mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge mounting an air treatment material comprising: a housing ; air treatment material for removing carbon dioxide from air, wherein said air treatment material is received within said housing , and spaced from inner walls of said housing, there being an inlet direction into said housing for air flowing across said air treatment material and an outlet opening on an opposed side of said housing , and with there being top and bottom surfaces and side surfaces forming a perimeter about said air treatment material, characterised in that the air treatment material is spaced from inner walls of said housing by a plurality of resilient sheets, wherein said resilient sheets provide springs that allow expansion of the sheets during operation, said resilient sheets extending substantially continuously across said side surfaces and said top and bottom surfaces at least at said inlet end so as to provide sealing coverage around at least 75% of the perimeter and to increase airflow across said air treatment material, wherein said resilient sheets have cutout portions to result in lower spring force at positions spaced from said inlet end. a housing ; air treatment material for removing carbon dioxide from air, wherein said air treatment material is received within said housing , and spaced from inner walls of said housing, there being an inlet direction into said housing for air flowing across said air treatment material and an outlet opening on an opposed side of said housing , and with there being top and bottom surfaces and side surfaces forming a perimeter about said air treatment material, characterised in that the air treatment material is spaced from inner walls of said housing by a plurality of resilient sheets, wherein said resilient sheets provide springs that allow expansion of the sheets during operation, said resilient sheets extending substantially continuously across said side surfaces and said top and bottom surfaces at least at said inlet end so as to provide sealing coverage around at least 75% of the perimeter and to increase airflow across said air treatment material, wherein said resilient sheets have cutout portions to result in lower spring force at positions spaced from said inlet end.
- A heating apparatus with an interchangeable front panel (6; 17) comprising a rear cover and a front panel mounted on the rear cover to define an internal space in the heating apparatus (6; 17) in which a heating body is arranged, a pattern (10; 18, 19) consisting of at least one of a pierced pattern and a raised pattern being formed in the upper part of the front panel , the heating apparatus (6; 17) further comprising a screen (1; 14) arranged in the upper part of the internal space of the heating apparatus (6; 17) at the rear of the front panel , the screen (1; 14) comprising a plate whose width is less than or equal to that of the front panel , the plate being in contact with the rear face of the front panel at least according to a contact strip surrounding the pattern (10; 18, 19), so that the flow of air remains identical inside the heating apparatus (6; 17) irrespective of the pattern (10; 18, 19) formed on the front panel , characterized in that the screen (1; 14) comprises means of attachment to the rear cover .
An energy store for storing electrical energy in the form of thermal energy, comprising: - an electric heater for converting electrical energy into thermal energy, and - heat-storing elements for storing thermal energy of the electric heater , characterized by - a pressure vessel in which the heat-storing elements are arranged, - wherein the pressure vessel comprises heat-transfer-fluid conduit ports for letting in heat-transfer fluid, which can be heated via the electric heater , and for letting out heat-transfer fluid, - wherein the heat-storing elements comprise a plurality of metal rods which are arranged upright and serve to store thermal energy of the electric heater , - wherein the energy store further comprises a base element and a porous support , wherein the porous support supports the metal rods and is arranged on the base element . - an electric heater for converting electrical energy into thermal energy, and - heat-storing elements for storing thermal energy of the electric heater , characterized by - a pressure vessel in which the heat-storing elements are arranged, - wherein the pressure vessel comprises heat-transfer-fluid conduit ports for letting in heat-transfer fluid, which can be heated via the electric heater , and for letting out heat-transfer fluid, - wherein the heat-storing elements comprise a plurality of metal rods which are arranged upright and serve to store thermal energy of the electric heater , - wherein the energy store further comprises a base element and a porous support , wherein the porous support supports the metal rods and is arranged on the base element .
A method for managing Internet Protocol (IP) address assignment, the method comprising: receiving, from a user, a specification of an identifier for a web service and an indication of one or more virtual machines of the user, the identifier associated with network addresses for the web service; generating one or more network address lists for the one or more virtual machines based at least in part on the specification of the identifier, wherein said generating of the one or more network address lists based on the specification of the identifier includes generating a change in the network addresses for the web service by adding, removing and/or expanding a network address; and updating security tables for the one or more virtual machines with the address lists at server computers hosting the one or more virtual machines, the security tables used by the server computers to at least determine whether to allow communications addressed to or from the network addresses for the service. receiving, from a user, a specification of an identifier for a web service and an indication of one or more virtual machines of the user, the identifier associated with network addresses for the web service; generating one or more network address lists for the one or more virtual machines based at least in part on the specification of the identifier, wherein said generating of the one or more network address lists based on the specification of the identifier includes generating a change in the network addresses for the web service by adding, removing and/or expanding a network address; and updating security tables for the one or more virtual machines with the address lists at server computers hosting the one or more virtual machines, the security tables used by the server computers to at least determine whether to allow communications addressed to or from the network addresses for the service.
Brake system for a vehicle, comprising the following components: - at least one hydraulic brake circuit (BK1, BK2) with at least one hydraulically acting wheel brake (RB1, RB2, RB3, RB4); - at least one pressure supply device (DV), which is connected via a hydraulic line to a brake circuit (BK1, BK2); - and a hydraulic brake pedal system having a single master cylinder with precisely one pressure chamber, of which a hydraulic output is coupled, in a manner switchable by means of an infeed switching valve (FV), to at least one brake circuit (BK1, BK2), and wherein the single master cylinder is, by way of at least one opening, coupled by means of a hydraulic connection to a reservoir (VB); characterized in that a failure of a pressure chamber seal (D2) of the pressure chamber of the single master cylinder is safeguarded against by means of at least one redundancy (D2r, Dr1, 17), wherein the redundancy (D2r, Dr1) comprises a primary seal (D2r) which is redundant with respect to a primary seal (D2) and/or a throttle (Dr1), and wherein the failure of the pressure chamber seal (D2) or of the redundancy (D2r, Dr1, 17) of the pressure chamber seal of the pressure chamber of the master cylinder is diagnosable. - at least one hydraulic brake circuit (BK1, BK2) with at least one hydraulically acting wheel brake (RB1, RB2, RB3, RB4); - at least one pressure supply device (DV), which is connected via a hydraulic line to a brake circuit (BK1, BK2); - and a hydraulic brake pedal system having a single master cylinder with precisely one pressure chamber, of which a hydraulic output is coupled, in a manner switchable by means of an infeed switching valve (FV), to at least one brake circuit (BK1, BK2), and wherein the single master cylinder is, by way of at least one opening, coupled by means of a hydraulic connection to a reservoir (VB);
A device for igniting a munition consisting of a projectile and its propelling charge , comprising a breech that is suitable for coming into contact with a chamber of a barrel loaded with said munition, said breech closing said barrel in the firing position, in which said breech comprises: - a magnetic or electromagnetic induction priming device allowing the combustion of the propelling charge to be triggered and the projectile to be fired from said barrel ; - a shield positioned between the induction priming device and the chamber of said barrel; said device being characterized in that said shield : - comprises a ceramic material consisting essentially of zirconia or alumina or silicon nitride or carbide of at least one element selected from boron or tungsten or hafnium, or a silicon carbide-based ceramic material, said ceramic material comprising grains having a maximum diameter of 500 micrometers or less, - is a right cylinder having a circular base. - a magnetic or electromagnetic induction priming device allowing the combustion of the propelling charge to be triggered and the projectile to be fired from said barrel ; - a shield positioned between the induction priming device and the chamber of said barrel; said device being characterized in that said shield : - comprises a ceramic material consisting essentially of zirconia or alumina or silicon nitride or carbide of at least one element selected from boron or tungsten or hafnium, or a silicon carbide-based ceramic material, - comprises a ceramic material consisting essentially of zirconia or alumina or silicon nitride or carbide of at least one element selected from boron or tungsten or hafnium, or a silicon carbide-based ceramic material, said ceramic material comprising grains having a maximum diameter of 500 micrometers or less, - is a right cylinder having a circular base. - is a right cylinder having a circular base.
A method of installing a RFID label in or on a vulcanized tire , comprising the steps of: (a) forming either during vulcanization or post-vulcanization a recess having a predetermined shape on an outermost or innermost surface of a tire; (b) providing a RFID label comprising a foam layer , a face layer and a RFID device (24; 24', 24") disposed between the foam layer and the face layer that are adhered to one another, said RFID label , being configured to identify the tire and/or to sense conditions of the tire and communicate the same to an RFID reader when within a predetermined proximity of the RFID reader; and (c) affixing the RFID label within the recess of the vulcanized tire by contacting and adhering an adhesive surface of the RFID label to a surface of the recess to identify the tire and/or sense conditions of the tire. (a) forming either during vulcanization or post-vulcanization a recess having a predetermined shape on an outermost or innermost surface of a tire; (b) providing a RFID label comprising a foam layer , a face layer and a RFID device (24; 24', 24") disposed between the foam layer and the face layer that are adhered to one another, said RFID label , being configured to identify the tire and/or to sense conditions of the tire and communicate the same to an RFID reader when within a predetermined proximity of the RFID reader; and (c) affixing the RFID label within the recess of the vulcanized tire by contacting and adhering an adhesive surface of the RFID label to a surface of the recess to identify the tire and/or sense conditions of the tire.
A waterproofing composition comprising water-based acrylic resin, polymeric particulates, water and additives, wherein the polymeric particulates consist of rubber particulates and derivatives thereof, expanded polystyrene particulates and derivatives thereof, and particulates of one or more rigid polymers, selected from the group comprising of PET, HDPE, LDPE, PVC, PP, PS, PU and mixtures thereof, and wherein the water-based acrylic resin is present in a range of 16% to 31% by weight, the polymeric particulates are present in a range of 17% to 20 % by weight, water is present in a range of 32% to 46% by weight, and additives are present in a range of 19% to 21% by weight, respect to the total waterproofing composition.
A radar measuring device for level and/or limit level monitoring, comprising: - a radar signal source configured to generate, transmit and/or receive a radar signal, - an antenna arrangement configured to align the radar signal, - a plano-convex lens with a planar side, in particular a planar side facing a filling material, configured to focus the aligned radar signal, wherein the plane side of the plano-convex lens is designed as a contact surface to rest on the container during a measurement of the filling level and/or limit level of the filling material in a container , wherein the radar measuring device comprises a housing , wherein the antenna arrangement is disposed in the housing, wherein the housing comprises a bottom surface , wherein the bottom surface is at least partially formed by the plano-convex lens , wherein the convex side of the plano-convex lens protrudes into the antenna arrangement. - a radar signal source configured to generate, transmit and/or receive a radar signal, - an antenna arrangement configured to align the radar signal, - a plano-convex lens with a planar side, in particular a planar side facing a filling material, configured to focus the aligned radar signal,
Method for producing at least one metal decoration on a substrate made of insulating material having a curved surface comprising the steps of: a) providing the substrate and depositing thereon a photosensitive resin layer ; b) irradiating the resin layer through a mask defining the contour of the desired decorations as well as of the photopolymerised areas and of the non-photopolymerised areas ; c) dissolving the non-irradiated areas of the photosensitive resin layer in order to show in places the substrate at the location of the decorations; d) depositing a first adhesion layer and a second electrically conductive layer via a vapour deposition on the substrate and the photopolymerised areas ; e) galvanically depositing a layer of a metal or of a metal alloy from said second electrically conductive layer in order to form at least one block substantially reaching the upper surface of the photosensitive resin ; f) performing a step of surfacing and polishing in order to remove the surplus of the galvanically deposited layer; g) eliminating the remaining resin layer by plasma etching; and h) eliminating the first and second layers by a wet etching. a) providing the substrate and depositing thereon a photosensitive resin layer ; b) irradiating the resin layer through a mask defining the contour of the desired decorations as well as of the photopolymerised areas and of the non-photopolymerised areas ; c) dissolving the non-irradiated areas of the photosensitive resin layer in order to show in places the substrate at the location of the decorations; d) depositing a first adhesion layer and a second electrically conductive layer via a vapour deposition on the substrate and the photopolymerised areas ; e) galvanically depositing a layer of a metal or of a metal alloy from said second electrically conductive layer in order to form at least one block substantially reaching the upper surface of the photosensitive resin ; f) performing a step of surfacing and polishing in order to remove the surplus of the galvanically deposited layer; g) eliminating the remaining resin layer by plasma etching; and h) eliminating the first and second layers by a wet etching.
A process for treating red mud, said process comprising : leaching said red mud comprising aluminium with HCl at a temperature of 125 to 225 °C so as to obtain a leachate comprising aluminum ions and a solid, and separating the solid from the leachate; reacting the leachate with HCl so as to obtain a liquid comprising iron chloride and a precipitate comprising said aluminum ions in the form of AlCl 3 , and separating the precipitate from the liquid; and heating the precipitate under conditions effective for converting AlCl 3 into Al 2 O 3 . leaching said red mud comprising aluminium with HCl at a temperature of 125 to 225 °C so as to obtain a leachate comprising aluminum ions and a solid, and separating the solid from the leachate; reacting the leachate with HCl so as to obtain a liquid comprising iron chloride and a precipitate comprising said aluminum ions in the form of AlCl 3 , and separating the precipitate from the liquid; and heating the precipitate under conditions effective for converting AlCl 3 into Al 2 O 3 .
A system comprising: a database storing therein data relating to one or more of patient data, an image dataset, target data, pathway data, cytopathological data, genetic information data, treatment data, and outcome observational data from a plurality of prior patients; a network ; a display in communication with a computing device; and a user interface presenting on the display data related to a target of a present patient, the data related to the target of a present patient including one or more of imaging data of the target, cytopathology of the target, genetic information of the target, and treatment options, wherein the treatment options are based on the correlation of similarities in the data from the plurality of prior patients and the data related to target of the present patient, characterised in that the system further comprises an Electromagnetic Navigation (EMN) system, wherein said network connects the database to said Electromagnetic Navigation system, wherein the Electromagnetic Navigation (EMN) system is configured to enable the following of a pathway plan to an identified target of the present patient and the removal of a biopsy sample from the target. a database storing therein data relating to one or more of patient data, an image dataset, target data, pathway data, cytopathological data, genetic information data, treatment data, and outcome observational data from a plurality of prior patients; a network ; a display in communication with a computing device; and a user interface presenting on the display data related to a target of a present patient, the data related to the target of a present patient including one or more of imaging data of the target, cytopathology of the target, genetic information of the target, and treatment options, wherein the treatment options are based on the correlation of similarities in the data from the plurality of prior patients and the data related to target of the present patient, characterised in that the system further comprises an Electromagnetic Navigation (EMN) system, wherein said network connects the database to said Electromagnetic Navigation system, wherein the Electromagnetic Navigation (EMN) system is configured to enable the following of a pathway plan to an identified target of the present patient and the removal of a biopsy sample from the target.
A blade for a gas turbine engine comprising: an airfoil having a tip with a terminal end surface , and multiple squealer pockets (92, 94; 292, 194) recessed into the terminal end surface ; wherein one of the squealer pockets includes a stepped bottom surface ; wherein the terminal end surface provides a perimeter wall circumscribing the tip , the squealer pockets (92, 94; 292, 194) arranged interiorly of and surrounded by the perimeter wall ; wherein the tip includes at least one intermediate wall interconnecting opposing sides of the perimeter wall and separating adjoining squealer pockets (92, 94; 292, 194); and wherein the squealer pockets (92, 94; 292, 194) have a depth of at least 0.5 mm (20 mils); wherein one of the squealer pockets (92; 292) is arranged near a leading edge of the airfoil, and the one of the squealer pocket has a first depth near the leading edge that is different than a second depth located aftward of the first depth ; and the intermediate wall is configured to maintain cooling fluid within a forward squealer pocket to prevent migration of the cooling fluid to areas where it is not needed, such as more aftwardly located regions of the tip ; characterized in that the tip has been formed by a casting process. an airfoil having a tip with a terminal end surface , and multiple squealer pockets (92, 94; 292, 194) recessed into the terminal end surface ; wherein one of the squealer pockets includes a stepped bottom surface ; wherein the terminal end surface provides a perimeter wall circumscribing the tip , the squealer pockets (92, 94; 292, 194) arranged interiorly of and surrounded by the perimeter wall ; wherein the tip includes at least one intermediate wall interconnecting opposing sides of the perimeter wall and separating adjoining squealer pockets (92, 94; 292, 194); and wherein the squealer pockets (92, 94; 292, 194) have a depth of at least 0.5 mm (20 mils); wherein one of the squealer pockets (92; 292) is arranged near a leading edge of the airfoil, and the one of the squealer pocket has a first depth near the leading edge that is different than a second depth located aftward of the first depth ; and the intermediate wall is configured to maintain cooling fluid within a forward squealer pocket to prevent migration of the cooling fluid to areas where it is not needed, such as more aftwardly located regions of the tip ; characterized in that the tip has been formed by a casting process.
A secondary side controller for a switched mode power supply , the controller comprising a first semiconductor die comprising an integrated circuit which comprises only one bond wire to provide a load connection signal ; a second semiconductor die fabricated in a different semiconductor fabrication process than the first semiconductor die, and packaged with the first semiconductor die , comprising a charge pump which, according to the presence or absence of the load connection signal received from the integrated circuit of the first semiconductor die , is configured to provide a switch signal for control of a load connection switch that controls whether or not the switched mode power supply is electrically connected to a load; wherein the charge pump is configured to generate the switch signal and control the voltage of the switch signal based on the amplitude of the load connection signal.