mhurhangee/patent-ind-claim-en huggingface dataset:
A longitudinal profile for a mounting system for solar modules , comprising: at least one stop area which is configured to fasten the longitudinal profile to a transverse profile , wherein the at least one stop area has at least one support surface for support on the transverse profile , and at least one head area which is connected to the at least one stop area via at least one connecting portion , wherein the at least one head area has at least one bearing surface for at least one portion of a module frame of the solar module , wherein the at least one head area has at least one engagement projection which is configured as a point of engagement for a fastening device , characterized in that the at least one head area has at least two engagement projections pointing away from each other in opposite directions. at least one head area which is connected to the at least one stop area via at least one connecting portion , wherein the at least one head area has at least one bearing surface for at least one portion of a module frame of the solar module , wherein the at least one head area has at least one engagement projection which is configured as a point of engagement for a fastening device , characterized in that the at least one head area has at least two engagement projections pointing away from each other in opposite directions.
Device for the cogeneration of electric energy and thermal energy, comprising: - a support frame ; - at least a generator assembly configured to produce thermal energy and electric energy and comprising at least a motor element of the internal combustion type and at least an alternator associated with said motor element ; - at least a thermal unit configured to accumulate said thermal energy and to facilitate a heat exchange between heat transfer fluids; wherein said generator assembly and said thermal unit are both associated with said frame , and said generator assembly is arranged below said thermal unit , said thermal unit comprising at least a container casing of the closed-vessel type and configured for being under pressure and containing a first heat transfer fluid, and at least an exchanger assembly contained at least partly inside said container casing and able to exchange heat with said first heat transfer fluid, wherein said exchanger assembly comprises a first heat exchanger contained at least partly inside said container casing , associated with the fume exhaust of said motor element and configured to convey the exhaust fumes from said motor element inside said container casing so to transfer heat from the exhaust fumes to the first heat transfer fluid, and wherein said first heat exchanger further comprises a first tubular element communicating with the fume exhaust of said motor element and which extends upwards inside said container casing , said first tubular element further comprises an inlet mouth for the hot fumes communicating with the fume exhaust of said motor element and at least an outlet mouth for the cooled fumes communicating with the outside of the container casing , characterized by the fact that said first tubular element further comprises a first channel defining said inlet mouth and configured to be crossed in an upward direction by the hot fumes from said motor element , and at least a second channel , separate from said first channel , defining said outlet mouth and configured to be crossed in a downward direction by the cooled fumes. - a support frame ; - at least a generator assembly configured to produce thermal energy and electric energy and comprising at least a motor element of the internal combustion type and at least an alternator associated with said motor element ; - at least a thermal unit configured to accumulate said thermal energy and to facilitate a heat exchange between heat transfer fluids;
A method for producing a 3D item by means of fused deposition modelling, the method comprising a 3D printing stage comprising layer-wise depositing 3D printable material , to provide the 3D item comprising 3D printed material , wherein the 3D item comprises layers of 3D printed material , wherein the 3D printable material comprises thermoplastic material , wherein during at least part of the 3D printing stage the 3D printable material further comprises porous inorganic particles embedded in the thermoplastic material , wherein the porosity of the inorganic particles is in the range of 5 to 60 vol. %, characterized in that the inorganic particles have an open porosity.
A computer-implemented method for assisting subject positioning in chest X-ray imaging, comprising: receiving (S1) an optical image signal of a rear view of the subject (S); determining (S2) a current positioning of a scapula of the subject (S) based on the optical image signal, wherein the current positioning of the scapula is assessed as to whether and/or to which extent it would overlap or would not overlap a lung field of the subject to be imaged; determining (S3) a feedback for positioning the subject (S) and/or its scapula based on the determined current positioning of the scapula; and providing (S4) the feedback for positioning the subject (S). receiving (S1) an optical image signal of a rear view of the subject (S); determining (S2) a current positioning of a scapula of the subject (S) based on the optical image signal, wherein the current positioning of the scapula is assessed as to whether and/or to which extent it would overlap or would not overlap a lung field of the subject to be imaged; determining (S3) a feedback for positioning the subject (S) and/or its scapula based on the determined current positioning of the scapula; and providing (S4) the feedback for positioning the subject (S).
A fabrication method of mass-produced glass containers with visible light shielding using recovered post-consumer glass, the method comprising: obtaining successive batches of raw material for glass manufacture, each batch including between 80% and 100% by weight of a mixture of pieces of soda-lime-silica recovered post-consumer glass with a heterogeneous chromatic composition predominantly transparent; mixing to the successive batches of raw material visible light shielding additives including at least cobalt oxide, nickel oxide, manganese oxide, chromium oxide and iron oxide; melting the successive batches of raw material and automatically manufacturing therewith the mass-produced glass containers with a glass thickness of at least 1,5mm and/or with a glass thickness in most of the receptacle of at least 2mm through an automatic compression and/or blow molding process; detecting and rejecting manufactured containers with permeability against visible light between 450nm and 680nm wavelength above 3% or above 1%. obtaining successive batches of raw material for glass manufacture, each batch including between 80% and 100% by weight of a mixture of pieces of soda-lime-silica recovered post-consumer glass with a heterogeneous chromatic composition predominantly transparent; mixing to the successive batches of raw material visible light shielding additives including at least cobalt oxide, nickel oxide, manganese oxide, chromium oxide and iron oxide; melting the successive batches of raw material and automatically manufacturing therewith the mass-produced glass containers with a glass thickness of at least 1,5mm and/or with a glass thickness in most of the receptacle of at least 2mm through an automatic compression and/or blow molding process; detecting and rejecting manufactured containers with permeability against visible light between 450nm and 680nm wavelength above 3% or above 1%.
An x-ray based cement evaluation tool for measurement of the density of material volumes within single, dual and multiple-casing wellbore environments wherein said tool comprises: an internal length comprising a sonde section, wherein said sonde section further comprises an x-ray source; radiation measuring detectors ; a radiation shield for said radiation measuring detectors ; sonde-dependent electronics; and a plurality of tool logic electronics and power supply units, wherein the tool is configured to use x-rays to illuminate the formation surrounding a borehole and said plurality of radiation measuring detectors are configured to directly measure the density of a cement annuli and any variations in density within, wherein the tool is configured to modulate a x-ray source energy, a plurality of reference detectors are configured to monitor the output of the x-ray source, wherein the tool is configured to modulate an energy of the output x-ray beam , wherein a lowering of the x-ray beam's energy by the modulation of the tool results in a reduction of an optimum axial offset of said plurality of radiation measuring detectors , wherein the tool is configured to use information collected by said plurality of reference detectors relating to the modulation of the x-ray beam , wherein the tool is configured to ascertain varying levels of sensitivity functions for the region surrounding a borehole from the collected information relating to the modulation of the x-ray beam . an internal length comprising a sonde section, wherein said sonde section further comprises an x-ray source; radiation measuring detectors ; a radiation shield for said radiation measuring detectors ; sonde-dependent electronics; and a plurality of tool logic electronics and power supply units, wherein the tool is configured to use x-rays to illuminate the formation surrounding a borehole and said plurality of radiation measuring detectors are configured to directly measure the density of a cement annuli and any variations in density within, wherein the tool is configured to modulate a x-ray source energy, a plurality of reference detectors are configured to monitor the output of the x-ray source, wherein the tool is configured to modulate an energy of the output x-ray beam , wherein a lowering of the x-ray beam's energy by the modulation of the tool results in a reduction of an optimum axial offset of said plurality of radiation measuring detectors , wherein the tool is configured to use information collected by said plurality of reference detectors relating to the modulation of the x-ray beam , wherein the tool is configured to ascertain varying levels of sensitivity functions for the region surrounding a borehole from the collected information relating to the modulation of the x-ray beam .
A gateway method of controlling dynamic equiment which method includes the steps of: providing an electronic control module connected to said equipment; connecting said control module to a protocol converter ; providing a wireless communications module connected to said control module; providing a mobile device ; wirelessly transmitting commands to and receiving information from said communications module with said mobile device; translating wireless communications between said communications module and said mobile device with said protocol converter; providing said mobile device with a manual actuator on a display screen of said mobile device, the manual actuator requiring the operator to engage opposite sides (1056 A and B) of the display screen to engage the actuator; providing said mobile device with a safety interlock adapted for disabling said equipment in response to an operator releasing said actuator; providing said equipment with a meter roll function; and selectively disabling said meter roll function with said safety interlock. providing an electronic control module connected to said equipment; connecting said control module to a protocol converter ; providing a wireless communications module connected to said control module; providing a mobile device ; wirelessly transmitting commands to and receiving information from said communications module with said mobile device; translating wireless communications between said communications module and said mobile device with said protocol converter; providing said mobile device with a manual actuator on a display screen of said mobile device, the manual actuator requiring the operator to engage opposite sides (1056 A and B) of the display screen to engage the actuator; providing said mobile device with a safety interlock adapted for disabling said equipment in response to an operator releasing said actuator; providing said equipment with a meter roll function; and selectively disabling said meter roll function with said safety interlock.
A method of operating a building elevator system , the method comprising: determining that an evacuation call is active for an evacuation floor serviced by a first elevator group ; setting a transfer floor serviced by the first elevator group as an evacuation discharge floor of the first elevator group ; requesting a second elevator group to enter an evacuation mode of operation, the second elevator group operable to service the transfer floor and a first discharge floor ; setting the transfer floor as the evacuation floor of the second elevator group ; and coordinating control of the first elevator group and the second elevator group to evacuate one or more occupants from the evacuation floor serviced by the first elevator group to the first discharge floor serviced by the second elevator group ; characterized by : monitoring one or more conditions of the first discharge floor ; setting the evacuation discharge floor of the second elevator group to an alternate discharge floor based on detecting one or more degraded conditions at the first discharge floor ; and restricting travel of the second elevator group between the alternate discharge floor and the first discharge floor . determining that an evacuation call is active for an evacuation floor serviced by a first elevator group ; setting a transfer floor serviced by the first elevator group as an evacuation discharge floor of the first elevator group ; requesting a second elevator group to enter an evacuation mode of operation, the second elevator group operable to service the transfer floor and a first discharge floor ; setting the transfer floor as the evacuation floor of the second elevator group ; and coordinating control of the first elevator group and the second elevator group to evacuate one or more occupants from the evacuation floor serviced by the first elevator group to the first discharge floor serviced by the second elevator group ; characterized by : monitoring one or more conditions of the first discharge floor ; setting the evacuation discharge floor of the second elevator group to an alternate discharge floor based on detecting one or more degraded conditions at the first discharge floor ; and restricting travel of the second elevator group between the alternate discharge floor and the first discharge floor . monitoring one or more conditions of the first discharge floor ; setting the evacuation discharge floor of the second elevator group to an alternate discharge floor based on detecting one or more degraded conditions at the first discharge floor ; and restricting travel of the second elevator group between the alternate discharge floor and the first discharge floor .
A blade unit configured to be attached to an electric razor , the blade unit comprising four or more outer blades extending in a first direction (Y); and a sliding member extending in the first direction (Y), wherein at least two outer blades included in the four or more outer blades are arranged on each of both sides of the sliding member ; characterized in that the sliding member is configured to project from the four or more outer blades in a second direction (Z) which is orthogonal to the first direction (Y) at any position in the first direction (Y), when the blade unit is not pressed. four or more outer blades extending in a first direction (Y); and a sliding member extending in the first direction (Y), wherein at least two outer blades included in the four or more outer blades are arranged on each of both sides of the sliding member ; characterized in that the sliding member is configured to project from the four or more outer blades in a second direction (Z) which is orthogonal to the first direction (Y) at any position in the first direction (Y), when the blade unit is not pressed.
A network slice selection method applicable to a network slice selection function, NSSF, network element shared by a plurality of network slices in a core network, the method comprising: receiving a slice selection request, wherein the slice selection request is adopted for requesting to select a network slice for a roaming user, and the slice selection request comprises user information belonging to the roaming user ; searching, according to the user information, a preset roaming policy for a group of configuration information matching the user information, wherein the roaming policy comprises a plurality of groups of configuration information, and each group of configuration information corresponds to one of the network slices; determining a network slice corresponding to the found group of configuration information as a target network slice ; and sending a response message for the slice selection request, wherein the response message carries identification information of the target network slice . receiving a slice selection request, wherein the slice selection request is adopted for requesting to select a network slice for a roaming user, and the slice selection request comprises user information belonging to the roaming user ; searching, according to the user information, a preset roaming policy for a group of configuration information matching the user information, wherein the roaming policy comprises a plurality of groups of configuration information, and each group of configuration information corresponds to one of the network slices; determining a network slice corresponding to the found group of configuration information as a target network slice ; and sending a response message for the slice selection request, wherein the response message carries identification information of the target network slice .
A maintenance apparatus for a fluidic ejection device comprising: a capping structure connected to a pivot mechanism to be pivoted over an ejection head of the fluid ejection device to move between a first position for capping the ejection head and a second position for uncapping the ejection head , wherein the capping structure includes an aperture therein for fluid flow therethrough when the capping structure is moved to the second position, characterized in that the pivot mechanism comprises a pivot member and a shaft , and one end of the shaft is attached to the pivot member and the other end of the shaft is attached to the capping structure . a capping structure connected to a pivot mechanism to be pivoted over an ejection head of the fluid ejection device to move between a first position for capping the ejection head and a second position for uncapping the ejection head , wherein the capping structure includes an aperture therein for fluid flow therethrough when the capping structure is moved to the second position, characterized in that the pivot mechanism comprises a pivot member and a shaft , and one end of the shaft is attached to the pivot member and the other end of the shaft is attached to the capping structure .
A method comprising: causing a first user interface associated with a first user device to be presented on the first user device, the first user interface defining an initial user interface area ; receiving an indication to present a second user interface associated with an application available for access by a second user device with which the first user device is paired, the indication being triggered by occurrence of an event at the second user device; causing the second user interface to be presented on the first user device, the second user interface being presented at least partially within the initial user interface area; causing the first user interface to be presented concurrent with the second user interface so as to define a resized user interface area that is smaller than the initial user interface area and is at least partially within the initial user interface area; and controlling the second user device with user input received via the second user interface presented on the first user device, comprising receiving user input via the first device requesting to transfer content from the application on the second user device to the first user device, and, in response to receiving the user input, permitting the first user device to access the content. causing a first user interface associated with a first user device to be presented on the first user device, the first user interface defining an initial user interface area ; receiving an indication to present a second user interface associated with an application available for access by a second user device with which the first user device is paired, the indication being triggered by occurrence of an event at the second user device; causing the second user interface to be presented on the first user device, the second user interface being presented at least partially within the initial user interface area; causing the first user interface to be presented concurrent with the second user interface so as to define a resized user interface area that is smaller than the initial user interface area and is at least partially within the initial user interface area; and controlling the second user device with user input received via the second user interface presented on the first user device, comprising receiving user input via the first device requesting to transfer content from the application on the second user device to the first user device, and, in response to receiving the user input, permitting the first user device to access the content.
A method comprising: providing a molten mixture of vesicle-forming lipids, the mixture consisting of monopalmitoyl glycerol (MPG), cholesterol (CHO) and dicetyl phosphate (DCP), at a ratio of 5:4:1 wherein the molten mixture of vesicle-forming lipids is melted at a temperature of less than 120°C; and adding the molten mixture of vesicle-forming lipids to an aqueous solution comprising an antigen at a temperature of less than 120°C, said antigen consisting of an attenuated virus or an inactivated virus, and a suitable buffer, wherein said aqueous solution is at a temperature of 30°C to 35°C, and homogenizing the resulting mixture at 30°C to 35°C such that antigen-containing vesicles are formed, wherein said vesicles comprise an aqueous core enclosed by one or more lipid bilayers and preferably further adding a lyoprotectant to the vesicles. providing a molten mixture of vesicle-forming lipids, the mixture consisting of monopalmitoyl glycerol (MPG), cholesterol (CHO) and dicetyl phosphate (DCP), at a ratio of 5:4:1 wherein the molten mixture of vesicle-forming lipids is melted at a temperature of less than 120°C; and adding the molten mixture of vesicle-forming lipids to an aqueous solution comprising an antigen at a temperature of less than 120°C, said antigen consisting of an attenuated virus or an inactivated virus, and a suitable buffer, wherein said aqueous solution is at a temperature of 30°C to 35°C, and homogenizing the resulting mixture at 30°C to 35°C such that antigen-containing vesicles are formed, wherein said vesicles comprise an aqueous core enclosed by one or more lipid bilayers and preferably further adding a lyoprotectant to the vesicles.