transition area at a first distance (r) from said axis of rotation, is a constant depending on said misalignment, is the torque applied to said transmission shaft for which the disk is to be dimensioned, (r) is said first distance and is the radius of said recessed central area:
A method for configuration of a multi-access communication in an multi-access communication environment, the method comprising: sending, by a client manager during a discovery and capability exchange procedure, a capability request message, cap_req, to a network manager, cap_req including a virtual network address used in a previous session; and receiving, by the client manager during the discovery and capability exchange procedure, a capability response message, cap_rsp, from the network manager, the cap _rsp including a unique session identifier, ID, for a current session. sending, by a client manager during a discovery and capability exchange procedure, a capability request message, cap_req, to a network manager, cap_req including a virtual network address used in a previous session; and receiving, by the client manager during the discovery and capability exchange procedure, a capability response message, cap_rsp, from the network manager, the cap _rsp including a unique session identifier, ID, for a current session.