mhurhangee/ep-ind-claims huggingface dataset:
Device mountable to the wall to support a dispenser (4',4",4′′′) consisting of a bottle and a dispensing head coupled in an engagement region, comprising: - a mounting body having a mounting plate, intended to be mounted to the wall, and a foot, projecting from the mounting plate, wherein the foot has an upper surface and an engagement projection protruding from the upper surface; - a covering body comprising a cover, configured to cover at least partially the mounting plate, and a gripping portion, projecting from the cover and comprising a gripping collar engageable with the dispenser, wherein the covering body may be slidably coupled with the mounting body, wherein between the foot and the gripping collar a compartment is defined for accommodating the bottle; - security means (42,44;56;61;64) adapted to obtain a snap engagement between the covering body and the mounting body, said security means being releasable and comprising an opening obtained through the covering body, adapted to insert a key for releasing the security means; - wherein the engagement projection has a predefined configuration for univocally coupling with a bottom of the bottle of the dispenser (4', 4", 4′′′); - wherein said compartment of the device is free of panels, so as to leave the bottle visible. - a mounting body having a mounting plate, intended to be mounted to the wall, and a foot, projecting from the mounting plate, wherein the foot has an upper surface and an engagement projection protruding from the upper surface; - a covering body comprising a cover, configured to cover at least partially the mounting plate, and a gripping portion, projecting from the cover and comprising a gripping collar engageable with the dispenser, wherein the covering body may be slidably coupled with the mounting body, wherein between the foot and the gripping collar a compartment is defined for accommodating the bottle; - security means (42,44;56;61;64) adapted to obtain a snap engagement between the covering body and the mounting body, said security means being releasable and comprising an opening obtained through the covering body, adapted to insert a key for releasing the security means; - wherein the engagement projection has a predefined configuration for univocally coupling with a bottom of the bottle of the dispenser (4', 4", 4′′′); - wherein said compartment of the device is free of panels, so as to leave the bottle visible.
A distal protection device for use in a body lumen comprising: a first elongate member having distal and proximal ends; a second elongate member having distal and proximal ends; a functional element carried by the second elongate member, the functional element being expandable from a delivery configuration to an expanded deployed configuration when the functional element is deployed in the body lumen; and connecting means for movably connecting the first and second elongate members (13,12), and said movement is over a limited range of motion from a first relative axial position to a second relative axial position such that when the functional element is deployed in the body lumen the first elongate member may be moved without resulting in corresponding movement of the functional element, the distal end of the second elongate member being distal to the distal end of the first elongate member over the limited range of motion characterised in that, the connecting means comprising a distal portion of the first elongate member and a proximal portion of the second elongate member, the distal portion of the first elongate member including a lumen with a constricted portion defining an opening, the proximal portion of the second elongate member being slideable within the lumen of the first elongate member and including an enlarged portion larger than the opening defined by the constricted portion such that the enlarged portion is prevented from advancement through the opening to thereby retain the proximal portion within the lumen of the distal portion and define the limited range of motion. a first elongate member having distal and proximal ends; a second elongate member having distal and proximal ends; a functional element carried by the second elongate member, the functional element being expandable from a delivery configuration to an expanded deployed configuration when the functional element is deployed in the body lumen; and connecting means for movably connecting the first and second elongate members (13,12), and said movement is over a limited range of motion from a first relative axial position to a second relative axial position such that when the functional element is deployed in the body lumen the first elongate member may be moved without resulting in corresponding movement of the functional element, the distal end of the second elongate member being distal to the distal end of the first elongate member over the limited range of motion characterised in that, the connecting means comprising a distal portion of the first elongate member and a proximal portion of the second elongate member, the distal portion of the first elongate member including a lumen with a constricted portion defining an opening, the proximal portion of the second elongate member being slideable within the lumen of the first elongate member and including an enlarged portion larger than the opening defined by the constricted portion such that the enlarged portion is prevented from advancement through the opening to thereby retain the proximal portion within the lumen of the distal portion and define the limited range of motion.
A formliner for use in creating a decorative pattern on a curable material, the formliner comprising: a sheet of material; a cell formed in the sheet of material; and a rib extending along the cell and forming a boundary of the cell, the rib being formed in the sheet of material, characterised in that the rib comprises: a first section comprising a cross-sectional interior profile, the first section configured for creating the decorative pattern on the curable material; a second section comprising a cross-sectional interior profile and a cross-sectional exterior profile, the cross-sectional exterior profile of the second section being less than the cross-sectional interior profile of the first section; and a third section comprising a cross-sectional exterior profile, the cross-section exterior profile of the third section being less than the cross-sectional interior profile of the second section, wherein a plurality of formliners (120, 122, 124) is shaped and configured to be connected by overlaying at least a portion of first sections onto at least a portion of second sections and by overlaying at least a portion of the second sections onto at least a portion of third sections to create a pattern of formliners which nest with each other such that the first sections of the plurality of formliners are flush with each other. a sheet of material; a cell formed in the sheet of material; and a rib extending along the cell and forming a boundary of the cell, the rib being formed in the sheet of material, characterised in that the rib comprises: a first section comprising a cross-sectional interior profile, the first section configured for creating the decorative pattern on the curable material; a second section comprising a cross-sectional interior profile and a cross-sectional exterior profile, the cross-sectional exterior profile of the second section being less than the cross-sectional interior profile of the first section; and a third section comprising a cross-sectional exterior profile, the cross-section exterior profile of the third section being less than the cross-sectional interior profile of the second section, a first section comprising a cross-sectional interior profile, the first section configured for creating the decorative pattern on the curable material; a second section comprising a cross-sectional interior profile and a cross-sectional exterior profile, the cross-sectional exterior profile of the second section being less than the cross-sectional interior profile of the first section; and a third section comprising a cross-sectional exterior profile, the cross-section exterior profile of the third section being less than the cross-sectional interior profile of the second section, wherein a plurality of formliners (120, 122, 124) is shaped and configured to be connected by overlaying at least a portion of first sections onto at least a portion of second sections and by overlaying at least a portion of the second sections onto at least a portion of third sections to create a pattern of formliners which nest with each other such that the first sections of the plurality of formliners are flush with each other.
A production method of a medical polyoxypropylene polymer, comprising the following steps: a step of adding to a polyoxypropylene polymer which is obtained by ring-opening polymerization of propylene oxide to a starting substance having an active hydrogen reacting with the propylene oxide and contains allyl ether as an impurity, a tertiary alkoxide of alkali metal in an excess amount based on a molar number of the active hydrogen of the starting substance and heat treating at 115°C or less to isomerize the allyl ether to propenyl ether; and a step of adding a mineral acid to the product obtained in the step to adjust pH to 4 or less and treating at 70°C or less to hydrolyze the propenyl ether. a step of adding to a polyoxypropylene polymer which is obtained by ring-opening polymerization of propylene oxide to a starting substance having an active hydrogen reacting with the propylene oxide and contains allyl ether as an impurity, a tertiary alkoxide of alkali metal in an excess amount based on a molar number of the active hydrogen of the starting substance and heat treating at 115°C or less to isomerize the allyl ether to propenyl ether; and a step of adding a mineral acid to the product obtained in the step to adjust pH to 4 or less and treating at 70°C or less to hydrolyze the propenyl ether.
A composition comprising: i. 0.005 to 1.0 % w/w trypsin; ii. 20 to 70 % w/w glycerol; and iii. 1.0 to 65 % w/w xylitol. i. 0.005 to 1.0 % w/w trypsin; ii. 20 to 70 % w/w glycerol; and iii. 1.0 to 65 % w/w xylitol.
A sanitary fitting with a sensor, wherein a sensor range capable of being monitored by the sensor has a first control range for controlling a flow volume of water from an outlet of the sanitary fitting, a second control range for increasing a temperature of the water and a third control range for reducing a temperature of the water, wherein the first control range extends at least partially about a first axis, the second control range extends at least partially about a second axis and the third control range extends at least partially about a third axis, characterized in that the sensor is a wireless radio sensor, that a scanning frequency of the radio sensor can be reduced in a non-use phase of the sanitary fitting detected by the radio sensor and the scanning frequency of the radio sensor can be increased in a use phase of the sanitary fitting, that the radio sensor is arranged at a distance from the sanitary fitting, the distance being 5 cm to 200 cm.
An article comprising a substrate that is especially transparent, said substrate being covered on at least one of its faces, totally or partly, with a protective layer based on zirconium and aluminum mixed oxide.
A low profile triaxial antenna, comprising: • a cross-shaped electromagnetic core provided with two X-axis arms protruding from a center and aligned with an X-axis, and two Y-axis arms protruding from said center aligned with a Y-axis, the X-axis and Y-axis being perpendicular to one another, and the faces of the X-axis arms and Y-axis arms farthest away from the center being front ends; • an X-axis winding of electrically conductive wire wound around the two X-axis arms; • a Y-axis winding of electrically conductive wire wound around the two Y-axis arms; • a Z-axis winding of electrically conductive wire wound around a Z-axis orthogonal to the X-axis and Y-axis, said Z-axis winding surrounding the electromagnetic core and at least partially facing said front ends; characterized in that four electromagnetic core portions are each at least partially arranged in a quadrant space defined between an X-axis arm, an adjacent Y-axis arm and a portion of Z-axis winding running between the front ends thereof, the assembly of the cross-shaped electromagnetic core and the four electromagnetic core portions being configured to generate a composite electromagnetic core. • a cross-shaped electromagnetic core provided with two X-axis arms protruding from a center and aligned with an X-axis, and two Y-axis arms protruding from said center aligned with a Y-axis, the X-axis and Y-axis being perpendicular to one another, and the faces of the X-axis arms and Y-axis arms farthest away from the center being front ends; • an X-axis winding of electrically conductive wire wound around the two X-axis arms; • a Y-axis winding of electrically conductive wire wound around the two Y-axis arms; • a Z-axis winding of electrically conductive wire wound around a Z-axis orthogonal to the X-axis and Y-axis, said Z-axis winding surrounding the electromagnetic core and at least partially facing said front ends;
A method of encoding a parametric spectral representation ( f) of auto-regressive coefficients (a) that partially represent an audio signal, said method including the steps of: encoding a low-frequency part ( f L) of the parametric spectral representation ( f) by quantizing elements of the parametric spectral representation that correspond to a low-frequency part of the audio signal; encoding a high-frequency part ( f H) of the parametric spectral representation ( f) by weighted averaging based on the quantized elements ( f̂ L) flipped around a quantized mirroring frequency ( f̂ m), which separates the low-frequency part from the high-frequency part, and a frequency grid ( g opt) determined from a frequency grid codebook in a closed-loop search procedure. encoding a low-frequency part ( f L) of the parametric spectral representation ( f) by quantizing elements of the parametric spectral representation that correspond to a low-frequency part of the audio signal; encoding a high-frequency part ( f H) of the parametric spectral representation ( f) by weighted averaging based on the quantized elements ( f̂ L) flipped around a quantized mirroring frequency ( f̂ m), which separates the low-frequency part from the high-frequency part, and a frequency grid ( g opt) determined from a frequency grid codebook in a closed-loop search procedure.
A method for detecting a loss or an undervoltage condition of phase of an electric converter unit, the method comprising: - determining an extremum value, such as a maximum and/or a minimum value, of a phase voltage of the electric converter unit for at least one fundamental period of the phase voltage, - comparing the extremum value to a first threshold value, and if, based on the comparison, a first threshold criterion related to the first threshold value is satisfied, characterized in that the method further comprises: - determining absolute values of phase currents of the electric converter unit during at least one fundamental period, - integrating the absolute values of phase currents with respect to time or determining ampere-second balances of the phase currents, - comparing the integrated absolute values or the ampere-second balances to a second threshold value, and if, based on the comparison, a second threshold criterion related to the second threshold value is satisfied, then - comparing the integrated absolute value or the ampere-second balance of one of the phase currents to the integrated absolute value or the ampere-second balance of one or several other phase currents, and, if, based on the comparison, a third threshold criterion is satisfied, - determining the loss or the undervoltage condition of the phase. - determining an extremum value, such as a maximum and/or a minimum value, of a phase voltage of the electric converter unit for at least one fundamental period of the phase voltage, - comparing the extremum value to a first threshold value, and if, based on the comparison, a first threshold criterion related to the first threshold value is satisfied, - determining absolute values of phase currents of the electric converter unit during at least one fundamental period, - integrating the absolute values of phase currents with respect to time or determining ampere-second balances of the phase currents, - comparing the integrated absolute values or the ampere-second balances to a second threshold value, and if, based on the comparison, a second threshold criterion related to the second threshold value is satisfied, then - comparing the integrated absolute value or the ampere-second balance of one of the phase currents to the integrated absolute value or the ampere-second balance of one or several other phase currents, and, if, based on the comparison, a third threshold criterion is satisfied, - determining the loss or the undervoltage condition of the phase.
The method for preparing a cyclic carbonate functional polyester, said method comprising the stages: A) reacting glycerine carbonate with an acid anhydride to form an Adduct; B) providing a carboxyl functional polyester; C) reacting said carboxyl functional polyester with at least one diglycidyl ether to form an epoxy functional polyester; and, D) reacting said epoxy functional polyester with said Adduct to form said cyclic carbonate functional polyester. A) reacting glycerine carbonate with an acid anhydride to form an Adduct; B) providing a carboxyl functional polyester; C) reacting said carboxyl functional polyester with at least one diglycidyl ether to form an epoxy functional polyester; and, D) reacting said epoxy functional polyester with said Adduct to form said cyclic carbonate functional polyester.
A compact cabin crew attendant seat for an aircraft, comprising: a seat back portion; a shell enclosing the seat back portion, said shell including a vertically oriented slot having a top and a bottom; a head rest portion mounted to a top portion of the seat back portion; and a seat portion including a seat portion hinge slidably attached within the vertically oriented slot of the shell, said seat portion being configured to be moved between a folded closed position and an unfolded open position, said seat portion hinge being configured to move vertically between an upper position at the top of the slot in the folded up closed position, and a lower position at the bottom of the slot in the folded down open position; characterized by: a vertical shock absorption system disposed within a lower portion of the shell and connected to the seat portion and a bottom portion of the seat back portion, said vertical shock absorption system being configured to absorb energy during a crash landing of the aircraft. a seat back portion; a shell enclosing the seat back portion, said shell including a vertically oriented slot having a top and a bottom; a head rest portion mounted to a top portion of the seat back portion; and a seat portion including a seat portion hinge slidably attached within the vertically oriented slot of the shell, said seat portion being configured to be moved between a folded closed position and an unfolded open position, said seat portion hinge being configured to move vertically between an upper position at the top of the slot in the folded up closed position, and a lower position at the bottom of the slot in the folded down open position; characterized by: a vertical shock absorption system disposed within a lower portion of the shell and connected to the seat portion and a bottom portion of the seat back portion, said vertical shock absorption system being configured to absorb energy during a crash landing of the aircraft.
A method of discharging a battery (201A, 201B), the method comprising: applying an electrical stimulus to the battery (201A, 201B); measuring a response to the electrical stimulus, the measured response providing an indication of discharge efficiency of the battery; determining a target frequency corresponding to a maximum discharge efficiency; and then discharging the battery (201A, 201B) with a discharge current profile comprising current pulses having a frequency component selected based on the determined target frequency. applying an electrical stimulus to the battery (201A, 201B); measuring a response to the electrical stimulus, the measured response providing an indication of discharge efficiency of the battery; determining a target frequency corresponding to a maximum discharge efficiency; and then discharging the battery (201A, 201B) with a discharge current profile comprising current pulses having a frequency component selected based on the determined target frequency.
Exhaust gas sampling probe comprising a probe input, a probe output and a gas channel which connects the probe input to the probe output, characterized in that a hollow body is arranged at least partly, preferably completely, in the gas channel of the exhaust gas sampling probe, the hollow body having a cavity which is surrounded by a lateral surface of the hollow body, at least one inlet opening which is arranged in the lateral surface of the hollow body, at least one outlet opening which is arranged on a side of the hollow body facing the probe output, and a fluid-tight, sealed end face which faces away from the probe output, in that a first hollow body portion is formed on the hollow body between the sealed end face and at least one inlet opening closest to the outlet opening, which first hollow body portion extends along a longitudinal extension of the hollow body and of which first hollow body portion an outer cross-sectional area, which is defined by its lateral surface and oriented normally with respect to the longitudinal extension of the hollow body, is smaller than an inner cross-sectional area of the gas channel in the region of the first axial hollow body portion, so that at least one gap is formed in the region of the first hollow body portion in the gas channel, which gap connects the probe input to the at least one inlet opening in a way that allows flow, and in that a second hollow body portion is formed along the longitudinal extension of the hollow body between the first hollow body portion and the outlet opening, of which second hollow body portion an outer cross-sectional area, which is oriented normally with respect to the longitudinal extension of the hollow body, is designed to correspond to the inner cross-sectional area of the gas channel, so that a flow path through the exhaust gas sampling probe extends from the probe input through the at least one gap via the at least one inlet opening through the cavity of the hollow body via the at least one outlet opening to the probe output.