mhurhangee/ep-ind-claims huggingface dataset:
A marine vessel propulsion system for applying a propulsive force to a marine vessel, the marine vessel propulsion system comprising: a propulsive force generator configured to generate the propulsive force; a drive source configured to drive the propulsive force generator; and a controller configured or programmed to control the drive source to perform a plurality of marine vessel maneuvering-related functions including at least one limited function, wherein the controller includes an interface, the controller is further configured and programmed to include a restriction unit to restrict a control operation for the at least one limited function, and a restriction cancellation unit to cancel the restriction effected by the restriction unit to permit the control operation for the at least one limited function when a predetermined keycode is inputted from the interface or is registered in the controller, the predetermined keycode includes valid period information, and the restriction cancellation unit cancels the restriction effected by the restriction unit only during a valid period indicated by the valid period information, and the at least one limited function includes a function to cause the marine vessel to travel at a constant speed. a propulsive force generator configured to generate the propulsive force; a drive source configured to drive the propulsive force generator; and a controller configured or programmed to control the drive source to perform a plurality of marine vessel maneuvering-related functions including at least one limited function, wherein the controller includes an interface, the controller is further configured and programmed to include a restriction unit to restrict a control operation for the at least one limited function, and a restriction cancellation unit to cancel the restriction effected by the restriction unit to permit the control operation for the at least one limited function when a predetermined keycode is inputted from the interface or is registered in the controller, the predetermined keycode includes valid period information, and the restriction cancellation unit cancels the restriction effected by the restriction unit only during a valid period indicated by the valid period information, and the at least one limited function includes a function to cause the marine vessel to travel at a constant speed.
A lighting arrangement for a tower or tunnel, especially a wind power generating tower, comprising two or preferably several lighting devices which are arranged at a distance from each other and which are electrically connected to each other by a cable or several cable sections with electrical conductor leads, wherein the lighting devices each comprise a housing which is formed in any case in a partially transparent way, characterized in that at least two lighting means (19, 20) are provided in the housing, which emit their light as a cone of light in entirely or substantially mutually averted directions, wherein the cones of light of the lighting means (19, 20) and the cable sections extend in parallel with respect to each other.
A caramelized concentrated orange carrot permeate comprising fructose, glucose, and sucrose, wherein a. The amount of fructose is 10 to 25 wt% on a dry matter basis, b. The amount of glucose is 5 to 15 wt% on a dry matter basis, c. The amount of sucrose is 0.5-25 wt% on a dry matter basis, and d. The dry matter is 55 to 85 wt%. a. The amount of fructose is 10 to 25 wt% on a dry matter basis, b. The amount of glucose is 5 to 15 wt% on a dry matter basis, c. The amount of sucrose is 0.5-25 wt% on a dry matter basis, and d. The dry matter is 55 to 85 wt%.
Device for the transcutaneous electrical stimulation of the trigeminal nerve, comprising: - an elongated symmetrical support comprising at least one electrode pair (11, 12), said support being suitable to be applied on the forehead of a person's face in the supraorbital region thereby covering the afferent paths of the supratrochlear and supraorbital nerves of the ophthalmic branch of the trigeminal nerve, each electrode pair (11, 12) being in contact with a self-adhesive conductive gel, said conductive gel covering at least partially one surface of the support for attaching said support to the forehead and being applied to two lateral zones (13, 14) with the exception of an insulating central zone, whereby each lateral zone comprises one electrode of the electrode pair, - at least one electric circuit for generating and supplying to the electrode pair electric pulses having a predefined intensity (11, 12), and - at least one measurement means for measuring the intensity of the supplied pulses, said measurement means being connected to the electric circuit, characterized in that, the device is configured for no longer generating and supplying electric pulses to the electrode pair when the measured pulse intensity is different from the predefined intensity. - an elongated symmetrical support comprising at least one electrode pair (11, 12), said support being suitable to be applied on the forehead of a person's face in the supraorbital region thereby covering the afferent paths of the supratrochlear and supraorbital nerves of the ophthalmic branch of the trigeminal nerve, each electrode pair (11, 12) being in contact with a self-adhesive conductive gel, said conductive gel covering at least partially one surface of the support for attaching said support to the forehead and being applied to two lateral zones (13, 14) with the exception of an insulating central zone, whereby each lateral zone comprises one electrode of the electrode pair, - at least one electric circuit for generating and supplying to the electrode pair electric pulses having a predefined intensity (11, 12), and - at least one measurement means for measuring the intensity of the supplied pulses, said measurement means being connected to the electric circuit, characterized in that, the device is configured for no longer generating and supplying electric pulses to the electrode pair when the measured pulse intensity is different from the predefined intensity.
A method for forwarding an email, characterized by, comprising: determining a to-be-forwarded email group and a target object, in response to a detection of an email forwarding operation, wherein the target object comprises one or more of a target instant messaging IM group and a target IM user; and forwarding an email group to the target object and displaying the email group in the target object, wherein the email group comprises a plurality of associated emails having same feature information, wherein the same feature information comprises at least one of: a same subject, sending times within a preset time range, a same sender, a same recipient, a replying reference relationship, and a forwarding reference relationship. determining a to-be-forwarded email group and a target object, in response to a detection of an email forwarding operation, wherein the target object comprises one or more of a target instant messaging IM group and a target IM user; and forwarding an email group to the target object and displaying the email group in the target object, wherein the email group comprises a plurality of associated emails having same feature information, wherein the same feature information comprises at least one of: a same subject, sending times within a preset time range, a same sender, a same recipient, a replying reference relationship, and a forwarding reference relationship.
A method of constructing an artificial mark, comprising: forming a first mark including a non-reflective portion and an infrared reflective portion; and forming a second mark including a non-reflective portion and an infrared reflective portion and being apart from the first mark at a predetermined distance (d), wherein the first and second marks are a retro-reflective artificial mark, and characterized in that an outer portion of the first mark and an inner portion of the second mark are non-reflective portions, and an inner portion of the first mark and an outer portion of the second mark are infrared reflective portions. forming a first mark including a non-reflective portion and an infrared reflective portion; and forming a second mark including a non-reflective portion and an infrared reflective portion and being apart from the first mark at a predetermined distance (d), wherein the first and second marks are a retro-reflective artificial mark, and characterized in that an outer portion of the first mark and an inner portion of the second mark are non-reflective portions, and an inner portion of the first mark and an outer portion of the second mark are infrared reflective portions.
Method of detecting at least one antigen, comprising the steps of: a) providing magnetic beads coated with antibodies specific to at least one antigen to be detected; b) exposing the magnetic beads to a washing buffer comprising at least 8% BSA; c) incubating the mixture of step b) with a sample; d) isolating the magnetic beads by means of a magnetic separator; and e) detecting the antigens bound by means of the antibodies to the magnetic beads and wherein the at least one antigen to be detected is selected from the group consisting of Legionella, adenovirus and/or Escherichia coli. a) providing magnetic beads coated with antibodies specific to at least one antigen to be detected; b) exposing the magnetic beads to a washing buffer comprising at least 8% BSA; c) incubating the mixture of step b) with a sample; d) isolating the magnetic beads by means of a magnetic separator; and e) detecting the antigens bound by means of the antibodies to the magnetic beads
An infusion catheter comprising: an elongate flexible shaft comprising a wall and a lumen extending a length between a proximal end and a distal end; a sealing member within the shaft lumen comprising a wall and a lumen extending a length between a proximal end and a distal end, the distal end of the sealing member being attached to the distal end of the shaft; a slidable, retractable elongate central axis member extending through the shaft and sealing member lumen; and an eluting portion having a lumen fluidly connected to the distal end of the shaft lumen, wherein the eluting portion and the elongate central axis member connect to a distal end cap. an elongate flexible shaft comprising a wall and a lumen extending a length between a proximal end and a distal end; a sealing member within the shaft lumen comprising a wall and a lumen extending a length between a proximal end and a distal end, the distal end of the sealing member being attached to the distal end of the shaft; a slidable, retractable elongate central axis member extending through the shaft and sealing member lumen; and an eluting portion having a lumen fluidly connected to the distal end of the shaft lumen, wherein the eluting portion and the elongate central axis member connect to a distal end cap.
Drive device having a first half-bridge with a first phase connection, a second half-bridge with a second phase connection, a third half-bridge with a third phase connection and a fourth half-bridge with a fourth phase connection, wherein the first phase connection is connected to the second phase connection via a first current-compensated inductor which has a first motor-winding-side connection, wherein the third phase connection is connected to the fourth phase connection via a second current-compensated inductor which has a second motor-winding-side connection, having a first motor winding, wherein the first motor winding has a first motor winding end and a second motor winding end, characterized in that the first motor-winding-side connection is connected to the first motor winding end, and the second motor-winding-side connection is connected to the second motor winding end, wherein an eighth half-bridge is provided for direct connection to the first motor winding end of the first motor winding, and a ninth half-bridge is provided for direct connection to the second motor winding end of the first motor winding.
A driver circuit configured to control a switch of a switched-mode power converter; wherein the switched-mode power converter comprises an inductor configured to store energy during a first state of the switch and configured to release energy towards a load of the switched-mode power converter during a second state of the switch; wherein the driver circuit comprises - a filter unit which is configured to determine a command signal based on a gate control signal applied to a gate of the switch; wherein the command signal is indicative of a current through the inductor; wherein the filter unit comprises a low pass filter (241, 242) configured to determine a low pass filtered signal from the gate control signal; wherein the filter unit comprises a high pass filter configured to remove a DC component from the low pass filtered signal, thereby yielding an AC signal; wherein the filter unit is configured to offset the AC signal by a feedback signal derived from an output voltage of the switched-mode power converter, thereby yielding the command signal; and - hysteretic control circuitry (221, 223, 250) configured to generate the gate control signal based on the command signal; wherein the switch alternates between the first and second state when being subjected to the gate control signal. - a filter unit which is configured to determine a command signal based on a gate control signal applied to a gate of the switch; wherein the command signal is indicative of a current through the inductor; wherein the filter unit comprises a low pass filter (241, 242) configured to determine a low pass filtered signal from the gate control signal; wherein the filter unit comprises a high pass filter configured to remove a DC component from the low pass filtered signal, thereby yielding an AC signal; wherein the filter unit is configured to offset the AC signal by a feedback signal derived from an output voltage of the switched-mode power converter, thereby yielding the command signal; and - hysteretic control circuitry (221, 223, 250) configured to generate the gate control signal based on the command signal; wherein the switch alternates between the first and second state when being subjected to the gate control signal.
Compound engine comprising an internal combustion engine and a first turbine, where the internal combustion engine comprises at least one piston displaceable through the interior of a cylinder, at least one intake valve and an exhaust valve characterized in that in the internal combustion engine the air admitted in an intake stroke is compressed in a first compression phase until a compression ratio less than the maximum compression ratio of the internal combustion engine, and subsequently a first part of that compressed air, is transferred, in a transfer phase, through a transfer valve, to a compressed air storage tank of the compound engine, where said first part of the compressed air transferred to the storage tank constitutes the working fluid of a bottom cycle which receives the heat at constant pressure from the exhaust gases of a top cycle from the internal combustion engine, and later it expands in the turbine which actuates an electric generator or rather transfers the energy to the crankshaft of the internal combustion engine, and where the part of air remaining in the cylinder, or second part of air is used, once the transfer phase to the compressed air storage tank is finalized, in the top cycle which is performed in the internal combustion engine, since said second part of air continues to be compressed in the internal combustion engine in a second compression phase until the maximum compression ratio of the internal combustion engine, followed by an expansion stroke, where said second part of air overexpands, and by an exhaust stroke, and where the exhaust gases of the internal combustion engine of the top cycle are conducted to a heat exchanger where they transfer heat at a constant pressure to the compressed bottom cycle air that finally expands in the turbine.
A system for managing distribution of digital security keys, the system comprising: a network terminal access point configured to intercept a packet on a computer network; a network monitoring device (116, 118, 120 122) comprising a key datastore and configured to receive the intercepted packet and decrypt the intercepted packet when a corresponding decryption key is stored in the key datastore; a secure keystore configured to store decryption keys; a key broker configured to: receive metadata corresponding to the intercepted packet; retrieve from the secure keystore, based on the metadata, the decryption key corresponding to the intercepted packet; provide the decryption key to the network monitoring device for storage in the key datastore; and wherein the key broker is further configured to remove the decryption key from the network monitoring device based on a decryption key storage limit of the network monitoring device and a priority of the decryption key. a network terminal access point configured to intercept a packet on a computer network; a network monitoring device (116, 118, 120 122) comprising a key datastore and configured to receive the intercepted packet and decrypt the intercepted packet when a corresponding decryption key is stored in the key datastore; a secure keystore configured to store decryption keys; a key broker configured to: receive metadata corresponding to the intercepted packet; retrieve from the secure keystore, based on the metadata, the decryption key corresponding to the intercepted packet; provide the decryption key to the network monitoring device for storage in the key datastore; and wherein the key broker is further configured to remove the decryption key from the network monitoring device based on a decryption key storage limit of the network monitoring device and a priority of the decryption key. receive metadata corresponding to the intercepted packet; retrieve from the secure keystore, based on the metadata, the decryption key corresponding to the intercepted packet; provide the decryption key to the network monitoring device for storage in the key datastore; and wherein the key broker is further configured to remove the decryption key from the network monitoring device based on a decryption key storage limit of the network monitoring device and a priority of the decryption key.
A fault diagnosis apparatus for an airflow meter for detecting an actual intake air quantity, comprising: means for detecting a rotation speed of an internal combustion engine; and means for estimating an intake air quantity, wherein it is determined that the airflow meter has a fault when a divergence value (AFMDG) of the estimated intake air quantity (Qest) calculated by the intake-air-quantity estimation means with respect to the actual intake air quantity obtained by the airflow meter is kept outside of a specified area sandwiched between an upper-limit fault diagnosis criterion (THhigh) and a lower-limit fault diagnosis criterion (THlow), which criteria (THhigh, THlow) are determined based on the rotation speed of the internal combustion engine so as to change depending on the rotational speed, the divergence value (AFMDG) being calculated as a ratio of the actual intake air quantity and the estimated intake air quantity (Qest), wherein it is determined that the airflow meter is normal when the rotation speed of the internal combustion engine is higher than or equal to a predetermined engine rotation speed under a specific condition (THlow≤AFMDG≤THhigh) that the divergence value (AFMDG) is less than or equal to the upper-limit fault diagnosis criterion value (THhigh) and greater than or equal to the lower-limit fault diagnosis criterion (THlow), and wherein a current determination result is maintained when the rotation speed of the internal combustion engine is less than the predetermined engine rotation speed under the specific condition (THlow≤AFMDG≤THhigh). means for detecting a rotation speed of an internal combustion engine; and means for estimating an intake air quantity, wherein it is determined that the airflow meter has a fault when a divergence value (AFMDG) of the estimated intake air quantity (Qest) calculated by the intake-air-quantity estimation means with respect to the actual intake air quantity obtained by the airflow meter is kept outside of a specified area sandwiched between an upper-limit fault diagnosis criterion (THhigh) and a lower-limit fault diagnosis criterion (THlow), which criteria (THhigh, THlow) are determined based on the rotation speed of the internal combustion engine so as to change depending on the rotational speed, the divergence value (AFMDG) being calculated as a ratio of the actual intake air quantity and the estimated intake air quantity (Qest), wherein it is determined that the airflow meter is normal when the rotation speed of the internal combustion engine is higher than or equal to a predetermined engine rotation speed under a specific condition (THlow≤AFMDG≤THhigh) that the divergence value (AFMDG) is less than or equal to the upper-limit fault diagnosis criterion value (THhigh) and greater than or equal to the lower-limit fault diagnosis criterion (THlow), and wherein a current determination result is maintained when the rotation speed of the internal combustion engine is less than the predetermined engine rotation speed under the specific condition (THlow≤AFMDG≤THhigh).
A cage for a rolling bearing retaining rolling elements of said rolling bearing, wherein of an entire outermost surface of said cage,, a tin alloy film consisting of tin and a metal other than said tin is formed on at least a sliding-contact surface of said cage to be subjected to sliding contact with said rolling elements and a sliding-contact surface thereof to be subjected to sliding contact with other members; said metal other than said tin has a lower surface free energy than iron; in said tin alloy film, as a weight ratio (wt%) between said tin and said metal other than said tin, (tin: metal other than tin) is (65:35) to (95:5); and a thickness of said tin alloy film is set to more than 5μm and less than 30μm.
A multi-stage centrifugal pump with a foot part which comprises a suction connection and a delivery connection, and with a head part, wherein at least two pump stages are arranged between the foot part and the head part, said stages each comprising an impeller and a housing surrounding this, with an outer casing surrounding the housing at a distance and forming an annular channel, and with clamping bolts which connect the head part and the foot part to one another amid the inclusion of the casing and the housings, wherein the annular channel leads the delivery fluid to one of the connections (2 or 16), characterised in that the clamping bolts are arranged in the annular channel.
A configurable logic element for a programmable integrated circuit, comprising: a first lookup-table including first inputs and first outputs, and first sum logic and first carry logic coupled between the first inputs and the first outputs; a second LUT including second inputs and second outputs, and second sum logic coupled between the second inputs and the second outputs; and a first cascade multiplexer coupled to one of the first inputs of the first LUT and a second cascade multiplexer coupled to one of the second inputs of the second LUT, an input of the second cascade multiplexer coupled to an output of the first carry logic in the first LUT. a first lookup-table including first inputs and first outputs, and first sum logic and first carry logic coupled between the first inputs and the first outputs; a second LUT including second inputs and second outputs, and second sum logic coupled between the second inputs and the second outputs; and a first cascade multiplexer coupled to one of the first inputs of the first LUT and a second cascade multiplexer coupled to one of the second inputs of the second LUT, an input of the second cascade multiplexer coupled to an output of the first carry logic in the first LUT.