mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the evaporation of volatile substances, comprising: a container , in which a substance being evaporated is receivable, a wick inserted into the container as capillary element, protruding by a wick end region from the container, a heating device having a heating body with a wick recess , said wick recess forming an air flow channel with an inlet opening and an outlet opening spaced apart from said inlet opening , and in which wick recess the wick end region is receivable under air flow around it with a circumferential gap spacing from the wick recess wall region , and an adjusting device by means of which the depth of penetration of the wick end region into the wick recess is adjustable, characterized in that the wick recess has a throttling segment that tapers conically in the cross section through the wick recess and looking in the flow direction, with the narrowest flow cross section of the throttling segment being formed at the rearmost downstream end region of the throttling segment , the throttling segment has a reduced flow cross section, which reduced flow cross section, when the wick end region protrudes into the wick recess , is situated above the wick end region when looking in the flow direction, so that the position of a free wick end of the wick end region relative to the reduced flow cross section of the throttling segment is changeable by means of the adjusting device. a container , in which a substance being evaporated is receivable, a wick inserted into the container as capillary element, protruding by a wick end region from the container, a heating device having a heating body with a wick recess , said wick recess forming an air flow channel with an inlet opening and an outlet opening spaced apart from said inlet opening , and in which wick recess the wick end region is receivable under air flow around it with a circumferential gap spacing from the wick recess wall region , and an adjusting device by means of which the depth of penetration of the wick end region into the wick recess is adjustable, characterized in that the wick recess has a throttling segment that tapers conically in the cross section through the wick recess and looking in the flow direction, with the narrowest flow cross section of the throttling segment being formed at the rearmost downstream end region of the throttling segment , the throttling segment has a reduced flow cross section, which reduced flow cross section, when the wick end region protrudes into the wick recess , is situated above the wick end region when looking in the flow direction, so that the position of a free wick end of the wick end region relative to the reduced flow cross section of the throttling segment is changeable by means of the adjusting device.
A terminal device configured and/or programmed to communicate with a base station device using a plurality of serving cells, the terminal device comprising: a higher layer unit configured and/or programmed to receive a configuration of one or more sounding reference signal, SRS, sets for each uplink bandwidth part, BWP, in each of the plurality of the serving cells; a reception unit configured and/or programmed to receive a physical downlink control channel, PDCCH, carrying downlink control information, DCI, including a first information field; and a transmission unit configured and/or programmed to transmit one or more SRSs in one or more SRS resource sets corresponding to a state indicated by a code point of the first information field, wherein each of the one or more SRS resource sets is associated with the state, and the transmission unit is configured and/or programmed to transmit the SRS resources of one or more SRS resource sets of each of activated BWPs associated with the state corresponding to the code point of the first information field in a case that SRS transmission is triggered. a higher layer unit configured and/or programmed to receive a configuration of one or more sounding reference signal, SRS, sets for each uplink bandwidth part, BWP, in each of the plurality of the serving cells; a reception unit configured and/or programmed to receive a physical downlink control channel, PDCCH, carrying downlink control information, DCI, including a first information field; and a transmission unit configured and/or programmed to transmit one or more SRSs in one or more SRS resource sets corresponding to a state indicated by a code point of the first information field, wherein each of the one or more SRS resource sets is associated with the state, and the transmission unit is configured and/or programmed to transmit the SRS resources of one or more SRS resource sets of each of activated BWPs associated with the state corresponding to the code point of the first information field in a case that SRS transmission is triggered.
Filter assembly for use in a fluid container of a domestic appliance, particularly for use in a fluid container comprising a fluid retrieval pipe for allowing fluid retrieval from the fluid container , - the filter assembly comprising a filter element and a filter housing for delimiting a portion of the fluid container in which the fluid retrieval pipe is present and in which the filter element is to be arranged, - the filter housing being adapted to let fluid into the delimited portion of the fluid container at an inlet position and to direct a fluid flow from the inlet position to an inlet of the fluid retrieval pipe through the filter element , - the filter element having an elongated shape and being configured for mounting on the fluid retrieval pipe , particularly for at least partially enclosing the fluid retrieval pipe , the filter element being provided with a longitudinal aperture which is completely surrounded by material of the filter element or a longitudinal recess which is open to the side of the filter element for receiving the fluid retrieval pipe , and - the filter element having a filter medium and a semi-permeable skin for at least partially enclosing the filter medium , which semi-permeable skin is adapted to let fluid pass while preventing particles of the filter medium from being extracted from the filter element under the influence of a fluid flow. - the filter assembly comprising a filter element and a filter housing for delimiting a portion of the fluid container in which the fluid retrieval pipe is present and in which the filter element is to be arranged, - the filter housing being adapted to let fluid into the delimited portion of the fluid container at an inlet position and to direct a fluid flow from the inlet position to an inlet of the fluid retrieval pipe through the filter element , - the filter element having an elongated shape and being configured for mounting on the fluid retrieval pipe , particularly for at least partially enclosing the fluid retrieval pipe , the filter element being provided with a longitudinal aperture which is completely surrounded by material of the filter element or a longitudinal recess which is open to the side of the filter element for receiving the fluid retrieval pipe , and - the filter element having a filter medium and a semi-permeable skin for at least partially enclosing the filter medium , which semi-permeable skin is adapted to let fluid pass while preventing particles of the filter medium from being extracted from the filter element under the influence of a fluid flow.
A method of operating a user equipment, UE, (300A; 300B; 400), comprising: obtaining transition region information that characterizes a set of indoor-to-outdoor transition regions between an indoor space and an outdoor space relative to a given enclosed environment; tracking a location of the UE using an indoor positioning scheme while the UE is operating within the indoor space; detecting , based on the location tracking using the indoor positioning scheme, that the UE has entered into a given indoor-to-outdoor transition region from the set of indoor-to-outdoor transition regions ; and initiating location tracking of the UE using an outdoor positioning scheme that is different from the indoor positioning scheme in response to the detection while continuing the location tracking using the indoor positioning scheme, the method further comprising: determining, based on the location tracking using the indoor positioning scheme and/or the location tracking using the outdoor positioning scheme, that the UE has transitioned from the given indoor-to-outdoor transition region back to the indoor space; and stopping the location tracking using the outdoor positioning scheme while continuing the location tracking using the indoor positioning scheme in response to the determination. obtaining transition region information that characterizes a set of indoor-to-outdoor transition regions between an indoor space and an outdoor space relative to a given enclosed environment; tracking a location of the UE using an indoor positioning scheme while the UE is operating within the indoor space; detecting , based on the location tracking using the indoor positioning scheme, that the UE has entered into a given indoor-to-outdoor transition region from the set of indoor-to-outdoor transition regions ; and initiating location tracking of the UE using an outdoor positioning scheme that is different from the indoor positioning scheme in response to the detection while continuing the location tracking using the indoor positioning scheme, the method further comprising: determining, based on the location tracking using the indoor positioning scheme and/or the location tracking using the outdoor positioning scheme, that the UE has transitioned from the given indoor-to-outdoor transition region back to the indoor space; and stopping the location tracking using the outdoor positioning scheme while continuing the location tracking using the indoor positioning scheme in response to the determination. determining, based on the location tracking using the indoor positioning scheme and/or the location tracking using the outdoor positioning scheme, that the UE has transitioned from the given indoor-to-outdoor transition region back to the indoor space; and stopping the location tracking using the outdoor positioning scheme while continuing the location tracking using the indoor positioning scheme in response to the determination.
A process for the preparation of a compound comprising at least one cyclic monothiocarbonate group, wherein a salt, formed of an acidic compound with at least one acidic hydrogen atom and a base, is reacted with a compound of formula (I) wherein one of the groups R 1 to R 4 is a group of formula (II) -A-X with A representing an alkylene group with 1 to 10 carbon atoms and X representing a halide, the remaining groups R 1 to R 4 independently from each other represent hydrogen or an organic group with 1 to 50 carbon atoms, and wherein the acidic compound is hydrogen sulfide or an organic compound with at least one group selected from a hydroxy group, a thiol group, an imide group, or a carboxylic acid group. with A representing an alkylene group with 1 to 10 carbon atoms and X representing a halide, the remaining groups R 1 to R 4 independently from each other represent hydrogen or an organic group with 1 to 50 carbon atoms, and wherein the acidic compound is hydrogen sulfide or an organic compound with at least one group selected from a hydroxy group, a thiol group, an imide group, or a carboxylic acid group.
A method for producing carbon nanotube pellets comprising the steps of: mixing carbon nanotubes and a solvent to prepare a carbon nanotube paste; and extruding the carbon nanotube paste into pellets, wherein the extrusion is repeated twice or more, wherein the pellets have a shape including chips, pellets, tablets, pills, beads, and necklaces; and wherein the carbon nanotube pellets produced through the extrusion step are re-dispersed and mixed in a solvent and re-extruded during repeating the extrusion. mixing carbon nanotubes and a solvent to prepare a carbon nanotube paste; and extruding the carbon nanotube paste into pellets, wherein the extrusion is repeated twice or more, wherein the pellets have a shape including chips, pellets, tablets, pills, beads, and necklaces; and wherein the carbon nanotube pellets produced through the extrusion step are re-dispersed and mixed in a solvent and re-extruded during repeating the extrusion.
Zeolite adsorbent comprising zeolite X crystals and comprising barium, potassium, strontium and sodium, wherein the K 2 O / (K 2 O + SrO + BaO + Na 2 O) molar ratio of the species in oxide form is comprised between 1.5% and 8.0%, limits included, and the SrO / (K 2 O + SrO + BaO + Na 2 O) molar ratio of the species in oxide form is comprised between 0.5% and 8.0%, limits included, preferably the zeolite X crystals having an Si/AI atomic ratio comprised between 1.00 and 1.50 limits included.
A multilayered insulating panel for building constructions comprising a central body , composed of a cellular structure insulating foam, a first backing layer (10; 20) and a second backing layer, said central body being interposed between the first backing layer (10; 20) and the second backing layer; the second backing layer being analogous to said first backing layer (10; 20) or consisting in a finishing layer having gas-tight properties and being different from said first backing layer (10; 20); said first backing layer (10; 20) comprising: - a reinforcement layer comprising a first surface (F1) and an opposite second surface (F2), the second surface (F2) of the reinforcement layer being applied to one of two opposite surfaces of the insulating central body ; - a fire-resistant layer operatively associated to said first surface (F1) of the reinforcement layer , said fire-resistant layer being made of an expandable material comprising expandable graphite, wherein said reinforcement layer is a gas-tight reinforcement layer comprising a metal layer of aluminium. the second backing layer being analogous to said first backing layer (10; 20) or consisting in a finishing layer having gas-tight properties and being different from said first backing layer (10; 20); said first backing layer (10; 20) comprising: - a reinforcement layer comprising a first surface (F1) and an opposite second surface (F2), the second surface (F2) of the reinforcement layer being applied to one of two opposite surfaces of the insulating central body ; - a fire-resistant layer operatively associated to said first surface (F1) of the reinforcement layer , said fire-resistant layer being made of an expandable material comprising expandable graphite, wherein - a reinforcement layer comprising a first surface (F1) and an opposite second surface (F2), the second surface (F2) of the reinforcement layer being applied to one of two opposite surfaces of the insulating central body ; - a fire-resistant layer operatively associated to said first surface (F1) of the reinforcement layer , said fire-resistant layer being made of an expandable material comprising expandable graphite, wherein said reinforcement layer is a gas-tight reinforcement layer comprising a metal layer of aluminium.
A system comprising: a controller configured to store Received Signal Strength Indicator, RSSI, information for an unassociated client detected by an access point, AP, of a wireless network ; wherein the controller is further configured to i) identify that the unassociated client has associated with the wireless network , and ii) identify the AP as a doorway AP , in response to the client associating to the AP, characterized in that the controller is further configured to use the doorway AP identification to identify clients as passersby and visitors to the wireless network by: identifying a path that is followed by an associated client through the wireless network , based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path. a controller configured to store Received Signal Strength Indicator, RSSI, information for an unassociated client detected by an access point, AP, of a wireless network ; wherein the controller is further configured to i) identify that the unassociated client has associated with the wireless network , and ii) identify the AP as a doorway AP , in response to the client associating to the AP, characterized in that the controller is further configured to use the doorway AP identification to identify clients as passersby and visitors to the wireless network by: identifying a path that is followed by an associated client through the wireless network , based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path. i) identify that the unassociated client has associated with the wireless network , and ii) identify the AP as a doorway AP , in response to the client associating to the AP, characterized in that the controller is further configured to use the doorway AP identification to identify clients as passersby and visitors to the wireless network by: identifying a path that is followed by an associated client through the wireless network , based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path. identifying a path that is followed by an associated client through the wireless network , based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path.
A cardboard lid for a container, the cardboard lid comprising: - side panels forming lid flanks; - lid flaps connected to the side panels by lid flaps fold lines, a lid top panel ; and - a support element structure extending away from the top panel and positioned between the side panels; whereby the lid flaps, side panels, and support element structure pertain to a single blank, characterised in that two of the lid flaps are forming the lid top panel . - side panels forming lid flanks; - lid flaps connected to the side panels by lid flaps fold lines, a lid top panel ; and - a support element structure extending away from the top panel and positioned between the side panels;
Side reinforcement of rear bumper of motor vehicle, including: - a mounting face on an inner side face of the bumper; and - stiffening means extending along the mounting face ; characterized in that the reinforcement includes, in addition: - a wall extending horizontally to the mounting face and describing a profile capable of enclosing and partitioning an extractor of ambient air of the vehicle, arranged on the structure of the vehicle, the wall comprising a horizontal lower portion and two lateral portions generally vertical at the ends of the horizontal lower portion, when the reinforcement is in the mounting position on the vehicle. - a mounting face on an inner side face of the bumper; and - stiffening means extending along the mounting face ; - a wall extending horizontally to the mounting face and describing a profile capable of enclosing and partitioning an extractor of ambient air of the vehicle, arranged on the structure of the vehicle, the wall comprising a horizontal lower portion and two lateral portions generally vertical at the ends of the horizontal lower portion, when the reinforcement is in the mounting position on the vehicle.
A method of colorimetric measurement of a colour field and a measuring area, respectively, in a printed image , the method comprising the steps of: - selecting the colour field the colour value of which is to be measured, and positioning of a measuring unit having a colorimetric measuring head (2.1) having a field of view and an image capturing device (2.2) above the selected colour field of the printed image , - measuring the selected colour field with the colorimetric measuring head (2.1) and capturing an image with the image capturing device (2.2), characterized in that the selection of the colour field is achieved by a service person, the method further characterized by the steps of: - checking the field of view for colour homogeneity on the basis of the image captured by the image capturing device (2.2) and - rejecting the result of the measurement when the field of view is judged to be non-homogenous, and approving the result of the measurement for further processing when the field of view is judged to be homogenous. - selecting the colour field the colour value of which is to be measured, and positioning of a measuring unit having a colorimetric measuring head (2.1) having a field of view and an image capturing device (2.2) above the selected colour field of the printed image , - measuring the selected colour field with the colorimetric measuring head (2.1) and capturing an image with the image capturing device (2.2), - checking the field of view for colour homogeneity on the basis of the image captured by the image capturing device (2.2) and - rejecting the result of the measurement when the field of view is judged to be non-homogenous, and approving the result of the measurement for further processing when the field of view is judged to be homogenous.
A modular system for detecting microorganisms, the system comprising at least two modules, wherein each module performs at least one step in the process of detecting the microorganism, the modules comprising a first automated loading module configured for loading multiple culture devices into a second module aligned therewith; a second module aligned with the first module, wherein the second module is selected from a modular incubator or an automated reader module for detecting a microorganism; a culture device, and interlocking features to align the modules for transfer of the culture device from one module to another. a first automated loading module configured for loading multiple culture devices into a second module aligned therewith; a second module aligned with the first module, wherein the second module is selected from a modular incubator or an automated reader module for detecting a microorganism;