mhurhangee/patent-ind-claim-en huggingface dataset:
Lever system for force transmission for a grinding roller , with a central rocking lever having a rocking lever axis that is supported on a bearing block , and with a hydraulic cylinder having a piston rod for the application of force to the rocking lever , wherein on the central rocking lever an eccentrically and only on one side of the central rocking lever arranged side lever is provided, wherein the side lever has a lever arm extending in the opposite direction to the grinding roller and wherein a force coupling is provided between the lever arm of the side lever and the piston rod of the hydraulic cylinder . with a central rocking lever having a rocking lever axis that is supported on a bearing block , and with a hydraulic cylinder having a piston rod for the application of force to the rocking lever , wherein on the central rocking lever an eccentrically and only on one side of the central rocking lever arranged side lever is provided, wherein the side lever has a lever arm extending in the opposite direction to the grinding roller and wherein a force coupling is provided between the lever arm of the side lever and the piston rod of the hydraulic cylinder .
Detector for recognising a ground/fault current as a ground/fault current caused by a human and/or a predeterminable farm animal within an electrical circuit, wherein the detector has at least one ground/fault current impedance measurement arrangement , wherein the ground/fault current impedance measurement arrangement has a voltage measurement arrangement for measuring a supply voltage, which supply voltage is applied to the detector , wherein the detector has a comparison and decision-making unit , which comparison and decision-making unit is connected to the impedance measurement arrangement , wherein the comparison and decision-making unit is designed to compare determined values of ground/fault current impedance to at least one predeterminable ground/fault current impedance limit condition, wherein the comparison and decision-making unit is furthermore designed to output the ground/fault current as human-caused ground/fault current, wherein the ground/fault current impedance must fulfil the at least one ground/fault current impedance limit condition in order for the ground-fault current to be output as human-caused ground-current current, wherein the detector has a voltage adjustment unit for the predeterminable adjustment, in particular lowering, of an output voltage of the detector relative to the supply voltage, wherein the voltage adjustment unit is designed for the predeterminable adjustment, in particular, for doubling a frequency of the output voltage relative to the supply voltage, characterised in that the voltage adjustment unit is designed, - in a first step to lower the output voltage to a first voltage value less than 10% of the supply voltage, when the frequency of the output voltage is unchanged relative to the supply voltage, - in a second step to leave the output voltage at the first voltage value, and to double the frequency of the output voltage relative to the supply voltage, - in a third step, when the frequency is doubled relative to the supply voltage, to set the output voltage to a second voltage value between 25% and 50% of the supply voltage, and - in a fourth step to leave the output voltage at the second voltage value, and to adapt the frequency of the output voltage to the frequency of the supply voltage. - in a first step to lower the output voltage to a first voltage value less than 10% of the supply voltage, when the frequency of the output voltage is unchanged relative to the supply voltage, - in a second step to leave the output voltage at the first voltage value, and to double the frequency of the output voltage relative to the supply voltage, - in a third step, when the frequency is doubled relative to the supply voltage, to set the output voltage to a second voltage value between 25% and 50% of the supply voltage, and - in a fourth step to leave the output voltage at the second voltage value, and to adapt the frequency of the output voltage to the frequency of the supply voltage.
A support roller for a cable transportation system haul cable, wherein the support roller comprises a hub extending about an axis of rotation (A); an outer ring extending about the hub and having a race for guiding the haul cable , wherein the race is defined by two lateral walls of outer ring , and by a ring of elastomer material enclosed between lateral walls ; and an intermediate ring ; and wherein the intermediate ring is connected to the outer ring and the hub to allow the outer ring to rotate about the hub and the axis of rotation (A), and to allow the outer ring to move radially with respect to the hub in at least one radial direction (D), wherein the outer ring is connected in rotary manner to the intermediate ring , preferably by means of at least one bearing ; and the intermediate ring is connected to the hub to slide in the radial direction (D).
A system for a rail-bound transport of articles, for example for the transporting in and away of material to or from railroad work vehicles, having a plurality of railroad cars which can be coupled together and which each have at least one transport track which is provided at a support structure , on which the articles can be traveled along the railroad cars and which is configured such that the transport tracks of railroad cars coupled together adjoin one another, wherein transport bodies are provided for the articles and are configured for a travelability along mutually adjoining transport tracks from railroad car to railroad car, or wherein the articles are piece goods and themselves form such transport bodies, wherein the support structures each form a loadable unit or are accommodated in a loadable unit , and wherein the loadable units are each releasably fastenable to the associated railroad car , characterized in that the support structures are each accommodated in a standard container or are each themselves configured as standard containers, with at least one of the loadable units having fastening apparatus for fastening at least one rail to an outer side of the loadable unit .
Method for producing a blade or blade arrangement of a turbomachine, comprising the following steps: ▪ producing a blade from at least one blade material, ▪ machining the blade in at least one region of the blade by means of a surface machining method, wherein the surface machining method includes at least one method from the group comprising grinding, vibratory grinding, polishing, electropolishing, peening and shot peening, ▪ cleaning the surface of the blade, ▪ depositing an erosion protection layer from at least two layers of different hardness by means of physical vapor phase deposition in the at least one region, ▪ machining the erosion protection layer by means of a layer smoothing method in order to set a certain surface roughness, wherein, after machining the blade by means of a surface machining method and before depositing the erosion protection layer, tip armor is deposited, wherein the erosion protection layer is deposited over the blade tip armor. ▪ producing a blade from at least one blade material, ▪ machining the blade in at least one region of the blade by means of a surface machining method, wherein the surface machining method includes at least one method from the group comprising grinding, vibratory grinding, polishing, electropolishing, peening and shot peening, ▪ cleaning the surface of the blade, ▪ depositing an erosion protection layer from at least two layers of different hardness by means of physical vapor phase deposition in the at least one region, ▪ machining the erosion protection layer by means of a layer smoothing method in order to set a certain surface roughness, wherein, after machining the blade by means of a surface machining method and before depositing the erosion protection layer, tip armor is deposited, wherein the erosion protection layer is deposited over the blade tip armor.
A method of reducing the sorbate concentration of a process fluid stream using a sorption bed system comprising a rotating mass of a regenerable sorbent material, the method comprising the steps of: rotating the sorbent mass so that, in a cycle of operation, a given volume of the sorbent mass sequentially passes through first, second, third, fourth, and fifth zones, before returning to the first zone; passing a process fluid stream through the sorbent mass in the first zone; passing a regeneration fluid stream through the sorbent mass in the third zone; and recycling an isolation fluid stream in a closed loop, independent of the process fluid stream and the regeneration fluid stream, between the sorbent mass in the fourth zone and in the second zone, wherein the regeneration fluid stream passes through the fifth zone before passing through the third zone. rotating the sorbent mass so that, in a cycle of operation, a given volume of the sorbent mass sequentially passes through first, second, third, fourth, and fifth zones, before returning to the first zone; passing a process fluid stream through the sorbent mass in the first zone; passing a regeneration fluid stream through the sorbent mass in the third zone; and recycling an isolation fluid stream in a closed loop, independent of the process fluid stream and the regeneration fluid stream, between the sorbent mass in the fourth zone and in the second zone, wherein the regeneration fluid stream passes through the fifth zone before passing through the third zone.
A frequency synthesis device comprising: a base frequency generator adapted to generate a plurality K of first base signals, said first base signals being non-covering phase clock signals, with a same frequency f1 ; a first synthesis stage comprising a plurality K of first switching power supply oscillators with an identical structure and the same eigenfrequency, f G 1 , the power supplies of these first K oscillators being respectively switched by said K base signals, the output signals ( s G 1 , i , I =1, ..., K ) of these first K oscillators being combined to provide a second square-shaped periodic base signal ( s 2 ), with a frequency f 2 = Nf 1 where N is an integer; a second synthesis stage comprising a second switching power supply oscillator the power supply of which is switched by the second base signal, the output signal of this second oscillator being as trains of waves, the repetition frequency of these trains of waves being equal to f 2 and the frequency of these waves being equal to Mf 2 where M is an integer, the second synthesis stage further comprising a frequency discrimination circuit adapted to filter the output signal s G 2 of the second oscillator to provide a sine wave signal at the frequency Mf 2 . a base frequency generator adapted to generate a plurality K of first base signals, said first base signals being non-covering phase clock signals, with a same frequency f1 ; a first synthesis stage comprising a plurality K of first switching power supply oscillators with an identical structure and the same eigenfrequency, f G 1 , the power supplies of these first K oscillators being respectively switched by said K base signals, the output signals ( s G 1 , i , I =1, ..., K ) of these first K oscillators being combined to provide a second square-shaped periodic base signal ( s 2 ), with a frequency f 2 = Nf 1 where N is an integer; a second synthesis stage comprising a second switching power supply oscillator the power supply of which is switched by the second base signal, the output signal of this second oscillator being as trains of waves, the repetition frequency of these trains of waves being equal to f 2 and the frequency of these waves being equal to Mf 2 where M is an integer, the second synthesis stage further comprising a frequency discrimination circuit adapted to filter the output signal s G 2 of the second oscillator to provide a sine wave signal at the frequency Mf 2 .
Method for diagnosing a catalytic converter for the selective catalytic reduction of the nitrogen oxides of a motor vehicle drive device, the said device comprising an internal combustion engine and an exhaust circuit of the engine in which the catalytic converter is fitted, the said circuit comprising a low-pressure exhaust gas recirculation loop recirculating the exhaust gases to the intake side of the engine from a point situated downstream of the catalytic converter , the said catalytic converter being able to break down the nitrogen oxides of the combustion gases of the engine by reaction with reducing agents injected into it, the said catalytic converter being associated with a nitrogen oxides sensor able to measure a nitrogen oxides and ammonia concentration at the inlet of the catalytic converter , the method comprising: - a step of determining a measured nitrogen oxides and ammonia concentration ([NOx] in,meas ) and a theoretical nitrogen oxides concentration ([NOx] in,th ) entering the catalytic converter; - a step of calculating a diagnostics criterion (C) which is a function of the difference between the said measured concentration ([NOx] in,meas ) and the said theoretical concentration ([NOx] in,th ); - a step of comparing the said criterion (C) with a fault threshold (S); - a step in which the catalytic converter is declared to be faulty when the said criterion (C) is above the said threshold (S); and - a step in which the driver of the motor vehicle is alerted when the catalytic converter is declared to be faulty, characterized in that it comprises, prior to the step during which the measured concentration value ([NOx] in,meas ) is determined, a step of switching over the operation of the drive device, from a nominal-setting mode to a diagnostics-setting mode in which the injections of reducing agents into the catalytic converter are increased so as to provoke the escape of ammonia at the outlet of the catalytic converter . - a step of determining a measured nitrogen oxides and ammonia concentration ([NOx] in,meas ) and a theoretical nitrogen oxides concentration ([NOx] in,th ) entering the catalytic converter; - a step of calculating a diagnostics criterion (C) which is a function of the difference between the said measured concentration ([NOx] in,meas ) and the said theoretical concentration ([NOx] in,th ); - a step of comparing the said criterion (C) with a fault threshold (S); - a step in which the catalytic converter is declared to be faulty when the said criterion (C) is above the said threshold (S); and - a step in which the driver of the motor vehicle is alerted when the catalytic converter is declared to be faulty,
A compressor device comprising a cylinder comprising a pump chamber to compress the air with a reciprocatory motion of a piston , and a branch chamber receiving the compressed air from the pump chamber ; wherein said branch chamber is connected to an air feeding passage sending the compressed air from the branch chamber to a compressed air discharge port , a manometer to measure a pressure of the compressed air, and a relief valve ; characterized in that said branch chamber is connected to a surge chamber to reduce a pressure fluctuation of the compressed air by storing the compressed air from said pump chamber . a pump chamber to compress the air with a reciprocatory motion of a piston , and a branch chamber receiving the compressed air from the pump chamber ; wherein said branch chamber is connected to an air feeding passage sending the compressed air from the branch chamber to a compressed air discharge port , a manometer to measure a pressure of the compressed air, and a relief valve ; characterized in that said branch chamber is connected to a surge chamber to reduce a pressure fluctuation of the compressed air by storing the compressed air from said pump chamber .
A display apparatus comprising: a display panel ; a light guide plate disposed behind the display panel and configured to transmit light in a forward direction toward the display panel ; a light source disposed to emit the light toward a side of the light guide plate ; a rear chassis to accommodate the light guide plate and the light source ; a middle mold including a panel mounter to support an outer portion of the display panel and a bottom coupler to be coupled with the rear chassis ; a dichroic filter disposed to cover a front side of a space between the light source and the side of the light guide plate ; and a black member disposed in front of the dichroic filter wherein the black member and the dichroic filter are arranged on a rear surface of the panel mounter . a display panel ; a light guide plate disposed behind the display panel and configured to transmit light in a forward direction toward the display panel ; a light source disposed to emit the light toward a side of the light guide plate ; a rear chassis to accommodate the light guide plate and the light source ; a middle mold including a panel mounter to support an outer portion of the display panel and a bottom coupler to be coupled with the rear chassis ; a dichroic filter disposed to cover a front side of a space between the light source and the side of the light guide plate ; and a black member disposed in front of the dichroic filter wherein the black member and the dichroic filter are arranged on a rear surface of the panel mounter .
A therapeutic brain stimulation system, comprising at least two and preferably three or more stimulation signal emitters adapted to generate stimulating signals which in combination allow for wireless stimulation of neuronal cells in a patient's brain , wherein said signal emitters are arranged or adapted to being arranged such that their individual stimulating signals can be emitted from different positions towards a common target region in a patient's brain so as to provide an accumulated stimulating effect on said target region , and wherein the signal emitters are adjustable with respect to their signal intensity such that the stimulation signals accumulating in the target region do not negatively affect the anatomic structure of neuronal brain cells in said target region , wherein the signal emitters are mounted on a common support structure , characterized in that the common support structure being configured to urge the signal emitters against the patient's cranium , wherein the signal emitters are each movably mounted in a mounting tube , the mounting tube being configured to be tightly held against the patient's cranium by means of the flexible, but stiff support structure .
Pump unit for a motor vehicle brake system, comprising a hydraulic unit and an electronics unit arranged thereon, wherein the electronics unit comprises a circuit board with a multiplicity of electronic components , wherein a cooling element is provided to cool at least one of the components , wherein a thermally conductive layer is provided between the component and the cooling element , characterized in that the thermally conductive layer is deposited on a film layer , which in turn is applied to the component or the cooling element .
A control system for controlling disconnection of a riser system that extends between a vessel and a subsea location that comprises a wellbore, the riser system accommodating a string , - wherein the control system is configured to, when a loss of a power source is detected, enter an emergency disconnect monitoring procedure - wherein the control system is configured to disconnect the riser system according to a sequence of operations, the sequence of operations comprising disconnecting the riser system , and at least one of cutting the string and/or sealing the well bore, the control system , in the emergency disconnect monitoring procedure, being configured to ∘ determine a position of the vessel ∘ determine a drift of the vessel ∘ determine one or more properties of the riser system ; ∘ determine if a disconnect condition has been met based on the determined position of the vessel, the determined drift of the vessel, and the determined one or more properties of the riser system ; and ∘ disconnect the riser system when a disconnect condition has been met, wherein the control system is configured to disconnect the riser system prior to or simultaneous with cutting the string and/or sealing the well bore. - wherein the control system is configured to, when a loss of a power source is detected, enter an emergency disconnect monitoring procedure - wherein the control system is configured to disconnect the riser system according to a sequence of operations, the sequence of operations comprising disconnecting the riser system , and at least one of cutting the string and/or sealing the well bore, the control system , in the emergency disconnect monitoring procedure, being configured to ∘ determine a position of the vessel ∘ determine a drift of the vessel ∘ determine one or more properties of the riser system ; ∘ determine if a disconnect condition has been met based on the determined position of the vessel, the determined drift of the vessel, and the determined one or more properties of the riser system ; and ∘ disconnect the riser system when a disconnect condition has been met, wherein the control system is configured to disconnect the riser system prior to or simultaneous with cutting the string and/or sealing the well bore. ∘ determine a position of the vessel ∘ determine a drift of the vessel ∘ determine one or more properties of the riser system ; ∘ determine if a disconnect condition has been met based on the determined position of the vessel, the determined drift of the vessel, and the determined one or more properties of the riser system ; and ∘ disconnect the riser system when a disconnect condition has been met, wherein the control system is configured to disconnect the riser system prior to or simultaneous with cutting the string and/or sealing the well bore.
Use of a kit in the in vitro detection or diagnosis of colorectal cancer, comprising a nucleic acid capable of specifically binding to a polynucleotide of colorectal cancer marker: miR-6726-5p.
Method for forming a structural component for an airframe of an aircraft or spacecraft , comprising: providing a prefabricated shell element comprising a thermoplastic substrate ; and applying a stiffening structure to the shell element by additive manufacturing, wherein a plurality of continuous thermoplastic filaments (4; 4a, 4b, 4c, ..., 4n) filled with reinforcing fibers are continuously heated and three dimensionally formed such that the filaments (4; 4a, 4b, 4c, ..., 4n) are crossing and bonded to each other at a plurality of crossing points to form a three dimensional grid truss (6; 6'; 6") integrally formed on the shell element . providing a prefabricated shell element comprising a thermoplastic substrate ; and applying a stiffening structure to the shell element by additive manufacturing, wherein a plurality of continuous thermoplastic filaments (4; 4a, 4b, 4c, ..., 4n) filled with reinforcing fibers are continuously heated and three dimensionally formed such that the filaments (4; 4a, 4b, 4c, ..., 4n) are crossing and bonded to each other at a plurality of crossing points to form a three dimensional grid truss (6; 6'; 6") integrally formed on the shell element .