mhurhangee/ep-ind-claims huggingface dataset:
A heat discharge device for arrangement on at least one electronic component, comprising a heat conductive bottom plate having a bottom and an upper surface facing away from the bottom, wherein heat discharge blades extend between two opposite front faces of the bottom plate from the upper surface of the bottom plate transversely across the bottom plate and inclined in respect to the upper surface of the bottom plate, wherein the inclinations of the heat discharge blades in respect to the upper surface of the bottom plate are configured in a way such that neighbouring heat discharge blades alternatingly approach one another and move away from each other, wherein the neighbouring heat discharge blades approaching one another are connected to one another at the end regions thereof facing away from the upper surface of the bottom plate directly or by means of a cover wall and delimit a first air flow channel, and wherein the neighbouring heat discharge blades moving away from one another delimit a second air flow channel, which is open at the side thereof facing away from the upper surface of the bottom plate, wherein the heat discharge blades have a plurality of air holes and/or air vents, characterized in that the first air flow channels are configured to be open at the opposite distal ends thereof and the second air flow channels are configured to be closed at the opposite distal ends thereof.
A method of reworking a component, comprising: removing a defect from a component manufactured of a non-fusion weldable base alloy to form a cavity that results in a through hole; sealing the through hole with a backing; and at least partially filling the cavity with a filler alloy, characterised by the at least partially filling the cavity with the filler alloy comprising at least partially filling the cavity with a multiple of layers of a multiple of laser powder deposition spots, each of the multiple of laser powder deposition spots formed of the filler alloy, wherein a first layer of the multiple of layers includes a perimeter of the multiple of laser powder deposition spots that overlap a wall of the cavity and the backing, wherein the first layer of the multiple of layers forms a complete perimeter around an interface between the backing and the wall. removing a defect from a component manufactured of a non-fusion weldable base alloy to form a cavity that results in a through hole; sealing the through hole with a backing; and at least partially filling the cavity with a filler alloy, characterised by the at least partially filling the cavity with the filler alloy comprising at least partially filling the cavity with a multiple of layers of a multiple of laser powder deposition spots, each of the multiple of laser powder deposition spots formed of the filler alloy, wherein a first layer of the multiple of layers includes a perimeter of the multiple of laser powder deposition spots that overlap a wall of the cavity and the backing, wherein the first layer of the multiple of layers forms a complete perimeter around an interface between the backing and the wall.
Frame central gasket made of elastic material for use in the rebate area between the outer and inner half-shell of a window frame accommodating a sash frame with a main body preferably equipped with hollow chambers (7a, 7b, 7c), a stop web oriented upwards from the main body with a stop surface for the sash frame, and at least one sealing foot (3 or 4), wherein the stop web and/or the main body in the area of the stop web is/are made of solid material, a first sealing foot on the stop web side is provided, a second sealing foot on the side of the frame central gasket opposite the stop web is provided, characterized in that the elastic material of the frame central gasket in the area of the second sealing foot has an increased Shore hardness compared to the rest of the material. a main body preferably equipped with hollow chambers (7a, 7b, 7c), a stop web oriented upwards from the main body with a stop surface for the sash frame, and at least one sealing foot (3 or 4), wherein the stop web and/or the main body in the area of the stop web is/are made of solid material, a first sealing foot on the stop web side is provided, a second sealing foot on the side of the frame central gasket opposite the stop web is provided, characterized in that the elastic material of the frame central gasket in the area of the second sealing foot has an increased Shore hardness compared to the rest of the material.
A method for the production of decors on a surface to be printed by means of digital printing, wherein - the surface to be printed moves relative to at least one print head of a digital printer equipped with a plurality of color point generators (12,13,14,15), wherein - the print head is actuated by means of a control unit which transmits control data to the print head according to a print job (40,41,42,43,44) stored in a queue, wherein the print jobs (40,41,42,43,44) in the queue have different print patterns so that this print head produces a decor on the surface passing by, wherein - by means of at least one sensor a defective function of the color point generators (12,13,14,15) is detected, characterized in that - the running print job is canceled when a defective function of at least one color point generator (12,13,14,15) is detected, - the control unit compares the defective section of the printing pattern of the running print job caused by the defective function of the color point generator (12,13,14,15) to the print pattern of the further print jobs (41,42,43,44) present in the queue, and - the print pattern of the further print jobs (41,42,43,44) present in the queue, which has the smallest deviation in the region of the at least one defective color point generator (12,13,14,15), is transmitted to the print head, so that the error of the at least one color point generator (12,13,14,15) in the decor of the surface to be printed appears least noticeable to the human viewer. - the surface to be printed moves relative to at least one print head of a digital printer equipped with a plurality of color point generators (12,13,14,15), wherein - the print head is actuated by means of a control unit which transmits control data to the print head according to a print job (40,41,42,43,44) stored in a queue, wherein the print jobs (40,41,42,43,44) in the queue have different print patterns so that this print head produces a decor on the surface passing by, wherein - by means of at least one sensor a defective function of the color point generators (12,13,14,15) is detected, characterized in that - the running print job is canceled when a defective function of at least one color point generator (12,13,14,15) is detected, - the control unit compares the defective section of the printing pattern of the running print job caused by the defective function of the color point generator (12,13,14,15) to the print pattern of the further print jobs (41,42,43,44) present in the queue, and - the print pattern of the further print jobs (41,42,43,44) present in the queue, which has the smallest deviation in the region of the at least one defective color point generator (12,13,14,15), is transmitted to the print head, so that the error of the at least one color point generator (12,13,14,15) in the decor of the surface to be printed appears least noticeable to the human viewer.
A system for controlling the head pressure of a vapor compression circuit, the system comprising: a low side condition sensor disposed in a low side of the vapor compression circuit; wherein the low side condition sensor is configured to measure a low side operating condition; a high side condition sensor disposed in a high side of the vapor compression circuit; wherein the high side condition sensor is configured to measure a high side operating condition; a storage device configured to store information describing a compressor operating envelope; a control device configured to influence the high side operating condition; and a controller (240, 500) in communication with the low side condition sensor, the high side condition sensor, the storage device and the control device; the system being characterised by the controller being configured to determine a theoretical high side operating condition using the information stored in the storage device, being configured to compare the high side operating condition to the theoretical high side operating condition, being configured to determine a control output based on the comparison between the high side operating condition and the theoretical high side operating condition, and being configured to communicate the control output to the control device. a low side condition sensor disposed in a low side of the vapor compression circuit; wherein the low side condition sensor is configured to measure a low side operating condition; a high side condition sensor disposed in a high side of the vapor compression circuit; wherein the high side condition sensor is configured to measure a high side operating condition; a storage device configured to store information describing a compressor operating envelope; a control device configured to influence the high side operating condition; and a controller (240, 500) in communication with the low side condition sensor, the high side condition sensor, the storage device and the control device; the system being characterised by the controller being configured to determine a theoretical high side operating condition using the information stored in the storage device, being configured to compare the high side operating condition to the theoretical high side operating condition, being configured to determine a control output based on the comparison between the high side operating condition and the theoretical high side operating condition, and being configured to communicate the control output to the control device.
A data transmission system comprising: a visual interface device comprising a display panel and a control unit, the control unit receiving display data and transmission data, and transmitting the display data and the transmission data to at least one of a plurality of row electrodes and a plurality of column electrodes of a pixel matrix of the display panel; and an operation device comprising an extracting unit; wherein a coupling signal containing the display data and the transmission data is coupled from the at least one of the plurality of row electrodes and the plurality of column electrodes of the pixel matrix of the display panel to the operation device when the operation device operates on the visual interface device, and the operation device retrieves the transmission data from the coupling signal by the extracting unit. a visual interface device comprising a display panel and a control unit, the control unit receiving display data and transmission data, and transmitting the display data and the transmission data to at least one of a plurality of row electrodes and a plurality of column electrodes of a pixel matrix of the display panel; and an operation device comprising an extracting unit; wherein a coupling signal containing the display data and the transmission data is coupled from the at least one of the plurality of row electrodes and the plurality of column electrodes of the pixel matrix of the display panel to the operation device when the operation device operates on the visual interface device, and the operation device retrieves the transmission data from the coupling signal by the extracting unit.
Method for cleaning a rotor of a centrifugal separator in a gas separation plant having at least two centrifugal separators, coupled in parallel and functioning by counter-current separation, in which each centrifugal separator has a housing with a rotatably supported rotor with sedimentation surface elements, a gas inlet coupled to a common gas feed for contaminated gas, and a gas outlet coupled to a gas outlet line (24, 26) for scrubbed gas, and having a fan in the outlet line in order to draw contaminated gas into both of the centrifugal separators together during gas scrubbing operation, and to extract scrubbed gas from these via the outlet line (24, 26), characterized in that for cleaning the rotor of one of the centrifugal separators, the outlet line from this separator is shut off and an air inlet in its gas outlet upstream of the shut-off in the outlet line is opened, the air from the air inlet being made to flow through the rotor of the separator that is to be cleaned in a direction of flow opposed to the normal gas flow direction through the rotor and into the gas inlet of the other, active centrifugal separator.
Sensor component - having a first and a second sensor element (SE1, SE2) for a respective sensor function, - having a housing that has a base element, a wall element in the form of a frame and a cover, which together enclose a cavity, - in which the first sensor element is an MEMS sensor and is mounted inside the cavity on the base element of the housing, - in which the second sensor element is in the form of an ASIC having an active sensor area and is mounted on or under the cover or embedded in the cover, - in which the cover situated at the top has an opening, - in which the active sensor area of the second sensor element is connected through the opening to the outside air outside the housing, - in which electrical outer contacts are provided on an outer area of the housing, - in which the cavity has at least one bushing that connects the inside of the housing and hence the MEMS sensor to the surroundings outside the housing, - in which the MEMS sensor is mounted without tension on spring contact elements that connect the contact areas of the MEMS sensor to inner pads on the inside of the base element, in which at least one sensor function is integrated on or in the ASIC and in which the ASIC generates an output value. - having a first and a second sensor element (SE1, SE2) for a respective sensor function, - having a housing that has a base element, a wall element in the form of a frame and a cover, which together enclose a cavity, - in which the first sensor element is an MEMS sensor and is mounted inside the cavity on the base element of the housing, - in which the second sensor element is in the form of an ASIC having an active sensor area and is mounted on or under the cover or embedded in the cover, - in which the cover situated at the top has an opening, - in which the active sensor area of the second sensor element is connected through the opening to the outside air outside the housing, - in which electrical outer contacts are provided on an outer area of the housing, - in which the cavity has at least one bushing that connects the inside of the housing and hence the MEMS sensor to the surroundings outside the housing, - in which the MEMS sensor is mounted without tension on spring contact elements that connect the contact areas of the MEMS sensor to inner pads on the inside of the base element, in which at least one sensor function is integrated on or in the ASIC and in which the ASIC generates an output value.
A non-therapeutic method of killing spores on a surface which comprises applying an effective amount of a composition to said surface, wherein said composition comprises at least one biguanide polymer, at least one further active agent and at least one tertiary amine oxide, wherein the at least one further active agent comprises a quaternary ammonium salt.
Magazining device comprising a magazining strip which is U-shaped in cross section and comprises a base and two walls having openings located opposite each other in pairs for receiving rod-shaped parts, and having a device for retraining the rod-shaped parts in the receiving openings, characterised in that the retraining device (25, 35) comprises retraining elements formed on at least one of the walls (18, 19), which elements are each formed as a finger-like wall extension (27, 37, 47, 57, 67) on a connecting piece between two receiving openings (20, 21; 31, 32) which are adjacent in the longitudinal direction, and which elements can be or are each folded from a starting position in which said elements lie in a plane together with the wall (18, 19) on which they are formed, in order to firmly hold the rod-shaped parts in a region between the walls (18, 19), but which elements are able to be bent back into the starting position in order to release the rod-shaped parts.
A method for setting up a call from a subscriber having a first caller identification (CLI 1,j) to a mobile station to which a first dial number in a first mobile phone network is assigned, characterised by: storing a first association (Z 1) between the first dial number and a second dial number (VB n) assigned in a second mobile phone network, in a service node of the second mobile phone network; receiving a first call which is directed to the second dial number (VB n) and contains the first caller identification (CLI 1,j), in the second mobile phone network; if no reserve dial number (C j) is yet associated with the first caller identification (CLI 1,j) in the service node, associating a yet unassociated reserve dial number (C j) from a pool of reserve dial numbers of the second mobile phone network with the first caller identification (CLI 1,j) and storing this association as second association (Z 2) to the first association (Z 1) in the service node; generating a second caller identification (CLI 2) comprising the reserve dial number (C j) associated with the first caller identification (CLI 1,j); determining the first dial number associated with the second dial number (VB n) from the stored first association (Z 1); and, setting up a second call from the second mobile phone network, or another mobile or fixed phone network (5'"), to the mobile station addressed by the first dial number and connecting the first call to the second call, wherein the second caller identification (CLI 2) is transmitted in the second call. storing a first association (Z 1) between the first dial number and a second dial number (VB n) assigned in a second mobile phone network, in a service node of the second mobile phone network; receiving a first call which is directed to the second dial number (VB n) and contains the first caller identification (CLI 1,j), in the second mobile phone network; if no reserve dial number (C j) is yet associated with the first caller identification (CLI 1,j) in the service node, associating a yet unassociated reserve dial number (C j) from a pool of reserve dial numbers of the second mobile phone network with the first caller identification (CLI 1,j) and storing this association as second association (Z 2) to the first association (Z 1) in the service node; generating a second caller identification (CLI 2) comprising the reserve dial number (C j) associated with the first caller identification (CLI 1,j); determining the first dial number associated with the second dial number (VB n) from the stored first association (Z 1); and, setting up a second call from the second mobile phone network, or another mobile or fixed phone network (5'"), to the mobile station addressed by the first dial number and connecting the first call to the second call, wherein the second caller identification (CLI 2) is transmitted in the second call.
Drawing apparatus for air spinning machines with multiple feeds, comprising: - at least a first and a second introducer element (8,12), independent of each other, so as to be able to feed simultaneously at least two separate slivers (N1, N2) of textile fiber, - an air spinning device suitable to spin said slivers (N1, N2) of textile fiber, - a drawing device placed between the introducer elements (8, 12) and the air spinning device, comprising a plurality of pairs of drawing rollers, comprising one drive roller and one idle roller per pair, said drawing rollers being suitable to perform a progressive drawing of each sliver simultaneously intercepted by them, wherein - at least one drive roller of a pair of said drawing rollers is mechanically split into a first drive roller which intercepts a first sliver and a second drive roller which intercepts the second sliver, - said first and second drive rollers (40,44) being operatively connected to separate drive means so that they may be operated at different speeds of rotation, to perform different degrees of drawing of the two slivers (N1, N2) intercepted by said first and second drive roller (40,44), - wherein said first drive roller is associated with a first idle roller and said second drive roller is associated with a second idle roller, said idle rollers (52,56) being mechanically separate from each other, wherein said first and second drive rollers (40, 44) are coaxial with each other, characterized in that said first idle roller is associated with a first thrust means that elastically biases it in contact with the first drive roller and said second idle roller is associated with a second thrust means that elastically biases it in contact with the second drive roller. - at least a first and a second introducer element (8,12), independent of each other, so as to be able to feed simultaneously at least two separate slivers (N1, N2) of textile fiber, - an air spinning device suitable to spin said slivers (N1, N2) of textile fiber, - a drawing device placed between the introducer elements (8, 12) and the air spinning device, comprising a plurality of pairs of drawing rollers, comprising one drive roller and one idle roller per pair, said drawing rollers being suitable to perform a progressive drawing of each sliver simultaneously intercepted by them, wherein - at least one drive roller of a pair of said drawing rollers is mechanically split into a first drive roller which intercepts a first sliver and a second drive roller which intercepts the second sliver, - said first and second drive rollers (40,44) being operatively connected to separate drive means so that they may be operated at different speeds of rotation, to perform different degrees of drawing of the two slivers (N1, N2) intercepted by said first and second drive roller (40,44), - wherein said first drive roller is associated with a first idle roller and said second drive roller is associated with a second idle roller, said idle rollers (52,56) being mechanically separate from each other,