mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the emulation of complex cabled electric networks that are used as communication means for data transmission, characterized in that said apparatus comprises: - at least an input gate for the connection to a data transmission device and at least an impedance emulation device configured to specifically reproduce the behavior, as a function of the frequency, of the impedance at the terminations of the complex cabled electric networks, where the data transmission device and a data reception device are connected; - at least a frequency response emulation device of a communication channel installed on said complex cabled electric network, said impedance emulation device being autonomous with respect to said frequency response emulation device, and at least an output gate configured for the connection of the data reception device; wherein said impedance emulation device and said frequency response emulation device comprise passive electric resonators (20, 31). - at least an input gate for the connection to a data transmission device and at least an impedance emulation device configured to specifically reproduce the behavior, as a function of the frequency, of the impedance at the terminations of the complex cabled electric networks, where the data transmission device and a data reception device are connected; - at least a frequency response emulation device of a communication channel installed on said complex cabled electric network, said impedance emulation device being autonomous with respect to said frequency response emulation device, and at least an output gate configured for the connection of the data reception device;
Tower device for a wind turbine, comprising a hollow cylindrical tower structure, comprising: - at least one opening provided with the tower structure, - at least one marking device supporting element, which is adapted to support or supports at least one marking device for visually marking the tower structure at its outer circumference, with - the marking device supporting element being adapted to be removably attachable to the inner circumference of the tower structure by at least one attachment means, whereby - in an attached state of the marking device supporting element, the marking device supporting element is removably attached to the inner circumference of the tower structure in such a manner that the marking device is adapted to penetrate or penetrates through the opening of the tower structure so as to be disposed at the outer circumference of the tower structure, characterised in that the opening is provided with a, particularly ring-like, wall reinforcement element at least partially reinforcing the wall thickness of the tower structure so as to increase the mechanical stability of the tower structure,wherein the marking device supporting element comprises a base body being built as a, particularly circularly or ovally shaped, plate and a mounting flange attached to the wall reinforcement element. - at least one opening provided with the tower structure, - at least one marking device supporting element, which is adapted to support or supports at least one marking device for visually marking the tower structure at its outer circumference, with - the marking device supporting element being adapted to be removably attachable to the inner circumference of the tower structure by at least one attachment means, whereby - in an attached state of the marking device supporting element, the marking device supporting element is removably attached to the inner circumference of the tower structure in such a manner that the marking device is adapted to penetrate or penetrates through the opening of the tower structure so as to be disposed at the outer circumference of the tower structure, characterised in that the opening is provided with a, particularly ring-like, wall reinforcement element at least partially reinforcing the wall thickness of the tower structure so as to increase the mechanical stability of the tower structure,wherein the marking device supporting element comprises a base body being built as a, particularly circularly or ovally shaped, plate and a mounting flange attached to the wall reinforcement element.
A data transmission method based upon a Proxy Mobile Internet Protocol version 6, PMIPv6, comprising: establishing, by a Mobile Access Gateway, MAG, and a Local Mobility Anchor, LMA, a bidirectional tunnel based upon binding of a service flow through interaction of messages after a Mobile Node, MN, initiates the service flow, wherein a downlink Generic Routing Encapsulation, GRE, key and an uplink GRE key are allocated to the service flow and the LMA adds a binding relationship between a service flow identifier of the service flow and address information of the MN during establishment of the bidirectional tunnel; and transmitting, by the MAG and the LMA, a data packet of the service flow initiated by the MN over the bidirectional tunnel according to the service flow identifier, the binding relationship, and the uplink and downlink GRE keys; wherein, when the MN initiates two or more service flows, each of the service flows has a service flow identifier, and the service flow identifier comprised in a service flow identification option of the service flow, and the service flow identification option comprises transport level description, the transport level description comprises one or any combination of Destination IP Address, Port Range, Flow Label, Security Parameter Index, Protocol Identifier of the protocol above IP, and Type of Service/Traffic class and Mask. establishing, by a Mobile Access Gateway, MAG, and a Local Mobility Anchor, LMA, a bidirectional tunnel based upon binding of a service flow through interaction of messages after a Mobile Node, MN, initiates the service flow, wherein a downlink Generic Routing Encapsulation, GRE, key and an uplink GRE key are allocated to the service flow and the LMA adds a binding relationship between a service flow identifier of the service flow and address information of the MN during establishment of the bidirectional tunnel; and transmitting, by the MAG and the LMA, a data packet of the service flow initiated by the MN over the bidirectional tunnel according to the service flow identifier, the binding relationship, and the uplink and downlink GRE keys; wherein, when the MN initiates two or more service flows, each of the service flows has a service flow identifier, and the service flow identifier comprised in a service flow identification option of the service flow, and the service flow identification option comprises transport level description, the transport level description comprises one or any combination of Destination IP Address, Port Range, Flow Label, Security Parameter Index, Protocol Identifier of the protocol above IP, and Type of Service/Traffic class and Mask.
System for operating an electronic light arrangement, comprising: - the electronic light arrangement with one primary group and at least one secondary group of light-emitting diodes, - an electronic buck-boost-device which is electrically connected to the primary group of light-emitting diodes for providing a first constant current to the corresponding light-emitting diodes of the primary group, - at least one electronic buck-device which is electrically connected to the at least one secondary group for providing a second constant current to the corresponding light-emitting diodes of the secondary group, characterized in that the buck-boost-device is electrically connected to the at least one buck-device via a supply input of the at least one buck-device for providing a constant voltage by using a voltage drop across the light-emitting diodes of the primary group of light-emitting diodes. - the electronic light arrangement with one primary group and at least one secondary group of light-emitting diodes, - an electronic buck-boost-device which is electrically connected to the primary group of light-emitting diodes for providing a first constant current to the corresponding light-emitting diodes of the primary group, - at least one electronic buck-device which is electrically connected to the at least one secondary group for providing a second constant current to the corresponding light-emitting diodes of the secondary group,
A lined pipe or fitting comprising: an outer layer comprising an outer layer composition comprising, based on the total weight of the outer layer composition, 50 to 100 weight percent high density polyethylene and 0 to 50 weight percent filler; and an inner layer comprising an inner layer composition comprising 20 to 70 parts by weight of a poly(phenylene ether), 30 to 80 parts by weight of a polystyrene, and 0 to 15 parts by weight of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene, wherein the parts by weight are based on 100 parts by weight total of the poly(phenylene ether), the polystyrene, and the hydrogenated block copolymer. an outer layer comprising an outer layer composition comprising, based on the total weight of the outer layer composition, 50 to 100 weight percent high density polyethylene and 0 to 50 weight percent filler; and an inner layer comprising an inner layer composition comprising 20 to 70 parts by weight of a poly(phenylene ether), 30 to 80 parts by weight of a polystyrene, and 0 to 15 parts by weight of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene, wherein the parts by weight are based on 100 parts by weight total of the poly(phenylene ether), the polystyrene, and the hydrogenated block copolymer. 20 to 70 parts by weight of a poly(phenylene ether), 30 to 80 parts by weight of a polystyrene, and 0 to 15 parts by weight of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene,
A memory device comprising: a memory cell array comprising a plurality of memory cells; a page buffer circuit connected to the memory cell array through a plurality of bit lines, comprising a page buffer connected to each of the plurality of bit lines, and configured to perform a pre-charge operation on the plurality of bit lines during a pre-charge period for data reading; and a control logic configured to receive a detected temperature of the memory device and to differently control the pre-charge operation of the page buffer circuit according to the detected temperature, wherein the pre-charge period comprises a first period (tPRE_1) in which the plurality of bit lines are overdriven and a second period (t_PRE2) in which the plurality of bit lines are driven at a voltage lower than that of the first period, and the first period where the detected temperature is a first temperature is set to be shorter than the first period where the detected temperature is a second temperature higher than the first temperature. a memory cell array comprising a plurality of memory cells; a page buffer circuit connected to the memory cell array through a plurality of bit lines, comprising a page buffer connected to each of the plurality of bit lines, and configured to perform a pre-charge operation on the plurality of bit lines during a pre-charge period for data reading; and a control logic configured to receive a detected temperature of the memory device and to differently control the pre-charge operation of the page buffer circuit according to the detected temperature, wherein the pre-charge period comprises a first period (tPRE_1) in which the plurality of bit lines are overdriven and a second period (t_PRE2) in which the plurality of bit lines are driven at a voltage lower than that of the first period, and the first period where the detected temperature is a first temperature is set to be shorter than the first period where the detected temperature is a second temperature higher than the first temperature.
Use of a neurotrophic composition comprising a neurotrophin encoding transgene in the manufacture of a medicament for treating defective, diseased or damaged cholinergic neurons in the mammalian brain, wherein the therapeutic neurotrophic composition is delivered into one or more delivery sites that are intraparenchymal or within the Ch4 region of the cholinergic basal forebrain; and wherein the transgene is expressed in, or within 500μm from, a targeted cell, and no more than 10mm from another delivery site; and wherein further contact with the neurotrophin ameliorates the defect, disease or damage.
A method for combining a first and second ambient network wherein network composition negotiation information is exchanged between the first and second ambient network, comprising the steps of: - automatically detecting a link between the first and second ambient networks, - establishing a connectivity interface between the ambient networks across the detected links, - sending the network composition negotiation information containing information on at least one media session involving a media client across the established connectivity interface, characterized by - splitting of a control part of the at least one media session from a bearer handling part for handling bearers of the media session, wherein at least one bearer endpoint of the media session is split from a session end point of the media session. - automatically detecting a link between the first and second ambient networks, - establishing a connectivity interface between the ambient networks across the detected links, - sending the network composition negotiation information containing information on at least one media session involving a media client across the established connectivity interface, characterized by - splitting of a control part of the at least one media session from a bearer handling part for handling bearers of the media session, wherein at least one bearer endpoint of the media session is split from a session end point of the media session.
A triple-flow turbomachine for an aircraft, comprising: - a gas generator equipped with a turbine comprising a turbine shaft with an axis of rotation, - a power transmission module comprising a torque input connected to said turbine shaft, a first torque output and a second torque output, this power transmission module comprising a mechanical gearbox comprising said torque input and said first torque output (11 0b), - a main fan propeller rotatably driven by a main shaft coupled to the first torque output, this propeller being located upstream of a first annular splitter nose for separating two annular ducts for the respective flow of an internal primary flow and an external secondary flow, - a secondary fan propeller (S') rotatably driven by a secondary shaft coupled to the second torque output, this propeller being located in the duct for the flow of the primary flow and upstream of a second annular splitter nose for separating two annular ducts for the respective flow of a first internal flow and a second external flow, characterised in that the power transmission module further comprises a planet gear independent of said gearbox and arranged downstream of the gearbox, this planet gear being meshed, on the one hand, with an external toothing of the turbine shaft and on the other hand, with an external toothing of said secondary shaft or with an intermediate shaft coupled to this secondary shaft, said turbine shaft passing coaxially through this secondary shaft or this intermediate shaft. - a gas generator equipped with a turbine comprising a turbine shaft with an axis of rotation, - a power transmission module comprising a torque input connected to said turbine shaft, a first torque output and a second torque output, this power transmission module comprising a mechanical gearbox comprising said torque input and said first torque output (11 0b), - a main fan propeller rotatably driven by a main shaft coupled to the first torque output, this propeller being located upstream of a first annular splitter nose for separating two annular ducts for the respective flow of an internal primary flow and an external secondary flow, - a secondary fan propeller (S') rotatably driven by a secondary shaft coupled to the second torque output, this propeller being located in the duct for the flow of the primary flow and upstream of a second annular splitter nose for separating two annular ducts for the respective flow of a first internal flow and a second external flow,
A guide extension catheter (200, 300, 700) for use with a guide catheter (202, 302, 702), comprising: an elongate tube member (220, 320, 720) having a lumen therethrough; a push member (222, 322, 722) eccentrically coupled relative to the tube member and extending proximally therefrom for slidably positioning the tube member through the guide catheter and partially beyond a distal end of the guide catheter; and characterised in that the guide extension catheter comprises: a slidable manipulation member (230, 330, 730) coupled with the push member, the slidable manipulation member movable along and engageable with the push member as the tube member is slidably positioned through the guide catheter and partially beyond the distal end of the guide catheter. an elongate tube member (220, 320, 720) having a lumen therethrough; a push member (222, 322, 722) eccentrically coupled relative to the tube member and extending proximally therefrom for slidably positioning the tube member through the guide catheter and partially beyond a distal end of the guide catheter; and characterised in that the guide extension catheter comprises: a slidable manipulation member (230, 330, 730) coupled with the push member, the slidable manipulation member movable along and engageable with the push member as the tube member is slidably positioned through the guide catheter and partially beyond the distal end of the guide catheter.
A device for changing workpieces or tools in a machine tool, comprising: - at least one first carriage assembly that is associated with at least one first direction of motion, - at least one gripping means for gripping the workpieces or the tools, and - at least one swivel arm that is connected to the at least one gripping means, characterized by at least one second carriage assembly that is associated with at least one second direction of motion, wherein the first carriage assembly is arranged on the second carriage assembly and the first direction of motion is transverse to the second movement direction, wherein at least the first carriage assembly comprises at least one first and at least one second carriage (22, 24), with the second carriage being arranged on the first carriage, wherein the first carriage and the second carriage can be moved relative to one another in the first direction of motion and serve to displace the at least one swivel arm in the first direction of motion, wherein the at least one swivel arm is connected to the second carriage, and wherein at least one from among the first and second carriages (22, 24) controls swiveling movement of the at least one swivel arm. - at least one first carriage assembly that is associated with at least one first direction of motion, - at least one gripping means for gripping the workpieces or the tools, and - at least one swivel arm that is connected to the at least one gripping means,
A moist smokeless tobacco product for oral use comprising: a semi-dissolvable, super-hydrated membrane coating comprising: (a) a soluble, non-cross-linked component; and (b) an insoluble, cross-linked component; wherein the proportion of insoluble, cross-linked component in the semi-dissolvable, super-hydrated membrane coating is 60 to 70 wt%, one or more texture components selected from the group consisting of: (i) at least one polymer layer on an outer surface of the semi-dissolvable, super-hydrated membrane coating comprising at least one water-dissolvable coating; and (ii) at least one fiber, cord or strip disposed in or on the semi-dissolvable, super-hydrated membrane coating, and a shaped piece of tobacco material contained within the semi-dissolvable, super-hydrated membrane coating, said tobacco material comprising moist smokeless tobacco. a semi-dissolvable, super-hydrated membrane coating comprising: (a) a soluble, non-cross-linked component; and (b) an insoluble, cross-linked component; (a) a soluble, non-cross-linked component; and (b) an insoluble, cross-linked component; wherein the proportion of insoluble, cross-linked component in the semi-dissolvable, super-hydrated membrane coating is 60 to 70 wt%, one or more texture components selected from the group consisting of: (i) at least one polymer layer on an outer surface of the semi-dissolvable, super-hydrated membrane coating comprising at least one water-dissolvable coating; and (ii) at least one fiber, cord or strip disposed in or on the semi-dissolvable, super-hydrated membrane coating, and a shaped piece of tobacco material contained within the semi-dissolvable, super-hydrated membrane coating, said tobacco material comprising moist smokeless tobacco.
A system for detecting the presence of an object, the system comprising: a radio frequency identification (RFID) reader configured to transmit a plurality of interrogation signals; a response controller that is configured to receive the plurality of interrogation signals and respond by transmitting a plurality of standard response signals; and a mixing element secured to the object to be detected that is configured to generate a mixed signal when in the presence of the plurality of interrogation signals and the standard response signals, wherein the RFID reader outputs an event or alert signal upon receipt of the mixed signal. a radio frequency identification (RFID) reader configured to transmit a plurality of interrogation signals; a response controller that is configured to receive the plurality of interrogation signals and respond by transmitting a plurality of standard response signals; and a mixing element secured to the object to be detected that is configured to generate a mixed signal when in the presence of the plurality of interrogation signals and the standard response signals, wherein the RFID reader outputs an event or alert signal upon receipt of the mixed signal.
A computer-implemented method for enhancing a medical image, comprising: receiving an initial medical image having an initial field of view; generating an augmented medical image having an expanded field of view using a trained machine learning model, the expanded field of view comprising the initial field of view and an augmentation region, the augmentation region comprising a region immediately surrounding the initial field of view of the initial medical image; and outputting the augmented medical image; wherein the trained machine learning model is a trained generative adversarial network comprising a generator and a discriminator, the generator comprises an encoder and a decoder, and the generator and the discriminator are used to train the generative adversarial network, the trained machine learning model is trained using pairs of training images, each pair of training images comprising an initial training image and a corresponding cropped training image, and the corresponding cropped training image is generated by cropping the initial training image. receiving an initial medical image having an initial field of view; generating an augmented medical image having an expanded field of view using a trained machine learning model, the expanded field of view comprising the initial field of view and an augmentation region, the augmentation region comprising a region immediately surrounding the initial field of view of the initial medical image; and outputting the augmented medical image; wherein the trained machine learning model is a trained generative adversarial network comprising a generator and a discriminator, the generator comprises an encoder and a decoder, and the generator and the discriminator are used to train the generative adversarial network, the trained machine learning model is trained using pairs of training images, each pair of training images comprising an initial training image and a corresponding cropped training image, and the corresponding cropped training image is generated by cropping the initial training image.