mhurhangee/ep-ind-claims huggingface dataset:
An electronic vaping device (10; 110; 210; 310; 410) comprising: a power supply portion comprising a power supply, an atomizer/liquid reservoir portion comprising a liquid reservoir storing a liquid, and an atomizer (28; 128; 228; 328; 428; 528) adapted to atomize the liquid stored in the liquid reservoir when operated by the power supply, wherein the atomizer (28; 128; 228; 328; 428; 528) is adapted to float on the surface of the liquid in the liquid reservoir, wherein the atomizer, in order to be operated by the power supply, is connected to the power supply by means of a contact-type connection, wherein the atomizer (428; 528) includes conductive contacting elements (62; 66) on an outer surface, wherein the conductive contacting elements (62; 66) are configured, when the atomizer (428; 528) floats on the liquid surface, to be guided by conductive guiding elements (64; 68) that are provided in the liquid reservoir and that are conductively connected to the power supply, characterized in that the conductive contacting elements (62; 66) are provided in the form of conductive wire brushes that are guided by conductive guiding elements (64; 68) in the form of conductive guiding troughs, or the conductive contacting elements (62; 66) are provided in the form of conductive loops that are guided by conductive guiding elements (64; 68) in the form of conductive guide wires. a power supply portion comprising a power supply, an atomizer/liquid reservoir portion comprising a liquid reservoir storing a liquid, and an atomizer (28; 128; 228; 328; 428; 528) adapted to atomize the liquid stored in the liquid reservoir when operated by the power supply, wherein the atomizer (28; 128; 228; 328; 428; 528) is adapted to float on the surface of the liquid in the liquid reservoir, wherein the atomizer, in order to be operated by the power supply, is connected to the power supply by means of a contact-type connection, wherein the atomizer (428; 528) includes conductive contacting elements (62; 66) on an outer surface, wherein the conductive contacting elements (62; 66) are configured, when the atomizer (428; 528) floats on the liquid surface, to be guided by conductive guiding elements (64; 68) that are provided in the liquid reservoir and that are conductively connected to the power supply, characterized in that the conductive contacting elements (62; 66) are provided in the form of conductive wire brushes that are guided by conductive guiding elements (64; 68) in the form of conductive guiding troughs, or the conductive contacting elements (62; 66) are provided in the form of conductive loops that are guided by conductive guiding elements (64; 68) in the form of conductive guide wires.
A method of cementing, comprising: displacing a cement composition into a workspace, wherein the cement composition comprises cement, water, and a fluid loss control additive comprising a polymer and a sugar or a sugar alcohol; and allowing the cement compositions to set, wherein the method is characterised in that the polymer and sugar are connected by a pH-sensitive crosslink wherein the pH-sensitive crosslink is achieved through a polyvalent cation, wherein the polymer is derived from monomeric units selected from the group comprising 1,2 alcohols, 1,3 alcohols, alpha hydroxy acids, 1,2 amines, or combinations thereof, and wherein the sugar is selected from a monosaccharide, disaccharide or trisaccharide. displacing a cement composition into a workspace, wherein the cement composition comprises cement, water, and a fluid loss control additive comprising a polymer and a sugar or a sugar alcohol; and allowing the cement compositions to set, wherein the method is characterised in that the polymer and sugar are connected by a pH-sensitive crosslink wherein the pH-sensitive crosslink is achieved through a polyvalent cation, wherein the polymer is derived from monomeric units selected from the group comprising 1,2 alcohols, 1,3 alcohols, alpha hydroxy acids, 1,2 amines, or combinations thereof, and wherein the sugar is selected from a monosaccharide, disaccharide or trisaccharide.
Lubrication system comprising an oil tank and a lubrication unit, - said lubrication unit comprising at least one pump and pipes; - said at least one pump being configured to make oil circulate in said pipes; characterised in that - said oil tank comprises an electric generator, a conversion element to enter into contact with the oil of the lubrication system, and, an oil deaerator, and in that; - said generator comprises a fixed portion and a mobile portion to enter into rotation by an oil movement, to convert kinetic energy of oil of the lubrication system into electric energy, and in that: - said conversion element being mechanically connected to said mobile portion to drive the latter from an oil movement, and in that; - said oil deaerator comprises: ∘ said conversion element to convert an oil movement at the inlet of the oil tank into a rotation movement, ∘ a vent, and in that; - said mobile portion and said fixed portion of said generator being housed in said vent. - said lubrication unit comprising at least one pump and pipes; - said at least one pump being configured to make oil circulate in said pipes; - said oil tank comprises an electric generator, a conversion element to enter into contact with the oil of the lubrication system, and, an oil deaerator, and in that; - said generator comprises a fixed portion and a mobile portion to enter into rotation by an oil movement, to convert kinetic energy of oil of the lubrication system into electric energy, and in that: - said conversion element being mechanically connected to said mobile portion to drive the latter from an oil movement, and in that; - said oil deaerator comprises: ∘ said conversion element to convert an oil movement at the inlet of the oil tank into a rotation movement, ∘ a vent, and in that; ∘ said conversion element to convert an oil movement at the inlet of the oil tank into a rotation movement, ∘ a vent, and in that; - said mobile portion and said fixed portion of said generator being housed in said vent.
Semiconductor device, comprising: - a substrate body, - an environmental sensor, - a cap body, and - a volume of gas, wherein: - the environmental sensor and the volume of gas are arranged between the substrate body and the cap body in a vertical direction (z) which is perpendicular to the main plane of extension of the substrate body, - the substrate body and the cap body are connected via a bonding material, and - at least one channel between the substrate body and the cap body connects the volume of gas with the environment of the semiconductor device such that the channel is permeable for gases, characterized in that - the bonding material comprises a porous polymer so that a wall comprising the same material as the bonding material, having a thickness of less than 10μm, and being arranged in the at least one channel is permeable for the gases. - a substrate body, - an environmental sensor, - a cap body, and - a volume of gas, wherein: - the environmental sensor and the volume of gas are arranged between the substrate body and the cap body in a vertical direction (z) which is perpendicular to the main plane of extension of the substrate body, - the substrate body and the cap body are connected via a bonding material, and - at least one channel between the substrate body and the cap body connects the volume of gas with the environment of the semiconductor device such that the channel is permeable for gases, characterized in that - the bonding material comprises a porous polymer so that a wall comprising the same material as the bonding material, having a thickness of less than 10μm, and being arranged in the at least one channel is permeable for the gases.
A process for the reduction of oxides of nitrogen contained in a gas stream in the presence of oxygen wherein said process comprises contacting the gas stream with a catalyst comprising: a zeolite having the CHA crystal structure and a mole ratio of silica to alumina from 15 to 256 and an atomic ratio of copper to aluminum from 0.25 to 0.50.
A polymer alloy, comprising at least two or more components of thermoplastic resins having a both-phase continuous structure with a structure cycle of 0.001 to 1 μm or a dispersion structure with an interparticle distance of 0.001 to 1 μm, wherein in small angle x-ray scattering measurement in the case where the structure cycle or the interparticle distance is 0.001 μm or more and less than 0.1 μm and in light scattering measurement in the case where the structure cycle or the interparticle distance is 0.1 μm or more and 1 μm or less, 0 < (a)/(b) ≤ 1.2 is satisfied when (a) is a peak half width in the spectrum formed by plotting the scattering intensity to the wavenumber of scattered light and (b) is the maximum wavenumber of the peak, wherein the polymer alloy is obtained by inducing spinodal decomposition by causing polymerization reaction after phase dissolution of a precursor which is a polyarylene sulfide oligomer and/or monomer.
A lead frame adapted to be incorporated in a package as being integrally formed with a supporting member, the package having a depression which is open on an upper side and in which a light-emitting element is to be mounted, side walls of the depression being mainly constituted of the supporting member, the lead frame comprising: at least one electrode (31, 32) arranged in a supporting member forming region to be supported by the supporting member and to define at least a part of a bottom surface of the depression; an outer frame connected to the at least one electrode (31, 32); and at least one hanger lead extending from the outer frame so as to reach the supporting member forming region, the at least one hanger lead being separated from the at least one electrode (31, 32), the at least one hanger lead including at least one chamfered surface arranged on at least a part of an upper side corner, a projecting portion protruding into the supporting member forming region, the projecting portion being disposed on a lower end side of the at least one chamfered surface on a side surface at the end of the at least one hanger lead, and rounded portions arranged on the lower side corners of an end of the at least one hanger lead facing the supporting member forming region. at least one electrode (31, 32) arranged in a supporting member forming region to be supported by the supporting member and to define at least a part of a bottom surface of the depression; an outer frame connected to the at least one electrode (31, 32); and at least one hanger lead extending from the outer frame so as to reach the supporting member forming region, the at least one hanger lead being separated from the at least one electrode (31, 32), the at least one hanger lead including at least one chamfered surface arranged on at least a part of an upper side corner, a projecting portion protruding into the supporting member forming region, the projecting portion being disposed on a lower end side of the at least one chamfered surface on a side surface at the end of the at least one hanger lead, and rounded portions arranged on the lower side corners of an end of the at least one hanger lead facing the supporting member forming region.
Dispensing device for dispensing of trays, comprising vertical guidings for receiving a stack with a plurality of trays, a separating device for dispensing individual trays in a downward direction and a tray discharge device, characterized in that the tray discharge device has several lifting elements that rotate each around an axis, the lifting elements are essentially formed in a cylindrical way and have, respectively on their outer side, a comb structure with at least two immersing protrusions that extend in parallel to one another.
Endoscope with contamination protection device comprising - a rigid or flexible shaft, at the tip of which an optic, a lighting device and a nozzle are arranged, - a handle attached to the shaft, - an inner sheath which is closed at its one distal end and is optically transparent at least on the front side and which is condom-like rolled out along the shaft, - in each case at least one air hose and one water hose, which end openly at the distal end of the inner sheath and are connected to the latter and which are positioned between the shaft and the inner sheath, and wherein an outer sheath envelops the inner sheath and is connected to it at a proximal end of the inner sheath in an air, water and germ-tight manner. - a rigid or flexible shaft, at the tip of which an optic, a lighting device and a nozzle are arranged, - a handle attached to the shaft, - an inner sheath which is closed at its one distal end and is optically transparent at least on the front side and which is condom-like rolled out along the shaft, - in each case at least one air hose and one water hose, which end openly at the distal end of the inner sheath and are connected to the latter and which are positioned between the shaft and the inner sheath, and
Electronic circuit board comprising at least: a first layer, of a thermal conductor; a second layer, of an electrical insulator; a third layer, of an electrical conductor; a fourth layer, of an electrical insulator; a fifth layer, of an electrical conductor, said fifth layer, of electrical conductor, comprising at least one portion capable of accepting an electronic component; wherein a plurality of thermal interconnect holes (361, 362) connect the portion of the fifth layer, of electrical conductor, to the third layer, of electrical conductor, characterized in that the thermal interconnect holes (361, 362) either pass through the fifth layer, of electrical conductor, and the fourth layer, of electrical insulator, and do not pass through the third layer, of electrical conductor, or pass through the third layer, of electrical conductor, and the fourth layer, of electrical insulator, and do not pass through the fifth layer, of electrical conductor. a first layer, of a thermal conductor; a second layer, of an electrical insulator; a third layer, of an electrical conductor; a fourth layer, of an electrical insulator; a fifth layer, of an electrical conductor, said fifth layer, of electrical conductor, comprising at least one portion capable of accepting an electronic component; wherein a plurality of thermal interconnect holes (361, 362) connect the portion of the fifth layer, of electrical conductor, to the third layer, of electrical conductor, characterized in that the thermal interconnect holes (361, 362) either pass through the fifth layer, of electrical conductor, and the fourth layer, of electrical insulator, and do not pass through the third layer, of electrical conductor, or pass through the third layer, of electrical conductor, and the fourth layer, of electrical insulator, and do not pass through the fifth layer, of electrical conductor.
A method for enabling a computing device to wirelessly stream a user interface, UI, to a vehicle accessory system, the method comprising, at the computing device: initializing a Bluetooth link with the vehicle accessory system; receiving, over the Bluetooth link and from the vehicle accessory system, one or more parameters associated with a Wi-Fi network that is provided by the vehicle accessory system; establishing a connection to the Wi-Fi network in accordance with the one or more parameters; terminating the Bluetooth link when (i) the Wi-Fi network operates using a 2.4GHz radio frequency band and (ii) the computing device is not communicating, via Bluetooth, with any other computing device aside from the vehicle accessory system; entering the Bluetooth link into an idle state when (i) the Wi-Fi network operates using a 5GHz radio frequency band, or (ii) the computing device is communicating, via Bluetooth, with another computing device aside from the vehicle accessory system; and wirelessly streaming the UI to the vehicle accessory system over the Wi-Fi network. initializing a Bluetooth link with the vehicle accessory system; receiving, over the Bluetooth link and from the vehicle accessory system, one or more parameters associated with a Wi-Fi network that is provided by the vehicle accessory system; establishing a connection to the Wi-Fi network in accordance with the one or more parameters; terminating the Bluetooth link when (i) the Wi-Fi network operates using a 2.4GHz radio frequency band and (ii) the computing device is not communicating, via Bluetooth, with any other computing device aside from the vehicle accessory system; entering the Bluetooth link into an idle state when (i) the Wi-Fi network operates using a 5GHz radio frequency band, or (ii) the computing device is communicating, via Bluetooth, with another computing device aside from the vehicle accessory system; and wirelessly streaming the UI to the vehicle accessory system over the Wi-Fi network.
A method of registering a wireless device located in premises in a wireless network having a wireless gateway which is located in the premises, the method comprising: receiving a light signal including data relating to network identification information of the wireless network constructed in the premises from an illumination device while the illumination device illuminates an indoor area of the premises; and registering the wireless device with the wireless gateway in the wireless network constructed in the premises, by using the data relating to the network identification information included in the received light signal; wherein the received light signal includes location information of the illumination device transmitting the light signal. receiving a light signal including data relating to network identification information of the wireless network constructed in the premises from an illumination device while the illumination device illuminates an indoor area of the premises; and registering the wireless device with the wireless gateway in the wireless network constructed in the premises, by using the data relating to the network identification information included in the received light signal; wherein the received light signal includes location information of the illumination device transmitting the light signal.
Plug connector with a U-shaped or box-shaped cross-section, which is constructed as a straight, angled, polygonal or cruciform connector, for spacer cavity sections for insulating glass panes with a base part and two longitudinal side edges, which can be formed as limbs (3, 4) projecting from the base, wherein the base part together with the longitudinal side edges forms the body of the connector, wherein outwardly projecting, preferably resiliently deformable blades for each plug-in section can be arranged at at least a part of the longitudinal sides, the blades being constructed to be inclined or bent, wherein the inclination or bend can be formed to be rearward in direction of insertion, wherein superelevations are provided preferably in the region of the ends of the limbs (3, 4) facing away from the base, wherein a supporting and/or stabilising device is provided in the region of the free ends of the limbs (3, 4), preferably in the region of the centre of the length of the plug connector, between the two limbs (3, 4) and wherein the supporting and/or stabilising device is arranged at or below the maximum height of the plug connector, characterised in that a deflector, which can be constructed as, for example, a chamfer, projection, superelevation or the like, is provided at least at one longitudinal-side end of the supporting and/or stabilising device.
A sample verification device for use with a sample container containing at least one sample, the device comprising: at least one image capture device; a sample container support; a communication module; wherein said at least one image capture device is aligned to collect visual information about at least one characteristic of the sample and at least one sample identifier associated with the sample whereby at least a portion of the information is transmitted by the communication module where said information is processed to alert a user if the sample fails to meet one or more sample collection criteria, wherein said image capture device simultaneously images at least one side of the sample container for analysis and a bottom surface of the sample container for the sample identifier. at least one image capture device; a sample container support; a communication module; wherein said at least one image capture device is aligned to collect visual information about at least one characteristic of the sample and at least one sample identifier associated with the sample whereby at least a portion of the information is transmitted by the communication module where said information is processed to alert a user if the sample fails to meet one or more sample collection criteria, wherein said image capture device simultaneously images at least one side of the sample container for analysis and a bottom surface of the sample container for the sample identifier.
Apparatus for preparing and dispensing carbonated refrigerated beverages, comprising at least one containment tank suitable to contain the product to be dispensed and closed by a pressure tightening lid; means for feeding the product to be dispensed inside said containment tank; means for feeding a pressurization gas inside said containment tank in order to maintain the same tank under pressure; a mixing device arranged inside said tank and suitable to determine the continuous circulation of the product inside the same tank, to convey the product towards a front zone of said tank; a cooling device to cool said product; a device for dispensing the product, placed at said front zone of the containment tank, said means for feeding a pressurization gas comprising a feed duct for said pressurization gas, connected to said tank and provided with respective a valve member for controlling the flow of the same pressurization gas; characterized in that the cooling device is arranged inside said tank and in that the apparatus comprises a discharge duct for said pressurisation gas, separately connected to said tank and provided with a valve member for controlling the flow of said gas, and said containment tank is provided with a mixing valve member, respective discharge pipings (26, 27) for the concentrated product and for carbonated water, and respective manostats (28, 29) for controlling the pressure of the concentrated product and of the carbonated water; and in that said containment tank is connected to said respective mixing valve member adapted to feed the product to be dispensed to said tank, to which are linked said respective discharge pipings (26, 27) for respectively feeding the concentrated product and carbonated water thereto, said discharge pipings (26, 27) being provided with said respective manostats (28, 29) for controlling the pressure of the concentrated product and of the carbonated water.