mhurhangee/ep-ind-claims huggingface dataset:
Axial bearing (22, 40) for supporting a shaft in a housing part, which is charged with a lubricant via a connection which supplies lubricant-charged surfaces (46, 48) of the axial bearing (22, 40), - wherein the axial bearing (22, 40) is designed to have a divided shell structure, such that a first and a second axial bearing shell (68, 70) together form the axial bearing (22, 40), - wherein the axial bearing (22, 40) comprises a first and a second outer side and - wherein on at least one axial bearing shell (68, 70) at least one lubricant channel (32, 72) runs internally, characterised in that - the entire first outer side of the axial bearing (22, 40) is formed by a side of the first bearing shell facing away from the second axial bearing shell, and - the entire second outer side of the axial bearing (22, 40) is formed by a side of the second bearing shell facing away from the first axial bearing shell. - wherein the axial bearing (22, 40) is designed to have a divided shell structure, such that a first and a second axial bearing shell (68, 70) together form the axial bearing (22, 40), - wherein the axial bearing (22, 40) comprises a first and a second outer side and - wherein on at least one axial bearing shell (68, 70) at least one lubricant channel (32, 72) runs internally, - the entire first outer side of the axial bearing (22, 40) is formed by a side of the first bearing shell facing away from the second axial bearing shell, and - the entire second outer side of the axial bearing (22, 40) is formed by a side of the second bearing shell facing away from the first axial bearing shell.
A package comprising: a package body defining a cavity for holding edible products, wherein the body includes an opening flange that is removable for access to the cavity through an opening port, the body further comprising at least one bend initiator, wherein the bend initiator protrudes from a side wall (14,16) of the body in an outward direction and aids in projecting the side wall (14,16) in the outward direction to enlarge the opening port when the package body is squeezed for opening. a package body defining a cavity for holding edible products, wherein the body includes an opening flange that is removable for access to the cavity through an opening port, the body further comprising at least one bend initiator, wherein the bend initiator protrudes from a side wall (14,16) of the body in an outward direction and aids in projecting the side wall (14,16) in the outward direction to enlarge the opening port when the package body is squeezed for opening.
A bilayer tablet comprising a first layer wherein the first layer is a metformin extended release formulation comprising metformin hydrochloride in an amount of 500 mg or 1000 mg, sodium carboxymethyl cellulose, hydroxypropyl methylcellulose, magnesium stearate, and optionally silicon dioxide or colloidal silican dioxide; a second layer having a total weight of 300 mg to 400 mg, wherein the second layer is an SGLT2 inhibitor 2.5 mg, 5.0 mg or 10.0 mg formulation comprising an SGLT2 inhibitor selected from dapagliflozin and dapagliflozin propylene glycol hydrate, lactose anhydrous, microcrystalline cellulose, crospovidone, silicon dioxide, magnesium stearate, and optionally at least one of pregelatinized starch, hydroxypropyl cellulose and mannitol; and optionally a film coating that covers the first layer and the second layer. a first layer wherein the first layer is a metformin extended release formulation comprising metformin hydrochloride in an amount of 500 mg or 1000 mg, sodium carboxymethyl cellulose, hydroxypropyl methylcellulose, magnesium stearate, and optionally silicon dioxide or colloidal silican dioxide; a second layer having a total weight of 300 mg to 400 mg, wherein the second layer is an SGLT2 inhibitor 2.5 mg, 5.0 mg or 10.0 mg formulation comprising an SGLT2 inhibitor selected from dapagliflozin and dapagliflozin propylene glycol hydrate, lactose anhydrous, microcrystalline cellulose, crospovidone, silicon dioxide, magnesium stearate, and optionally at least one of pregelatinized starch, hydroxypropyl cellulose and mannitol; and optionally a film coating that covers the first layer and the second layer.
A method implemented by one or more computing devices, the method comprising: receiving a password to be detected; acquiring an identity information set of a user of the password to be detected, the identity information set including a plurality of pieces of identity information of the user and associated users thereof; detecting whether identity information associated with the password to be detected exists in the identity information set; and determining whether the password to be detected is a weak password based at least in part on a result of the detecting, wherein the detecting comprises: dividing each piece of identity information in the identity information set into one or more detection passwords based on a length of the password to be detected; and determining whether a detection password that is identical with the password to be detected exists in the one or more detection passwords divided from each piece of identity information. receiving a password to be detected; acquiring an identity information set of a user of the password to be detected, the identity information set including a plurality of pieces of identity information of the user and associated users thereof; detecting whether identity information associated with the password to be detected exists in the identity information set; and determining whether the password to be detected is a weak password based at least in part on a result of the detecting, wherein the detecting comprises: dividing each piece of identity information in the identity information set into one or more detection passwords based on a length of the password to be detected; and determining whether a detection password that is identical with the password to be detected exists in the one or more detection passwords divided from each piece of identity information. dividing each piece of identity information in the identity information set into one or more detection passwords based on a length of the password to be detected; and determining whether a detection password that is identical with the password to be detected exists in the one or more detection passwords divided from each piece of identity information.
A method for controlling an oscillator, comprising: receiving a reference signal during a training period; determining, based on the reference signal, a correction signal for controlling operation of the oscillator by correcting oscillator frequency drift; sampling the correction signal throughout the training period; storing the correction signal samples; training (5-4, 6-1) a mathematical model of the oscillator based on the correction signal during the training period, said training not including the correction signal samples; and testing the trained mathematical model of the oscillator against the correction signal samples to assess suitability of the trained mathematical model for generating a correction signal for controlling operation of the oscillator when the reference signal is not available. receiving a reference signal during a training period; determining, based on the reference signal, a correction signal for controlling operation of the oscillator by correcting oscillator frequency drift; sampling the correction signal throughout the training period; storing the correction signal samples; training (5-4, 6-1) a mathematical model of the oscillator based on the correction signal during the training period, said training not including the correction signal samples; and testing the trained mathematical model of the oscillator against the correction signal samples to assess suitability of the trained mathematical model for generating a correction signal for controlling operation of the oscillator when the reference signal is not available.
A method of transmitting a positioning reference signal, PRS, in a wireless communication system, the method comprising: generating the PRS; mapping the PRS to a plurality of positioning subframes among a plurality of downlink subframes based on a PRS pattern, each of the plurality of positioning subframes being classified into a first type or a second type; and transmitting the mapped PRS in the plurality of positioning subframes, characterized in that if the plurality of positioning subframes includes both the first type and the second type, a cyclic prefix, CP, of a positioning subframe classified into the first type is the same as a CP of a positioning subframe classified into the second type, in that if the plurality of positioning subframes includes both the first type and the second type, the PRS pattern of a positioning subframe classified into the first type is the same as the PRS pattern of a positioning subframe classified into the second type, in that the first type is a normal subframe, and in that the second type is a multimedia broadcast multicast service single frequency network, MBSFN, subframe. generating the PRS; mapping the PRS to a plurality of positioning subframes among a plurality of downlink subframes based on a PRS pattern, each of the plurality of positioning subframes being classified into a first type or a second type; and transmitting the mapped PRS in the plurality of positioning subframes, characterized in that if the plurality of positioning subframes includes both the first type and the second type, a cyclic prefix, CP, of a positioning subframe classified into the first type is the same as a CP of a positioning subframe classified into the second type, in that if the plurality of positioning subframes includes both the first type and the second type, the PRS pattern of a positioning subframe classified into the first type is the same as the PRS pattern of a positioning subframe classified into the second type, in that the first type is a normal subframe, and in that the second type is a multimedia broadcast multicast service single frequency network, MBSFN, subframe.
A method for preparing a sulfonated aromatic compound comprising: acylating an aromatic containing compound by reacting the aromatic containing compound with an anhydride containing compound to form an acylated aromatic containing compound, wherein the aromatic containing compound is a furan containing compound, and the acylation is carried out with the use of a solid acid catalyst; further comprising functionalizing the acylated aromatic containing compound with a hydrophilic moiety, wherein the functionalization occurs via sulfonation. acylating an aromatic containing compound by reacting the aromatic containing compound with an anhydride containing compound to form an acylated aromatic containing compound, wherein the aromatic containing compound is a furan containing compound, and the acylation is carried out with the use of a solid acid catalyst; further comprising functionalizing the acylated aromatic containing compound with a hydrophilic moiety, wherein the functionalization occurs via sulfonation.
A composition comprising micronized leonardite, amino acids and surfactants, wherein the leonardite comprises between 50% and 90% w/w of the total humic substance on dry base, wherein the composition is an aqueous dispersion and has an acidic pH comprised between 3 and 6.
Securing element for the wall mounting of radiators, whereby, the securing element is attached to a plate and whereby, an assembly unit is provided that features an assembly head that is attached to the wall and which, preferably, features a cam, whereby, the securing element includes a retainer into which the plate can be at least partly inserted into its lower side, in order to thus hold the plate, whereby, the securing element features a bracket that includes a body and a minimum of one protrusion and on which a support surface or contact surface is provided for the assembly head or cam, whereby, a minimum of one reinforcement element, such as a bead, rib or an additional plate is provided, on the bracket and/or support surface, whereby, furthermore the securing element features a locking mechanism that rest on the upper side of the plate and this, at least partly, reaches over or behind, whereby the bracket and locking mechanism are in operative connection with one another through a connecting device, which is able to change the distance between the bracket and locking mechanism and whereby, the connecting device features a thread, characterized in that, the securing element includes a locknut that has a mating thread and, whereby, engages the thread and mating thread, and that the locknut can be inserted into a recess in the body to prevent rotating.
The use of a piston system to form an elastomer agglomerate composition, wherein the piston system comprises: a piston that is configured and arranged to make a reciprocating movement in use of the piston system, a cylinder that is configured and arranged to receive and guide at least a first part of the piston, a first supply channel that is configured and arranged to supply a lubricating medium to a portion of the first part of the piston that, in use, is arranged inside the cylinder, a second supply channel that is configured and arranged to, in use, supply a cooling medium to a second part of the piston while the second part of the piston is outside the cylinder. a piston that is configured and arranged to make a reciprocating movement in use of the piston system, a cylinder that is configured and arranged to receive and guide at least a first part of the piston, a first supply channel that is configured and arranged to supply a lubricating medium to a portion of the first part of the piston that, in use, is arranged inside the cylinder, a second supply channel that is configured and arranged to, in use, supply a cooling medium to a second part of the piston while the second part of the piston is outside the cylinder.
A multilayer ink receptive film for providing control of an absorption of UV curable ink, the film comprising: an ink receptive layer containing low surface energy materials having a reduced energy surface; one or more stretchable functional sublayers which facilitate application of the film to a substrate; and a carrier film; wherein the reduced energy surface comprises one or more of fluorinated polymers, fluorinated particles, siloxanes, waxes, fluorinated surfactants, or a dispersion of a fluoropolymer. an ink receptive layer containing low surface energy materials having a reduced energy surface; one or more stretchable functional sublayers which facilitate application of the film to a substrate; and a carrier film; wherein the reduced energy surface comprises one or more of fluorinated polymers, fluorinated particles, siloxanes, waxes, fluorinated surfactants, or a dispersion of a fluoropolymer.
An inhibitor of Neutrophil Gelatinase-Associated Lipocalin (NGAL) gene expression or a NGAL antagonist for use in the prevention or the treatment of heart failure, wherein the inhibitor of NGAL gene expression binds to NGAL mRNA and is selected from the group consisting of siRNA, anti-sense oligonucleotides and ribozymes; and the antagonist is directed against NGAL and is selected from the group consisting of antibodies and aptamers.
A method to schedule communications in a network comprising: separating control timeslots Into a first portion for network entry control and a second portion for neighbor control, each portion using a different scheduling scheme; transmitting a node identification associated with a first node Joining a network over the first portion or control timeslots based on a first probability; and detecting nodes in the network using a second portion of the control timeslots; receiving acknowledgements of the presence of a first node from at least one of the other nodes In the network; if a ratio of a number of acknowledgments received to a number of the nodes in the network detected is greater than a predetermined percentage: transmitting control data over the first portion of the control timeslots based on a transmitting oontrol data over the first potion of the control timeslots based on a second probability associated with a number of the nodes detected; and transmitting data over the second portion of the control timeslots based on a network schedule. separating control timeslots Into a first portion for network entry control and a second portion for neighbor control, each portion using a different scheduling scheme; transmitting a node identification associated with a first node Joining a network over the first portion or control timeslots based on a first probability; and detecting nodes in the network using a second portion of the control timeslots; receiving acknowledgements of the presence of a first node from at least one of the other nodes In the network; if a ratio of a number of acknowledgments received to a number of the nodes in the network detected is greater than a predetermined percentage: transmitting control data over the first portion of the control timeslots based on a transmitting oontrol data over the first potion of the control timeslots based on a second probability associated with a number of the nodes detected; and transmitting data over the second portion of the control timeslots based on a network schedule.
A method of digital content presentation, comprising: receiving a request for content from a requesting device registering an application to be used during a session; loading policies to be used during the session; identifying hardware features to be used during the session; identifying data to be used during a session wherein the data comprises the requested content; accessing the requested content; presenting (410; 508) data to the requesting device during the session, wherein content is delivered from a content providing device to the requesting device according to the policies and hardware features that are available during the session, and allowing the requesting device to interact with the content through a unified media application programmable interface. receiving a request for content from a requesting device registering an application to be used during a session; loading policies to be used during the session; identifying hardware features to be used during the session; identifying data to be used during a session wherein the data comprises the requested content; accessing the requested content; presenting (410; 508) data to the requesting device during the session, wherein content is delivered from a content providing device to the requesting device according to the policies and hardware features that are available during the session, and allowing the requesting device to interact with the content through a unified media application programmable interface.
A process for chemically pretreating reclaimed cellulose fibres to be used in the production of moulded bodies from regenerated cellulose, wherein the pretreatment includes one stage, in which stage acid metal removal and acid oxidative bleaching are carried out together, and wherein acetic acid is present during the stage.
A method of managing resources in an on-demand compute environment, the method comprising: receiving information from a source other than the on-demand compute environment at a local resource broker, the information being associated with policy controls governing how a local compute environment processes workload, wherein the local resource broker, the on-demand compute environment, and the local compute environment are each separately managed environments, and the on-demand compute environment and the local compute environment are each managed by a separate management module (106, 108); based on the information, communicating instructions from the local resource broker to the on-demand compute environment, such that the on-demand compute environment customises, based on the instructions and at a first time, flexible attributes of compute resources in the on-demand compute environment to match requirements included in the instructions, to yield customised compute resources, by dynamically provisioning an operating system and optionally by at least one of dynamically controlling network resources, application resources or storage resources and dynamically provisioning security or credentials; and causing workload that is received into the local compute environment to be transferred from the local compute environment to the on-demand compute environment to consume the customised compute resources according to the policy controls governing the local compute environment. receiving information from a source other than the on-demand compute environment at a local resource broker, the information being associated with policy controls governing how a local compute environment processes workload, wherein the local resource broker, the on-demand compute environment, and the local compute environment are each separately managed environments, and the on-demand compute environment and the local compute environment are each managed by a separate management module (106, 108); based on the information, communicating instructions from the local resource broker to the on-demand compute environment, such that the on-demand compute environment customises, based on the instructions and at a first time, flexible attributes of compute resources in the on-demand compute environment to match requirements included in the instructions, to yield customised compute resources, by dynamically provisioning an operating system and optionally by at least one of dynamically controlling network resources, application resources or storage resources and dynamically provisioning security or credentials; and causing workload that is received into the local compute environment to be transferred from the local compute environment to the on-demand compute environment to consume the customised compute resources according to the policy controls governing the local compute environment.
A valve comprising a valve body defining a valve through-hole, a valve rod, a valve seat and a valve core assembly, the valve core assembly being mounted in the valve body and including a valve core, the valve core being hinged to the valve body, wherein the valve core assembly further includes a drive member, a positioning member and a flexible member, wherein the positioning member is movably mounted on the valve core, and the flexible member is mounted between the positioning member and the valve core, and the drive member has a separable cooperating relationship with the positioning member such that, corresponding to rotational movement of the drive member, the valve has following three drive relationships while it is being closed: the drive member cooperates with the positioning member to form a relatively static first transmission relationship under elastic action of the flexible member and drives the valve core to rotate to close the valve; when the first transmission relationship ends, the drive member and the positioning member are switched from the first transmission relationship to a second transmission relationship, and the drive member presses the positioning member to make the positioning member perform relative movement with respect to the valve core; when the second transmission relationship ends, the drive member and the positioning member are switched from the second transmission relationship to a third transmission relationship between the drive member and the valve core, and the drive member controls the positioning member in an extended state, so that the positioning member is always in a state of being engaged with the valve body, and the drive member presses the valve core to perform a pressing movement toward the valve through-hole radial direction, thereby sealingly locking the valve core.