mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for a network tap for monitoring state of a monitoring system, comprising: a set of network ports (302, 306), said set of network ports including a set of input network ports for receiving data traffic and a set of output network ports for outputting said data traffic from said network tap; a monitoring port, said monitoring port being configured to receive said data traffic from said set of network ports and to forward said data traffic onward to said monitoring system; a logic component configured for executing a sequential heartbeat diagnostic test, wherein said sequential heartbeat diagnostic test is configured for providing first, second, and third sets of sequential heartbeat packets (310, 312, 314) for testing and determining said state of said monitoring system, wherein the first set of sequential heartbeat packets simulates a TCP connection, the second set of sequential heartbeat packets simulates a first security policy, and the third set of sequential heartbeat packets simulates a second security policy; and a logic component for activating one or more events when a failure condition exists for said state of said monitoring system. a set of network ports (302, 306), said set of network ports including a set of input network ports for receiving data traffic and a set of output network ports for outputting said data traffic from said network tap; a monitoring port, said monitoring port being configured to receive said data traffic from said set of network ports and to forward said data traffic onward to said monitoring system; a logic component configured for executing a sequential heartbeat diagnostic test, wherein said sequential heartbeat diagnostic test is configured for providing first, second, and third sets of sequential heartbeat packets (310, 312, 314) for testing and determining said state of said monitoring system, wherein the first set of sequential heartbeat packets simulates a TCP connection, the second set of sequential heartbeat packets simulates a first security policy, and the third set of sequential heartbeat packets simulates a second security policy; and a logic component for activating one or more events when a failure condition exists for said state of said monitoring system.
A spool support for supporting a windable material, the spool support comprising: a main body (2; 206), an actuator (50, 202), and a clamp portion (30; 212); wherein; the actuator is movable relative to the main body between a first position and a second position; the clamp portion is pivotably connected to the main body, the actuator actuating the clamp portion such that the clamp portion pivots relative to the main body between a retracted position when the actuator is in the first position and a deployed position when the actuator is in the second position; and the actuator and main body are movable relative to one another between the first and second positions via an intermediate position, the spool support further comprising a resilient member configured to provide an over-centre bias between the main body and actuator by urging the actuator and main body away from the intermediate position. a main body (2; 206), an actuator (50, 202), and a clamp portion (30; 212); the actuator is movable relative to the main body between a first position and a second position; the clamp portion is pivotably connected to the main body, the actuator actuating the clamp portion such that the clamp portion pivots relative to the main body between a retracted position when the actuator is in the first position and a deployed position when the actuator is in the second position; and the actuator and main body are movable relative to one another between the first and second positions via an intermediate position, the spool support further comprising a resilient member configured to provide an over-centre bias between the main body and actuator by urging the actuator and main body away from the intermediate position.
Cooking vessel comprising a vessel body with a textured, partially coated stainless steel inner surface, the textured inner surface having a plurality of ribs rising above recesses, the recesses having bottoms covered with a non-stick coating, the ribs having tops that are not coated and sides separate from the bottoms of the recesses, the sides of the ribs connecting the tops of the ribs to the bottoms of the recesses, the tops of the ribs rising above the non-stick coating that covers the bottoms of the recesses, the bottoms of the recesses and the sides of the ribs having a rough surface under the non-stick coating in order to improve the grip of the non-stick coating, characterised in that the sides of the ribs form ramps connecting the tops of the ribs to the bottoms of the recesses, and in that the non-stick coating rises on the sides of the ribs from the bottoms of the recesses in the direction of the tops of the ribs without exceeding the height of the tops.
A gas turbine engine, comprising: a cover having a cover arm extending between a first arm end and a second arm end having a cover end surface, the cover arm defining a cover notch that extends from the second arm end towards a notch end surface and is disposed between a first cover lug and a second cover lug; a support having a support body, a first support arm extending between a first support arm first end connected to the support body and a first support arm second end, the first support arm defining a support notch that extends from the first support arm first end towards a support end face and is disposed between a first support lug and a second support lug, the first cover lug being received within the support notch and the first support lug being received within the cover notch; a first gap defined between the first support lug and the notch end surface and a second gap defined between the first cover lug and the support end face; and a sealing member, characterized in that the sealing member extends between a first sealing member end having a first flange that is received within a groove defined by the cover arm and disposed proximate the first gap and a second sealing member end having a second flange that is received within at least one of the second gap or a groove defined by the first support arm. a cover having a cover arm extending between a first arm end and a second arm end having a cover end surface, the cover arm defining a cover notch that extends from the second arm end towards a notch end surface and is disposed between a first cover lug and a second cover lug; a support having a support body, a first support arm extending between a first support arm first end connected to the support body and a first support arm second end, the first support arm defining a support notch that extends from the first support arm first end towards a support end face and is disposed between a first support lug and a second support lug, the first cover lug being received within the support notch and the first support lug being received within the cover notch; a first gap defined between the first support lug and the notch end surface and a second gap defined between the first cover lug and the support end face; and a sealing member, characterized in that the sealing member extends between a first sealing member end having a first flange that is received within a groove defined by the cover arm and disposed proximate the first gap and a second sealing member end having a second flange that is received within at least one of the second gap or a groove defined by the first support arm.
Method for producing a plastic film containing a compound absorbing ultraviolet radiation, comprising (a) depositing an alcoholic solution of polyvinyl butyral on a transparent support film made of plastic, preferably polyethylene terephthalate, (b) evaporating the solvent from the alcoholic solution of polyvinyl butyral so as to form a polyvinyl butyral layer on the transparent support film, (c) printing the polyvinyl butyral layer with an ink containing a compound absorbing ultraviolet radiation in a pattern, (d) heating the transparent plastic support film, coated with the printed polyvinyl butyral layer to a temperature and for a time sufficient to enable at least part of the UV absorber to pass from the polyvinyl butyral layer to the plastic support film, (e) removing the polyvinyl butyral layer, preferably by washing with a suitable solvent. (a) depositing an alcoholic solution of polyvinyl butyral on a transparent support film made of plastic, preferably polyethylene terephthalate, (b) evaporating the solvent from the alcoholic solution of polyvinyl butyral so as to form a polyvinyl butyral layer on the transparent support film, (c) printing the polyvinyl butyral layer with an ink containing a compound absorbing ultraviolet radiation in a pattern, (d) heating the transparent plastic support film, coated with the printed polyvinyl butyral layer to a temperature and for a time sufficient to enable at least part of the UV absorber to pass from the polyvinyl butyral layer to the plastic support film, (e) removing the polyvinyl butyral layer, preferably by washing with a suitable solvent.
A humidifier of the type which is used for heating and humidifying a flow of respiratory gases supplied to a user, said humidifier adapted to heat the contents of a humidifier chamber which is removably attached in use to said humidifier, said humidifier comprising: a base unit, adapted to hold said humidifier chamber in position relative to said humidifier, characterised by: a heater base fixed to said base unit, comprising a heater plate and a resilient member fixed to the heater plate to resiliently mount the heater plate to the base unit and provide a fluid barrier between the heater plate and the base unit, and a heating element for providing heat to the heater plate, wherein said resilient member has a first portion coupled to the heater plate, and second portion providing a flange around at least part of a perimeter portion of said heater plate, said heater base fixed to said base unit by said flange in such a manner that said heater plate and said first portion can move relative to said base unit. a base unit, adapted to hold said humidifier chamber in position relative to said humidifier, characterised by: a heater base fixed to said base unit, comprising a heater plate and a resilient member fixed to the heater plate to resiliently mount the heater plate to the base unit and provide a fluid barrier between the heater plate and the base unit, and a heating element for providing heat to the heater plate, a heater base fixed to said base unit, comprising a heater plate and a resilient member fixed to the heater plate to resiliently mount the heater plate to the base unit and provide a fluid barrier between the heater plate and the base unit, and a heating element for providing heat to the heater plate,
Method for detecting failed printing nozzles in an inkjet printing machine by means of a computer wherein a digital nozzle test chart is printed for every colour separation, said nozzle test chart consisting of a specific number of horizontal rows of equidistant vertical lines printed periodically and disposed underneath one another, wherein in every row of the digital nozzle test chart, periodically only those printing nozzles that correspond to the specific number of horizontal rows contribute to the digital nozzle test chart, wherein in every row, a different nozzle marks the beginning of the row and wherein for the purpose of analysis, the printed nozzle test chart is recorded by an image sensor, digitized and transmitted to the computer for analysis, characterized in that to identify failed printing nozzles at a left-hand or right-hand margin of a printing head during the analysis of the printed nozzle test chart, the computer checks the left-hand or right-hand beginning, respectively, of the horizontal rows (8, 9) of the printed nozzle test chart to find out how far the lines at the left-hand or right-hand beginning of the respective next row underneath in the printed nozzle test chart deviate geometrically, wherein the computer checks the geometric deviation of the lines to find out the size of the horizontal distance between the first line in a row of the printed nozzle test chart and the first line of the next row underneath in the nozzle test chart.
A method for repairing a leak in a casing of a well, wherein the casing comprises an inner casing and an outer casing with a first space formed therebetween, the method comprising: removing a portion of the inner casing to create an opening in the inner casing so that the first space is accessible; inserting a scab liner and an annular packer tool attached to the scab liner to a location adjacent to the opening, wherein the annular packer tool surrounds the scab liner and comprises one or more segments of heat-deforming material on an outer surface of the annular packer tool; tying the scab liner to a production liner or a wellhead of the well to secure the scab liner; inserting a heater into the well and positioning the heater at a location that is internally within the scab liner and is adjacent to the annular packer tool; activating the heater to a temperature above an activation temperature of the one or more segments of heat-deforming material, thereby causing the heat-deforming material to melt, and wherein the melted heat-deforming material flows into the opening; and reducing the temperature of the location adjacent to the annular packer tool to below the activation temperature of the heat-deforming material to cause the melted heat-deforming material to solidify within the opening and within the first space. removing a portion of the inner casing to create an opening in the inner casing so that the first space is accessible; inserting a scab liner and an annular packer tool attached to the scab liner to a location adjacent to the opening, wherein the annular packer tool surrounds the scab liner and comprises one or more segments of heat-deforming material on an outer surface of the annular packer tool; tying the scab liner to a production liner or a wellhead of the well to secure the scab liner; inserting a heater into the well and positioning the heater at a location that is internally within the scab liner and is adjacent to the annular packer tool; activating the heater to a temperature above an activation temperature of the one or more segments of heat-deforming material, thereby causing the heat-deforming material to melt, and wherein the melted heat-deforming material flows into the opening; and reducing the temperature of the location adjacent to the annular packer tool to below the activation temperature of the heat-deforming material to cause the melted heat-deforming material to solidify within the opening and within the first space.
A sealing arrangement (100; 200; 300), which can be pushed onto a cable and is fixable on the cable for mounting in a cable feedthrough of a housing, comprising: - a clamping body (104; 304) having a sealing part (106; 306) fastened thereto, and - a clamping ring (108; 208), which can be pushed onto the cable body (104; 304), which clamping ring fixes the clamping body (104; 304) and thus the sealing arrangement (100; 200; 300) on the cable, wherein the sealing part (106; 306) is made from an elastically deformable first material, and wherein the clamping body (104; 304) is made from a second elastically deformable material, wherein the second material has a lower elasticity than the first material, characterized in that the sealing part (106; 306) is fastened in a force-locking, form-locking and/or material-locking manner in the axial direction to an end of the clamping body, and that the sealing part (106; 306) has a larger diameter than the cable feedthrough accommodating the sealing part (106; 306), so that the sealing part (106; 306) is compressed in the mounted state into the cable feedthrough of the housing and is exposed to forces acting radially against the cable and against the cable feedthrough into a housing wall, which forces deform the sealing part (106; 306) in a sealing manner simultaneously against the cable and the cable feedthrough. - a clamping body (104; 304) having a sealing part (106; 306) fastened thereto, and - a clamping ring (108; 208), which can be pushed onto the cable body (104; 304), which clamping ring fixes the clamping body (104; 304) and thus the sealing arrangement (100; 200; 300) on the cable,
A method for video data extension, comprising: receiving a Serial Digital Interface video bitstream (SDIO, SDI1) at a data processor (110, 110'), the video bitstream comprising video data received at a first bit-rate, wherein the video data comprises serial data; obtaining a first clock signal (22, 23) from the video bitstream, the first clock signal indicative of the first bit-rate; generating a second clock signal based on a second bit-rate; converting the serial data into parallel data; buffering the parallel data before segmenting the video bitstream into a plurality of segments based on the first clock signal and the second clock signal, segmenting via the data processor the video bitstream into the plurality of segments (1012, 1022), wherein the maximum number of bits in any segment of said plurality of segments is n with n a positive integer greater than one, and wherein at least some of said plurality of segments comprise n-bit data segments; appending via a control module an additional segment (1002, 1004, 1006, 1008, 1010, 1020) to each of said plurality of segments for providing an extended video bitstream, wherein the additional segment comprises m-bit information, wherein m is a positive integer greater than one, and wherein the additional segment comprises RS422 data; and transmitting via a transmitter module (191, 192) the extended video bitstream at the second bit-rate, wherein the second bit-rate is equal to or greater than (n+m)/n times the first bit-rate. receiving a Serial Digital Interface video bitstream (SDIO, SDI1) at a data processor (110, 110'), the video bitstream comprising video data received at a first bit-rate, wherein the video data comprises serial data; obtaining a first clock signal (22, 23) from the video bitstream, the first clock signal indicative of the first bit-rate; generating a second clock signal based on a second bit-rate; converting the serial data into parallel data; buffering the parallel data before segmenting the video bitstream into a plurality of segments based on the first clock signal and the second clock signal, segmenting via the data processor the video bitstream into the plurality of segments (1012, 1022), wherein the maximum number of bits in any segment of said plurality of segments is n with n a positive integer greater than one, and wherein at least some of said plurality of segments comprise n-bit data segments; appending via a control module an additional segment (1002, 1004, 1006, 1008, 1010, 1020) to each of said plurality of segments for providing an extended video bitstream, wherein the additional segment comprises m-bit information, wherein m is a positive integer greater than one, and wherein the additional segment comprises RS422 data; and transmitting via a transmitter module (191, 192) the extended video bitstream at the second bit-rate, wherein the second bit-rate is equal to or greater than (n+m)/n times the first bit-rate.
A tracking device (10; 10') for use in a surgical navigation system, comprising: an electromagnetic sensor (14; 14') configured to generate a sensor signal that depends on an external electromagnetic field; at least one line element (18; 18') electrically connected to the electromagnetic sensor (14; 14'), wherein the line element (18; 18') comprises a first line section (20, 20'), a second line section (22; 22'), and a third line section (24; 24') arranged between the first line section (20; 20') and the second line section (22; 22'); and a strain relieve unit (26; 26') comprising a core (28; 28'), wherein the core (28; 28') comprises a longitudinal axis (30; 30'), an outer surface (32; 32') and at least one recess (34; 34') which extends in the outer surface (32; 32') circumferentially around the longitudinal axis (30; 30'), wherein the first line section (20; 20') extends into the strain relieve unit (26; 26') on a first side (36; 36') of the strain relieve unit (26; 26'), the second line section (22; 22') extends into the strain relieve unit (26; 26') on a second side (38; 38') of the strain relieve unit (26; 26'), and the third line section (24; 24') extends within the recess (34; 34'). an electromagnetic sensor (14; 14') configured to generate a sensor signal that depends on an external electromagnetic field; at least one line element (18; 18') electrically connected to the electromagnetic sensor (14; 14'), wherein the line element (18; 18') comprises a first line section (20, 20'), a second line section (22; 22'), and a third line section (24; 24') arranged between the first line section (20; 20') and the second line section (22; 22'); and a strain relieve unit (26; 26') comprising a core (28; 28'), wherein the core (28; 28') comprises a longitudinal axis (30; 30'), an outer surface (32; 32') and at least one recess (34; 34') which extends in the outer surface (32; 32') circumferentially around the longitudinal axis (30; 30'), wherein the first line section (20; 20') extends into the strain relieve unit (26; 26') on a first side (36; 36') of the strain relieve unit (26; 26'), the second line section (22; 22') extends into the strain relieve unit (26; 26') on a second side (38; 38') of the strain relieve unit (26; 26'), and the third line section (24; 24') extends within the recess (34; 34').
A valve seat insert (10A, 10B, 10C) for a cylinder head of an internal combustion engine, the valve seat insert (10A, 10B, 10C) comprising: a ring-shaped body defining a passage for enabling a fluid to pass through the body along an axial direction from an entrance side to an exit side of the valve seat insert (10A, 10B, 10C), wherein the body comprises an entrance side section with a first contact surface section, and a valve sealing surface section, and an exit side section with a second contact surface section, the body further comprises an arch section axially extending from the entrance side section to the exit side section and decreasing in material thickness from the entrance side section towards the exit side section up to a minimum thickness axial position characterized in that the minimum thickness axial position at which the decrease of material thickness ceases is located in the half of the arch section being close to the exit side section. a ring-shaped body defining a passage for enabling a fluid to pass through the body along an axial direction from an entrance side to an exit side of the valve seat insert (10A, 10B, 10C), wherein the body comprises an entrance side section with a first contact surface section, and a valve sealing surface section, and an exit side section with a second contact surface section, an entrance side section with a first contact surface section, and a valve sealing surface section, and an exit side section with a second contact surface section, the body further comprises an arch section axially extending from the entrance side section to the exit side section and decreasing in material thickness from the entrance side section towards the exit side section up to a minimum thickness axial position characterized in that the minimum thickness axial position at which the decrease of material thickness ceases is located in the half of the arch section being close to the exit side section. an arch section axially extending from the entrance side section to the exit side section and decreasing in material thickness from the entrance side section towards the exit side section up to a minimum thickness axial position characterized in that the minimum thickness axial position at which the decrease of material thickness ceases is located in the half of the arch section being close to the exit side section.