mhurhangee/ep-ind-claims huggingface dataset:
A method for indicating network connection, the method being performed in a control node, comprising the steps of: receiving an indication pertaining to at least partly transfer a data transmission service of a wireless device from using a first network access method to using a second network access method associated with a network node, wherein the second network access method utilizes WiFi communications and wherein the network node is a WiFi access point, the network node being associated with a compatibility version, wherein the compatibility version is a WiFi version, the indication comprising a compatibility version of the wireless device for the second network access method; comparing said compatibility version of the wireless device to said compatibility version of the network node; and determining if there is a version mismatch between said compatibility version of the wireless device and said compatibility version of the network node, and if so: determining an expected performance impact of the wireless device using the second network access method; and indicating, based on the determined performance impact, whether or not the wireless device is allowed to establish a connection to the network node. receiving an indication pertaining to at least partly transfer a data transmission service of a wireless device from using a first network access method to using a second network access method associated with a network node, wherein the second network access method utilizes WiFi communications and wherein the network node is a WiFi access point, the network node being associated with a compatibility version, wherein the compatibility version is a WiFi version, the indication comprising a compatibility version of the wireless device for the second network access method; comparing said compatibility version of the wireless device to said compatibility version of the network node; and determining if there is a version mismatch between said compatibility version of the wireless device and said compatibility version of the network node, and if so: determining an expected performance impact of the wireless device using the second network access method; and indicating, based on the determined performance impact, whether or not the wireless device is allowed to establish a connection to the network node. determining an expected performance impact of the wireless device using the second network access method; and indicating, based on the determined performance impact, whether or not the wireless device is allowed to establish a connection to the network node.
A lubricating product for circular textile machinery for hosiery, comprising: - at least one ester having the following structural formula wherein linear or branched hydrocarbon functional groups, with R from C3 to C16 and R' from C12 to C18, are bonded to the ester functional group; - a mixture of alcohol ethoxylates; - coconut amide; wherein the components are contained according to the following quantities expressed in percentage in weight with respect to the total: - said at least one ester is contained at the rate of 90-98%; - said mixture of alcohol ethoxylates is contained at the rate of 10-1%; - said coconut amide is contained at the rate of equal or less than 1%. - at least one ester having the following structural formula wherein linear or branched hydrocarbon functional groups, with R from C3 to C16 and R' from C12 to C18, are bonded to the ester functional group; - a mixture of alcohol ethoxylates; - coconut amide; - said at least one ester is contained at the rate of 90-98%; - said mixture of alcohol ethoxylates is contained at the rate of 10-1%; - said coconut amide is contained at the rate of equal or less than 1%.
A content download method performed by a download control network element, the method comprising: • receiving a download request message for content sent by a user equipment, UE; • querying a load value of a cell in which the UE is currently located from a packet gateway, PGW; • receiving the load value corresponding to the UE from the PGW; • sending a notification message to an offline download server, wherein the notification message includes an UE identifier and an address of the content the UE needs to download; • sending a download acknowledgement message to the UE notifying the UE to perform offline downloading, thereby preventing that the UE directly requests to download the content from a content providing server; • detecting information of whether the UE is bound to an associated device based on associated device information of the associated device preset in the download control network element; • if the UE is bound to the associated device, querying a load value corresponding to the associated device from the PGW; • receiving a load value of the associated device returned by the PGW, wherein the load value of the associated device is less than a preset threshold; • notifying the associated device to download the content buffered in the offline download server from the offline download server. • receiving a download request message for content sent by a user equipment, UE; • querying a load value of a cell in which the UE is currently located from a packet gateway, PGW; • receiving the load value corresponding to the UE from the PGW; • sending a notification message to an offline download server, wherein the notification message includes an UE identifier and an address of the content the UE needs to download; • sending a download acknowledgement message to the UE notifying the UE to perform offline downloading, thereby preventing that the UE directly requests to download the content from a content providing server; • detecting information of whether the UE is bound to an associated device based on associated device information of the associated device preset in the download control network element; • if the UE is bound to the associated device, querying a load value corresponding to the associated device from the PGW; • receiving a load value of the associated device returned by the PGW, wherein the load value of the associated device is less than a preset threshold; • notifying the associated device to download the content buffered in the offline download server from the offline download server.
A dental cleaning appliance comprising: a handle; a fluid reservoir for storing working fluid; a nozzle for delivering working fluid to the teeth of a user; and a stem extending between the handle and the nozzle; wherein the appliance comprises a light source for illuminating at least part of the fluid reservoir to generate a visual alert for a user; a light pipe located in the handle for conveying light emitted from the light source towards the fluid reservoir; and a control circuit for activating the light source. a handle; a fluid reservoir for storing working fluid; a nozzle for delivering working fluid to the teeth of a user; and a stem extending between the handle and the nozzle; wherein the appliance comprises a light source for illuminating at least part of the fluid reservoir to generate a visual alert for a user; a light pipe located in the handle for conveying light emitted from the light source towards the fluid reservoir; and a control circuit for activating the light source.
A bicycle brake and shift operating device comprising: a first base member including a grip portion and a mounting portion being configured to be mounted to a bicycle handlebar; a brake lever pivotally connected to the first base member at a first pivot axis, the brake lever including an inward facing surface and an outward facing surface; and a first shift switch including a first operating portion, the first shift switch being arranged to electrically control a shifting device, a second shift switch arranged along a rearward facing surface of the first brake lever, the rearward facing surface facing in a rearward direction towards a handlebar when the device is mounted on the handlebar, the second shift switch being arranged to electrically control one of the first shifting device and a second shifting device, characterized in that the first operating portion of the first switch is arranged along an inward facing surface of the brake lever, the inward facing surface facing towards a center vertical longitudinal plane of the bicycle and lies horizontally within sixty degrees in each direction of a vertical lateral plane that is perpendicular to the center vertical longitudinal plane of the bicycle when the device is mounted on a bicycle handlebar, and a third shift switch is arranged along the handlebar and arranged to electrically control one of the first and second shifting devices. a first base member including a grip portion and a mounting portion being configured to be mounted to a bicycle handlebar; a brake lever pivotally connected to the first base member at a first pivot axis, the brake lever including an inward facing surface and an outward facing surface; and a first shift switch including a first operating portion, the first shift switch being arranged to electrically control a shifting device, a second shift switch arranged along a rearward facing surface of the first brake lever, the rearward facing surface facing in a rearward direction towards a handlebar when the device is mounted on the handlebar, the second shift switch being arranged to electrically control one of the first shifting device and a second shifting device, characterized in that the first operating portion of the first switch is arranged along an inward facing surface of the brake lever, the inward facing surface facing towards a center vertical longitudinal plane of the bicycle and lies horizontally within sixty degrees in each direction of a vertical lateral plane that is perpendicular to the center vertical longitudinal plane of the bicycle when the device is mounted on a bicycle handlebar, and a third shift switch is arranged along the handlebar and arranged to electrically control one of the first and second shifting devices.
Method for controlling a heating device comprising at least one coupling unit, at least one heating circuit, which has at least one heat pump, and a heat accumulator, which is able to be coupled to the heating circuit, wherein the heating circuit comprises the heat pump and at least one consumer connection for at least one heat exchanger, wherein the heat accumulator is arranged in a fluidic accumulator branch of the heating device, and wherein the heat accumulator, in particular the accumulator branch, is able to be coupled in and/or out fluidically parallel to the consumer connection, characterized in that the heat accumulator is, in a manner dependent on a change in temperature of the heating circuit, coupled into and/or or out of the heating circuit in order to slow down the change in temperature, wherein the coupling unit couples the accumulator branch into the heating circuit in at least one method step and couples it out of the heating circuit in at least one method step.
An aqueous coating composition comprising a dispersed acrylate binder polymer, an alkali-soluble acrylic polymer with a weight averaged molecular weight, as determined according to ISO 16014, of at most 200,000 g/mole and an acid value, determined by ISO 2114, in the range of from 20 to 150 mg KOH/g polymer, and a dispersed oxidatively drying resin, wherein the weight content of the oxidatively drying resin is lower than the weight content of the alkali-soluble acrylic polymer and wherein the weight content of the acrylate binder polymer is higher than the weight content of the alkali-soluble acrylic polymer, wherein the solid content of the coating composition is in the range of from 28 to 55 wt %, and the content of inorganic solid particles is in the range of from 8 to 40 wt %, based on the total weight of the coating composition.
A neutron beam irradiation apparatus for irradiating an irradiation object with a neutron beam, comprising: charged particle beam generating means for generating a charged particle beam; neutron beam generating means for generating the neutron beam by irradiating a target with the charged particle beam; characterized by: measuring means (32, 102) for measuring a dose of the charged particle beam in real time during irradiation with the neutron beam without affecting the charged particle beam; and a conversion unit for converting the dose of the charged particle beam measured by the measuring means (32, 102) into a dose of the neutron beam. charged particle beam generating means for generating a charged particle beam; neutron beam generating means for generating the neutron beam by irradiating a target with the charged particle beam; characterized by: measuring means (32, 102) for measuring a dose of the charged particle beam in real time during irradiation with the neutron beam without affecting the charged particle beam; and a conversion unit for converting the dose of the charged particle beam measured by the measuring means (32, 102) into a dose of the neutron beam. measuring means (32, 102) for measuring a dose of the charged particle beam in real time during irradiation with the neutron beam without affecting the charged particle beam; and a conversion unit for converting the dose of the charged particle beam measured by the measuring means (32, 102) into a dose of the neutron beam.
A fishing spinning reel comprising: a reel unit including a body and a lid member closing a side opening portion provided at a side portion of the body, wherein a handle shaft is supported by at least the lid member, the fishing spinning reel further comprising: a female screw portion provided on an inner peripheral portion of the side opening portion; a male screw portion provided on an outer peripheral portion of the lid member and screwed into the female screw portion; a drive gear rotationally driven via the handle shaft; a pinion gear meshed with the drive gear; a front bearing rotatably supporting a front portion side of the pinion gear; and a rear bearing rotatably supporting a rear portion side of the pinion gear, said fishing spinning reel being characterized in that the side opening portion and the lid member are circular in shape. a reel unit including a body and a lid member closing a side opening portion provided at a side portion of the body, wherein a handle shaft is supported by at least the lid member, the fishing spinning reel further comprising: a female screw portion provided on an inner peripheral portion of the side opening portion; a male screw portion provided on an outer peripheral portion of the lid member and screwed into the female screw portion; a drive gear rotationally driven via the handle shaft; a pinion gear meshed with the drive gear; a front bearing rotatably supporting a front portion side of the pinion gear; and a rear bearing rotatably supporting a rear portion side of the pinion gear, said fishing spinning reel being characterized in that the side opening portion and the lid member are circular in shape. a female screw portion provided on an inner peripheral portion of the side opening portion; a male screw portion provided on an outer peripheral portion of the lid member and screwed into the female screw portion; a drive gear rotationally driven via the handle shaft; a pinion gear meshed with the drive gear; a front bearing rotatably supporting a front portion side of the pinion gear; and a rear bearing rotatably supporting a rear portion side of the pinion gear, said fishing spinning reel being characterized in that the side opening portion and the lid member are circular in shape.
System for evacuating persons in a vehicle, comprising - an emergency chute comprising a sliding surface, 1 - a light signal generating device, which is adapted to emit at least one visual light signal (28, 30, 46, 48, 54, 56, 64, 80, 82) that indicates at least one preset escape route (18, 20) for at least one person to be evacuated, characterized in that - the light signal generating device is disposed on the emergency chute, 2 and the light signal generating device is adapted to display a first light signal on the sliding surface of the emergency chute, via which a first escape route leads, wherein the first light signal has a form, which is adapted to mark a first landing point on the sliding surface of the emergency chute, where a person is to land upon jumping on the emergency chute, and/or - the light signal generating device is disposed on a post at a bottom end of the emergency chute, 3 and the light signal generating device is adapted to display a first light signal in a region extending from the bottom end of the emergency chute in a direction leading away from the emergency chute, wherein the first light signal has a form, which is adapted to indicate a first direction that points in the direction of the course of the first escape route. 1 Description, page 3, line 15. 2 Description, page 18, lines 1 to 4. 3 Description, page 19, lines 26 to 28; Fig. 2. - an emergency chute comprising a sliding surface, 1 - a light signal generating device, which is adapted to emit at least one visual light signal (28, 30, 46, 48, 54, 56, 64, 80, 82) that indicates at least one preset escape route (18, 20) for at least one person to be evacuated, - the light signal generating device is disposed on the emergency chute, 2 and the light signal generating device is adapted to display a first light signal on the sliding surface of the emergency chute, via which a first escape route leads, wherein the first light signal has a form, which is adapted to mark a first landing point on the sliding surface of the emergency chute, where a person is to land upon jumping on the emergency chute, and/or - the light signal generating device is disposed on a post at a bottom end of the emergency chute, 3 and the light signal generating device is adapted to display a first light signal in a region extending from the bottom end of the emergency chute in a direction leading away from the emergency chute, wherein the first light signal has a form, which is adapted to indicate a first direction that points in the direction of the course of the first escape route.
An optical routing network for a multi-function antenna, comprising: at least one input for receiving radio frequency signals; modulation means comprising at least one opto-electronic modulator linked to said at least one input; an optical driver linked to said modulation means for generating an optical carrier signal comprising light of one or more of a plurality of different selectable wavelengths; and optical wavelength dependent routing means for receiving modulated optical carrier signals output by said modulation means and for directing modulated light in said modulated signals to one of a plurality of function-specific optical outputs, each function-specific optical output corresponding to a predetermined wavelength, and wherein the plurality of function-specific optical outputs comprise: a detector for a tracking and surveillance antenna function, and a Multiple Input Receiver for a high resolution radar system. at least one input for receiving radio frequency signals; modulation means comprising at least one opto-electronic modulator linked to said at least one input; an optical driver linked to said modulation means for generating an optical carrier signal comprising light of one or more of a plurality of different selectable wavelengths; and optical wavelength dependent routing means for receiving modulated optical carrier signals output by said modulation means and for directing modulated light in said modulated signals to one of a plurality of function-specific optical outputs, each function-specific optical output corresponding to a predetermined wavelength, and a detector for a tracking and surveillance antenna function, and a Multiple Input Receiver for a high resolution radar system.
A method for observing a sample comprising the steps of: a) providing a sample support comprising a transparent substrate on which there is deposited at least one layer which is referred to as a contrast amplification layer and which has a complex refraction index with an imaginary portion κ which is greater than or equal to 0.001 and preferably 0.01; b) arranging the sample to be observed on the contrast amplification layer; c) directing onto the sample, through the substrate, a spatially incoherent light beam which is focused in order to form an illumination cone which has an opening half-angle 8 which is greater than or equal to 20°; and d) observing the sample through an objective lens and the substrate; characterised in that: the contrast amplification layer is sized in such a manner that the thickness thereof, or the local thickness thereof in a predetermined region, optimises, for at least one illumination wavelength, the contrast integrated in the illumination cone with which a reference sample which is constituted by a transparent material of nanometric thickness would be observed, and in that: the light beam is non-polarised. a) providing a sample support comprising a transparent substrate on which there is deposited at least one layer which is referred to as a contrast amplification layer and which has a complex refraction index with an imaginary portion κ which is greater than or equal to 0.001 and preferably 0.01; b) arranging the sample to be observed on the contrast amplification layer; c) directing onto the sample, through the substrate, a spatially incoherent light beam which is focused in order to form an illumination cone which has an opening half-angle 8 which is greater than or equal to 20°; and d) observing the sample through an objective lens and the substrate; characterised in that: the contrast amplification layer is sized in such a manner that the thickness thereof, or the local thickness thereof in a predetermined region, optimises, for at least one illumination wavelength, the contrast integrated in the illumination cone with which a reference sample which is constituted by a transparent material of nanometric thickness would be observed, and in that: the light beam is non-polarised. the contrast amplification layer is sized in such a manner that the thickness thereof, or the local thickness thereof in a predetermined region, optimises, for at least one illumination wavelength, the contrast integrated in the illumination cone with which a reference sample which is constituted by a transparent material of nanometric thickness would be observed, and in that: the light beam is non-polarised.
Anti-shoplifting device for products packaged in blister packs comprising a first shaped body and a second shaped body slidably coupled to said first shaped body and movable between a first open position and a second closed position of said device, first engagement means positioned on said first shaped body and adapted to engage with a slot arranged on said blister packs, second engagement means positioned on said second shaped body adapted to engage with said first engagement means and adapted to prevent the disengagement of said first engagement means from said slot arranged on said blister pack when said second shaped body is in said second closed position, reversible locking means positioned within said device movable between a first locking position of a relative sliding movement of said first and second shaped body and a second unlocking position of said relative sliding movement of said first and second shaped body, said first locking position being automatically activated when passing from said first open position to said second closed position of said device, said second unlocking position being activated by magnetic means externally applied to said device, characterized in that it comprises a third shaped body for the containment of alarm means, said third shaped body being positioned within said device between said first and said second shaped body.