mhurhangee/patent-ind-claim-en huggingface dataset:
A coating composition comprising: a polymerizable resin composition, wherein the polymerizable resin composition comprises at least one free-radically polymerizable monomer, oligomer, polymer or mixture thereof, and wherein the polymerizable resin composition comprises at least one non-fluorinated binder precursor comprising at least two free-radically polymerizable groups; a non-ionic unpolymerizable surfactant having a hydrophilic lipophilic balance ranging from 2 to 6, obtained by the Griffin's method as described in the description, and optionally a polymerizable surfactant wherein the surfactants are present at a concentration of greater than 10 wt-% to 25 wt-% solids; and an additive comprising a low surface energy group and hydroxyl groups wherein the low surface energy group comprises a fluorinated or silicone moiety and at least a portion of the hydroxyl groups are primary hydroxyl groups. a polymerizable resin composition, wherein the polymerizable resin composition comprises at least one free-radically polymerizable monomer, oligomer, polymer or mixture thereof, and wherein the polymerizable resin composition comprises at least one non-fluorinated binder precursor comprising at least two free-radically polymerizable groups; a non-ionic unpolymerizable surfactant having a hydrophilic lipophilic balance ranging from 2 to 6, obtained by the Griffin's method as described in the description, and optionally a polymerizable surfactant wherein the surfactants are present at a concentration of greater than 10 wt-% to 25 wt-% solids; and an additive comprising a low surface energy group and hydroxyl groups wherein the low surface energy group comprises a fluorinated or silicone moiety and at least a portion of the hydroxyl groups are primary hydroxyl groups.
A connecting portion including power direct-current coaxial cables each including a main conductor at a center of the cable; a main insulating layer around the main conductor , and a return conductor that is formed by coaxially stranding a plurality of return-conductor wires around the main insulating layer , characterized in that a return-conductor wire bundle is formed by placing a plurality of aligned return- conductor wires next to each other for each of the power direct-current coaxial cables, the return-conductor wire bundles are welded in a butt-jointing manner to each other, the number of wires and the diameter of the return-conductor wires of the direct-current coaxial cables to be connected with each other are different, the cross section of the wire is circular and the width of each wire bundle corresponds to the diameter of a wire multiplied for the number of wires, and a difference between widths of the return-conductor wire bundles to be connected is smaller than twice a diameter of a return-conductor wire that forms a wider return-conductor wire bundle.
A regulator control circuit for controlling a regulator switch that conducts to transfer energy from an input source to an output at which a regulated output is provided, the regulator control circuit comprising: an error amplifier configured to generate an error signal to control conduction of the switch and having a first input responsive to a soft start signal , a second input responsive to a feedback signal proportional to the regulated output, a first output at which the error signal is provided; and a soft start circuit generating the soft start signal , characterised in that the regulator control circuit further comprises a second output at which a soft start level indicator is provided, wherein the soft start level indicator is indicative of the soft start signal having a predetermined relationship with respect to the feedback signal, and the soft start circuit comprises a first circuit configured to ramp the soft start signal in a first direction until the soft start level indicator transitions. an error amplifier configured to generate an error signal to control conduction of the switch and having a first input responsive to a soft start signal , a second input responsive to a feedback signal proportional to the regulated output, a first output at which the error signal is provided; and a soft start circuit generating the soft start signal , characterised in that the regulator control circuit further comprises a second output at which a soft start level indicator is provided, wherein the soft start level indicator is indicative of the soft start signal having a predetermined relationship with respect to the feedback signal, and the soft start circuit comprises a first circuit configured to ramp the soft start signal in a first direction until the soft start level indicator transitions.
Fastening device with a line and a fastening element and a retainer which encloses the line and which has a closure , which retainer bears the fastening element , wherein the retainer can be at least partially separated by way of the closure in such a way that, in a premounted state, an inner region of the retainer can be placed around the line , and wherein the retainer can be closed by way of the closure in such a way that, in a mounted state, the retainer completely annularly encloses the line , wherein a fixing structure is formed on the inner region of the retainer and, in the mounted state, axially fixes the retainer on the line , characterized in that the fixing structure takes the form of a ribbed structure with at least one radially extending rib (27.1, 27.1A) having a sharp cross section, which rib, in the mounted state, creates at least one peripheral depression in the jacket of the line that corresponds to a softened cross section of the corresponding ribbed structure, with the result that, in the mounted state, the fixing structure allows a rotational movement (R) of the retainer around a longitudinal axis of the line .
An RRAM device , comprising: a bottom electrode ; a high-k material on the bottom electrode ; a top electrode ; a top contact on the top electrode ; an encapsulating layer of Al 2 O 3 that encapsulates the bottom electrode , the high-k material , the top electrode and the top contact ; and characterised by a SiN film formed on the encapsulating layer . a bottom electrode ; a high-k material on the bottom electrode ; a top electrode ; a top contact on the top electrode ; an encapsulating layer of Al 2 O 3 that encapsulates the bottom electrode , the high-k material , the top electrode and the top contact ; and characterised by a SiN film formed on the encapsulating layer .
A duct of a fuel cell module, the duct comprising: an upper duct hood having a duct inlet configured to receive reactant gas from a supply duct, the upper duct hood defining a first tapered portion and a second tapered portion downstream from the first tapered portion ; and a lower duct hood fluidly coupled to the upper duct hood , the lower duct hood including a first leg and a second leg , each of the first leg and the second leg defining a duct outlet configured to output a gas mixture used in a corresponding fuel cell stack of the fuel cell module , and the second leg being spaced apart from the first leg to provide access to a location in the fuel cell module ; wherein, in a side view, the second tapered portion is tapered inwardly in a downstream direction; wherein, in a top view, the first tapered portion is tapered inwardly in the downstream direction; and wherein, in the top view, the second tapered portion is tapered outwardly in the downstream direction. an upper duct hood having a duct inlet configured to receive reactant gas from a supply duct, the upper duct hood defining a first tapered portion and a second tapered portion downstream from the first tapered portion ; and a lower duct hood fluidly coupled to the upper duct hood , the lower duct hood including a first leg and a second leg , each of the first leg and the second leg defining a duct outlet configured to output a gas mixture used in a corresponding fuel cell stack of the fuel cell module , and the second leg being spaced apart from the first leg to provide access to a location in the fuel cell module ; wherein, in a side view, the second tapered portion is tapered inwardly in a downstream direction; wherein, in a top view, the first tapered portion is tapered inwardly in the downstream direction; and wherein, in the top view, the second tapered portion is tapered outwardly in the downstream direction.
Vacuum-tight electrical feedthrough , comprising - an electrically insulating insulator element having a through-opening , having a first boundary surface adjacent to the through-opening, and having a second boundary surface also adjacent to the through-opening and opposite to the first boundary surface, and - an electrically conductive conductor element which extends through the through-opening and which is connected in a vacuum-tight manner to the insulator element along a circumferential line of the conductor element , wherein the insulator element is transmissive to electromagnetic radiation (25', 25", hv) in an optical wavelength range, and wherein the first and/or the second boundary surface is formed as a curved surface, in particular as a convex or concave surface, wherein the conductor element is of rod-shaped design having a first rod end projecting further beyond the first boundary surface than a second rod end projects beyond the second boundary surface , characterized in that the insulator element forms an imaging lens which images at least a first object point in the region between the first boundary surface and the first rod end onto a first image point that is further from the first boundary surface than the second rod end . - an electrically insulating insulator element having a through-opening , having a first boundary surface adjacent to the through-opening, and having a second boundary surface also adjacent to the through-opening and opposite to the first boundary surface, and - an electrically conductive conductor element which extends through the through-opening and which is connected in a vacuum-tight manner to the insulator element along a circumferential line of the conductor element , wherein the insulator element is transmissive to electromagnetic radiation (25', 25", hv) in an optical wavelength range, and wherein the first and/or the second boundary surface is formed as a curved surface, in particular as a convex or concave surface, wherein the conductor element is of rod-shaped design having a first rod end projecting further beyond the first boundary surface than a second rod end projects beyond the second boundary surface , characterized in that the insulator element forms an imaging lens which images at least a first object point in the region between the first boundary surface and the first rod end onto a first image point that is further from the first boundary surface than the second rod end .
An electronic device , comprising: a screen module having a light emitting unit and a control circuit that is conductively coupled with the light emitting unit , wherein when energy received by a photoelectric effect unit of the control circuit is greater than an excitation threshold of the photoelectric effect unit, the control circuit is turned on and the light emitting unit emits light; and a distance sensing module that is arranged below a display area of the screen module and comprises an infrared receiver and a plurality of infrared emitters , the screen module comprising an Active-Matrix Organic Light Emitting Diode, AMOLED, screen, the photoelectric effect unit being formed by a Metal Oxide Semiconductor, MOS, tube of the Active-Matrix Organic Light-Emitting Diode, AMOLED, screen, and the light emitting unit including a Light Emitting Diode, LED, of the AMOLED screen; wherein emitted energy of any one of the plurality of infrared emitters is less than the excitation threshold of the photoelectric effect unit and a sum of emitted energies of the plurality of infrared emitters is greater than an operating threshold of the distance sensing module . a screen module having a light emitting unit and a control circuit that is conductively coupled with the light emitting unit , wherein when energy received by a photoelectric effect unit of the control circuit is greater than an excitation threshold of the photoelectric effect unit, the control circuit is turned on and the light emitting unit emits light; and a distance sensing module that is arranged below a display area of the screen module and comprises an infrared receiver and a plurality of infrared emitters , the screen module comprising an Active-Matrix Organic Light Emitting Diode, AMOLED, screen, the photoelectric effect unit being formed by a Metal Oxide Semiconductor, MOS, tube of the Active-Matrix Organic Light-Emitting Diode, AMOLED, screen, and the light emitting unit including a Light Emitting Diode, LED, of the AMOLED screen; wherein emitted energy of any one of the plurality of infrared emitters is less than the excitation threshold of the photoelectric effect unit and a sum of emitted energies of the plurality of infrared emitters is greater than an operating threshold of the distance sensing module .
Moisture-protected device frame for an electrical device insert , wherein the device frame has an installation space for a device insert and a mounting side , which delimits the installation space , for surface mounting, with an aperture for the cable and/or device feedthrough, wherein the device frame has a pot-shaped sealing element with an opening which widens the installation space and for this purpose is fixed with its opening in a fluidically sealing manner on the aperture , characterized in that the pot-shaped sealing element has, along the outer circumference of its opening , a circumferential groove via which the pot-shaped sealing element is in engagement with a circumferential edge , which delimits the aperture , of the mounting side .
A needle-guidance system , comprising: a console including memory and a processor configured to instantiate a needle-guidance process for guiding insertion of a needle into a blood vessel of a patient using a combination of ultrasound-imaging data and magnetic-field data received by the console ; a needle magnetizer incorporated into the console configured to magnetize the needle; and an ultrasound probe configured to provide to the console electrical signals corresponding to both the ultrasound-imaging data and the magnetic-field data, the ultrasound probe including: an array of piezoelectric transducers configured to convert reflected ultrasound signals from the patient into an ultrasound-imaging portion of the electrical signals; and an array of magnetic sensors configured to convert magnetic signals from the magnetized needle into a magnetic-field portion of the electrical signals. a console including memory and a processor configured to instantiate a needle-guidance process for guiding insertion of a needle into a blood vessel of a patient using a combination of ultrasound-imaging data and magnetic-field data received by the console ; a needle magnetizer incorporated into the console configured to magnetize the needle; and an ultrasound probe configured to provide to the console electrical signals corresponding to both the ultrasound-imaging data and the magnetic-field data, the ultrasound probe including: an array of piezoelectric transducers configured to convert reflected ultrasound signals from the patient into an ultrasound-imaging portion of the electrical signals; and an array of magnetic sensors configured to convert magnetic signals from the magnetized needle into a magnetic-field portion of the electrical signals. an array of piezoelectric transducers configured to convert reflected ultrasound signals from the patient into an ultrasound-imaging portion of the electrical signals; and an array of magnetic sensors configured to convert magnetic signals from the magnetized needle into a magnetic-field portion of the electrical signals.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a powdered build material which can be consolidated by means of an energy beam , the apparatus comprising a process chamber and a stream generating device configured to generate a gaseous fluid stream at least partly streaming through the process chamber , the gaseous fluid stream being capable of being charged with non-consolidated particulate build material, particularly smoke or smoke residues generated during operation of the apparatus , while streaming through the process chamber , wherein the stream generating device comprises at least two separate stream generating units each being configured to generate a respective gaseous fluid stream, characterized in that the at least two stream generating units are pumping devices and are disposed in parallel.
A compensation film comprising at least one regioselectively substituted cellulose ester with a RDS ratio of C 6 >C 3 >C 2 wherein said regioselectively substituted cellulose ester is prepared from cellulose having an α-cellulose content of at least 95 percent by weight and wherein the compensation film has an R th range from -400 to +100 nm.
An electronic device having an external memory, the electronic device comprising: a communication unit ; an internal memory configured to store a first electronic device information of the electronic device and a first booting data in a first booting area, said first booting data is loaded when an electric power is supplied to the electronic device; an external memory configured to store a second electronic device information of the electronic device, firmware corresponding to the electronic device in a firmware storage area, and updated firmware received via the communication unit in a firmware update information storage area; and a controller configured to compare the second electronic device information stored in the external memory and the first electronic device information stored in the internal memory , and to control to change by replacement the firmware in the firmware storage area based on the updated firmware stored in the firmware update information storage area during booting of the electronic device when the first and second electronic device information are not identical. a communication unit ; an internal memory configured to store a first electronic device information of the electronic device and a first booting data in a first booting area, said first booting data is loaded when an electric power is supplied to the electronic device; an external memory configured to store a second electronic device information of the electronic device, firmware corresponding to the electronic device in a firmware storage area, and updated firmware received via the communication unit in a firmware update information storage area; and a controller configured to compare the second electronic device information stored in the external memory and the first electronic device information stored in the internal memory , and to control to change by replacement the firmware in the firmware storage area based on the updated firmware stored in the firmware update information storage area during booting of the electronic device when the first and second electronic device information are not identical.
A telemeter station for collecting data comprising: - a main unit enclosing an electronic subassembly, the electronic subassembly comprising a processing unit, - an atmospheric sensor connected to the processing unit for recording atmospheric data, - an elongated rod that is mounted on a ground surface, - at least two leaf sensors connected to the processing unit for measuring predefined parameters, wherein the first leaf sensor is mounted on the elongated rod and the second leaf sensor is located on a remote position, different from the elongated rod , characterised in that the main unit is made of UV reinforced polypropylene and further comprises a pressure balancing valve with a waterproof breathable membrane. - a main unit enclosing an electronic subassembly, the electronic subassembly comprising a processing unit, - an atmospheric sensor connected to the processing unit for recording atmospheric data, - an elongated rod that is mounted on a ground surface, - at least two leaf sensors connected to the processing unit for measuring predefined parameters, wherein the first leaf sensor is mounted on the elongated rod and the second leaf sensor is located on a remote position, different from the elongated rod , characterised in that the main unit is made of UV reinforced polypropylene and further comprises a pressure balancing valve with a waterproof breathable membrane.
A method for producing a lipidic film comprising the steps of: (i) dissolving a lipid mix in isopropanol to form a homogeneous mix; and (ii) removing the isopropanol from the homogeneous mix to form a lipidic film, wherein the lipid mix comprises a lipid, cholesterol and a lipopolysaccharide, wherein the total amount of lipid mix dissolved in isopropanol is 200g or more (i) dissolving a lipid mix in isopropanol to form a homogeneous mix; and (ii) removing the isopropanol from the homogeneous mix to form a lipidic film,
A method for producing a cationic electrodeposition coating composition, comprising mixing three components, i.e., an aqueous dispersion of an amino group-containing epoxy resin (A), an aqueous dispersion of a blocked polyisocyanate compound (B), and a pigment dispersion paste (C), wherein the aqueous dispersion of a blocked polyisocyanate compound (B) comprises an emulsifier and a blocked polyisocyanate compound (b) obtained by reacting an isocyanate compound (b-1) with a blocking agent (b-2), and the active hydrogen group content in the emulsifier is 50 mol% or less based on the isocyanate group content in the polyisocyanate compound (b-1).
Suction appliance, comprising a suction material container with an inner space , and comprising a measuring device for a liquid level in the suction material container , characterized in that the measuring device has at least one first flexurally elastic element and a second flexurally elastic element , wherein the second flexurally elastic element is spaced at a distance from the first flexurally elastic element , in that the first flexurally elastic element and the second flexurally elastic element project into the inner space of the suction material container , and in that the first flexurally elastic element is held suspended on a first fixing point and a second fixing point and/or the second flexurally elastic element is held suspended on a first fixing point and a second fixing point .