mhurhangee/ep-ind-claims huggingface dataset:
Sample container with - a housing which forms a sample chamber for receiving a sample and has at least one annular opening which extends into the sample chamber in the form of a channel, - and a spherical closure element, wherein the opening channel has a (closure) section and for closing the spherical closure element is in contact with the housing to form a one-piece closure element, wherein the opening channel between the closure section and the opening on the inside forms a protrusion which reduces the opening cross-section of the opening channel relative to the opening cross-section in the closure section, characterized in that the opening channel in the region of the closure section is cylindrical and the diameter of the closure element exceeds the diameter of the opening channel in at least the (closure) section only to such an extent so that the closure element can be force-fitted with its largest circumference in the closure section, as a result of which the resulting forces have no or only a relatively small force component in the longitudinal axial direction of the opening channel. - a housing which forms a sample chamber for receiving a sample and has at least one annular opening which extends into the sample chamber in the form of a channel, - and a spherical closure element, wherein the opening channel has a (closure) section and for closing the spherical closure element is in contact with the housing to form a one-piece closure element, wherein the opening channel between the closure section and the opening on the inside forms a protrusion which reduces the opening cross-section of the opening channel relative to the opening cross-section in the closure section, characterized in that the opening channel in the region of the closure section is cylindrical and the diameter of the closure element exceeds the diameter of the opening channel in at least the (closure) section only to such an extent so that the closure element can be force-fitted with its largest circumference in the closure section, as a result of which the resulting forces have no or only a relatively small force component in the longitudinal axial direction of the opening channel.
A footwear system, comprising: an article of footwear including an upper member and a sole member engaged with the upper member; and a data transmission system engaged with the article of footwear, wherein the data transmission system transmits data from the article of footwear for receipt by a remote system, and wherein the transmitted data includes at least one member selected from the group of: user identification data, physical data associated with use of the article of footwear, or physiological data associated with use of the article of footwear, wherein the transmitted data comprises the user identification data and is configured to confirm a user's presence at a particular location; and a display device in communication with the data transmission system for displaying information based, at least in part, on the data transmitted by the data transmission system. an article of footwear including an upper member and a sole member engaged with the upper member; and a data transmission system engaged with the article of footwear, wherein the data transmission system transmits data from the article of footwear for receipt by a remote system, and wherein the transmitted data includes at least one member selected from the group of: user identification data, physical data associated with use of the article of footwear, or physiological data associated with use of the article of footwear, wherein the transmitted data comprises the user identification data and is configured to confirm a user's presence at a particular location; and a display device in communication with the data transmission system for displaying information based, at least in part, on the data transmitted by the data transmission system.
A coffee machine configured for transmitting at least one datum to a receiving device, said coffee machine comprising at least one storage unit, at least one encoding unit for encoding the datum to form an encoded datum that can be stored in the memory unit, and at least one transmission unit for transmitting the datum, said transmission unit being configured for wireless transmission, characterized in that said transmission unit is configured to transmit said encoded datum as a visible light signal, said datum being encoded as a dynamic signal of a given duration that can be processed in a progressively visible manner until final completion by said transmission unit, said signal being defined by a time sequence of changes in the status of said transmission unit, said transmission unit comprising at least one display and/or a plurality of sources of LED light.
A method for wireless communication, comprising: sending control information to a user equipment; sending data in accordance with the control information to the user equipment; receiving acknowledgement information from the user equipment; and performing detection for the acknowledgement information based on a first block code for a first hypothesis for the control information being missed by the user equipment and based on a second block code for a second hypothesis for the control information being received correctly by the user equipment, said first block code being different from said second block code. sending control information to a user equipment; sending data in accordance with the control information to the user equipment; receiving acknowledgement information from the user equipment; and performing detection for the acknowledgement information based on a first block code for a first hypothesis for the control information being missed by the user equipment and based on a second block code for a second hypothesis for the control information being received correctly by the user equipment, said first block code being different from said second block code.
A process for preparing an alkali metal pyrithione comprising the steps of: adding pyridine N-oxide, at least one sulfurination agent and at least one base agent to a solvent blend, the solvent blend containing a surfactant and a first organic solvent, to form a first reaction mixture; wherein the sulfurination agent and the base agent are added in a predetermined molar ratio relative to the pyridine N-oxide; heating the first reaction mixture to a first predetermined temperature; cooling the first reaction mixture to a second predetermined temperature; adding an aqueous solution to the cooled reaction mixture to form a two phase liquid having an organic layer and an aqueous layer; filtering the aqueous layer or the two phase liquid to obtain a filter cake and a filtrate; separating the aqueous layer from the two phase liquid before or after filtering; sparging the aqueous layer or the filtrate with chemically inert gas into a trap, the trap comprising an alkali metal hydroxide to form a second reaction mixture; and isolating the alkali metal pyrithione from the second reaction mixture. adding pyridine N-oxide, at least one sulfurination agent and at least one base agent to a solvent blend, the solvent blend containing a surfactant and a first organic solvent, to form a first reaction mixture; wherein the sulfurination agent and the base agent are added in a predetermined molar ratio relative to the pyridine N-oxide; heating the first reaction mixture to a first predetermined temperature; cooling the first reaction mixture to a second predetermined temperature; adding an aqueous solution to the cooled reaction mixture to form a two phase liquid having an organic layer and an aqueous layer; filtering the aqueous layer or the two phase liquid to obtain a filter cake and a filtrate; separating the aqueous layer from the two phase liquid before or after filtering; sparging the aqueous layer or the filtrate with chemically inert gas into a trap, the trap comprising an alkali metal hydroxide to form a second reaction mixture; and isolating the alkali metal pyrithione from the second reaction mixture.
An article of footwear having a sole structure comprising a midsole with an arcuate underside recess, an arcuate insert element secured to the recess, and an outsole with an aperture, wherein the insert element is exposed to an exterior of the footwear through the aperture, and the outsole is secured to the midsole in a region wholly surrounding the insert element.
Method for optimizing Lawful Enforcement Agency LEA monitoring capacity for use in a telecommunication system comprising at least one information element receiving unit (ICE/A, ICE/B; DF2, DF3), which method is comprising the following steps: - receiving to the element receiving unit (ICE/A, ICE/B; DF2, DF3), a one activity report request and identities of a target to be monitored; characterized in that - receiving to the element receiving unit (ICE/A, ICE/B; DF2, DF3) at least two information elements that belong to a first element group, which elements are related to the specified target by different identities and which elements comprise duplicate information; - selecting in the element receiving unit (ICE/A, ICE/B; DF2, DF3) one element of the received at least two elements; - forwarding the selected element to the LEA. - receiving to the element receiving unit (ICE/A, ICE/B; DF2, DF3), a one activity report request and identities of a target to be monitored; characterized in that - receiving to the element receiving unit (ICE/A, ICE/B; DF2, DF3) at least two information elements that belong to a first element group, which elements are related to the specified target by different identities and which elements comprise duplicate information; - selecting in the element receiving unit (ICE/A, ICE/B; DF2, DF3) one element of the received at least two elements; - forwarding the selected element to the LEA.
Process for the treatment of technical textiles based on thermoplastic fibers comprising a coating, which comprises at least the following stages: a) treating said textiles by grinding and then micronizing; so as to obtain a mixture comprising at least: - fibrous thermoplastic particles partially coated by the coating material, and - spherical or quasispherical particles of the coating material exhibiting a mean diameter of between 15 and 750 μm; b) suspending the mixture obtained in stage a) with a medium which makes possible the separation of the coating material and fibrous thermoplastic particles, characterized in that the medium of stage b) is an alkaline medium exhibiting a pH of greater than or equal to 10; said medium exhibiting a density between the density of the fibrous thermoplastic particles and the density of the coating material; c) separating the coating material and the fibrous thermoplastic particles by centrifugal force; d) optionally treating the fibrous thermoplastic particles recovered in stage c) in order to neutralise the pH; e) drying the fibrous thermoplastic particles. a) treating said textiles by grinding and then micronizing; so as to obtain a mixture comprising at least: - fibrous thermoplastic particles partially coated by the coating material, and - spherical or quasispherical particles of the coating material exhibiting a mean diameter of between 15 and 750 μm; - fibrous thermoplastic particles partially coated by the coating material, and - spherical or quasispherical particles of the coating material exhibiting a mean diameter of between 15 and 750 μm; b) suspending the mixture obtained in stage a) with a medium which makes possible the separation of the coating material and fibrous thermoplastic particles, characterized in that the medium of stage b) is an alkaline medium exhibiting a pH of greater than or equal to 10; said medium exhibiting a density between the density of the fibrous thermoplastic particles and the density of the coating material; c) separating the coating material and the fibrous thermoplastic particles by centrifugal force; d) optionally treating the fibrous thermoplastic particles recovered in stage c) in order to neutralise the pH; e) drying the fibrous thermoplastic particles.
An electrochemical cell arranged to generate ammonia NH 3 from nitrogen and steam, comprising: - a first volume which contains a nitride conductor and is exposed to a surface of a gas cathode provided with nitrogen gas; - a steam inlet to allow steam into the first volume, - a power supply, arranged to apply a positive voltage +V to the anode, and to apply a negative voltage -V to the cathode; and - an enclosure to trap the gaseous product, characterised in that an electrically insulating porous material, being a sol-gel derived silica aerogel, is positioned between the first volume and a surface of an anode to impede steam from the steam inlet from reaching the anode. - a first volume which contains a nitride conductor and is exposed to a surface of a gas cathode provided with nitrogen gas; - a steam inlet to allow steam into the first volume, - a power supply, arranged to apply a positive voltage +V to the anode, and to apply a negative voltage -V to the cathode; and - an enclosure to trap the gaseous product,
Bottom plate for a freight pallet and/or a freight container, comprising - at least one hybrid core having at least one foam layer which is preferably permeated by synthetic resin and which is embedded between a first core layer of fiber-reinforced plastic material and a second core layer of fiber-reinforced plastic material, wherein the hybrid core comprises a border area for creating an in particular planar material-bonded connection between the core layers (18, 21), and - a coating layer of at least one metal alloy, in particular of an aluminum alloy, wherein the hybrid core and the coating layer are connected to one another preferably by a material bond, characterized in that the thickness (dS) of the foam layer decreases in a transition area toward the border area, wherein the transition area and the border area comprise edge fiber layers, in particular at least two edge fiber layers (23, 24) or four edge fiber layers (23, 24, 25, 26) which cover the first core layer in the transition area and/or in the border area at least in sections. - at least one hybrid core having at least one foam layer which is preferably permeated by synthetic resin and which is embedded between a first core layer of fiber-reinforced plastic material and a second core layer of fiber-reinforced plastic material, wherein the hybrid core comprises a border area for creating an in particular planar material-bonded connection between the core layers (18, 21), and - a coating layer of at least one metal alloy, in particular of an aluminum alloy,
Kit-of-parts for the preparation of a photopolymerisable composition by means of UV/Vis irradiation, comprising: I) a dye concentrate comprising A) a first mixture A comprising (f) at least one dye; and (h) at least one solvent and II) a liquid composition comprising: B) a monomer-containing liquid mixture B comprising: a) at least one monomer M1 comprising at least one ethylenically unsaturated group, c) at least one co-photoinitiator, wherein more than 80% of all components of the solvent in the kit-of-parts or in the dye concentrate have a vapour pressure of ≤ 2 hPa at 20°C and a boiling point of ≥ 100°C at standard pressure, and wherein a polymer which is liquid under standard pressure is contained in the solvent and wherein, after mixing of the photopolymerisable composition, it is immediately processable and exposable. I) a dye concentrate comprising A) a first mixture A comprising (f) at least one dye; and (h) at least one solvent and A) a first mixture A comprising (f) at least one dye; and (h) at least one solvent (f) at least one dye; and (h) at least one solvent II) a liquid composition comprising: B) a monomer-containing liquid mixture B comprising: a) at least one monomer M1 comprising at least one ethylenically unsaturated group, c) at least one co-photoinitiator, wherein more than 80% of all components of the solvent in the kit-of-parts or in the dye concentrate have a vapour pressure of ≤ 2 hPa at 20°C and a boiling point of ≥ 100°C at standard pressure, and wherein a polymer which is liquid under standard pressure is contained in the solvent and wherein, after mixing of the photopolymerisable composition, it is immediately processable and exposable. B) a monomer-containing liquid mixture B comprising: a) at least one monomer M1 comprising at least one ethylenically unsaturated group, c) at least one co-photoinitiator, a) at least one monomer M1 comprising at least one ethylenically unsaturated group, c) at least one co-photoinitiator, wherein more than 80% of all components of the solvent in the kit-of-parts or in the dye concentrate have a vapour pressure of ≤ 2 hPa at 20°C and a boiling point of ≥ 100°C at standard pressure, and wherein a polymer which is liquid under standard pressure is contained in the solvent and wherein, after mixing of the photopolymerisable composition, it is immediately processable and exposable.
A filter assembly capable of adjusting elimination of solid materials using a flow-variable bypass flow path, the filter assembly comprising: a filter portion; and a filter cartridge header; characterized in that: the filter portion comprises a cover portion formed on top tohave a shape in which a bypass flow pipe and a water discharge pipe sequentially surrounds a perimeter of a vertically protruding original water inflow pipe in a stepped structure and accommodates a filter body therein, wherein the cover portion of the filter portion is accommodated below the filter cartridge header and the filter cartridge header comprises a bypass flow rate control unit capable of adjusting an inflow amount of original water flowing into the bypass flow pipe. a filter portion; and a filter cartridge header; characterized in that: the filter portion comprises a cover portion formed on top tohave a shape in which a bypass flow pipe and a water discharge pipe sequentially surrounds a perimeter of a vertically protruding original water inflow pipe in a stepped structure and accommodates a filter body therein, wherein the cover portion of the filter portion is accommodated below the filter cartridge header and the filter cartridge header comprises a bypass flow rate control unit capable of adjusting an inflow amount of original water flowing into the bypass flow pipe. the filter portion comprises a cover portion formed on top tohave a shape in which a bypass flow pipe and a water discharge pipe sequentially surrounds a perimeter of a vertically protruding original water inflow pipe in a stepped structure and accommodates a filter body therein, wherein the cover portion of the filter portion is accommodated below the filter cartridge header and the filter cartridge header comprises a bypass flow rate control unit capable of adjusting an inflow amount of original water flowing into the bypass flow pipe.
A field-effect transistor sensor for detecting a target in an aqueous environment comprising: a reduced graphene oxide layer coated with a passivation layer; one or more gold nanoparticles in contact with the passivation layer; and at least one probe bound to the one or more nanoparticles; wherein the nanoparticles are discrete nanoparticles. a reduced graphene oxide layer coated with a passivation layer; one or more gold nanoparticles in contact with the passivation layer; and at least one probe bound to the one or more nanoparticles; wherein the nanoparticles are discrete nanoparticles.
A method for locking down one or more access points in a process control network comprising: identifying a network device of the process control network, the network device including one or more of a valid access point and an invalid access point, wherein the valid access point includes one or more of an active link to a node of the process control network and a wired connection to the process control network and the invalid access point includes one or more of no wired connection to the process control network and no active communication link to another network device; and disabling any invalid access points of the network device by: moving addresses that each correspond to frames received at the valid access point of the network device from a dynamic address table of the network device to a static address table of the network device, wherein addresses at the static address table do not age; disabling one or more bridging functions of the identified network device, wherein the bridging functions include learning, aging, and forwarding of addresses; and dropping a received frame if the frame includes an address that does not correspond to an address of the static address table. identifying a network device of the process control network, the network device including one or more of a valid access point and an invalid access point, wherein the valid access point includes one or more of an active link to a node of the process control network and a wired connection to the process control network and the invalid access point includes one or more of no wired connection to the process control network and no active communication link to another network device; and disabling any invalid access points of the network device by: moving addresses that each correspond to frames received at the valid access point of the network device from a dynamic address table of the network device to a static address table of the network device, wherein addresses at the static address table do not age; disabling one or more bridging functions of the identified network device, wherein the bridging functions include learning, aging, and forwarding of addresses; and dropping a received frame if the frame includes an address that does not correspond to an address of the static address table.
A T cell comprising exogenous nucleic acid, wherein: (a) the nucleic acid comprises a first nucleic acid sequence encoding a chimeric antigen receptor comprising an extracellular domain, a transmembrane domain, and an intracellular signaling domain, and (b) the nucleic acid comprises a second nucleic acid sequence encoding a polypeptide which enhances T cell priming, wherein: the T cell has enhanced T cell priming ability relative to a T cell which lacks the second nucleic acid sequence, and the polypeptide is selected from the group consisting of CD70, CD86, and CD252, and functional fragments and variants of CD70, CD86 and CD252 that retain the ability to enhance T cell priming, wherein the first and/or second nucleic acid sequence is an RNA, further wherein said first and/or second RNA is transiently expressed. (a) the nucleic acid comprises a first nucleic acid sequence encoding a chimeric antigen receptor comprising an extracellular domain, a transmembrane domain, and an intracellular signaling domain, and (b) the nucleic acid comprises a second nucleic acid sequence encoding a polypeptide which enhances T cell priming, wherein: the T cell has enhanced T cell priming ability relative to a T cell which lacks the second nucleic acid sequence, and the polypeptide is selected from the group consisting of CD70, CD86, and CD252, and functional fragments and variants of CD70, CD86 and CD252 that retain the ability to enhance T cell priming, wherein the first and/or second nucleic acid sequence is an RNA, further wherein said first and/or second RNA is transiently expressed. the T cell has enhanced T cell priming ability relative to a T cell which lacks the second nucleic acid sequence, and the polypeptide is selected from the group consisting of CD70, CD86, and CD252, and functional fragments and variants of CD70, CD86 and CD252 that retain the ability to enhance T cell priming, wherein the first and/or second nucleic acid sequence is an RNA, further wherein said first and/or second RNA is transiently expressed.