mhurhangee/ep-ind-claims huggingface dataset:
A strip of a plurality of printer processible wristband/label assemblies, said wristband/label assemblies being joined at their ends to adjacent wristband/label assemblies to form the strip with a line of weakness separating adjacent assemblies, each of said wristband/label assemblies comprising two areas, a wristband area comprising a full length wristband, and a label area, and a line of weakness separating said areas thereby facilitating their ready separation from each other; characterized in that: the full length wristband extends the full length of the assembly and comprises the entirety of the wristband area, and the label area extends the full length of the assembly, and at least some of the label areas have weakness points to facilitate the separation of one or more labels from said label area, wherein at least some of said weakness points comprise a pair of aligned nicks positioned along the upper and lower border of the associated label area to facilitate tearing of the label area between a pair of nicks to variably size a label. the full length wristband extends the full length of the assembly and comprises the entirety of the wristband area, and the label area extends the full length of the assembly, and at least some of the label areas have weakness points to facilitate the separation of one or more labels from said label area, wherein at least some of said weakness points comprise a pair of aligned nicks positioned along the upper and lower border of the associated label area to facilitate tearing of the label area between a pair of nicks to variably size a label.
An apparatus for use in a system for reauthenticating a client for access to a network, the apparatus comprising: a security gateway configured to communicate with the client and an authentication server, wherein the security gateway includes: means for receiving reauthentication information associated with the client from the authentication server; a cache for storing the reauthentication information; means for performing reauthentication of the client based on the reauthentication information without communicating with the authentication server, wherein the reauthentication information includes: one or more keys, each key comprising an authorization key, an encryption key, or a master key; an International Mobile Subscriber Identity, IMSI, or a pseudo IMSI; and an authorization counter that facilitates determining an upper limit to numbers of successive attempts of the client to employ reauthentication via the system within a predetermined time interval. means for receiving reauthentication information associated with the client from the authentication server; a cache for storing the reauthentication information; means for performing reauthentication of the client based on the reauthentication information without communicating with the authentication server, wherein the reauthentication information includes: one or more keys, each key comprising an authorization key, an encryption key, or a master key; an International Mobile Subscriber Identity, IMSI, or a pseudo IMSI; and an authorization counter that facilitates determining an upper limit to numbers of successive attempts of the client to employ reauthentication via the system within a predetermined time interval. one or more keys, each key comprising an authorization key, an encryption key, or a master key; an International Mobile Subscriber Identity, IMSI, or a pseudo IMSI; and an authorization counter that facilitates determining an upper limit to numbers of successive attempts of the client to employ reauthentication via the system within a predetermined time interval.
A method to optically excite a plurality of analytes in an array of reaction vessels and to detect fluorescent light from the analytes, wherein diverging excitation light from an excitation light source is supplied to the analytes in the reaction vessels, and wherein the converging fluorescent light from the analytes in the reaction vessels is supplied to a fluorescence detector, wherein a plurality of bundles of rays of the excitation light through an array of holes in a lid arranged above the array of reaction vessels is directed into the reaction vessels under the lid, and simultaneously a plurality of bundles of rays of the fluorescent light reaches the fluorescence detector from the reaction vessels, wherein the plurality of bundles of rays of the fluorescent light with converging principal rays from the reaction vessels pass through the holes from below and then reach the fluorescence detector, characterized in that no field lens is used that orients the plurality of bundles of rays of the excitation light in parallel before they pass through the holes of the lid and focusses the bundles of rays of the fluorescent light to the fluorescence detector after they have passed through the holes of the lid, and that the holes in the lid have central longitudinal axes diverging downward between a top side and a bottom side of the lid, so that the plurality of bundles of rays of the excitation light with diverging principal rays pass through the holes from above and are directed into the reaction vessels.
A stopper member for mounting on an opening of a fluid reservoir, said member comprising: • a base body forming a fluid dispenser orifice; • an assembly part in which the base body is fixedly received; and • a closure lid for closing the dispenser orifice, the lid being connected to the assembly part via a hinge, the lid and the part forming a single-piece molding, the lid and the part being molded as a single piece, initially being connected together via at least one bridge of molded material, the first opening of the lid causing the bridge to rupture and releasing the dispenser orifice; the stopper member being characterized in that the base body is inscribed entirely inside the assembly part, the assembly part includes a collar that surrounds the base body and the lid, the base body is received by leaktight snapfastening inside the collar of the assembly part. • a base body forming a fluid dispenser orifice; • an assembly part in which the base body is fixedly received; and • a closure lid for closing the dispenser orifice, the lid being connected to the assembly part via a hinge, the lid and the part forming a single-piece molding, the lid and the part being molded as a single piece, initially being connected together via at least one bridge of molded material, the first opening of the lid causing the bridge to rupture and releasing the dispenser orifice;
A vacuum pump, in particular a turbomolecular pump, comprising a vacuum space; a motor rotor arranged in the vacuum space; and a motor stator surrounding the motor rotor, characterized by a motor support which accommodates the motor stator, whose outer side partly adjoins a pressure space that has a connection opening, said connection opening facing the pressure space and being closed in a vacuum-tight manner by means of a connection board, and which includes a casting compound partly enclosing the motor stator, at least one electrical connection conductor which extends through the casting compound and whose one end is connected to the motor stator and whose other end is connected to a side of the connection board facing the casting compound, and at least one electrical supply conductor which extends through the pressure space and whose one end is connected to a side of the connection board facing the pressure space. a vacuum space; a motor rotor arranged in the vacuum space; and a motor stator surrounding the motor rotor, characterized by a motor support which accommodates the motor stator, whose outer side partly adjoins a pressure space that has a connection opening, said connection opening facing the pressure space and being closed in a vacuum-tight manner by means of a connection board, and which includes a casting compound partly enclosing the motor stator, at least one electrical connection conductor which extends through the casting compound and whose one end is connected to the motor stator and whose other end is connected to a side of the connection board facing the casting compound, and at least one electrical supply conductor which extends through the pressure space and whose one end is connected to a side of the connection board facing the pressure space.
A method for producing a catalyst for an air secondary battery for use in an air electrode of the air secondary battery, the method comprising: a precursor preparation step of preparing a pyrochlore-type oxide precursor, a calcination step of calcining the precursor to form a pyrochlore-type oxide, and an acid treatment step of immersing the pyrochlore-type oxide obtained from the calcination step in an acidic aqueous solution to apply an acid treatment, wherein the pyrochlore-type oxide is a pyrochlore-type transition element oxide having a composition represented by the general formula: Bi 2-X Ru 2-Y O 7-Z, wherein x, y, and z each represent a numerical value of 0 or more and 1 or less, and wherein the acid treatment is applied such that, when X represents the amount of bismuth in terms of atom% contained in the bismuth-ruthenium oxide and Y represents the amount of ruthenium in terms of atom% contained in the bismuth-ruthenium oxide, the value of X/Y, which is the ratio of the amount of bismuth to the amount of ruthenium, is 0.90 or less, measured by using an energy dispersive X-ray spectrometer. a precursor preparation step of preparing a pyrochlore-type oxide precursor, a calcination step of calcining the precursor to form a pyrochlore-type oxide, and an acid treatment step of immersing the pyrochlore-type oxide obtained from the calcination step in an acidic aqueous solution to apply an acid treatment, wherein the pyrochlore-type oxide is a pyrochlore-type transition element oxide having a composition represented by the general formula: Bi 2-X Ru 2-Y O 7-Z, wherein x, y, and z each represent a numerical value of 0 or more and 1 or less, and wherein the acid treatment is applied such that, when X represents the amount of bismuth in terms of atom% contained in the bismuth-ruthenium oxide and Y represents the amount of ruthenium in terms of atom% contained in the bismuth-ruthenium oxide, the value of X/Y, which is the ratio of the amount of bismuth to the amount of ruthenium, is 0.90 or less, measured by using an energy dispersive X-ray spectrometer. wherein the pyrochlore-type oxide is a pyrochlore-type transition element oxide having a composition represented by the general formula: Bi 2-X Ru 2-Y O 7-Z, wherein x, y, and z each represent a numerical value of 0 or more and 1 or less, and wherein the acid treatment is applied such that, when X represents the amount of bismuth in terms of atom% contained in the bismuth-ruthenium oxide and Y represents the amount of ruthenium in terms of atom% contained in the bismuth-ruthenium oxide, the value of X/Y, which is the ratio of the amount of bismuth to the amount of ruthenium, is 0.90 or less, measured by using an energy dispersive X-ray spectrometer.
An image processor comprising: image inverting means configured for performing a right/left inversion on a moving image captured by a camcorder to generate a mirrored moving image, wherein the moving image includes a part of a moving subject as a target; detecting means adapted for comparing image features between a current mirrored moving image and an immediately preceding mirrored moving image, and deriving a difference value of image features quantatively representing the changes of the movement components of said target; image generating means configured for generating an object image representing a predetermined object associated with a predetermined process; and controlling means configured for displaying a combined image combining the object image generated by the image generating means with said mirrored moving image on a predetermined display device, wherein said detecting means is further configured to calculate a cumulative value by cumulatively adding the difference values, which are derived in the region of the object image of said combined image, for a certain period of time; wherein said image generating means is further configured to determine the color of said object image according to said cumulative value detected by said detecting means; and wherein said image generating means is further configured to execute said predetermined process associated with the object image when said cumulative value exceeds a predetermined value or when a value indicating the color of said object image exceeds a predetermined value. image inverting means configured for performing a right/left inversion on a moving image captured by a camcorder to generate a mirrored moving image, wherein the moving image includes a part of a moving subject as a target; detecting means adapted for comparing image features between a current mirrored moving image and an immediately preceding mirrored moving image, and deriving a difference value of image features quantatively representing the changes of the movement components of said target; image generating means configured for generating an object image representing a predetermined object associated with a predetermined process; and controlling means configured for displaying a combined image combining the object image generated by the image generating means with said mirrored moving image on a predetermined display device, wherein said detecting means is further configured to calculate a cumulative value by cumulatively adding the difference values, which are derived in the region of the object image of said combined image, for a certain period of time; wherein said image generating means is further configured to determine the color of said object image according to said cumulative value detected by said detecting means; and wherein said image generating means is further configured to execute said predetermined process associated with the object image when said cumulative value exceeds a predetermined value or when a value indicating the color of said object image exceeds a predetermined value.
A method comprising: by an egress network node of a network of network nodes connected according to a network topology, computing, using routing information for the network, a pair of maximally redundant trees, MRTs, from the egress network node to a virtual proxy node, with the virtual proxy node as a root of the MRTs and having respective links, in a network graph of the network topology modified to include the virtual proxy node, virtually coupling the virtual proxy node with a first network node of the network and a second network node of the network, wherein the first network node and the second network node of the network distribute, using respective redundant multicast streams, multicast content received by the first network node from a first source device and by the second network node from a second source device, wherein the first source device and second source device are redundant multicast sources for the multicast content; wherein the virtual proxy node represents the redundant multicast sources for the multicast content outputting, by the egress network node via a path along a first MRT of the pair of MRTs, a first message requesting to receive one of the redundant multicast streams; and outputting, by the egress network node via a path along a second MRT of the pair of MRTs, a second message requesting to receive one of the redundant multicast streams. by an egress network node of a network of network nodes connected according to a network topology, computing, using routing information for the network, a pair of maximally redundant trees, MRTs, from the egress network node to a virtual proxy node, with the virtual proxy node as a root of the MRTs and having respective links, in a network graph of the network topology modified to include the virtual proxy node, virtually coupling the virtual proxy node with a first network node of the network and a second network node of the network, wherein the first network node and the second network node of the network distribute, using respective redundant multicast streams, multicast content received by the first network node from a first source device and by the second network node from a second source device, wherein the first source device and second source device are redundant multicast sources for the multicast content; wherein the virtual proxy node represents the redundant multicast sources for the multicast content outputting, by the egress network node via a path along a first MRT of the pair of MRTs, a first message requesting to receive one of the redundant multicast streams; and outputting, by the egress network node via a path along a second MRT of the pair of MRTs, a second message requesting to receive one of the redundant multicast streams.
A composition for making a polyurethane foam comprising at least one cell opener, at least one cell opener aid, at least one catalyst and optionally an acid, wherein the cell opener aid comprises at least one dipolar aprotic liquid, and wherein the liquid comprises glycols containing hydroxyl numbers OH# ≤ 1100, and wherein the cell opener comprises molecules containing active methylene or methine groups and wherein the cell opener comprises at least one member selected from the groups consisting of 2-cyanoacetamide, N-methyl cyanoacetamide, N-ethyl-cyanoacetamide, N-propylcyanoacetamide, N-butylcyanoacetamide, N-hydroxyethyl-cyano-acetamide.
A multi-access edge computing node located to utilise radio access network infrastructure of a base station of a mobile network operator for cellular communication that comprises 4G and 5G frequency bands, the multi-access edge computing node comprising at least one memory to store a chained data block, where each data block is coded with data of a past transaction in respect of a good or service; and at least one processor configured with functions that: include a new data block, to record a current transaction in respect of a good or service, into the chained data block in response to a signature, generated from processing the data of the current transaction with the coded data of the past transactions stored in the chained data block, being validated by other multi-access edge computing nodes, wherein the multi-access edge computing node and the other multi-access edge computing nodes are trusted, and communicate over a common channel, wherein data in respect of transactions is received through cellular connection provided by the base station. at least one memory to store a chained data block, where each data block is coded with data of a past transaction in respect of a good or service; and at least one processor configured with functions that: include a new data block, to record a current transaction in respect of a good or service, into the chained data block in response to a signature, generated from processing the data of the current transaction with the coded data of the past transactions stored in the chained data block, being validated by other multi-access edge computing nodes, wherein the multi-access edge computing node and the other multi-access edge computing nodes are trusted, and communicate over a common channel, wherein data in respect of transactions is received through cellular connection provided by the base station. include a new data block, to record a current transaction in respect of a good or service, into the chained data block in response to a signature, generated from processing the data of the current transaction with the coded data of the past transactions stored in the chained data block, being validated by other multi-access edge computing nodes, wherein the multi-access edge computing node and the other multi-access edge computing nodes are trusted, and communicate over a common channel, wherein data in respect of transactions is received through cellular connection provided by the base station.
A wearable device, comprising: a wristband, comprising a first section of wristband with a first interface, and a second section of wristband with a second interface; and a main body on the wristband and electrically connected to the first interface and the second interface, characterized in that the wearable device is configured such that, when the first interface is connected to a power supply and the second interface is not connected to a first terminal device, a chip in the main body determines that the wearable device is in a self-charging mode, the first interface is connected with a rechargeable battery inside the wearable device, and the main body is charged through the power supply, and wherein the power supply includes a power adapter, and when the first interface is connected to the power adapter and the second interface is connected to a second terminal device, the chip in the main body determines that the wearable device is in a terminal device charging mode, the first interface is electrically conducted with the second interface, and the second terminal device is charged via the wearable device through the power adapter. a wristband, comprising a first section of wristband with a first interface, and a second section of wristband with a second interface; and a main body on the wristband and electrically connected to the first interface and the second interface, characterized in that the wearable device is configured such that, when the first interface is connected to a power supply and the second interface is not connected to a first terminal device, a chip in the main body determines that the wearable device is in a self-charging mode, the first interface is connected with a rechargeable battery inside the wearable device, and the main body is charged through the power supply, and wherein the power supply includes a power adapter, and when the first interface is connected to the power adapter and the second interface is connected to a second terminal device, the chip in the main body determines that the wearable device is in a terminal device charging mode, the first interface is electrically conducted with the second interface, and the second terminal device is charged via the wearable device through the power adapter.
A process for manufacturing a nonwoven web containing nanofibers and/or microfibers, the process comprising the step of electrospinning of a water based solution containing at least two components, a first component having carboxylic acid and/or anhydride functionalities and a second component having primary and/or secondary amino functionalities, characterized by using an organic or inorganic acid as a co-solvent in the water based solution for electrospinning or by using organic or inorganic acid and base salts of the components, resulting in an electrospinnable clear solution in one phase only, and further by curing the web upon a heat treatment at a temperature of at least 140°C in order to crosslink the components by producing amide linkages between the components in an aminolysis reaction, to render the fibers insoluble and resistent to swelling in water.
Radiometric density profile measuring arrangement for determining a density profile of a filling material located in a container comprising at least two radiation sources and a detection unit for detecting radioactive radiation with a scintillator to generate radiation-induced light flashes, one single photosensitive element for generating an electric signal based on the light flashes, and measurement electronics for processing the electric signal, wherein the scintillator has an elongated form, characterised in that the measurement electronics comprises an amplitude measuring device and a device for determining an amplitude distribution, that is to say a relationship between pulse amplitudes in mV and the number of pulses per specified mV interval, which is designed to allow conclusions to be drawn as to a place of origin within the scintillator and thus a density profile of the filling material.