mhurhangee/ep-ind-claims huggingface dataset:
A fiber optic cable comprising a core and a jacket surrounding the core, the core comprising at least one optical fiber and one or more of a strength element, a tubular element, and a binding element, characterized in that the jacket comprises: a base layer that defines an interior surface of the fiber optic cable and is formed from a first composition, wherein the first composition comprises a linear low-density polyethylene; and a surface layer defining an exterior surface of the fiber optic cable, wherein the surface layer has a thickness of at least 300 micrometers, wherein the surface layer is formed from a second composition that differs from the first composition, wherein the second composition comprises a high-density polyethylene and one or more additives comprising paracrystalline carbon, and wherein the paracrystalline carbon is concentrated in the surface layer such that the second composition has a percentage by volume of the paracrystalline carbon that is at least ten times greater than the percentage by volume of paracrystalline carbon in the first composition; and an interface between the surface and base layers defined in part due to molecular chain entanglement of the polyethylene of the first and second compositions, wherein the exterior surface of the fiber optic cable has at least 0.1 less static coefficient of friction than the interior surface of the fiber optic cable. a base layer that defines an interior surface of the fiber optic cable and is formed from a first composition, wherein the first composition comprises a linear low-density polyethylene; and a surface layer defining an exterior surface of the fiber optic cable, wherein the surface layer has a thickness of at least 300 micrometers, wherein the surface layer is formed from a second composition that differs from the first composition, wherein the second composition comprises a high-density polyethylene and one or more additives comprising paracrystalline carbon, and wherein the paracrystalline carbon is concentrated in the surface layer such that the second composition has a percentage by volume of the paracrystalline carbon that is at least ten times greater than the percentage by volume of paracrystalline carbon in the first composition; and an interface between the surface and base layers defined in part due to molecular chain entanglement of the polyethylene of the first and second compositions, wherein the exterior surface of the fiber optic cable has at least 0.1 less static coefficient of friction than the interior surface of the fiber optic cable.
An article, the article comprising, a substrate, wherein the substrate having two opposing major surfaces; and particles coated with a metal oxide on the substrate; particles coated with a metal on the substrate; wherein the coated particles are randomly distributed on the substrate; and wherein at least some of coated particles are discrete particles. a substrate, wherein the substrate having two opposing major surfaces; and particles coated with a metal oxide on the substrate; particles coated with a metal on the substrate; wherein the coated particles are randomly distributed on the substrate; and wherein at least some of coated particles are discrete particles.
A heating apparatus comprising; a first member, a second member made of the same or different material as the first member, a heat source for heating the first member, an outer frame that houses the first member, the second member, and the heat source, wherein the apparatus comprises a first heat insulating mechanism provided between the second member, and the first member and the heat source, and a second heat insulating mechanism provided between the first member and the heat source, and the outer frame, characterized in that the first member is configured to be separated into a plurality of surfaces. a first member, a second member made of the same or different material as the first member, a heat source for heating the first member, an outer frame that houses the first member, the second member, and the heat source, wherein the apparatus comprises a first heat insulating mechanism provided between the second member, and the first member and the heat source, and a second heat insulating mechanism provided between the first member and the heat source, and the outer frame, characterized in that the first member is configured to be separated into a plurality of surfaces.
A quick coupling for establishing a separable connection in a fluid line with a coupling body, an insertion part, a holder and a safety element, wherein the coupling body has a through bore, wherein the insertion part introduced into the through bore can be preferably reversibly fixed in the through bore with the holder, wherein the through bore extends from an insertion opening of the coupling body up to an outlet opening, wherein the holder has a ring corpus, wherein the safety element has a ring body, wherein the ring corpus and the ring body circulate around the insertion part and/or the coupling body, and wherein the holder has two activating devices, which lie opposite each other or diametrically on the ring corpus or on the holder, wherein the holder is designed in such a way that the holder formed by the ring corpus is pressed flat given a force exerted inwardly in a radial direction on the activating devices, so that the distance between the activating device and the central axis is diminished, wherein the safety element can be shifted from a free position into a secured position in an axial direction in relation to the through bore if the insertion part is secured in the through bore with the holder, characterized in that the free position represents an end of an axial displacement path on the outlet opening side, wherein the safety element can be shifted from the free position into the safety position along this displacement path.
Optical reflection device for a motor vehicle head-up display, comprising: - a folding mirror which has a first side and a second side that are opposite (19, 20), one of the two sides being a light-reflecting face, and - a frame which supports the folding mirror, comprising a means for adjusting the orientation of the folding mirror with respect to the frame, which comprises: - at least one deformable element (5, 21) disposed between the folding mirror and the frame, and - at least one tightening system (6, 8, 24, 36) suitable for compressing said deformable element (5, 21), each deformable element (5, 21) and each tightening system (6, 8, 24, 36) is applied to the folding mirror in zones of application (26, 27, 28, 29, 30) which are situated outside of a useful reflection zone of the folding mirror, characterized in that said tightening system (6, 8, 24, 36) comprises a screw, and in that it comprises means for locking the adjustment of the orientation of said folding mirror with respect to the frame. - a folding mirror which has a first side and a second side that are opposite (19, 20), one of the two sides being a light-reflecting face, and - a frame which supports the folding mirror, comprising a means for adjusting the orientation of the folding mirror with respect to the frame, which comprises: - at least one deformable element (5, 21) disposed between the folding mirror and the frame, and - at least one tightening system (6, 8, 24, 36) suitable for compressing said deformable element (5, 21), - at least one deformable element (5, 21) disposed between the folding mirror and the frame, and - at least one tightening system (6, 8, 24, 36) suitable for compressing said deformable element (5, 21), each deformable element (5, 21) and each tightening system (6, 8, 24, 36) is applied to the folding mirror in zones of application (26, 27, 28, 29, 30) which are situated outside of a useful reflection zone of the folding mirror, characterized in that said tightening system (6, 8, 24, 36) comprises a screw, and in that it comprises means for locking the adjustment of the orientation of said folding mirror with respect to the frame.
A system for transmitting commands and a video stream between a remote-controlled craft such as a drone and a ground station, characterized in that it comprises a bidirectional link (3, 4) between craft and ground station, at least partly implementing a cellular communication network, said bidirectional link being ensured by means of a cellular modem (2, 17) on the craft side and conveying, on the one hand, a compressed video stream generated by a camera and a video encoding module, and, on the other hand, information belonging to a group comprising movement control commands and flight data or piloting characteristics of the remote-controlled craft, the system further comprising means (20, 22) for managing the bidirectional link capable of ensuring that said link is maintained while taking account of the variability of topology and of performance levels of the link induced by the implementation of the cellular communication network.
A method of preparing a 82 Sr/ 82 Rb generator column for low pressure elution, comprising: filling the generator column with an ion exchange material comprising α-hydrous tin dioxide that tightly binds 82 Sr but not 82 Rb, and compacting the ion exchange material by repeatedly striking the generator column with a controlled force that transfers about 0.1 Joule to the generator column between 50 and 100 times to a density of not more than 3 g/cm 3 thus permitting at least 5 ml/min of fluid solution to be pumped through the generator column at a fluid pressure of 10 kPa (1.5 pounds per square inch); conditioning the ion exchange material; and loading the generator column with a solution of 82 Sr. filling the generator column with an ion exchange material comprising α-hydrous tin dioxide that tightly binds 82 Sr but not 82 Rb, and compacting the ion exchange material by repeatedly striking the generator column with a controlled force that transfers about 0.1 Joule to the generator column between 50 and 100 times to a density of not more than 3 g/cm 3 thus permitting at least 5 ml/min of fluid solution to be pumped through the generator column at a fluid pressure of 10 kPa (1.5 pounds per square inch); conditioning the ion exchange material; and loading the generator column with a solution of 82 Sr.
Electronic device, comprising: - a power supply unit (1, 21) comprising first voltage-converting elements, in order to generate a secondary-side DC voltage for the supply of an electronic device from a primary-side AC voltage, - at least one interface, - a switching element, by means of which the first voltage-converting elements can be disconnected from the primary-side AC voltage, as well as - a device control unit, to which, via the at least one interface, a supply voltage can at least temporarily be supplied, wherein the device control unit is configured to cause an actuation of the switching element depending on the power requirement of the electronic device, and wherein the device control unit is configured to open the switching element while being supplied with energy from the primary-side AC voltage, whereas the device control unit is supplied with energy from the interface for closing the switching element, characterized in that - the electronic device is a peripheral device, which can be connected to a computer via the interface, - the device control unit is configured to recognize if the computer is connected to the peripheral device via the interface, and - the device control unit causes the switching element to disconnect the first voltage-converting elements from the primary-side AC voltage, immediately or time-delayed, if the computer is not connected to the peripheral device via the interface. - a power supply unit (1, 21) comprising first voltage-converting elements, in order to generate a secondary-side DC voltage for the supply of an electronic device from a primary-side AC voltage, - at least one interface, - a switching element, by means of which the first voltage-converting elements can be disconnected from the primary-side AC voltage, as well as - a device control unit, to which, via the at least one interface, a supply voltage can at least temporarily be supplied, - the electronic device is a peripheral device, which can be connected to a computer via the interface, - the device control unit is configured to recognize if the computer is connected to the peripheral device via the interface, and - the device control unit causes the switching element to disconnect the first voltage-converting elements from the primary-side AC voltage, immediately or time-delayed, if the computer is not connected to the peripheral device via the interface.
Charging device for charging an electrically driven motor vehicle, comprising: - a first interface by means of which a first connection can be established between the charging device and a local network; - a second interface by means of which a second connection can be established between the motor vehicle and the charging device, such that when the first connection has been established an exchange of data is made possible between the local network and the motor vehicle; - at least one further interface by means of which a further connection can be established between a further subscriber (13, 13b) and the charging device, such that when the first connection has been established an exchange of data is made possible between the local network and the further subscriber (13, 13b); - a control device which is configured - to request a predetermined certificate from the motor vehicle and to establish the second connection only in the case of a successful authentication on the basis of the certificate provided by the motor vehicle; and - to establish the further connection without requesting and authenticating the predetermined certificate; characterised in that the charging device is configured to prevent an exchange of data between the motor vehicle and the further subscriber (13, 13b) when the second and further connection is established. - a first interface by means of which a first connection can be established between the charging device and a local network; - a second interface by means of which a second connection can be established between the motor vehicle and the charging device, such that when the first connection has been established an exchange of data is made possible between the local network and the motor vehicle; - at least one further interface by means of which a further connection can be established between a further subscriber (13, 13b) and the charging device, such that when the first connection has been established an exchange of data is made possible between the local network and the further subscriber (13, 13b); - a control device which is configured - to request a predetermined certificate from the motor vehicle and to establish the second connection only in the case of a successful authentication on the basis of the certificate provided by the motor vehicle; and - to establish the further connection without requesting and authenticating the predetermined certificate; - to request a predetermined certificate from the motor vehicle and to establish the second connection only in the case of a successful authentication on the basis of the certificate provided by the motor vehicle; and - to establish the further connection without requesting and authenticating the predetermined certificate;
A method for producing a lithium metal phosphate, characterized in that the method comprises: initiating and allowing to proceed, in the presence of a polar solvent, a conversion reaction of a lithium ion (Li +) source, a divalent transition metal ion (M 2+) source, and a phosphate ion (PO 4 3-) source into a lithium metal phosphate at 150°C or higher, by bringing a solution A containing one of a lithium ion, a divalent transition metal ion and a phosphate ion into contact with a solution B containing the others of these ions at a temperature of 150°C or higher so as to obtain a mixture of the solution A and the solution B, the mixture having a pH of 4 or higher.
A method for controlling the temperature of a first component of a hybrid electric vehicle, the method comprising the steps of; • Determining a first reference temperature value representing a cooling development on the temperature of the first component, • Determining a current energy storage level of an energy storage means of the hybrid electric vehicle, • Calibrating a first preconditioning temperature based on the cooling development represented by the first reference temperature value and also based on the current energy storage level, the first preconditioning temperature after calibration being such that a hybrid electric vehicle having a first component with a temperature higher than the first preconditioning temperature can be operated until depletion of the energy storage means without the temperature of the first component falling below a first pre-defined temperature hardware limit due to said cooling development represented by the first reference temperature value, • Measuring a current temperature of the first component, Requesting heating of the first component based on whether a sum of the current temperature of the first component and a pre-determined margin temperature is below the calibrated first preconditioning temperature, wherein the heating of the first component is facilitated by means of a combustion engine comprised in the hybrid electric vehicle. • Determining a first reference temperature value representing a cooling development on the temperature of the first component, • Determining a current energy storage level of an energy storage means of the hybrid electric vehicle, • Calibrating a first preconditioning temperature based on the cooling development represented by the first reference temperature value and also based on the current energy storage level, the first preconditioning temperature after calibration being such that a hybrid electric vehicle having a first component with a temperature higher than the first preconditioning temperature can be operated until depletion of the energy storage means without the temperature of the first component falling below a first pre-defined temperature hardware limit due to said cooling development represented by the first reference temperature value, • Measuring a current temperature of the first component, Requesting heating of the first component based on whether a sum of the current temperature of the first component and a pre-determined margin temperature is below the calibrated first preconditioning temperature, wherein the heating of the first component is facilitated by means of a combustion engine comprised in the hybrid electric vehicle.
Method for modelling an individual dental prosthesis that comprises an abutment, with the steps: a) an auxiliary element is affixed to one, several or each implant in a residual tooth area of a patient that is to be provided with a dental prosthesis, wherein the auxiliary element, together with the implant, describes the position of the implant in the residual tooth area; b) a first three-dimensional geometry of the residual tooth area with the at least one auxiliary element is ascertained by means of a detection device, and a first data set is determined therefrom, wherein the first data set describes the first three-dimensional geometry; characterised in that c) a second three-dimensional geometry of the residual tooth area with the at least one implant but without, however, the auxiliary element, is ascertained by means of the detection device, and a second data set is determined therefrom, wherein the second data set describes the second three-dimensional geometry, wherein by using the second data set or by using the first data set and the second data set, a direction of insertion is determined by which the dental prosthesis part is to be pushed onto the abutment (16, 16a, 16b), wherein by the first data set the position of the implant in the residual tooth area of the patient is determined exactly by the affixed auxiliary element and by the second data set it is guaranteed that all areas of the residual tooth area are described in the second data set. a) an auxiliary element is affixed to one, several or each implant in a residual tooth area of a patient that is to be provided with a dental prosthesis, wherein the auxiliary element, together with the implant, describes the position of the implant in the residual tooth area; b) a first three-dimensional geometry of the residual tooth area with the at least one auxiliary element is ascertained by means of a detection device, and a first data set is determined therefrom, wherein the first data set describes the first three-dimensional geometry; c) a second three-dimensional geometry of the residual tooth area with the at least one implant but without, however, the auxiliary element, is ascertained by means of the detection device, and a second data set is determined therefrom, wherein the second data set describes the second three-dimensional geometry, wherein by using the second data set or by using the first data set and the second data set, a direction of insertion is determined by which the dental prosthesis part is to be pushed onto the abutment (16, 16a, 16b), wherein by the first data set the position of the implant in the residual tooth area of the patient is determined exactly by the affixed auxiliary element and by the second data set it is guaranteed that all areas of the residual tooth area are described in the second data set.