mhurhangee/patent-ind-claim-en huggingface dataset:
A method of screening a hydrocarbon stream for potential toxicological hazards, said method comprising: providing a hydrocarbon stream; conducting 2-dimensional gas chromatography (2D-GC) analysis to quantify saturates and aromatic distribution in the hydrocarbon stream; identifying 2-8 ring aromatic distribution and weight percentage of 2-8 ring aromatic molecules in the hydrocarbon stream from the 2D-GC analysis; wherein the 2-8 ring aromatic distribution comprises mono alkylated aromatic molecules and multi alkylated aromatic molecules; relating the weight percentage of 2-8 ring aromatic molecules in the hydrocarbon stream from the 2D-GC analysis to a mutagenicity index (MI), wherein the MI is determined in accordance with ASTM Standard Method E 1687 10; and assessing a potential toxicological hazard of the hydrocarbon stream based on the weight percentage of 2-8 ring aromatic molecules in the hydrocarbon stream from the 2D-GC analysis and a MI threshold value. providing a hydrocarbon stream; conducting 2-dimensional gas chromatography (2D-GC) analysis to quantify saturates and aromatic distribution in the hydrocarbon stream; identifying 2-8 ring aromatic distribution and weight percentage of 2-8 ring aromatic molecules in the hydrocarbon stream from the 2D-GC analysis; wherein the 2-8 ring aromatic distribution comprises mono alkylated aromatic molecules and multi alkylated aromatic molecules; relating the weight percentage of 2-8 ring aromatic molecules in the hydrocarbon stream from the 2D-GC analysis to a mutagenicity index (MI), wherein the MI is determined in accordance with ASTM Standard Method E 1687 10; and assessing a potential toxicological hazard of the hydrocarbon stream based on the weight percentage of 2-8 ring aromatic molecules in the hydrocarbon stream from the 2D-GC analysis and a MI threshold value.
A method for treating a plywood board , comprising - providing • a plywood board comprising a first and a second wood veneer layer , adhesive between the wood veneer layers , a first surface whose normal (N) is unidirectional with the thickness (tp) of the plywood board , and a second surface opposite to the first surface ; and • hydrofobizing agent , wherein • the first surface of the plywood board has been sanded or is sanded to a roughness which, expressed in Ra -value, is 2 μm or more; and - applying treatment agent comprising hydrofobizing agent onto at least the first surface of the plywood board , wherein - the first surface has a roughness, expressed in Ra -value, from 2 μm to 20 μm, - the treatment agent is an aqueous dispersion or emulsion of the hydrofobizing agent , - the hydrofobization agent is tall oil (such as crude tall oil or distilled tall oil), tall oil fatty acid, tall oil soap, or coniferous wood rosin, which may be chemically fortified, modified or saponified, and - the hydrofobizing agent is applied onto the first surface in an amount of 0.1 g/m 2 to 20 g/m 2 in said aqueous emulsion or aqueous dispersion , the method thereby comprising - applying hydrofobizing agent onto the first surface in such an amount that the moisture buffering value (MBV) of the treated plywood board , measured according to the Nordtest guideline, is at least 0.5 g/(m 2 %RH). - providing • a plywood board comprising a first and a second wood veneer layer , adhesive between the wood veneer layers , a first surface whose normal (N) is unidirectional with the thickness (tp) of the plywood board , and a second surface opposite to the first surface ; and • hydrofobizing agent , wherein • the first surface of the plywood board has been sanded or is sanded to a roughness which, expressed in Ra -value, is 2 μm or more; and • a plywood board comprising a first and a second wood veneer layer , adhesive between the wood veneer layers , a first surface whose normal (N) is unidirectional with the thickness (tp) of the plywood board , and a second surface opposite to the first surface ; and • hydrofobizing agent , wherein • the first surface of the plywood board has been sanded or is sanded to a roughness which, expressed in Ra -value, is 2 μm or more; and - applying treatment agent comprising hydrofobizing agent onto at least the first surface of the plywood board , wherein - the first surface has a roughness, expressed in Ra -value, from 2 μm to 20 μm, - the treatment agent is an aqueous dispersion or emulsion of the hydrofobizing agent , - the hydrofobization agent is tall oil (such as crude tall oil or distilled tall oil), tall oil fatty acid, tall oil soap, or coniferous wood rosin, which may be chemically fortified, modified or saponified, and - the hydrofobizing agent is applied onto the first surface in an amount of 0.1 g/m 2 to 20 g/m 2 in said aqueous emulsion or aqueous dispersion , the method thereby comprising - applying hydrofobizing agent onto the first surface in such an amount that the moisture buffering value (MBV) of the treated plywood board , measured according to the Nordtest guideline, is at least 0.5 g/(m 2 %RH).
Method of manufacturing a socket contact from a round rod , characterized by the following step: producing a hollow cylindrical contacting region at a first end of the round rod by means of extrusion, wherein the hollow cylindrical contacting region has contact lamellae which extend in the longitudinal direction (L) of the contacting region and are separated from one another in the circumferential direction of the hollow cylindrical contacting region by recesses , wherein the recesses are produced during extrusion, wherein a punch , which has the negative shape of the desired hollow cylindrical contacting region , is pressed into the round rod at the first end, wherein the material of the round rod is displaced in such a way that it flows into the cavities designed in the punch in the opposite direction to the direction of movement of the punch , or whereby the round rod is pressed with its first end into a die having the negative shape of the desired hollow cylindrical contacting area by means of punch pressure applied to the rear, wherein the punch and the material of the round rod move in the same direction of movement. producing a hollow cylindrical contacting region at a first end of the round rod by means of extrusion, wherein the hollow cylindrical contacting region has contact lamellae which extend in the longitudinal direction (L) of the contacting region and are separated from one another in the circumferential direction of the hollow cylindrical contacting region by recesses , wherein the recesses are produced during extrusion, wherein a punch , which has the negative shape of the desired hollow cylindrical contacting region , is pressed into the round rod at the first end, wherein the material of the round rod is displaced in such a way that it flows into the cavities designed in the punch in the opposite direction to the direction of movement of the punch , or whereby the round rod is pressed with its first end into a die having the negative shape of the desired hollow cylindrical contacting area by means of punch pressure applied to the rear, wherein the punch and the material of the round rod move in the same direction of movement.
A fall arrest roof mount anchor comprising a mounting plate having a uniform cross-section defining: a raised central portion ; and side portions for roof attachment, and wherein: the raised central portion has a swivel eye anchor point; and the mounting plate further comprises channel wall portions independent of the raised central portion and the side portions , the channel wall portions projecting from an under surface of the raised central portion , thereby defining a channel extending along the under surface of the raised central portion and coinciding with the swivel eye anchor point; wherein the anchor point has a hole through an upper surface of the raised central portion into the channel thereunderneath; wherein the fall arrest roof mount anchor further comprises an anchor bolt extending through the hole and wherein the channel captures a locknut engaging with said anchor bolt ; and characterised in that inner parallel side portions of the channel are spaced according to a minimum diameter of the locknut to non-rotatably capture the locknut . a raised central portion ; and side portions for roof attachment, and wherein: the raised central portion has a swivel eye anchor point; and the mounting plate further comprises channel wall portions independent of the raised central portion and the side portions , the channel wall portions projecting from an under surface of the raised central portion , thereby defining a channel extending along the under surface of the raised central portion and coinciding with the swivel eye anchor point; the raised central portion has a swivel eye anchor point; and the mounting plate further comprises channel wall portions independent of the raised central portion and the side portions , the channel wall portions projecting from an under surface of the raised central portion , thereby defining a channel extending along the under surface of the raised central portion and coinciding with the swivel eye anchor point; wherein the anchor point has a hole through an upper surface of the raised central portion into the channel thereunderneath; wherein the fall arrest roof mount anchor further comprises an anchor bolt extending through the hole and wherein the channel captures a locknut engaging with said anchor bolt ; and characterised in that inner parallel side portions of the channel are spaced according to a minimum diameter of the locknut to non-rotatably capture the locknut .
A method in a network node , comprising: sending prioritization rules to a wireless device , the prioritization rules indicating how the wireless device should select a subset of detected synchronization sources for inclusion in a monitored set in the event that the detected synchronization sources include one or more network nodes and one or more device-to-device, D2D, wireless devices.
A coalescing agent as represented in structure (I); wherein; n is integer from 1 to 8; R 1 and R 2 are independently selected from alkyl, alkenyl, alkynyl, phenyl, or benzyl groups; and X is selected from hydroxy. n is integer from 1 to 8; R 1 and R 2 are independently selected from alkyl, alkenyl, alkynyl, phenyl, or benzyl groups; and X is selected from hydroxy.
Apparatus for providing state information relating to an automatic valet parking system , comprising a plurality of infrastructure components which are outside the vehicle, are arranged in a stationary manner within a parking area assigned to the automatic valet parking system and are configured to output state information relating to the automatic valet parking system , wherein the state information comprises information relating to a current operating state of the automatic valet parking system and the state information comprises information relating to an action that is currently being performed and/or a future action of a vehicle moving in an automated manner within the parking area and the state information comprises information relating to a current position and a current direction of movement of the vehicle moving in an automated manner within the parking area , and wherein the state information is output on selected infrastructure components depending on a current situation in the parking area and the respective position of the infrastructure components , wherein a current situation of the automatic valet parking system is captured and analysed by a central parking management device of the automatic valet parking system and its environment monitoring system, with the result that an output is effected only by means of those infrastructure components where this output can be perceived by an addressee. wherein the state information comprises information relating to a current operating state of the automatic valet parking system and the state information comprises information relating to an action that is currently being performed and/or a future action of a vehicle moving in an automated manner within the parking area and the state information comprises information relating to a current position and a current direction of movement of the vehicle moving in an automated manner within the parking area , and wherein the state information is output on selected infrastructure components depending on a current situation in the parking area and the respective position of the infrastructure components , wherein a current situation of the automatic valet parking system is captured and analysed by a central parking management device of the automatic valet parking system and its environment monitoring system, with the result that an output is effected only by means of those infrastructure components where this output can be perceived by an addressee.
An imaging system for a towing vehicle, the imaging system having a processor configured to: determine a reference speed of the towing vehicle; receive first image data from a first imaging device disposed on the towing vehicle; receive second image data from a second imaging device disposed on a towed vehicle; apply a first scaling factor to the second image data to generate scaled second image data, the first scaling factor being determined in dependence on the determined reference speed of the towing vehicle; generate composite image data by combining at least a part of the scaled second image data with at least a part of the first image data; and output the composite image data for display on a display screen. determine a reference speed of the towing vehicle; receive first image data from a first imaging device disposed on the towing vehicle; receive second image data from a second imaging device disposed on a towed vehicle; apply a first scaling factor to the second image data to generate scaled second image data, the first scaling factor being determined in dependence on the determined reference speed of the towing vehicle; generate composite image data by combining at least a part of the scaled second image data with at least a part of the first image data; and output the composite image data for display on a display screen.
A method for building automation, comprising the steps: - Detecting an acoustic signal in a room of a building having a building automation system ; - Matching the detected acoustic signal with at least one acoustic reference signal to which building status information is assigned; - Applying the building status information when generating a control command for actuating an actuator of the building automation system if a match between the detected acoustic signal and the acoustic reference signal assigned to the building status information has been detected during the matching process, characterized in that the detection of an acoustic signal comprises the detection of an ambient noise which is a characteristic traffic noise or natural noise generated by a noise source outside the building , wherein as a result of the detection of the ambient noise, an open window or an open door of the room is inferred from the building status information associated with the reference signal which coincides with the detected acoustic signal, wherein the actuator is a heating actuator which, when an open window or an open door is detected, is controlled in such a way that the heating actuator closes or keeps closed a heating valve associated with the room . - Detecting an acoustic signal in a room of a building having a building automation system ; - Matching the detected acoustic signal with at least one acoustic reference signal to which building status information is assigned; - Applying the building status information when generating a control command for actuating an actuator of the building automation system if a match between the detected acoustic signal and the acoustic reference signal assigned to the building status information has been detected during the matching process,
An electro-hydraulic control system for a transmission, comprising: a pressure switch to receive fluid, to open in response to a pressure level of the fluid being greater than a threshold pressure level, to close in response to the pressure of the fluid being less than the threshold pressure level, and to generate a status signal that indicates status of the pressure switch, a plurality of valves to develop a main line pressure based upon regulator control signals, to develop a control main pressure based upon the main line pressure, and to develop a clutch feed pressure based upon clutch control signals, the main line pressure, and the control main pressure, and an electronic control module to generate regulator control signals to control the main line pressure, to generate clutch control signals to control the clutch feed pressure, and to detect faults based upon regulator control signals and status signals of the pressure switch, characterized in that the plurality of valves are configured to selectively deliver fluid at the control main pressure to the pressure switch based upon a pressure level of the main line pressure. a pressure switch to receive fluid, to open in response to a pressure level of the fluid being greater than a threshold pressure level, to close in response to the pressure of the fluid being less than the threshold pressure level, and to generate a status signal that indicates status of the pressure switch, a plurality of valves to develop a main line pressure based upon regulator control signals, to develop a control main pressure based upon the main line pressure, and to develop a clutch feed pressure based upon clutch control signals, the main line pressure, and the control main pressure, and an electronic control module to generate regulator control signals to control the main line pressure, to generate clutch control signals to control the clutch feed pressure, and to detect faults based upon regulator control signals and status signals of the pressure switch, characterized in that the plurality of valves are configured to selectively deliver fluid at the control main pressure to the pressure switch based upon a pressure level of the main line pressure.
A method to communicate between a first subsea device and a second subsea device, the method comprising: disposing a first component of a signal pathway upon a distal end of the first subsea device ; disposing a second component of the signal pathway upon a proximal end of the second subsea device; engaging the first subsea device with the second subsea device; and engaging the first component of the signal pathway with the second component of the signal pathway, wherein the engaging comprises rotating a manipulation interface mounted on the outside of the first subsea device and stroking the first component of the signal pathway. disposing a first component of a signal pathway upon a distal end of the first subsea device ; disposing a second component of the signal pathway upon a proximal end of the second subsea device; engaging the first subsea device with the second subsea device; and engaging the first component of the signal pathway with the second component of the signal pathway, wherein the engaging comprises rotating a manipulation interface mounted on the outside of the first subsea device and stroking the first component of the signal pathway.
A transgene comprising: a first splice acceptor sequence and a second splice acceptor sequence positioned within the transgene in opposite directions; a first coding sequence operably linked to the first splice acceptor sequence and a second coding sequence operably linked to the second splice acceptor sequence, wherein the first and second coding sequences are positioned within the transgene in opposite directions; and a first terminator operably linked to the first coding sequence and a second terminator operably linked to the second coding sequence, wherein the first and second terminators are positioned within the transgene in opposite directions, or a bidirectional terminator operably linked to the first and second coding sequences and positioned within the transgene; wherein the first splice acceptor sequence flanks the first coding sequence and the first or the bidirectional terminator, wherein the second splice acceptor sequence flanks the second coding sequence and the second or the bidirectional terminator, and wherein the first and second coding sequences are the same nucleic acid sequences, or wherein the first and second coding sequences are different nucleic acid sequences that code for the same protein using the degeneracy of codons. a first splice acceptor sequence and a second splice acceptor sequence positioned within the transgene in opposite directions; a first coding sequence operably linked to the first splice acceptor sequence and a second coding sequence operably linked to the second splice acceptor sequence, wherein the first and second coding sequences are positioned within the transgene in opposite directions; and a first terminator operably linked to the first coding sequence and a second terminator operably linked to the second coding sequence, wherein the first and second terminators are positioned within the transgene in opposite directions, or a bidirectional terminator operably linked to the first and second coding sequences and positioned within the transgene; wherein the first splice acceptor sequence flanks the first coding sequence and the first or the bidirectional terminator, wherein the second splice acceptor sequence flanks the second coding sequence and the second or the bidirectional terminator, and wherein the first and second coding sequences are the same nucleic acid sequences, or wherein the first and second coding sequences are different nucleic acid sequences that code for the same protein using the degeneracy of codons.
An altimeter comprising: a laser projector for projecting a pattern onto a surface; a camera for viewing the projected pattern ; and an image processor operatively connected to the laser projector and camera for determining distance to the surface based on cross-correlation of the projected and imaged patterns , wherein the camera and the projector are co-boresighted and are separated by an offset distance ( r) , wherein the image processor is configured to: determine a correlation peak between the imaged pattern and the expected projected pattern indicating when the patterns align; define a peak distance (p) between a center of the projected pattern and a center of the imaged pattern ; and determine height (h) above the surface as a function of the offset distance ( r) , and the peak distance (p). a laser projector for projecting a pattern onto a surface; a camera for viewing the projected pattern ; and an image processor operatively connected to the laser projector and camera for determining distance to the surface based on cross-correlation of the projected and imaged patterns , wherein the camera and the projector are co-boresighted and are separated by an offset distance ( r) , wherein the image processor is configured to: determine a correlation peak between the imaged pattern and the expected projected pattern indicating when the patterns align; define a peak distance (p) between a center of the projected pattern and a center of the imaged pattern ; and determine height (h) above the surface as a function of the offset distance ( r) , and the peak distance (p).