mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a first electrode, onto which voltage is applicable; a developing cartridge detachably mountable to the image forming apparatus, wherein the developing cartridge includes: a developing roller on which toner is capable of being held; and a second electrode; a photosensitive cartridge that is detachably mountable to the image forming apparatus, and that includes a photosensitive drum, and a third electrode; a transfer unit, which is configured to transfer the toner stuck on a surface of the photosensitive drum onto a recording medium by a bias voltage applied between the photosensitive drum and the transfer unit, characterized in that the developing cartridge can be detachably mounted onto the photosensitive cartridge, the photosensitive cartridge includes the transfer unit,, when the developing cartridge is mounted to the photosensitive cartridge, an end portion of the second electrode contacts with the third electrode, and when the photosensitive cartridge is mounted to the image forming apparatus in a state in which the developing cartridge is mounted to the photosensitive cartridge, another end portion potion of the second electrode contacts with the first electrode to establish electrical communication between the first electrode and the third electrode for applying the bias voltage. a first electrode, onto which voltage is applicable; a developing cartridge detachably mountable to the image forming apparatus, wherein the developing cartridge includes: a developing roller on which toner is capable of being held; and a second electrode; a photosensitive cartridge that is detachably mountable to the image forming apparatus, and that includes a photosensitive drum, and a third electrode; a developing roller on which toner is capable of being held; and a second electrode; a photosensitive cartridge that is detachably mountable to the image forming apparatus, and that includes a photosensitive drum, and a third electrode; a transfer unit, which is configured to transfer the toner stuck on a surface of the photosensitive drum onto a recording medium by a bias voltage applied between the photosensitive drum and the transfer unit, characterized in that the developing cartridge can be detachably mounted onto the photosensitive cartridge, the photosensitive cartridge includes the transfer unit,, when the developing cartridge is mounted to the photosensitive cartridge, an end portion of the second electrode contacts with the third electrode, and when the photosensitive cartridge is mounted to the image forming apparatus in a state in which the developing cartridge is mounted to the photosensitive cartridge, another end portion potion of the second electrode contacts with the first electrode to establish electrical communication between the first electrode and the third electrode for applying the bias voltage.
A chrysene compound represented by the general formula: wherein R 1 to R 9 are each independently selected from the group consisting of a hydrogen atom, a substituted or unsubstituted alkyl group, and a substituted or unsubstituted alkoxy group; and Ar 1, Ar 2, and Ar 3 are each independently selected from the group represented by the general formulae: wherein X 1 to X 26 are each independently selected from the group consisting of a hydrogen atom, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkoxy group, a substituted or unsubstituted phenyl group, a substituted or unsubstituted naphthyl group, a substituted or unsubstituted phenanthryl group, and a substituted or unsubstituted fluorenyl group, provided that one of X 1 to X 8, one of X 9 to X 16, and one of X 17 to X 26 each represent a chrysene ring represented by the general formula; and Y 1 and Y 2 are each independently selected from a hydrogen atom and a substituted or unsubstituted alkyl group.
Filtration system for filtering a liquid, for example swimming water, comprising: a drum filter provided with a primary inlet and a primary outlet in a housing of the drum filter; a rotatable drum screen arranged in the housing; a backflush element arranged on one side of the drum filter for backflushing filtered particles from the drum screen; a gutter element arranged on an opposite side of the drum screen for collecting the filtered particles, wherein the gutter element is connected to a secondary outlet in the housing; characterized in that the filtration system is furthermore provided with a buffer reservoir comprising a reservoir inlet which is connected to the secondary outlet so as to be closable, and wherein the filtration system furthermore comprises compression means for controlling a gas pressure (P t) in the housing of the drum filter and a gas pressure (P r) in the buffer reservoir. a drum filter provided with a primary inlet and a primary outlet in a housing of the drum filter; a rotatable drum screen arranged in the housing; a backflush element arranged on one side of the drum filter for backflushing filtered particles from the drum screen; a gutter element arranged on an opposite side of the drum screen for collecting the filtered particles, wherein the gutter element is connected to a secondary outlet in the housing; characterized in that the filtration system is furthermore provided with a buffer reservoir comprising a reservoir inlet which is connected to the secondary outlet so as to be closable, and wherein the filtration system furthermore comprises compression means for controlling a gas pressure (P t) in the housing of the drum filter and a gas pressure (P r) in the buffer reservoir.
A multi-function rearview device (100, 700, 900) adapted for use with a vehicle, comprising: a rearview element (120, 750, 950) comprising at least one of a reflective element, a camera and a display element; a bezel (130, 720, 920) formed at an outer portion of the multi-function rearview device (100, 700, 900) surrounding the rearview element (120, 750, 950), with • an interior space being formed within the bezel (130. 720, 920); and • at least one of one or more light assemblies (200, 610, 810) and one or more electronic means being positioned at least partly within the interior space of the bezel, wherein the rearview element (120, 750, 950) is attached to at least one of the bezel (130, 720, 920) and a housing which is configured to be attached to the vehicle and to be moveable relative to the vehicle, characterized in that the bezel is coated, wherein a coating of the bezel is a spectrally controlling system. a rearview element (120, 750, 950) comprising at least one of a reflective element, a camera and a display element; a bezel (130, 720, 920) formed at an outer portion of the multi-function rearview device (100, 700, 900) surrounding the rearview element (120, 750, 950), with • an interior space being formed within the bezel (130. 720, 920); and • at least one of one or more light assemblies (200, 610, 810) and one or more electronic means being positioned at least partly within the interior space of the bezel, • an interior space being formed within the bezel (130. 720, 920); and • at least one of one or more light assemblies (200, 610, 810) and one or more electronic means being positioned at least partly within the interior space of the bezel, wherein the rearview element (120, 750, 950) is attached to at least one of the bezel (130, 720, 920) and a housing which is configured to be attached to the vehicle and to be moveable relative to the vehicle, characterized in that the bezel is coated, wherein a coating of the bezel is a spectrally controlling system.
A filter media comprising a nanofiber web with a number average fiber diameter of less than one micron and an upstream microfiber web layer in a face to face relationship with the nanofiber web where the ratio of the mean flow pore size of the microfiber web layer to that of the nanofiber web is between 1 to 10 and the mean flow pore size of the microfiber web layer is between 12 to 40 microns.
A method of converting a cyclohexanol to a cyclohexanone, comprising: reacting the alcohol in the presence of a catalyst and oxygen to produce the ketone, wherein the catalyst comprises a microporous copper chloropyrophosphate framework including a plurality of noble metal nanoparticles, wherein the catalyst is either: (i) a mono-metallic noble metal catalyst wherein the noble metal is selected from platinum, palladium or gold; or (ii) a bi-metallic noble metal catalyst selected from (a) platinum and palladium; and (b) platinum and gold. (i) a mono-metallic noble metal catalyst wherein the noble metal is selected from platinum, palladium or gold; or (ii) a bi-metallic noble metal catalyst selected from (a) platinum and palladium; and (b) platinum and gold. (a) platinum and palladium; and (b) platinum and gold.
Method of controlling an alternator for recharging an on-board network comprising a battery, for a hybrid motor vehicle equipped with a heat engine driving the alternator, and driving a transmission by a progressive coupling member, this vehicle comprising an electric traction machine (10, 18) powered by a traction battery, which delivers a torque to the driving wheels (8, 26) without passing through the coupling device, and comprising a voltage converter recharging the on-board network battery from the traction battery, characterized in that in the case where a recharging of the on-board network battery board is necessary, and the traction battery is insufficiently charged, it allows the alternator to draw torque from the heat engine when the vehicle speed is less than a speed threshold, and it prohibits this taking of torque if the speed is greater than this threshold and if the coupling member is completely closed.
A transceiver, comprising: a filter; a connector (102, 103) operable to selectively connect the filter to a transmitter path and a receiver path; and a controller operable to generate: a first signal for selectively connecting the filter to one of the transmitter path and receiver path through the connector, a second signal for setting at least one parameter of the filter based on whether the filter is connected to the transmitter path or the receiver path, a third signal for setting a gain of an amplifier coupled to the filter based on whether the filter is connected to the transmitter path or the receiver path; and a fourth signal for setting at least one parameter of another filter coupled to the amplifier and filter based on whether the filter is connected to the transmitter path or the receiver path; characterised in that the filter comprises an active device and a plurality of passive elements, and that said transceiver is operable such that parameter values of the passive elements are altered by the second signal so as to set said at least one parameter of the filter. a filter; a connector (102, 103) operable to selectively connect the filter to a transmitter path and a receiver path; and a controller operable to generate: a first signal for selectively connecting the filter to one of the transmitter path and receiver path through the connector, a second signal for setting at least one parameter of the filter based on whether the filter is connected to the transmitter path or the receiver path, a third signal for setting a gain of an amplifier coupled to the filter based on whether the filter is connected to the transmitter path or the receiver path; and a fourth signal for setting at least one parameter of another filter coupled to the amplifier and filter based on whether the filter is connected to the transmitter path or the receiver path; a first signal for selectively connecting the filter to one of the transmitter path and receiver path through the connector, a second signal for setting at least one parameter of the filter based on whether the filter is connected to the transmitter path or the receiver path, a third signal for setting a gain of an amplifier coupled to the filter based on whether the filter is connected to the transmitter path or the receiver path; and a fourth signal for setting at least one parameter of another filter coupled to the amplifier and filter based on whether the filter is connected to the transmitter path or the receiver path; characterised in that the filter comprises an active device and a plurality of passive elements, and that said transceiver is operable such that parameter values of the passive elements are altered by the second signal so as to set said at least one parameter of the filter.
Wiper blade with a connection adapter and at least one wiper strip and an elastically flexible wiper strip carrier, in particular made from plastic, which, in cross section, receives a supporting element in one or more channels, in the region of the connection adapter, the supporting element at least partially embraced in recesses in the wiper strip carrier by retaining elements of the connection adapter such that the connection adapter is connected to the wiper strip carrier by the supporting element, wherein a blocking pin which is pushed into the connection adapter secures the supporting element in its position in the longitudinal direction of the wiper strip carrier with respect to the connection adapter by contact surfaces in the connection adapter and contact surfaces of the supporting element, characterized in that the blocking pin is a round pin with a conical bevel and locking edge, the conical bevel upon insertion being able to slide via a latching edge into a hole, and, after the latching, the round pin being able to be retained at the locking edge by the latching edge.
A method for solidifying sandy beaches, dunes and non-flooded beach areas for the purpose of preventing erosion, encouraging deposits in order to restore lost areas of sand and/or increasing the size of the existing, non-flooded beach areas by creating artificial barriers, characterized in that the dimensions and course of said barriers are defined by formwork (1, 4, 6) that is erected on flooded or non-flooded ground, said formwork being filled with sand to a level that is above the required level of solidification of the sand mass, in that injections of nanometric colloidal silica suspension or of nanometric calcium suspension are then carried out on said sand mass and penetrate into the sandy soil therebelow, and in that the formwork (1, 4, 6) is dismantled after cohesion has taken place between the processed sand grains.
A process for producing a C 8 aromatic isomer product, wherein the process comprises: a) introducing a raffinate product stream comprising C 8 aromatic isomers to an isomerization unit to provide an isomerized stream comprising C 8 aromatic isomers, C 8 naphthenes and C 7 aromatic hydrocarbons in the presence of an isomerization catalyst; b) separating the isomerized stream to provide a first stream comprising C 8 naphthenes and C 7 aromatic hydrocarbons and a second stream comprising C 8 aromatic isomers, wherein separating the isomerized stream comprises: i) passing the isomerized stream to an isomerate stripper column to provide an isomerate stripper overhead stream comprising C 6- hydrocarbons and an isomerate stripper bottoms stream; and ii) passing the isomerate stripper bottoms stream to a naphthene splitter column to provide the first stream comprising the C 8 naphthenes and C 7 aromatic hydrocarbons and the second stream comprising C 8 aromatic isomers; c) passing the first stream to an extractive distillation column to provide a recycle feedstream comprising the C 8 naphthenes and an extract stream comprising the C 7 aromatic hydrocarbons; d) passing the recycle feedstream to the isomerization unit; e) passing the second stream to a xylene separation unit to provide a xylene extract stream comprising the C 8 aromatic isomer product and the raffinate product stream. a) introducing a raffinate product stream comprising C 8 aromatic isomers to an isomerization unit to provide an isomerized stream comprising C 8 aromatic isomers, C 8 naphthenes and C 7 aromatic hydrocarbons in the presence of an isomerization catalyst; b) separating the isomerized stream to provide a first stream comprising C 8 naphthenes and C 7 aromatic hydrocarbons and a second stream comprising C 8 aromatic isomers, wherein separating the isomerized stream comprises: i) passing the isomerized stream to an isomerate stripper column to provide an isomerate stripper overhead stream comprising C 6- hydrocarbons and an isomerate stripper bottoms stream; and ii) passing the isomerate stripper bottoms stream to a naphthene splitter column to provide the first stream comprising the C 8 naphthenes and C 7 aromatic hydrocarbons and the second stream comprising C 8 aromatic isomers; i) passing the isomerized stream to an isomerate stripper column to provide an isomerate stripper overhead stream comprising C 6- hydrocarbons and an isomerate stripper bottoms stream; and ii) passing the isomerate stripper bottoms stream to a naphthene splitter column to provide the first stream comprising the C 8 naphthenes and C 7 aromatic hydrocarbons and the second stream comprising C 8 aromatic isomers; c) passing the first stream to an extractive distillation column to provide a recycle feedstream comprising the C 8 naphthenes and an extract stream comprising the C 7 aromatic hydrocarbons; d) passing the recycle feedstream to the isomerization unit; e) passing the second stream to a xylene separation unit to provide a xylene extract stream comprising the C 8 aromatic isomer product and the raffinate product stream.
A method for molding a hollow article, the hollow article including a neck portion opened on one end side thereof and a body portion connected to the neck portion, and an inner screw portion being formed on an inner surface of the neck portion, the method comprising: molding the hollow article in a state where the inner surface of the neck portion including the inner screw portion is held by an inner neck mold, and then; demolding the hollow article from the inner neck mold; characterized in that the hollow article is demolded from the inner neck mold by inserting an ejection rod into the hollow article to be engaged with an inner surface of the hollow article and rotating the hollow article together with the ejection rod. molding the hollow article in a state where the inner surface of the neck portion including the inner screw portion is held by an inner neck mold, and then; demolding the hollow article from the inner neck mold; characterized in that the hollow article is demolded from the inner neck mold by inserting an ejection rod into the hollow article to be engaged with an inner surface of the hollow article and rotating the hollow article together with the ejection rod.
A computer-implemented method for detecting malware performed at a computing device, the method comprising: determining which malware detection signatures are relevant to a device, comprising determining which malware detection signatures are relevant based upon malware detected by one or more other machines on the device's network or a configuration of one or more other machines on the device's network, wherein determining relevant signatures comprises determining that new software has loaded on the device and selecting the signatures for malware that can affect the software actually loaded on the device and/or receiving a report of a malware from an infected machine and/or from a local server and selecting signatures for said malware; blocking one or more programs from accessing files on the device until the relevant malware detection signatures have been loaded; automatically obtaining the relevant malware detection signatures; loading the relevant malware detection signatures to a malware scanner; and scanning the device using the relevant malware detection signatures, wherein the malware detection signatures that are relevant to the device include signatures for malware that is not capable of running on the device, based upon the device's hardware configuration or software configuration or both, but that may affect other machines on the device's network. determining which malware detection signatures are relevant to a device, comprising determining which malware detection signatures are relevant based upon malware detected by one or more other machines on the device's network or a configuration of one or more other machines on the device's network, wherein determining relevant signatures comprises determining that new software has loaded on the device and selecting the signatures for malware that can affect the software actually loaded on the device and/or receiving a report of a malware from an infected machine and/or from a local server and selecting signatures for said malware; blocking one or more programs from accessing files on the device until the relevant malware detection signatures have been loaded; automatically obtaining the relevant malware detection signatures; loading the relevant malware detection signatures to a malware scanner; and scanning the device using the relevant malware detection signatures, wherein the malware detection signatures that are relevant to the device include signatures for malware that is not capable of running on the device, based upon the device's hardware configuration or software configuration or both, but that may affect other machines on the device's network.
Leaf seal for sealing a shaft that rotates about an axis, in particular in a gas turbine, comprising a plurality of leaves arranged at a spacing from one another, the leaves being produced by means of an additive manufacturing method so as to be integral with a base element that supports the leaves, characterized in that at least one leaf has a non-uniform cross-sectional geometry and the at least one leaf has a reduced cross-sectional thickness in the region of the base element.
A ball bearing assembly comprising: an outer race that comprises an inner surface; an inner race 226) that comprises an outer surface that comprises a raceway portion; and balls disposed between the inner surface of the outer race and the outer surface of the inner race; characterised in that the raceway portion comprises a built-in imperfection (701, 702, 703, 704, 705, 811, 821, 822, 823, 831, 841, 842, 843) that is part of a notification mechanism, wherein the raceway portion terminates at a shoulder disposed at a shoulder angle (φ s) and wherein the built-in imperfection is disposed at an angle (φ i) in a range from about 50% of the shoulder angle (φ s) to about 100% of the shoulder angle (φ s); and wherein riding up of the balls toward the shoulder causes contact between the balls and the imperfection that generates acoustic energy. an outer race that comprises an inner surface; an inner race 226) that comprises an outer surface that comprises a raceway portion; and balls disposed between the inner surface of the outer race and the outer surface of the inner race; characterised in that the raceway portion comprises a built-in imperfection (701, 702, 703, 704, 705, 811, 821, 822, 823, 831, 841, 842, 843) that is part of a notification mechanism, wherein the raceway portion terminates at a shoulder disposed at a shoulder angle (φ s) and wherein the built-in imperfection is disposed at an angle (φ i) in a range from about 50% of the shoulder angle (φ s) to about 100% of the shoulder angle (φ s); and