mhurhangee/ep-ind-claims huggingface dataset:
An aspherical intraocular lens (IOLs), the surface shape of an anterior surface of an effective optical area of the aspherical intraocular lens being aspherical, or the surface shape of a posterior surface of an effective optical area of the aspherical intraocular lens being aspherical, or the surface shapes of an anterior surface and a posterior surface of an effective optical area of the aspherical intraocular lens being aspherical, characterized in that the spherical aberration of the aspherical intraocular lens is -0,28μm or -0,29μm.
An in vitro method for classifying prostate cancer in a patient, the method comprising: (a) determining, in a sample from the patient, the mean expression of a panel of genes comprising at least ten cell-cycle genes selected from any one of Panels C-G; and (b) comparing the mean expression to the mean expression level of the same genes in a reference population of patients with the same cancer, wherein elevation of the mean expression relative to the reference population indicates a poor prognosis. (a) determining, in a sample from the patient, the mean expression of a panel of genes comprising at least ten cell-cycle genes selected from any one of Panels C-G; and (b) comparing the mean expression to the mean expression level of the same genes in a reference population of patients with the same cancer,
A variant, comprising substitutions F179I + I181L + I183V of the mature polypeptide of SEQ ID NO: 2, wherein the variant has cellulolytic enhancing activity and the variant is selected from the group consisting of: (a) a polypeptide having at least 85% sequence identity to the mature polypeptide of SEQ ID NO: 2; (d) a polypeptide encoded by a polynucleotide having at least 85% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1 or the cDNA sequence thereof. (a) a polypeptide having at least 85% sequence identity to the mature polypeptide of SEQ ID NO: 2; (d) a polypeptide encoded by a polynucleotide having at least 85% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1 or the cDNA sequence thereof.
Method for operation of several adjacent magnetic-inductive flow meters, wherein each of the adjacent flow meters comprises a measuring tube through which an electrically conductive medium flows, a magnetic field generating apparatus for permeating the medium with a magnetic field which comprises a component perpendicular to the longitudinal axis of the measuring tube, and a measurement apparatus for measuring the voltage which has been induced into the medium and for determining the flow rate from the induced voltage, and wherein, to prevent variations of the mutual influences on the flow rate measurements by the magnetic fields of adjacent flow meters, measurement processes of individual, adjacent flow meters are synchronized (synchronous measurement process), characterized in that, during a measurement process of at least one of the adjacent flow meters, no magnetic field is produced by the magnetic field generating apparatus of the flow meter.
An operative field lighting device having LEDs, said lighting device comprising a first LED arranged to emit a first white-light beam having a first color temperature, and a second LED arranged to emit a second white-light beam having a second color temperature that is different from said first color temperature, said lighting device being characterized in that it further comprises a beam splitter for splitting said first light beam into a first first beam portion that is reflected by the beam splitter and into a second first beam portion that is transmitted by the beam splitter, and for splitting said second light beam into a first second beam portion that is reflected by the beam splitter and into a second second beam portion that is transmitted by the beam splitter, in that said first LED, said second LED, and said beam splitter are arranged three-dimensionally relative to one another in such a manner that said second first beam portion that is transmitted and said first second beam portion that is reflected are superposed to form a first resulting beam having an intermediate color temperature lying between the first color temperature and the second color temperature, and in such a manner that said first first beam portion that is reflected and said second second beam portion that is transmitted are superposed to form a second resulting beam having said intermediate color temperature, and in that said lighting device further comprises a first optical element arranged to focus said first resulting beam towards a zone of the field of illumination and a second optical element that is arranged to focus said second resulting beam towards said zone.
An auger grouted displacement pile for being placed and retained in a supporting medium, the displacement pile comprising: an elongated pipe having a hollow central chamber, a top section and a bottom section, the bottom section further including a soil displacement head comprising: extending from the elongated pipe, at least one lateral compaction protrusion which establishes a regular bore diameter when the pile is rotated into the supporting medium; a helical blade having a leading edge and a trailing edge, the bottom section further including an opening, proximate to the trailing edge, in fluid communication with the central chamber, the helical blade having a first handedness configured to move the pile into the supporting medium and material in the direction of the top section, wherein the top section further includes a helical auger having a second handedness which is opposite the first handedness of the helical blade, the helical auger being configured to move material toward the bottom section when the pile is rotating; means for forming irregularities in the bore diameter after compaction by the at least one lateral compaction protrusion, in which the means for forming irregularities is disposed between the helical auger and the helical blade. extending from the elongated pipe, at least one lateral compaction protrusion which establishes a regular bore diameter when the pile is rotated into the supporting medium; a helical blade having a leading edge and a trailing edge, the bottom section further including an opening, proximate to the trailing edge, in fluid communication with the central chamber, the helical blade having a first handedness configured to move the pile into the supporting medium and material in the direction of the top section, wherein the top section further includes a helical auger having a second handedness which is opposite the first handedness of the helical blade, the helical auger being configured to move material toward the bottom section when the pile is rotating; means for forming irregularities in the bore diameter after compaction by the at least one lateral compaction protrusion, in which the means for forming irregularities is disposed between the helical auger and the helical blade.
A cap for intake and delivery of a fluid from a syringe (12, 30), the cap comprising: an outer cap assembly comprising a fluid inlet path and a fluid outlet path; and an inner cap assembly configured for fluid tight sealed insertion into a discharge neck of the syringe (12, 30) and to provide selective fluid communication between an interior of the syringe (12, 30) and the fluid inlet path or the fluid outlet path, wherein the outer cap assembly is slidable relative to the inner cap assembly between a first filling position, where the interior of the syringe (12, 30) is in fluid communication with the fluid inlet path, and a second delivery position, where the interior of the syringe (12, 30) is in fluid communication with the fluid outlet path and wherein the outer cap assembly has an engagement feature configured to engage a cap retention feature of a fluid injector, wherein the engagement feature prevents movement of the outer cap assembly in at least one of the proximal direction and the distal direction when the engagement feature is engaged with the cap retention feature, and wherein when the engagement feature engages a surface of the cap retention feature of the fluid injector, characterised in that the outer cap assembly is slidable relative to the inner cap assembly upon distal and proximal movement of the syringe (12, 30) having the cap attached thereto. an outer cap assembly comprising a fluid inlet path and a fluid outlet path; and an inner cap assembly configured for fluid tight sealed insertion into a discharge neck of the syringe (12, 30) and to provide selective fluid communication between an interior of the syringe (12, 30) and the fluid inlet path or the fluid outlet path, wherein the outer cap assembly is slidable relative to the inner cap assembly between a first filling position, where the interior of the syringe (12, 30) is in fluid communication with the fluid inlet path, and a second delivery position, where the interior of the syringe (12, 30) is in fluid communication with the fluid outlet path and wherein the outer cap assembly has an engagement feature configured to engage a cap retention feature of a fluid injector, wherein the engagement feature prevents movement of the outer cap assembly in at least one of the proximal direction and the distal direction when the engagement feature is engaged with the cap retention feature, and wherein when the engagement feature engages a surface of the cap retention feature of the fluid injector, characterised in that the outer cap assembly is slidable relative to the inner cap assembly upon distal and proximal movement of the syringe (12, 30) having the cap attached thereto.
An electrode comprising: a substrate; and a conductive layer containing carbon particles and a conductive binder for binding the carbon particles formed above the substrate; characterized in that, wherein spaces that communicate with a surface of the conductive layer are defined between the carbon particles, and the mass ratio of the carbon particles to the conductive binder is 0.5 to 5. a substrate; and a conductive layer containing carbon particles and a conductive binder for binding the carbon particles formed above the substrate; characterized in that, wherein spaces that communicate with a surface of the conductive layer are defined between the carbon particles, and the mass ratio of the carbon particles to the conductive binder is 0.5 to 5.
A method for monitoring the content of iron containing materials in a particulate ash stream of a fluidized bed boiler, characterized by the steps of: a. measuring magnetic susceptibility of a particulate ash stream from an ash outlet of the boiler; b. magnetic separation of this ash stream into a magnetizable and non-magnetizable fraction; c. measuring magnetic susceptibility of the magnetizable fraction; d. calculating the weight specific magnetic susceptibility of the particulate ash stream and the magnetizable fraction; e. calculating the normalized magnetic susceptibility by dividing the weight specific magnetic susceptibility of the particulate ash stream through the weight specific magnetic susceptibility of the magnetizable fraction; f. using this normalized magnetic susceptibility as an indicator of the content of iron containing materials in the ash stream. a. measuring magnetic susceptibility of a particulate ash stream from an ash outlet of the boiler; b. magnetic separation of this ash stream into a magnetizable and non-magnetizable fraction; c. measuring magnetic susceptibility of the magnetizable fraction; d. calculating the weight specific magnetic susceptibility of the particulate ash stream and the magnetizable fraction; e. calculating the normalized magnetic susceptibility by dividing the weight specific magnetic susceptibility of the particulate ash stream through the weight specific magnetic susceptibility of the magnetizable fraction; f. using this normalized magnetic susceptibility as an indicator of the content of iron containing materials in the ash stream.
A method for the attachment of marking labels to a plurality of electrical devices that can be arranged on a support rail, each having a marking field to which a marking label that can be inscribed can be secured, wherein, according to the method, - the electrical devices are arranged side by side in a row along a longitudinal direction to provide an assembly, such that the marking fields of the electrical devices connect to one another along the longitudinal direction, and form a continuous row extended along the longitudinal direction, characterized by - attachment of a continuous marking strip, having a plurality of marking labels which are associated with the marking fields of the electrical devices and which can be inscribed using a laser inscription device, along the row of electrical devices, and - after the attachment of the marking strip separation of the marking labels, such that at least one marking label is arranged on the marking field of each electrical device. - the electrical devices are arranged side by side in a row along a longitudinal direction to provide an assembly, such that the marking fields of the electrical devices connect to one another along the longitudinal direction, and form a continuous row extended along the longitudinal direction, - attachment of a continuous marking strip, having a plurality of marking labels which are associated with the marking fields of the electrical devices and which can be inscribed using a laser inscription device, along the row of electrical devices, and - after the attachment of the marking strip separation of the marking labels, such that at least one marking label is arranged on the marking field of each electrical device.
Apparatus for supplying medical liquids, in particular for applying a medicament to the hose line of a transfer unit for enteral or parenteral nutrition, having a base body, which has an inlet channel and an outlet channel, and a closure body, which is arranged in a rotatable manner in the base body and has an inlet channel, wherein the closure body has a first through-passage (10, 10'), which, in a first position, connects the inlet channel of the base body to the outlet channel of the base body, and has a second through-passage, which, in a second position, connects the inlet channel of the closure body to the outlet channel of the base body, characterized in that the closure body is arranged in a rotatable manner in the base body such that, as it rotates, the closure body simultaneously executes an axial lifting movement as a result of said rotation, wherein the first and second through-passages (10, 13) are arranged in the closure body such that, in the first position, the first through-passage connects the inlet channel of the base body to the outlet channel of the base body and, in the second position of the closure body, said first through-passage connects the inlet channel of the closure body to the outlet channel of the base body.
A Node B comprising: a transmitter arranged to transmit indicating acquisition indication channel signatures wherein each indicating signature is used to indicate an enhanced dedicated channel resource to be used by a user equipment; a memory configured to store a mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; and a data processor configured to use the stored mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; wherein the data processor is further configured to relate each indicating acquisition indication channel signature to an enhanced dedicated channel resource such that there is a three way mapping between the random access channel signature sequence, the one or more indicating acquisition indication channel signatures and the enhanced dedicated channel resource; and the data processor is further configured to select one acquisition indication channel signature of the indicating acquisition indication channel signatures which are mapped to the random access channel signature sequence; and configured to transmit the selected indicating acquisition indication channel signature. a transmitter arranged to transmit indicating acquisition indication channel signatures wherein each indicating signature is used to indicate an enhanced dedicated channel resource to be used by a user equipment; a memory configured to store a mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; and a data processor configured to use the stored mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; wherein the data processor is further configured to relate each indicating acquisition indication channel signature to an enhanced dedicated channel resource such that there is a three way mapping between the random access channel signature sequence, the one or more indicating acquisition indication channel signatures and the enhanced dedicated channel resource; and the data processor is further configured to select one acquisition indication channel signature of the indicating acquisition indication channel signatures which are mapped to the random access channel signature sequence; and configured to transmit the selected indicating acquisition indication channel signature.
Method for controlling a thermoforming cycle on an article made of thermoplastic material in a thermoforming machine, comprising: - setting at least one operating parameter of said thermoforming cycle; - generating a desired geometry for said article in an operative step of said thermoforming cycle; - detecting an actual geometry assumed by said article in said operating step by means of detection sensor means; - verifying compliance with a relationship criterion between said detected actual geometry and said desired geometry; - modifying said operating parameter of said thermoforming cycle according to the result of said verifying; characterized in that said at least one operating parameter comprises a thermal power value for a plurality of heating elements and/or a thermal power delivery time value delivered by a plurality of heating elements, each heating element being associated with at least one respective zone of said article to heat said at least one respective zone, such that said thermal power value and/or said thermal power delivery time value may be different for each heating element. - setting at least one operating parameter of said thermoforming cycle; - generating a desired geometry for said article in an operative step of said thermoforming cycle; - detecting an actual geometry assumed by said article in said operating step by means of detection sensor means; - verifying compliance with a relationship criterion between said detected actual geometry and said desired geometry; - modifying said operating parameter of said thermoforming cycle according to the result of said verifying;
A method to control communication traffic in a communication network, said traffic comprising application-level messages between a client (30,30',30") and a server (10, 10',10") having a private network address (IPreal), said method comprising the steps of: - sending by said client (30,30',30") a request message requesting a service to said server (10,10',10") using a first public network address (IPold) associated to said server (10,10',10"), - processing said request message at an intermediate logic unit (20,20',20") logically interposed between said client (30,30',30") and said server (10,10',10"), - receiving an alert signal at said intermediate unit (20,20',20"), and, upon receipt of said alert signal: - mapping said private network address (IPreal) of said server to a second public network address (IPnew) associated to said server (10,10',10") at said intermediate unit (20,20',20"), - instructing all clients (30,30',30") trying to contact said server (10, 10', 10") to send said request message to said second public network address (IPnew) of said server (10,10',10"), wherein said instructing includes the step of transmitting from said intermediate unit (20,20',20") a redirection message to said clients (30,30',30") containing said second public network address (IPnew) of said server (10,10',10"), - routing to said server (10,10',10") only request messages directed to said second public network address (IPnew). - sending by said client (30,30',30") a request message requesting a service to said server (10,10',10") using a first public network address (IPold) associated to said server (10,10',10"), - processing said request message at an intermediate logic unit (20,20',20") logically interposed between said client (30,30',30") and said server (10,10',10"), - receiving an alert signal at said intermediate unit (20,20',20"), - mapping said private network address (IPreal) of said server to a second public network address (IPnew) associated to said server (10,10',10") at said intermediate unit (20,20',20"), - instructing all clients (30,30',30") trying to contact said server (10, 10', 10") to send said request message to said second public network address (IPnew) of said server (10,10',10"), wherein said instructing includes the step of transmitting from said intermediate unit (20,20',20") a redirection message to said clients (30,30',30") containing said second public network address (IPnew) of said server (10,10',10"), - routing to said server (10,10',10") only request messages directed to said second public network address (IPnew).
An apparatus for processing an image, comprising: a body; a lens module detachably mounted on the body, wherein the lens module comprises a lens barrel and a focus control ring, a zoom control ring and an aperture control ring, wherein the control rings (450, 460, 470) are disposed on an outer surface of the lens barrel to enclose and rotate on at least a part of the outer surface of the lens barrel, and/or to enclose at least a part of the outer surface of the lens barrel and to slide along the lens barrel, and a selector disposed on an outside of the lens barrel, characterised in that the selector is configured to select any one of the control rings (450, 460, 470) such that a setting value of a selected setting item regarding photographing conditions can be changed by the selected one of the control rings (450, 460, 470). a body; a lens module detachably mounted on the body, wherein the lens module comprises a lens barrel and a focus control ring, a zoom control ring and an aperture control ring, wherein the control rings (450, 460, 470) are disposed on an outer surface of the lens barrel to enclose and rotate on at least a part of the outer surface of the lens barrel, and/or to enclose at least a part of the outer surface of the lens barrel and to slide along the lens barrel, and a selector disposed on an outside of the lens barrel, characterised in that the selector is configured to select any one of the control rings (450, 460, 470) such that a setting value of a selected setting item regarding photographing conditions can be changed by the selected one of the control rings (450, 460, 470).
A translucent hair care composition comprising: a) a cationic surfactant selected from stearamidopropyl dimethylamine, behentrimonium chloride, stearyl trimethyl ammonium chloride or mixtures thereof; b) from 15 to 30% by weight of glycerin; and c) from 0.1 to 2.0% by weight of fatty alcohol based on the total weight of the composition; wherein the composition comprises an antidandruff agent. a) a cationic surfactant selected from stearamidopropyl dimethylamine, behentrimonium chloride, stearyl trimethyl ammonium chloride or mixtures thereof; b) from 15 to 30% by weight of glycerin; and c) from 0.1 to 2.0% by weight of fatty alcohol based on the total weight of the composition; wherein the composition comprises an antidandruff agent.