mhurhangee/ep-ind-claims huggingface dataset:
A damper control device for controlling a pressure of a compression side chamber of a front wheel side damper that is interposed between a vehicle body and a front wheel of a two-wheeled vehicle, and a pressure of a compression side chamber of a rear wheel side damper that is interposed between the vehicle body and a rear wheel, characterized in that the damper control device comprising: a pitching angular velocity detection unit adapted to detect a pitching angular velocity of the vehicle body; a front wheel side pressure detection unit adapted to detect the pressure of the compression side chamber in the front wheel side damper; and a rear wheel side pressure detection unit adapted to detect the pressure of the compression side chamber in the rear wheel side damper, wherein the pressure of the compression side chamber in the front wheel side damper and the pressure of the compression side chamber in the rear wheel side damper are controlled based on the pitching angular velocity, the pressure of the compression side chamber in the front wheel side damper and the pressure of the compression side chamber in the rear wheel side damper. a pitching angular velocity detection unit adapted to detect a pitching angular velocity of the vehicle body; a front wheel side pressure detection unit adapted to detect the pressure of the compression side chamber in the front wheel side damper; and a rear wheel side pressure detection unit adapted to detect the pressure of the compression side chamber in the rear wheel side damper, wherein the pressure of the compression side chamber in the front wheel side damper and the pressure of the compression side chamber in the rear wheel side damper are controlled based on the pitching angular velocity, the pressure of the compression side chamber in the front wheel side damper and the pressure of the compression side chamber in the rear wheel side damper.
A multilayer barrier film comprising: a. a first layer comprising a high permeable material having a moisture vapor permeability greater than about 1.8 x 10 -15 kg/msPa (40g-mil/100 in 2 -day-atm), wherein the first layer is the outer layer of the film; b. a second layer directly adjacent to the first layer comprising EVOH; c. a first region defining a third layer comprising about 1 to 5 distinct sublayers comprising low permeable materials having moisture vapor permeability of less than about 9.0 x 10 -16 kg/msPa (20g-mil/100in 2 -day-atm); d. a fourth layer comprising EVOH; e. a second region defining a fifth layer comprising about 1 to 5 sublayers comprising very low permeable materials having a moisture vapor transmission rate of less than about 8.9 x 10 -12 kg/m 2 sPa (5g/100 in 2 -day-atm). a. a first layer comprising a high permeable material having a moisture vapor permeability greater than about 1.8 x 10 -15 kg/msPa (40g-mil/100 in 2 -day-atm), wherein the first layer is the outer layer of the film; b. a second layer directly adjacent to the first layer comprising EVOH; c. a first region defining a third layer comprising about 1 to 5 distinct sublayers comprising low permeable materials having moisture vapor permeability of less than about 9.0 x 10 -16 kg/msPa (20g-mil/100in 2 -day-atm); d. a fourth layer comprising EVOH; e. a second region defining a fifth layer comprising about 1 to 5 sublayers comprising very low permeable materials having a moisture vapor transmission rate of less than about 8.9 x 10 -12 kg/m 2 sPa (5g/100 in 2 -day-atm).
Dishwashing machine comprising a washing unit, a rinsing unit and a heat pump circuit for heating water to be used in said washing unit and/or in said rinsing unit, wherein a washing chamber and a rinsing chamber are defined in said washing unit and in said rinsing unit respectively, wherein it further comprises a suction device mixing an air flow drawn from an environment in which said dishwashing machine is installed and a vapour flow exiting from said rinsing unit and/or from said washing unit, said suction device being fluidly connected to a heat pump heat exchange unit of said heat pump circuit for heating a working fluid flowing in said heat pump circuit by a mixed flow of said air flow and said vapour flow, wherein said washing unit comprises an inlet opening through which dishware enters said washing unit, and said rinsing unit comprises an outlet opening through which dishware exits from said rinsing unit, characterized in that said suction device comprises a suction opening for collecting said vapour flow that is positioned upstream said inlet opening and/or downstream said outlet opening.
Coolant pump for an internal combustion engine, having a housing which has a housing cover and in which an impeller is arranged which can rotate about an axis of rotation and which has a suction orifice coaxial with the axis of rotation, wherein the housing forms at least one intake channel designed substantially normal to the axis of rotation, in order to guide coolant from a lateral pump inlet, which is spaced apart from the axis of rotation, to the suction orifice, and wherein the intake channel has at least one flow-influencing element (20, 21), wherein the at least one flow-influencing element (20, 21) is arranged in the region of a longitudinal central axis of the intake channel, which longitudinal central axis is designed to extend normal to the axis of rotation and/or through the axis of rotation, wherein at least one first flow-influencing element is arranged in the intake channel between the pump inlet and the suction orifice, and wherein at least one second flow-influencing element is arranged in the intake channel in the region of the suction orifice, wherein the second flow-influencing element is of rotationally symmetrical design and is arranged coaxially with respect to the axis of rotation, characterised in that at least one flow-influencing element (20, 21) is formed by a bulge (20a, 21a), projecting in the direction of the axis of rotation into the intake channel, of an intake channel wall.
A heat-insulating hinged panel, such as door or window, comprising a frame made of interconnected longitudinal frame members and a sash made of interconnected longitudinal sash members, which is hingedly disposed within the frame and embeds a glass pane assembly, wherein at least one glass pane having the external surface coplanar with the external surface of the external pane of the pane assembly is fixed to the frame, whereby said glass pane assembly is secured to the sash by means of longitudinal profiled members fixed to the sash and having projections introduced into the glass pane assembly at the perimeter thereof, so that the external surface of the external glass pane of the glass pane assembly is the most external surface of the sash, and said at least one glass pane fixed to the frame at least partially covers the sash, characterized in that said glass pane assembly has a rectangular box shape and comprises a number of glass panes separated at their perimeters with an elastomeric spacing insulation, while said projections of said longitudinal profiled members are pushed inside said spacing insulation. at least one glass pane having the external surface coplanar with the external surface of the external pane of the pane assembly is fixed to the frame, whereby said glass pane assembly is secured to the sash by means of longitudinal profiled members fixed to the sash and having projections introduced into the glass pane assembly at the perimeter thereof, so that the external surface of the external glass pane of the glass pane assembly is the most external surface of the sash, and said at least one glass pane fixed to the frame at least partially covers the sash, characterized in that said glass pane assembly has a rectangular box shape and comprises a number of glass panes separated at their perimeters with an elastomeric spacing insulation, while said projections of said longitudinal profiled members are pushed inside said spacing insulation.
A cutter head, particularly for a woodworking machine, - having at least two tool holders for the purpose of holding a cutting insert, preferably arranged in a uniform distribution over the circumference thereof, wherein - the tool holders each have a groove, and in each of the same, one cutting insert can be clamped between a first groove wall of the groove and a clamping element, - the first groove wall forms an axial angle > 0 degrees relative to the cutter head axis of rotation, - one or more threaded holes which run perpendicular to the axial direction of the cutter head are included in the second groove wall of the groove, wherein a clamping screw by means of which the clamping element can be pretensioned in the direction of the first groove wall can be held in each of the same, - the clamping body has a recess on the side which faces away from the cutting insert, wherein the clamping screw can engage via the front end thereof with the recess, and characterized in that - the recess in the clamping body is designed as a ball socket, and the front end of the clamping screw is designed as a round head. - having at least two tool holders for the purpose of holding a cutting insert, preferably arranged in a uniform distribution over the circumference thereof, wherein - the tool holders each have a groove, and in each of the same, one cutting insert can be clamped between a first groove wall of the groove and a clamping element, - the first groove wall forms an axial angle > 0 degrees relative to the cutter head axis of rotation, - one or more threaded holes which run perpendicular to the axial direction of the cutter head are included in the second groove wall of the groove, wherein a clamping screw by means of which the clamping element can be pretensioned in the direction of the first groove wall can be held in each of the same, - the clamping body has a recess on the side which faces away from the cutting insert, wherein the clamping screw can engage via the front end thereof with the recess, and - the recess in the clamping body is designed as a ball socket, and the front end of the clamping screw is designed as a round head.
A method of controlling the provision of a range-Doppler target image signature of a target, the method comprising: a. receiving a range-Doppler target image signature of a target (step 62); b. identifying a spectral line within the range-Doppler target image signature from a modulation feature on the target which comprises an effective point scatterer (steps 14, 64); c. providing a range profile from the range-Doppler target image signature for the spectral line from the modulation feature (steps 16, 66); characterised in that the method further comprises: d. obtaining a reference range profile of a reference point scatterer (steps 18, 68); e. determining a difference between a power of the range profile at a range shorter than a peak corresponding to the modulation feature in the range profile and a power at a corresponding range of the reference range profile (steps 20, 70); f. determining whether the difference is above a threshold value (steps 22, 72); and g. where the difference is not above the threshold value, generating a first control signal arranged to cause provision of the range-Doppler target image signature (steps 24, 74), and, where the difference is above the threshold value, generating a second control signal arranged to prevent provision of the range-Doppler target image signature (steps 26, 76). a. receiving a range-Doppler target image signature of a target (step 62); b. identifying a spectral line within the range-Doppler target image signature from a modulation feature on the target which comprises an effective point scatterer (steps 14, 64); c. providing a range profile from the range-Doppler target image signature for the spectral line from the modulation feature (steps 16, 66); characterised in that the method further comprises: d. obtaining a reference range profile of a reference point scatterer (steps 18, 68); e. determining a difference between a power of the range profile at a range shorter than a peak corresponding to the modulation feature in the range profile and a power at a corresponding range of the reference range profile (steps 20, 70); f. determining whether the difference is above a threshold value (steps 22, 72); and g. where the difference is not above the threshold value, generating a first control signal arranged to cause provision of the range-Doppler target image signature (steps 24, 74), and, where the difference is above the threshold value, generating a second control signal arranged to prevent provision of the range-Doppler target image signature (steps 26, 76).
A medical device comprising: a substrate material; a polymeric covering material attached to at least a portion of a surface of said substrate material, a plurality of biologically active entities having heparin cofactor II binding activity covalently attached to at least a portion of said polymeric covering material; and a biologically compatible composition covalently or non-covalently combined with the biologically active entities, and optionally covalently or non-covalently combined with the substrate and/or said polymeric covering material; wherein said biologically active entities comprise dermatan disulfate and have a heparin cofactor II binding activity of at least 5 picomoles heparin cofactor II per square centimeter (pmol/cm 2) and wherein the biologically compatible composition comprises a polysaccharide or is polyethylene glycol. a substrate material; a polymeric covering material attached to at least a portion of a surface of said substrate material, a plurality of biologically active entities having heparin cofactor II binding activity covalently attached to at least a portion of said polymeric covering material; and a biologically compatible composition covalently or non-covalently combined with the biologically active entities, and optionally covalently or non-covalently combined with the substrate and/or said polymeric covering material; wherein said biologically active entities comprise dermatan disulfate and have a heparin cofactor II binding activity of at least 5 picomoles heparin cofactor II per square centimeter (pmol/cm 2) and wherein the biologically compatible composition comprises a polysaccharide or is polyethylene glycol.
A system for visualizing ablated tissue comprising: a catheter comprising: a catheter body; a distal tip positioned at a distal end of the catheter body, the distal tip defining an illumination cavity, the distal tip having one or more openings for exchange of light energy between the illumination cavity and tissue; one or more optical fibers configured to communicate with a light source and a light measuring instrument and to extend through the catheter body into the illumination cavity of the distal tip; and a light directing member in the form of a body having a front face with a plurality of angled facets and disposed within the illumination cavity such that light from the one or more optical fibers is directed onto the plurality of facets, the light directing member being configured to direct the light energy, using the plurality of facets, to and from the tissue through the one or more openings in the distal tip, wherein the one or more optical fibers are configured to pass light energy from the light source to the light directing member for illuminating tissue outside the distal tip and the one or more optical fibers are configured to relay light energy reflected from the tissue to the light measuring instrument. a catheter body; a distal tip positioned at a distal end of the catheter body, the distal tip defining an illumination cavity, the distal tip having one or more openings for exchange of light energy between the illumination cavity and tissue; one or more optical fibers configured to communicate with a light source and a light measuring instrument and to extend through the catheter body into the illumination cavity of the distal tip; and a light directing member in the form of a body having a front face with a plurality of angled facets and disposed within the illumination cavity such that light from the one or more optical fibers is directed onto the plurality of facets, the light directing member being configured to direct the light energy, using the plurality of facets, to and from the tissue through the one or more openings in the distal tip, wherein the one or more optical fibers are configured to pass light energy from the light source to the light directing member for illuminating tissue outside the distal tip and the one or more optical fibers are configured to relay light energy reflected from the tissue to the light measuring instrument.
A controlled release fertilizer material comprising a particulate plant nutrient surrounded by a coating comprising the reaction product of a mixture consisting essentially of a polyol having an equivalent weight from 29 to 150, an isocyanate, a wax, an epoxidized fatty acid triglyceride oil, and optionally, a castor oil, wherein the epoxidized fatty acid triglyceride oil is present in an amount from 0.1 to 70 percent by weight based on the weight of the coating, and wherein the epoxidized fatty acid triglyceride oil and wax are present in an combined amount from 0.1 to 75 percent by weight based on the weight of the coating.
A control device for an internal combustion engine, the control device configured to perform sulfur poisoning recovery control that reduces and purifies, by enriching an exhaust air-fuel ratio, a sulfur component accumulated in an exhaust purification catalyst provided in an exhaust system of the internal combustion engine so that the sulfur component is discharged, wherein the exhaust purification catalyst is an NOx storage/reduction catalyst that is configured to treat NOx by absorbing NOx in exhaust emission, and by reducing and releasing the absorbed NOx, wherein, after the sulfur poisoning recovery control is started, a strong rich control for setting the exhaust air-fuel ratio less than a predetermined value is performed until a temperature of the exhaust purification catalyst is increased to a temperature at which the accumulated sulfur component is capable of desorbing so that movement of the accumulated sulfur component is started in the exhaust purification catalyst, wherein, when the movement of the accumulated sulfur component is started in the exhaust purification catalyst, and at a time when an amount of the movement reaches a predetermined amount that is obtained based on at least a length of a period when the strong rich control is performed out of: the length of the period when the strong rich control is performed; and the temperature of the exhaust purification catalyst, either the strong rich control for setting the exhaust air-fuel ratio less than the predetermined value or a weak rich control for setting the exhaust air-fuel ratio more than or equal to the predetermined value is selected according to the temperature of the exhaust purification catalyst, and wherein, at the time when the amount of the movement of the accumulated sulfur component in the exhaust purification catalyst reaches the predetermined amount, the weak rich control is selected when the temperature of the exhaust purification catalyst exceeds a predetermined value while the strong rich control is selected when the temperature of the exhaust purification catalyst is less than or equal to the predetermined value.
Bidirectional hydraulic drive for the feed rollers of a head of a complete timber harvester, having a first radial piston motor, which has two ports (A1, B1) which are in operative connection with a first group of cams, and which has two ports (A2, B2) which are in operative connection with a second group of cams, wherein the drive furthermore has a second radial piston motor, characterized in that the second group can be deactivated by the ports (A2, B2) of said group being connectable to one another and simultaneously to a control pressure line or to a control pressure port (X 1), wherein, in a first direction of rotation of the radial piston motors (1, 4), the second radial piston motor is arranged downstream of the first group of the first radial piston motor, and wherein, in a second direction of rotation of the radial piston motors (1, 4), the second radial piston motor is arranged upstream of the first group of the first radial piston motor.
A process for fermentation of syngas comprising: inoculating a medium with a culture of acetogenic bacteria to provide an inoculated medium having cell density of at least about 0.1 grams per liter; contacting syngas with the inoculated medium; measuring a growth factor and providing an aqueous stream to the fermentation when the growth factor is less than a critical growth factor, wherein the growth factor is the increase in amount of cells (in grams, dry weight) per gram of parent cells (dry weight) per hour; wherein the aqueous stream comprises a reduced ethanol aqueous stream; wherein said reduced ethanol aqueous stream is obtained by: removing cells and medium from the fermentation and separating the cells and medium to provide concentrated cells and permeate; and separating ethanol from the permeate to provide ethanol and the reduced ethanol aqueous stream. inoculating a medium with a culture of acetogenic bacteria to provide an inoculated medium having cell density of at least about 0.1 grams per liter; contacting syngas with the inoculated medium; measuring a growth factor and providing an aqueous stream to the fermentation when the growth factor is less than a critical growth factor, wherein the growth factor is the increase in amount of cells (in grams, dry weight) per gram of parent cells (dry weight) per hour; wherein the aqueous stream comprises a reduced ethanol aqueous stream; wherein said reduced ethanol aqueous stream is obtained by: removing cells and medium from the fermentation and separating the cells and medium to provide concentrated cells and permeate; and separating ethanol from the permeate to provide ethanol and the reduced ethanol aqueous stream. removing cells and medium from the fermentation and separating the cells and medium to provide concentrated cells and permeate; and separating ethanol from the permeate to provide ethanol and the reduced ethanol aqueous stream.
An active load modulation antenna structure (110; 111; 112) comprising: - a first antenna composed of a first planar coil (115; 116; 117) and having a first area on a first face of a substrate (120, 320) having an area; and - a second antenna composed of a second planar coil (125; 126; 127) and having a second area on a second face opposite to the first face of the substrate (120, 320), wherein the second planar coil (125; 126; 127) is displaced a lateral distance from the first planar coil (115; 116; 117) to define an overlapping area of the first area with the second area that is less than the first area and less than the second area, characterized in that the first planar coil (115; 116; 117) and the second planar coil (125; 126; 127) are displaced laterally with respect to each other so that there is nearly zero electromagnetic coupling between the first planar coil (115; 116; 117) and the second planar coil (125; 126; 127), wherein the criteria for nearly zero coupling is that a coupling coefficient, k, between the first and the second planar coil is less then or equal to 10%, and in that the first antenna operates to transmit a first signal and the second antenna operates to receive a second signal. - a first antenna composed of a first planar coil (115; 116; 117) and having a first area on a first face of a substrate (120, 320) having an area; and - a second antenna composed of a second planar coil (125; 126; 127) and having a second area on a second face opposite to the first face of the substrate (120, 320), wherein the second planar coil (125; 126; 127) is displaced a lateral distance from the first planar coil (115; 116; 117) to define an overlapping area of the first area with the second area that is less than the first area and less than the second area,