mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a rotating photoconductor; a suction fan used to generate suction force; and a corona charge device disposed adjacent to the rotating photoconductor and including a shield case from which byproducts of corona discharge are exhausted by the suction fan, the shield case including: a bottom portion; first and second portions (52b, 52c) extending respectively from opposite ends of the bottom portion toward rotational upstream and downstream portions of the photoconductor and an opening facing the photoconductor; and a discharge pin disposed between the first portion and the second portion, wherein the corona charge device further includes: a first shielding member to reduce a gap between the photoconductor and an upper end of the second portion disposed adjacent the rotational downstream portion of the photoconductor so as to define an outside air inlet through which outside air is introduced into the shield case; and a guide member provided at the second portion to guide outside air around the shield case to the outside air inlet; characterised in that the corona charge device further includes a second shielding member made of a soft film to contact the photoconductor and to shield a gap between the photoconductor and an upper end of the first portion of the shield case. a rotating photoconductor; a suction fan used to generate suction force; and a corona charge device disposed adjacent to the rotating photoconductor and including a shield case from which byproducts of corona discharge are exhausted by the suction fan, the shield case including: a bottom portion; first and second portions (52b, 52c) extending respectively from opposite ends of the bottom portion toward rotational upstream and downstream portions of the photoconductor and an opening facing the photoconductor; and a discharge pin disposed between the first portion and the second portion, a bottom portion; first and second portions (52b, 52c) extending respectively from opposite ends of the bottom portion toward rotational upstream and downstream portions of the photoconductor and an opening facing the photoconductor; and a discharge pin disposed between the first portion and the second portion, a first shielding member to reduce a gap between the photoconductor and an upper end of the second portion disposed adjacent the rotational downstream portion of the photoconductor so as to define an outside air inlet through which outside air is introduced into the shield case; and a guide member provided at the second portion to guide outside air around the shield case to the outside air inlet; characterised in that the corona charge device further includes a second shielding member made of a soft film to contact the photoconductor and to shield a gap between the photoconductor and an upper end of the first portion of the shield case.
A heating core for a hot air gun, the heating core comprising: a mount support; and a heating wire arranged on the mount support; wherein the heating wire includes a close wound segment on a surface of which an insulating layer is provided, wherein an interval between adjacent heating wires in the close wound segment is D, 0≤D≤2mm, and a longitudinal section of the mount support is in a cross shape, wherein four close wound segments are provided and distributed at four inner angles of the mount support; or, the longitudinal section of the mount support is in a Y shape, wherein three close wound segments are provided and distributed at three inner angles of the mount support; or, the longitudinal section of the mount support is in a "*" shape, wherein five close wound segments are provided and distributed at five inner angles of the mount support; or, the longitudinal section of the mount support is in a " " shape, wherein six close wound segments are provided and distributed at six inner angles of the mount support; or, the longitudinal section of the mount support is in a " " shape, wherein eight close wound segments are provided and distributed at eight inner angles of the mount support characterized in that an insulating heat concentrating element is arranged inside a hollow cavity of the close wound segment. a mount support; and a heating wire arranged on the mount support; wherein the heating wire includes a close wound segment on a surface of which an insulating layer is provided, wherein an interval between adjacent heating wires in the close wound segment is D, 0≤D≤2mm, and a longitudinal section of the mount support is in a cross shape, wherein four close wound segments are provided and distributed at four inner angles of the mount support; or, the longitudinal section of the mount support is in a Y shape, wherein three close wound segments are provided and distributed at three inner angles of the mount support; or, the longitudinal section of the mount support is in a "*" shape, wherein five close wound segments are provided and distributed at five inner angles of the mount support; or, the longitudinal section of the mount support is in a " " shape, wherein six close wound segments are provided and distributed at six inner angles of the mount support; or, the longitudinal section of the mount support is in a " " shape, wherein eight close wound segments are provided and distributed at eight inner angles of the mount support characterized in that an insulating heat concentrating element is arranged inside a hollow cavity of the close wound segment.
Cutter head having a tool support capable of being driven to rotate and cutting inserts, wherein the respective cutting insert has at least one cutting edge, a contact surface for supporting the cutting insert on a plate seat at the tool support and a through-hole for the accommodation of a clamping bolt, wherein each of the cutting inserts is releasably fastened on an insert seat of the tool support by means of a clamping bolt each, wherein a locating surface for the contact surface of the cutting insert and a positioning means are assigned to each insert seat, wherein the locating surface is designed to be flat, characterised in that the insert seat is solely represented by the flat locating surface, wherein the positioning means comprises a locating hole in the locating surface and a positioning element installed into the locating hole and projecting from the locating surface, wherein the respective cutting insert has at least one positioning recess, which is provided for the accommodation of the positioning element located at the insert seat and is designed with a fitting surface acting in a positioning and clamping manner in the plane of the contact surface, wherein the respective cutting insert is in each case positioned at precisely one positioning element and clamped against it by means of the clamping bolt.
Method for detecting deposited particles on a surface of an object (2, 3, 14), comprising: irradiating a partial region of the surface of the object (2, 3, 14) with measurement radiation, detecting measurement radiation scattered at the irradiated partial region, and detecting the particles on the surface of the object (2, 3, 14) based on the detected measurement radiation, characterized in that, during the steps of irradiating and detecting the measurement radiation, the surface of the object (2, 3, 14) is provided with an anti-reflective coating and/or with a surface structure for reducing the reflectivity of the surface for the measurement radiation, wherein the particle detection limit is lowered on account of the anti-reflective coating and/or the surface structure. irradiating a partial region of the surface of the object (2, 3, 14) with measurement radiation, detecting measurement radiation scattered at the irradiated partial region, and detecting the particles on the surface of the object (2, 3, 14) based on the detected measurement radiation, characterized in that, during the steps of irradiating and detecting the measurement radiation, the surface of the object (2, 3, 14) is provided with an anti-reflective coating and/or with a surface structure for reducing the reflectivity of the surface for the measurement radiation, wherein the particle detection limit is lowered on account of the anti-reflective coating and/or the surface structure.
Device for damping control of mechanical torsional oscillations of an electrical alternating-current generator of a three-phase power supply system to which a thyristor converter, which is provided with a current regulator and a control device, of an HVDCT installation is connected, having a measurement and filter device for detection of a measurement signal which contains torsional oscillation frequencies of the alternating-current generator, and having a correction apparatus, which is connected downstream from the measurement and filter device, for correction of a control signal for the control device of the converter of the HVDCT installation, characterized in that the correction apparatus has a phase correction filter which is connected to the input of the current regulator of the converter and is designed to take account of a transfer function of the current regulator, which is connected to the control device via a trigger angle transmitter.
A method of producing a flexible pipe body, comprising: providing a plurality of lengths of thermosetting composite material (700 1; 700 2), and stacking the plurality of lengths to form a tensile armour element; helically wrapping the tensile armour element, under a predetermined tension, around a fluid- retaining layer; and then heating the tensile armour element to cure the thermosetting composite material, wherein the tensile armour element forms an armour layer. providing a plurality of lengths of thermosetting composite material (700 1; 700 2), and stacking the plurality of lengths to form a tensile armour element; helically wrapping the tensile armour element, under a predetermined tension, around a fluid- retaining layer; and then heating the tensile armour element to cure the thermosetting composite material, wherein the tensile armour element forms an armour layer.
A Ti-based amorphous alloy, wherein, when the alloy is indicated by atom%, the alloy consists of a composition range of 67.5 to 70% of Ti, 10 to 17.5% of Cu, and 15 to 20% of Co.
A method for preparing a dehydrogenation catalyst, comprising: a) preparing a platinum/tin complex solution in an amount corresponding to the total pore volume of the support by first adding platinum and tin precursors to an organic solvent, then adding to the resulting mixture hydrochloric acid, then adding an organic acid and then aging the resulting solution in an inert gas atmosphere b) preparing a theta-alumina support by thermally treating a gamma-alumina support at 1000°C to 1050°C for 5 hours in a firing furnace, c) impregnating the platinum/tin complex solution resulting from step a) into the theta-alumina support of step b) using a spraying process, d) homogenizing the catalyst by flowing it in a nitrogen atmosphere, then drying the support at 100°C to 150°C for 24 hours followed by removing organic material at 200°C to 400°C in a nitrogen atmosphere and then firing the dried support at 400°C to 700°C in air, e) loading the fired support with an alkali metal to prepare an alkali metal impregnated support, f) drying the alkali metal impregnated support at 100°C to 150°C for 24 hours, then firing the dried alkali metal impregnated support at 400°C to 700°C in air, and then reducing the fired alkali metal impregnated support using a hydrogen/nitrogen mixed gas at a ratio of 4%/96% to 100%/0%, at 400°C to 600°C to obtain the dehydrogenation catalyst. a) preparing a platinum/tin complex solution in an amount corresponding to the total pore volume of the support by first adding platinum and tin precursors to an organic solvent, then adding to the resulting mixture hydrochloric acid, then adding an organic acid and then aging the resulting solution in an inert gas atmosphere b) preparing a theta-alumina support by thermally treating a gamma-alumina support at 1000°C to 1050°C for 5 hours in a firing furnace, c) impregnating the platinum/tin complex solution resulting from step a) into the theta-alumina support of step b) using a spraying process, d) homogenizing the catalyst by flowing it in a nitrogen atmosphere, then drying the support at 100°C to 150°C for 24 hours followed by removing organic material at 200°C to 400°C in a nitrogen atmosphere and then firing the dried support at 400°C to 700°C in air, e) loading the fired support with an alkali metal to prepare an alkali metal impregnated support, f) drying the alkali metal impregnated support at 100°C to 150°C for 24 hours, then firing the dried alkali metal impregnated support at 400°C to 700°C in air, and then reducing the fired alkali metal impregnated support using a hydrogen/nitrogen mixed gas at a ratio of 4%/96% to 100%/0%, at 400°C to 600°C to obtain the dehydrogenation catalyst.
A cartridge for a vapour provision device, the cartridge including a mouthpiece having a length direction corresponding to the direction of insertion of the vapour provision device into the mouth of a user, a width direction corresponding to the direction along a lip-line of the user, and a depth direction corresponding to the opening direction of lips of the user, the mouthpiece comprising first and second opposing faces and an exit hole located between the first and second opposing faces, wherein the opposing faces are approximately planar and inclined towards one another with respect to the length direction, characterised in that the first and second opposing faces of the mouthpiece form outer walls of a reservoir for a liquid within the cartridge.
A dry pharmaceutical composition comprising PVP-PLA block copolymers as defined in Formula I: wherein: x is an initiator alcohol having a boiling point greater than 145°C, n is, on average, from 20 and 40, and m is, on average, from 10 and 40, wherein the block copolymers have a number average molecular weight (M n) of at least 3000 Da; wherein the number average molecular weight is as measured by proton nuclear magnetic resonance, in molecular association with at least one active pharmaceutical ingredient. x is an initiator alcohol having a boiling point greater than 145°C, n is, on average, from 20 and 40, and m is, on average, from 10 and 40, wherein the block copolymers have a number average molecular weight (M n) of at least 3000 Da; wherein the number average molecular weight is as measured by proton nuclear magnetic resonance, in molecular association with at least one active pharmaceutical ingredient.
A refrigeration cycle apparatus, comprising: a heat source side heat exchanger including a plurality of heat exchangers connected in parallel; a supply device supplying, in a variable manner, an object to be heat exchanged to the heat source side heat exchanger, the object to be heat exchanged exchanging heat with a refrigerant that flows in the heat exchangers; passage on-off devices (3a to 3d) opening and closing refrigerant passages (21, 22) of the heat exchangers, respectively; a bypass piping being connected to the heat exchangers in parallel; and a flow control device being provided in the bypass piping, the flow control device controlling a flow rate of the refrigerant flowing in the bypass piping; and characterised by a distributor regulating a gas-to-liquid ratio of a two-phase gas-liquid refrigerant to a prescribed ratio and sending out the two-phase gas-liquid refrigerant to a downstream side, the distributor being provided to a junction of pipings connected to the respective heat exchangers and the bypass piping, the junction becoming the inlet side of the heat exchangers when the heat exchangers operate as evaporators. a heat source side heat exchanger including a plurality of heat exchangers connected in parallel; a supply device supplying, in a variable manner, an object to be heat exchanged to the heat source side heat exchanger, the object to be heat exchanged exchanging heat with a refrigerant that flows in the heat exchangers; passage on-off devices (3a to 3d) opening and closing refrigerant passages (21, 22) of the heat exchangers, respectively; a bypass piping being connected to the heat exchangers in parallel; and a flow control device being provided in the bypass piping, the flow control device controlling a flow rate of the refrigerant flowing in the bypass piping; and characterised by a distributor regulating a gas-to-liquid ratio of a two-phase gas-liquid refrigerant to a prescribed ratio and sending out the two-phase gas-liquid refrigerant to a downstream side, the distributor being provided to a junction of pipings connected to the respective heat exchangers and the bypass piping, the junction becoming the inlet side of the heat exchangers when the heat exchangers operate as evaporators.
A control system, comprising one or more controllers, for an electric vehicle, the control system comprising: input means to receive a temperature signal indicative of a temperature of a transmission associated with a traction electric machine of the vehicle; output means to output a flow control signal for controlling a flow control means to control a flow of lubricant fluid associated with the traction electric machine and the transmission through a heat exchanger, the flow control signal being indicative of a proportion of the flow of lubricant fluid through the heat exchanger and at least one bypass fluid path, respectively; wherein the at least one bypass fluid path comprises one or more conduits allowing a circulation of lubricant fluid between the electric machine and the transmission bypassing the heat exchanger; and processing means arranged to i) control the output means to output the flow control signal in dependence on the temperature signal, ii) to determine the proportion of the flow of lubricant through the heat exchanger and the at least one bypass fluid path in dependence on the temperature signal, and iii) to control the output means to output the flow control signal in dependence on the temperature signal to cause the traction electric machine to heat the transmission. input means to receive a temperature signal indicative of a temperature of a transmission associated with a traction electric machine of the vehicle; output means to output a flow control signal for controlling a flow control means to control a flow of lubricant fluid associated with the traction electric machine and the transmission through a heat exchanger, the flow control signal being indicative of a proportion of the flow of lubricant fluid through the heat exchanger and at least one bypass fluid path, respectively; wherein the at least one bypass fluid path comprises one or more conduits allowing a circulation of lubricant fluid between the electric machine and the transmission bypassing the heat exchanger; and processing means arranged to i) control the output means to output the flow control signal in dependence on the temperature signal, ii) to determine the proportion of the flow of lubricant through the heat exchanger and the at least one bypass fluid path in dependence on the temperature signal, and iii) to control the output means to output the flow control signal in dependence on the temperature signal to cause the traction electric machine to heat the transmission.
A method comprising: categorizing a plurality of data items by a computing device using a data loss prevention, DLP, system, wherein categorizing a data item of the plurality of data items comprises applying at least one of indexed document matching, exact data matching, described content matching or vector machine learning by the DLP system to determine whether the data item contains sensitive corporate information, and wherein the data item is categorized as a corporate data item responsive to one or more first criteria being satisfied and as a personal data item responsive to one or more second criteria being satisfied; providing the plurality of corporate data items to a first backup system that stores the corporate data items to a corporate data store; and providing the plurality of personal data items to a second backup system that stores the personal data items to a personal data store. categorizing a plurality of data items by a computing device using a data loss prevention, DLP, system, wherein categorizing a data item of the plurality of data items comprises applying at least one of indexed document matching, exact data matching, described content matching or vector machine learning by the DLP system to determine whether the data item contains sensitive corporate information, and wherein the data item is categorized as a corporate data item responsive to one or more first criteria being satisfied and as a personal data item responsive to one or more second criteria being satisfied; providing the plurality of corporate data items to a first backup system that stores the corporate data items to a corporate data store; and providing the plurality of personal data items to a second backup system that stores the personal data items to a personal data store.
Roof window comprising at least one thermoplastic window frame, wherein the window frame comprises glass unit, and is constructed out of upper stile, lower stile and two side stiles welded to one another in window frame corners and inside window frame stiles there are chambers, where the window frame lower stile comprises a flange, said flange and the window frame lower stile constituting a uniform element made using an extrusion method, characterized in that the flange sides terminate with end caps, said flange forms a continuation of the top wall of the lower stile and said flange creates together with an end cap a trough, which constitutes a discharge path for condensate collected by the glass unit to the outside of the window onto the roof covering.