mhurhangee/ep-ind-claims huggingface dataset:
A message withdrawal method, comprising: receiving a message withdrawal instruction, wherein the message withdrawal instruction at least carries a message identifier of a target message to be withdrawn, and the target message to be withdrawn is an instant message; and deleting the target message; characterised in that the method further comprises: determining a storage path of a target network file according to a mapping relation between a storage path of a downloaded network file and the message identifier, wherein the target network file is a network file included in, and downloaded from, the target message and the storage path identifies a storage position of the target network file; and deleting the target network file at the storage path of the target network file. receiving a message withdrawal instruction, wherein the message withdrawal instruction at least carries a message identifier of a target message to be withdrawn, and the target message to be withdrawn is an instant message; and deleting the target message; characterised in that the method further comprises: determining a storage path of a target network file according to a mapping relation between a storage path of a downloaded network file and the message identifier, wherein the target network file is a network file included in, and downloaded from, the target message and the storage path identifies a storage position of the target network file; and deleting the target network file at the storage path of the target network file. determining a storage path of a target network file according to a mapping relation between a storage path of a downloaded network file and the message identifier, wherein the target network file is a network file included in, and downloaded from, the target message and the storage path identifies a storage position of the target network file; and deleting the target network file at the storage path of the target network file.
A prosthetic valve for replacing an atrioventricular heart valve comprising - an annular body to which valvular leaflets are attached and which is adapted to be implanted in a valve annulus of the heart, and comprising - at least one hook-shaped anchoring element (16, 16') protruding from the annular body toward the ventricle and adapted to be anchored in the chordae tendineae, papillary muscles or leaflets of the atrioventricular valves, characterized in that the at least one anchoring element comprises an arm (30, 30a, 30b; 30') extending substantially parallel to the axis of the annular body and an anchoring element component (28, 28') freely extending in the circumferential direction such that it can be brought into anchoring engagement with tissue, particularly the chordae tendineae, upon rotation of the annular body about its axis. - an annular body to which valvular leaflets are attached and which is adapted to be implanted in a valve annulus of the heart, and comprising - at least one hook-shaped anchoring element (16, 16') protruding from the annular body toward the ventricle and adapted to be anchored in the chordae tendineae, papillary muscles or leaflets of the atrioventricular valves,
Sensor for detecting oxidizable gases, having a sensor element which has a catalytically inactive surface and a catalytically active surface, and having a device for detecting the difference in temperature between the two surfaces in order to determine the gas concentration in the surroundings of the sensor on the basis of the detected difference in temperature, wherein the catalytically active surface is located on the one side and the catalytically inactive surface is located on the opposite side of the sensor element, and the two surfaces are connected to one another via a thermal element, and wherein the sensor comprises a device for measuring the thermoelectric voltage between the catalytically active surface and the inactive surface of the sensor element as a measure of the difference in temperature and therefore the gas concentration, characterized in that the sensor element comprises a hot plate which is mounted on a base carrier by means of narrow arms, on the front side of which hot plate the catalytically active surface is formed, and on the rear side of which the catalytically inactive surface is formed, or vice versa, and in that the thermal element is formed by at least one via (2, 9) which extends through the hot plate and connects the two surfaces (3, 4) to one another, and in the region of which the thermoelectric voltage is measured.
A method of displaying one or more pages of a document on an electronic document reading device (10, 904) using a second, computerised electronic device, the method comprising: running a document display management program on said second electronic device; locating, on said second electronic device, an application associated with said document, using said document display management program; automatically invoking, by said document display management program, opening of said document on said second electronic device using said application associated with said document, wherein said opening of said document is hidden from said user; generating an image of a said page of said document to be displayed on said electronic document reading device, in response to said invoking of said opening, by said document display management program causing said application to use an intermediary code module coupled to said application to generate image data representing said image; sending said image of said page to said electronic document reading device; displaying said image of said page on said electronic document reading device; wherein said management program runs as a background service responsive to detection of a change in a said document to automatically generate an image of at least a changed part of a document and to send said image of said changed part of said document to said electronic document reading device. running a document display management program on said second electronic device; locating, on said second electronic device, an application associated with said document, using said document display management program; automatically invoking, by said document display management program, opening of said document on said second electronic device using said application associated with said document, wherein said opening of said document is hidden from said user; generating an image of a said page of said document to be displayed on said electronic document reading device, in response to said invoking of said opening, by said document display management program causing said application to use an intermediary code module coupled to said application to generate image data representing said image; sending said image of said page to said electronic document reading device; displaying said image of said page on said electronic document reading device; wherein said management program runs as a background service responsive to detection of a change in a said document to automatically generate an image of at least a changed part of a document and to send said image of said changed part of said document to said electronic document reading device.
A blade-disk group of a turbomachine, having a plurality of adjacent rotor blades (6, 8, 10) and a locking blade, which are inserted with their root portions into a peripheral anchoring groove of a rotor disk and cooperate with a form fit in the radial direction with bearing portions (24, 26) of an anterior wall and a rear wall of the anchoring groove, and with - at least one peripheral securing element, which cooperates, with a form fit, with at least one of the blades (6, 8, 10, 11), and - a plurality of tipping-out safety elements, which are positioned between the bottom of the groove and the root portions and which, in the resting state, separate the rotor blades (6, 8, 10) in an upper position from the bottom of the groove. - at least one peripheral securing element, which cooperates, with a form fit, with at least one of the blades (6, 8, 10, 11), and - a plurality of tipping-out safety elements, which are positioned between the bottom of the groove and the root portions and which, in the resting state, separate the rotor blades (6, 8, 10) in an upper position from the bottom of the groove.
A semiconductor light emitting device comprising: a light emitting region disposed between a cladding region of first conductivity type and a cladding region of second conductivity type; a contact region of first conductivity type adjacent to the cladding region of first conductivity type; a contact region of second conductivity type adjacent to the cladding region of second conductivity type; and at least one first heavily doped layer disposed within the cladding region of first conductivity type, wherein the heavily doped layer is more heavily doped than the cladding region of first conductivity type, characterized by, at least one second heavily doped layer disposed within the contact region of first conductivity type, wherein the second heavily doped layer is more heavily doped than the contact region of first conductivity type, at least one third heavily doped layer disposed within the cladding region of second conductivity type, wherein the third heavily doped layer is more heavily doped than the cladding region of second conductivity type, and at least one fourth heavily doped layer disposed within the contact region of second conductivity type, wherein the fourth heavily doped layer is more heavily doped than the contact region of second conductivity type. a light emitting region disposed between a cladding region of first conductivity type and a cladding region of second conductivity type; a contact region of first conductivity type adjacent to the cladding region of first conductivity type; a contact region of second conductivity type adjacent to the cladding region of second conductivity type; and at least one first heavily doped layer disposed within the cladding region of first conductivity type, wherein the heavily doped layer is more heavily doped than the cladding region of first conductivity type, characterized by, at least one second heavily doped layer disposed within the contact region of first conductivity type, wherein the second heavily doped layer is more heavily doped than the contact region of first conductivity type, at least one third heavily doped layer disposed within the cladding region of second conductivity type, wherein the third heavily doped layer is more heavily doped than the cladding region of second conductivity type, and at least one fourth heavily doped layer disposed within the contact region of second conductivity type, wherein the fourth heavily doped layer is more heavily doped than the contact region of second conductivity type.
A housing apparatus configured to house electrostatic precipitator control voltage circuitry components, the housing comprising: a hermetically sealable high-voltage component tank portion configured to be filled with a liquid coolant and to contain at least a high-voltage transformer-rectifier component set submerged within the liquid coolant, the tank portion comprising a removable cover plate on a top side of the tank portion, the removable cover plate is configured to have a high-voltage output terminal insulating bushing mounted therethrough, the tank portion configured to have at least one panel-type radiator structure mounted on an outside wall of the tank portion for circulating and cooling the liquid coolant, whereby, in use, the liquid coolant contained within the tank portion circulates through the radiator structure via convection currents when heated by said submerged components. a hermetically sealable high-voltage component tank portion configured to be filled with a liquid coolant and to contain at least a high-voltage transformer-rectifier component set submerged within the liquid coolant, the tank portion comprising a removable cover plate on a top side of the tank portion, the removable cover plate is configured to have a high-voltage output terminal insulating bushing mounted therethrough, the tank portion configured to have at least one panel-type radiator structure mounted on an outside wall of the tank portion for circulating and cooling the liquid coolant, whereby, in use, the liquid coolant contained within the tank portion circulates through the radiator structure via convection currents when heated by said submerged components.
A method of fabricating a multilayer stacked electroactive transducer, the method comprising: providing a surface to a cyclic process, wherein each cycle of the cyclic process comprises: applying a first dielectric material layer to the surface; applying to the first dielectric material layer a first electrode material in at least a first pattern; applying a second dielectric material layer to the surface; and applying to the multilayer stack a second electrode material in at least a second pattern, characterised in that at least one cycle of the cyclic process further comprises applying a passive layer to the surface. providing a surface to a cyclic process, wherein each cycle of the cyclic process comprises: applying a first dielectric material layer to the surface; applying to the first dielectric material layer a first electrode material in at least a first pattern; applying a second dielectric material layer to the surface; and applying to the multilayer stack a second electrode material in at least a second pattern, characterised in that at least one cycle of the cyclic process further comprises applying a passive layer to the surface. applying a first dielectric material layer to the surface; applying to the first dielectric material layer a first electrode material in at least a first pattern; applying a second dielectric material layer to the surface; and applying to the multilayer stack a second electrode material in at least a second pattern, characterised in that at least one cycle of the cyclic process further comprises applying a passive layer to the surface.
A method comprising: by a computing device (100;300), determining an origin position of an image for display on the device (100;300); by the computing device (100;300), determining a subsequent position of the image as a result of tilting the computing device (100, 300); by the computing device (100;300), rendering the image in its subsequent position by scrolling the image to the subsequent position, the amount of scrolling based on the tilting of the computing device (100; 300); and by the computing device (100;300), detecting a predetermined movement of the device (100;300) while the image is rendered in its subsequent position, characterised by, the computing device (100;300), rendering the image in its origin position in response to the predetermined movement of the device (100;300). by a computing device (100;300), determining an origin position of an image for display on the device (100;300); by the computing device (100;300), determining a subsequent position of the image as a result of tilting the computing device (100, 300); by the computing device (100;300), rendering the image in its subsequent position by scrolling the image to the subsequent position, the amount of scrolling based on the tilting of the computing device (100; 300); and by the computing device (100;300), detecting a predetermined movement of the device (100;300) while the image is rendered in its subsequent position, characterised by, the computing device (100;300), rendering the image in its origin position in response to the predetermined movement of the device (100;300).
A glow plug electrification control apparatus (101, 201) that supplies electric current to a heater section of a glow plug (GP1-n) to thereby generate heat and raise the temperature of the heater section, the electrification control apparatus comprising: temperature-raising-period electrification control means (S3-S7,S31, S32-S7, S61) for raising the temperature of the heater section of the glow plug (GP1-n); characterized in that: the temperature-raising-period electrification control means (S3-S7,S31, S32-S7, S61) is adapted to raise the temperature of the heater section of the glow plug (GP1-n) in such manner that, when a first glow plug (GP1-n) and a second glow plug (GP1-n), which differ in resistance, are connected to the electrification control apparatus and electrification control is performed therefor, at sampled timings during the temperature rise, electric power of the same magnitude as that of electric power supplied to the first glow plug (GP1-n) is supplied to the second glow plug (GP1-n) such that the temperatures of the first glow plug (GP1-n) and the second glow plug (GP1-n) are raised to the same temperature to follow the same temperature rising curve over the same temperature rising time. temperature-raising-period electrification control means (S3-S7,S31, S32-S7, S61) for raising the temperature of the heater section of the glow plug (GP1-n); characterized in that: the temperature-raising-period electrification control means (S3-S7,S31, S32-S7, S61) is adapted to raise the temperature of the heater section of the glow plug (GP1-n) in such manner that, when a first glow plug (GP1-n) and a second glow plug (GP1-n), which differ in resistance, are connected to the electrification control apparatus and electrification control is performed therefor, at sampled timings during the temperature rise, electric power of the same magnitude as that of electric power supplied to the first glow plug (GP1-n) is supplied to the second glow plug (GP1-n) such that the temperatures of the first glow plug (GP1-n) and the second glow plug (GP1-n) are raised to the same temperature to follow the same temperature rising curve over the same temperature rising time.
A top separator for a treatment vessel for the manufacture of pulp from lignocellulosic material, comprising: a housing, an interior casing arranged in the housing and having a bottom portion, a screen basket arranged in the interior casing, a screw feeder vertically arranged in the screen basket for rotating in rotational direction (R 1) and comprising a screw flight with a lowest screw flight portion, which is positioned slightly above the bottom portion, and an inlet arrangement comprising an inlet opening and being connected to a supply pipe for supplying a pulp flow, characterized in that the inlet arrangement comprises a helical ramp structure, which comprises a rear ramp wall, in which the inlet opening is disposed, a bottom ramp portion, an inner ramp wall and an outer ramp wall, and extends from a first, lower level, at which the inlet opening is located, to a second, higher level, which is in level with the bottom portion of the interior casing, wherein the helical ramp structure is directed, as seen in the direction of the pulp flow, in a circumferential direction into the interior casing, which circumferential direction is directed generally opposite to the rotational direction (R 1) of the screw feeder. a housing, an interior casing arranged in the housing and having a bottom portion, a screen basket arranged in the interior casing, a screw feeder vertically arranged in the screen basket for rotating in rotational direction (R 1) and comprising a screw flight with a lowest screw flight portion, which is positioned slightly above the bottom portion, and an inlet arrangement comprising an inlet opening and being connected to a supply pipe for supplying a pulp flow,
Injection moulding tool, in particular jaw tool, for producing a moulding which is at least partially film-coated over a corner region, in particular a bottle crate, comprising a cavity for the moulding to be produced, comprising at least two moulding jaws (2, 3, 4, 5) which adjoin one another with their moulding jaw surfaces when the injection moulding tool is closed and form a corner region of the cavity at least in some regions, comprising a moulding plate which at least partially forms the cavity and comprising a guide (11, 12, 13, 14) connected to the moulding jaws (2, 3, 4, 5) for movable mounting of the moulding jaws (2, 3, 4, 5) with respect to the moulding plate, which guide (11, 12, 13, 14) for each moulding jaw (2, 3, 4, 5) has both a jaw guide (15, 15', 15" or 15"') for movable mounting of the moulding jaw (2, 3, 4, 5) and also a linear guide (16, 16', 16", 16"') for movable mounting of the jaw guide (15, 15', 15" or 15"') with respect to the moulding plate, wherein the jaw guides (15, 15', 15" or 15"') of two moulding jaws (2, 3 or 4, 5) which are inclined with respect to the linear guide (16, 16', 16", 16"") are configured for bringing together their moulding jaw surfaces when the injection moulding tool is open, characterized in that a coupling rod is provided for mechanical movement coupling of the two moulding jaws (2, 3 or 4, 5) wherein the coupling rod fastened to a moulding jaw (2 or 4) is guided through an opening of the other moulding jaw (3 or 5) and engages in a guide link on the jaw guide (15 or 15") which mounts the moulding jaw (3 or 5) with the opening for the coupling rod.
An electronic device operable to receive power from external equipment having a resistance, the electronic device comprising: a connector having a pair of power line contacts and first and second data line contacts, wherein the first and second data line contacts are configured to be electrically coupled to opposing sides of the resistance of the external equipment when the connector is in contact with the external equipment; and control circuitry configured to measure the resistance of the external equipment across the opposing sides of the resistance of the external equipment while the connector is in contact with the external equipment, characterized in that the control circuitry is further configured to generate a modulation signal received by the external equipment by modulating a source signal using a modulation scheme to convey information indicative of capabilities of the electronic device to the external equipment while the connector is in contact with the external equipment. a connector having a pair of power line contacts and first and second data line contacts, wherein the first and second data line contacts are configured to be electrically coupled to opposing sides of the resistance of the external equipment when the connector is in contact with the external equipment; and control circuitry configured to measure the resistance of the external equipment across the opposing sides of the resistance of the external equipment while the connector is in contact with the external equipment, characterized in that the control circuitry is further configured to generate a modulation signal received by the external equipment by modulating a source signal using a modulation scheme to convey information indicative of capabilities of the electronic device to the external equipment while the connector is in contact with the external equipment.