mhurhangee/ep-ind-claims huggingface dataset:
A composition, comprising: 3-(decyl dimethyl ammonio) propane sulfonate; and a polyethylene glycol dodecyl ether, wherein the 3-(decyl dimethyl ammonio) propane sulfonate and the polyethylene glycol dodecyl ether are present in a total concentration of 0.5% to 10% (w/v) in a buffer solution. 3-(decyl dimethyl ammonio) propane sulfonate; and a polyethylene glycol dodecyl ether, wherein the 3-(decyl dimethyl ammonio) propane sulfonate and the polyethylene glycol dodecyl ether are present in a total concentration of 0.5% to 10% (w/v) in a buffer solution.
A machine for bagging food products, in particular breads, this machine being suitable for receiving at least one rotary spool comprising a wound tubular sheath, a mechanism (8, 9) for driving the sheath from the spool, means for cutting, folding and welding configured to form bags from the sheath, a tray on which the unwound sheath is positioned, a blowing system for shaping the sheath, a table for manually introducing food products into a bag formed on the tray in a bagging direction, a blocking member suitable for blocking one edge of an end of the sheath in position, open on the side of the table, against the tray before formation of the bag, and a system for discharging bagged food products, which discharge system comprises a conveyor oriented in a direction transverse to the bagging direction, this conveyor forming the tray, and in that a useful length of the tray, defined along the bagging direction between the cutting, folding and welding means and the table, is variable by covering part of the conveyor with the table, which is translatable relative to the tray along the bagging direction.
A mortise lock for a door, comprising a lock housing, a front plate for fixing said mortise lock to said door, and a latch guided in said lock housing and movable between extended and retracted positions, wherein an elastic stop member is arranged between a latch stop, which is arranged at said latch and limits an extension of said latch, and said front plate in such a manner that an impact of said latch stop on said front plate is damped, characterized in that said stop member is fixed to said lock housing and that said stop member includes a portion projecting into a guide groove formed at the top side or the bottom side of said latch.
A composition which comprises a serine hydrolase acting on ester bonds which is a lipase and a serine protease inhibitor, and which does not comprise a protease, the composition being either a detergent composition or a non-detergent composition, wherein the non-detergent composition comprises the said lipase in an amount of 5-40 mg of enzyme protein per g.
The use of a propylene homopolymer for producing fibers; wherein the propylene homopolymer is characterized in that: - the melting point ranges from 150°C to 164°C; - the fraction soluble in xylene at 25°C is comprised between 6.0 wt% and 2.0 wt%; - the fraction soluble in acetone 25°C is comprised between 0.5 wt% and 2.0 wt% - the ratio fraction soluble in acetone at 25°C/ fraction insoluble in acetone 25°C is comprised between 0.30 and 0.60. - the polydispersity index ranges from 2.8 to 4.5 - the melt flow rate (ISO 1133, 230 °C/2.16 kg) is comprised between 2 to 40 g/10min; wherein the melting point is measured by using the DSC with heating and cooling rate of 20°C/min; the fraction soluble in xylene at 25°C is measured according to ISO 16 152 - 2005; with solution volume of 250 ml, precipitation at 25°C for 20 minutes, 10 of which with the solution in agitation (magnetic stirrer), and drying at 70°; the fraction soluble and insoluble in acetone at 25°C is measured on a second aliquot of the filtered solution obtained according to the method for the determination of xylene soluble fraction at 25°C; this second aliquot is added with acetone (100 ml) so that the precipitation of the amorphous part takes place; then the suspension is filtered on a Teflon membrane coupled with a steel frit on a flask, dried in an oven at 80°C overnight and weighed so that the soluble and insoluble fraction can be determined. - the melting point ranges from 150°C to 164°C; - the fraction soluble in xylene at 25°C is comprised between 6.0 wt% and 2.0 wt%; - the fraction soluble in acetone 25°C is comprised between 0.5 wt% and 2.0 wt% - the ratio fraction soluble in acetone at 25°C/ fraction insoluble in acetone 25°C is comprised between 0.30 and 0.60. - the polydispersity index ranges from 2.8 to 4.5 - the melt flow rate (ISO 1133, 230 °C/2.16 kg) is comprised between 2 to 40 g/10min; wherein the melting point is measured by using the DSC with heating and cooling rate of 20°C/min; the fraction soluble in xylene at 25°C is measured according to ISO 16 152 - 2005; with solution volume of 250 ml, precipitation at 25°C for 20 minutes, 10 of which with the solution in agitation (magnetic stirrer), and drying at 70°; the fraction soluble and insoluble in acetone at 25°C is measured on a second aliquot of the filtered solution obtained according to the method for the determination of xylene soluble fraction at 25°C; this second aliquot is added with acetone (100 ml) so that the precipitation of the amorphous part takes place; then the suspension is filtered on a Teflon membrane coupled with a steel frit on a flask, dried in an oven at 80°C overnight and weighed so that the soluble and insoluble fraction can be determined.
An external device for a hearing implant system comprising: an external transmitter for generating a radio-frequency inductive link signal to an implanted receiver, the inductive link signal including: i. a sequence of data word segments which communicate data for stimulation to the implanted receiver, and ii. a sequence of data word pause segments between each data word segment which communicate energy without data to the implanted receiver; and a data word pause controller for controlling the inductive link signal during the data word pause segments according to an energy management rule reflecting current energy needs of the implanted receiver; wherein the data word pause controller controls a duty cycle of a gating signal for the inductive link signal according to the energy management rule, wherein the data word pause controller uses a plurality of different gating signal duty cycles, and wherein the gating signal duty cycles steadily increase during the data word pause segments; or wherein the data word pause controller controls the inductive link signal to be: OFF for a period immediately following each data word segment, and ON for a period immediately before each data word segment. an external transmitter for generating a radio-frequency inductive link signal to an implanted receiver, the inductive link signal including: i. a sequence of data word segments which communicate data for stimulation to the implanted receiver, and ii. a sequence of data word pause segments between each data word segment which communicate energy without data to the implanted receiver; and i. a sequence of data word segments which communicate data for stimulation to the implanted receiver, and ii. a sequence of data word pause segments between each data word segment which communicate energy without data to the implanted receiver; and a data word pause controller for controlling the inductive link signal during the data word pause segments according to an energy management rule reflecting current energy needs of the implanted receiver; wherein the data word pause controller controls a duty cycle of a gating signal for the inductive link signal according to the energy management rule, wherein the data word pause controller uses a plurality of different gating signal duty cycles, and wherein the gating signal duty cycles steadily increase during the data word pause segments; or wherein the data word pause controller controls the inductive link signal to be: OFF for a period immediately following each data word segment, and ON for a period immediately before each data word segment. OFF for a period immediately following each data word segment, and ON for a period immediately before each data word segment.
Method for producing a composite component constructed from a fibre-reinforced plastics component on which at least one surface with a coating is formed, wherein a structure formed with textile fibres is impregnated with a flowable polymeric matrix material such that the fibres are completely surrounded by the flowable polymeric matrix material and in the region of the surface that is provided with the coating, a thickness of the flowable polymeric matrix material above the fibres of at least 100 μm is maintained and there at least one ply of a pull-off fabric, a mesh or a gauze is laid on and wetted or impregnated completely with the flowable polymeric matrix material, afterwards the polymeric matrix material is cured and then the at least one ply of the pull-off fabric, the mesh or the gauze is removed by peeling and consequently in this region a surface of increased roughness is obtained such that between the surface of increased roughness and the fibres there is a layer formed with the cured polymeric matrix material, having a thickness of at least 100 μm and subsequently the coating is applied in the region of the surface of increased roughness by means of a thermal spraying process. a structure formed with textile fibres is impregnated with a flowable polymeric matrix material such that the fibres are completely surrounded by the flowable polymeric matrix material and in the region of the surface that is provided with the coating, a thickness of the flowable polymeric matrix material above the fibres of at least 100 μm is maintained and there at least one ply of a pull-off fabric, a mesh or a gauze is laid on and wetted or impregnated completely with the flowable polymeric matrix material, afterwards the polymeric matrix material is cured and then the at least one ply of the pull-off fabric, the mesh or the gauze is removed by peeling and consequently in this region a surface of increased roughness is obtained such that between the surface of increased roughness and the fibres there is a layer formed with the cured polymeric matrix material, having a thickness of at least 100 μm and subsequently the coating is applied in the region of the surface of increased roughness by means of a thermal spraying process.
A process for partially oxidizing acrolein to acrylic acid in the gas phase under heterogeneous catalysis by conducting a starting reaction gas mixture which comprises acrolein, molecular oxygen and at least one inert gas containing at least 20% by volume of molecular nitrogen and contains the molecular oxygen and the acrolein in a molar O 2:C 3 H 4 O ratio of ≥ 0.5 in one reaction stage over a fixed catalyst bed which is arranged in two spatially successive reaction zones A,B, the temperature of reaction zone A being a temperature in the range from 230 to 320°C and the temperature of reaction zone B likewise being a temperature in the range from 230 to 320°C, whose active composition is at least one multimetal oxide comprising the elements Mo and V, in such a way that reaction zone A extends to an acrolein conversion of from 45 to 85 mol% and, on single pass of the starting reaction gas mixture through the overall fixed catalyst bed, the acrolein conversion is ≥ 90 mol% and the selectivity of acrylic acid formation, based on acrolein converted, is ≥ 90 mol%, the chronological sequence in which the starting reaction gas mixture flows through the reaction zones corresponding to the alphabetic sequence of the reaction zones, wherein a) the hourly space velocity of the acrolein contained in the starting reaction gas mixture on the fixed catalyst bed is ≤ 125 1 of acrolein/l of fixed catalyst bed·h and ≥ 70 1 of acrolein/l of fixed catalyst bed·h, b) the volume-specific activity of the fixed catalyst bed is either constant or increases at least once in the flow direction of the reaction gas mixture over the fixed catalyst bed, and c) the difference T maxA - T maxB, formed from the highest temperature T maxA which the reaction gas mixture has within the reaction zone A and the highest temperature T maxB which the reaction gas mixture has within reaction zone B, is ≥ 0°C. a) the hourly space velocity of the acrolein contained in the starting reaction gas mixture on the fixed catalyst bed is ≤ 125 1 of acrolein/l of fixed catalyst bed·h and ≥ 70 1 of acrolein/l of fixed catalyst bed·h, b) the volume-specific activity of the fixed catalyst bed is either constant or increases at least once in the flow direction of the reaction gas mixture over the fixed catalyst bed, and c) the difference T maxA - T maxB, formed from the highest temperature T maxA which the reaction gas mixture has within the reaction zone A and the highest temperature T maxB which the reaction gas mixture has within reaction zone B, is ≥ 0°C.
Connection device between two components of a fluid distribution system, comprising: - a first fitting connectable to or made on a respective first component; - a second fitting connectable to or made on a respective second component; where said first fitting can be fitted into said second fitting along a longitudinal insertion axis to permit the sealed passage of the fluid from one to the other of said components, wherein the first fitting comprises a male end portion, and wherein the second fitting comprises a female end portion suitable to sealingly receive said male portion, wherein at least one radial undercut is made in said male portion wherein said female portion supports at least one retention element having at least one elastic arm movable in a radial direction in a respective seat element between a blocking position and a release position, and wherein said seat element is open towards said radial undercut so that the elastic arm, when in said blocking position, engages in said radial undercut, wherein said radial undercut extends at least along two portions diametrically opposite the outer surface of the male portion, wherein said retention element is U-shaped and comprises two elastic arms suitable to engage said portions diametrically opposite the outer surface of the male portion, and wherein said retention element has a rectangular cross section wherein the longer sides of the rectangle are parallel to said longitudinal insertion axis. - a first fitting connectable to or made on a respective first component; - a second fitting connectable to or made on a respective second component;
A tolerance error estimating apparatus for estimating a tolerance error of a rotation drive axis of an X-ray analysis apparatus, the tolerance error being the deviation of the rotation drive axis with respect to the centroid of a sample, the X-ray analysis apparatus rotating an X-ray source and a detector or the sample around the rotation drive axis to acquire an X-ray detection image as a projection image of the sample at each driving time of a rotation, comprising: a specific position calculating section configured to obtain the centroid position of the absorption coefficient in the X-ray detection image as a specific position of a reference sample at each driving time of a rotation from the X-ray detection images acquired by setting the reference sample formed as a sphere of uniform density at a reference position so that the centroid of the reference sample initially coincides with the center of a rotation drive shaft, and a deviation amount calculating section configured to calculate a deviation amount Δx in the x direction and Δy in the y direction of the center position of the rotation drive shaft as the rotation drive axis at each driving time of a rotation from the reference position based on the specific position, when the z direction of an orthogonal coordinate system fixed to a sample is set to the direction parallel to the rotation drive axis, wherein the driving time of a rotation is represented by a parameter t of the rotation angle θ(t). a specific position calculating section configured to obtain the centroid position of the absorption coefficient in the X-ray detection image as a specific position of a reference sample at each driving time of a rotation from the X-ray detection images acquired by setting the reference sample formed as a sphere of uniform density at a reference position so that the centroid of the reference sample initially coincides with the center of a rotation drive shaft, and a deviation amount calculating section configured to calculate a deviation amount Δx in the x direction and Δy in the y direction of the center position of the rotation drive shaft as the rotation drive axis at each driving time of a rotation from the reference position based on the specific position, when the z direction of an orthogonal coordinate system fixed to a sample is set to the direction parallel to the rotation drive axis, wherein the driving time of a rotation is represented by a parameter t of the rotation angle θ(t).
A mower, comprising: a main body, comprising at least one driving wheel and a motor, wherein the motor drives the driving wheel to move, a supporting part, connected with the main body for the operator to hold with both hands, and a pair of operating parts, used to adjust a rotation speed of the motor and/or steering of the mower, wherein the pair of operating parts is connected to the supporting part and the pair of operating parts is configured to be operated when the operator holds the supporting part, characterized in that the mower further comprises a pair of safety switches used to control the on and off of an electromagnetic brake of the mower and respectively establishes physical and electrical connections with the pair of operating parts, so that the pair of safety switches needs to be pressed before operating the pair of operating parts, so as to control the mower to complete corresponding actions. a main body, comprising at least one driving wheel and a motor, wherein the motor drives the driving wheel to move, a supporting part, connected with the main body for the operator to hold with both hands, and a pair of operating parts, used to adjust a rotation speed of the motor and/or steering of the mower, wherein the pair of operating parts is connected to the supporting part and the pair of operating parts is configured to be operated when the operator holds the supporting part,
A unit cell alignment apparatus (100; 200) comprising: a base member (110; 210), on an upper surface of which unit cells constituting an electrode assembly are stacked parallel thereto; a first guide member (120; 220) located at one side of the base member, the first guide member being disposed so as to be perpendicular to the upper surface of the base member; a second guide member (130; 230) located at the base member, the second guide member being disposed so as to be perpendicular to the upper surface of the base member while being at right angles to the first guide member; and an inclination adjustment member (140; 240) configured to adjust an inclination of the base member. a base member (110; 210), on an upper surface of which unit cells constituting an electrode assembly are stacked parallel thereto; a first guide member (120; 220) located at one side of the base member, the first guide member being disposed so as to be perpendicular to the upper surface of the base member; a second guide member (130; 230) located at the base member, the second guide member being disposed so as to be perpendicular to the upper surface of the base member while being at right angles to the first guide member; and an inclination adjustment member (140; 240) configured to adjust an inclination of the base member.
A method of establishing a wireless connection, comprising: transmitting, by a first communication device, a first advertising signal for a first period of time, the first advertising signal configured to advertise that the first communication device is available to establish a first wireless connection; scanning, by the first communication device, for a second advertising signal for a second period of time, the second advertising signal transmitted by a second communication device and configured to advertise that the second communication device is available to establish a second wireless connection; and listening, by the first communication device, for a third signal for a third period of time, the third signal transmitted by a third communication device in response to the first advertising signal, the third period of time occurring during the second period of time; wherein the first communication device comprises a Bluetooth® Low Energy-capable device, and wherein the first wireless connection comprises a Bluetooth® Low Energy connection; and wherein the third communication device is not the same communication device as the second communication device. transmitting, by a first communication device, a first advertising signal for a first period of time, the first advertising signal configured to advertise that the first communication device is available to establish a first wireless connection; scanning, by the first communication device, for a second advertising signal for a second period of time, the second advertising signal transmitted by a second communication device and configured to advertise that the second communication device is available to establish a second wireless connection; and listening, by the first communication device, for a third signal for a third period of time, the third signal transmitted by a third communication device in response to the first advertising signal, the third period of time occurring during the second period of time; wherein the first communication device comprises a Bluetooth® Low Energy-capable device, and wherein the first wireless connection comprises a Bluetooth® Low Energy connection; and wherein the third communication device is not the same communication device as the second communication device.
A work vehicle comprising: a windshield provided at a front portion of a vehicle body and comprising an upper shield disposed upwardly of a hood and a lower shield configured to be disposed at a position closing a gap formed between a lower end of the upper shield and an upper face of the hood; and a support unit configured to support the lower shield vertically movably to be capable of selectively disposing the lower shield at the closing position for closing the gap and an opening position for opening the gap, characterized in that the support unit includes a support frame fixed to the vehicle body side, a bracket attached to the lower shield and a pair of link members provided between the support frame and the bracket; and base end portions of the pair of link members are pivotally supported to the support frame via a horizontally oriented first support shaft and pivotal end portions of the pair of link members are pivotally supported to the bracket via a horizontally oriented second support shaft. a windshield provided at a front portion of a vehicle body and comprising an upper shield disposed upwardly of a hood and a lower shield configured to be disposed at a position closing a gap formed between a lower end of the upper shield and an upper face of the hood; and a support unit configured to support the lower shield vertically movably to be capable of selectively disposing the lower shield at the closing position for closing the gap and an opening position for opening the gap, characterized in that the support unit includes a support frame fixed to the vehicle body side, a bracket attached to the lower shield and a pair of link members provided between the support frame and the bracket; and base end portions of the pair of link members are pivotally supported to the support frame via a horizontally oriented first support shaft and pivotal end portions of the pair of link members are pivotally supported to the bracket via a horizontally oriented second support shaft.