mhurhangee/ep-ind-claims huggingface dataset:
A platelet-rich plasma separator-concentrator comprising: a housing; a PRP separation assembly; and a PRP concentration assembly characterized in that the PRP concentration assembly has: a concentration chamber having a concentration chamber floor for supporting desiccated beads and a concentration chamber wall, the concentration chamber having at least one opening; a screen, covering the at least one opening, the screen having openings that are sized to retain the desiccated beads in the concentration chamber, a PRP concentration sump, and an axially concentric rigid stationary outlet tube secured to the housing and extending through the PRP separation assembly to the PRP concentrate sump; wherein the PRP separation assembly is attached to and positioned above the PRP concentration assembly to form a combined separator concentrator assemblage that is rotatable about the outlet tube. a housing; a PRP separation assembly; and a PRP concentration assembly characterized in that the PRP concentration assembly has: a concentration chamber having a concentration chamber floor for supporting desiccated beads and a concentration chamber wall, the concentration chamber having at least one opening; a screen, covering the at least one opening, the screen having openings that are sized to retain the desiccated beads in the concentration chamber, a PRP concentration sump, and an axially concentric rigid stationary outlet tube secured to the housing and extending through the PRP separation assembly to the PRP concentrate sump; a concentration chamber having a concentration chamber floor for supporting desiccated beads and a concentration chamber wall, the concentration chamber having at least one opening; a screen, covering the at least one opening, the screen having openings that are sized to retain the desiccated beads in the concentration chamber, a PRP concentration sump, and an axially concentric rigid stationary outlet tube secured to the housing and extending through the PRP separation assembly to the PRP concentrate sump; wherein the PRP separation assembly is attached to and positioned above the PRP concentration assembly to form a combined separator concentrator assemblage that is rotatable about the outlet tube.
A forming apparatus for constraining a composite charge and forming the composite charge into a highly contoured composite structure, the forming apparatus comprising: a first die and a second die between which the composite charge is formed, the first die having pairs of first die portions spaced apart to define a die cavity into which the composite charge is formed into a contoured hat section having a cap, the pairs being slidably displaceable with respect to each other, and the second die having a tapered portion designed for at least partial insertion into the die cavity; and a constraining assembly coupled to the first die and having a constraining device positioned in the die cavity, the constraining device designed to constrain a cap portion of the composite charge between the constraining device and the second die, and the constraining device designed to apply an upward resistive force against the cap portion, and against a downward compressive force applied by the second die, to provide wrinkle prevention in the cap, as the contoured hat section is formed, and the constraining assembly further having a retaining element designed to retain the constraining device, when the second die is retracted after the highly contoured composite structure is formed. a first die and a second die between which the composite charge is formed, the first die having pairs of first die portions spaced apart to define a die cavity into which the composite charge is formed into a contoured hat section having a cap, the pairs being slidably displaceable with respect to each other, and the second die having a tapered portion designed for at least partial insertion into the die cavity; and a constraining assembly coupled to the first die and having a constraining device positioned in the die cavity, the constraining device designed to constrain a cap portion of the composite charge between the constraining device and the second die, and the constraining device designed to apply an upward resistive force against the cap portion, and against a downward compressive force applied by the second die, to provide wrinkle prevention in the cap, as the contoured hat section is formed, and the constraining assembly further having a retaining element designed to retain the constraining device, when the second die is retracted after the highly contoured composite structure is formed.
A inclinable armrest, in particular for motor vehicles, consisting of a support arranged in a manner fixed relative to the frame, a carrier rotatably mounted at the support and forming the armrest or being fixed at the armrest, and a device for adjusting the inclination of the carrier into a pivoted-down basic position, into a pivoted-up position of non-use, and continuously into intermediate positions of use between the pivoted-down basic position and intermediate positions of support pivoted-up relative thereto, in the basic position and in the intermediate positions of use, the carrier being blocked against pivoting-down, and in the position of non-use, being enabled for pivoting-down into the basic position, characterized in that the device for adjusting the inclination comprises a shaft fixed with its ends at the support and having two cones, the smallest diameter of which is positioned toward the ends of the shaft and the largest diameter of which is positioned toward the center of the shaft, further two sprockets (9, 10) with a matching inner cone surface slipped over the cones, respectively, and having an external toothing according to the type of a right-hand thread or a left-hand thread, respectively, a sleeve extending over the sprockets (9, 10) and having an internal toothing matching with that of the sprockets (9, 10) according to the type of a right-hand thread or a left-hand thread, respectively, the carrier being connected in a rotationally fixed manner with the sleeve or the sleeve envelope, and a control device for controlling the translational-rotational movement of the sprockets (9, 10) in dependence on the pivoting movement and/or the position of the carrier, the control device being composed of functional parts that are respectively arranged on the ends of the shaft between the ends of the sprockets (9, 10) and the support.
A support post for releasably securing between a ceiling structure and a floor structure, the support post comprising: first and second elongate members, one of said first and second elongate members telescopically received about at least a portion of the other, a ceiling engaging member positioned at the upper end of said first elongate member and a floor engaging member positioned at the lower end of said second elongate member, a spring biasing said ceiling engaging member in a direction away from said upper end of said first elongate member, a lock when in its locked position said lock maintaining said spring in a compressed configuration and when in its unlocked position said lock releasing said spring from its compressed configuration and permitting said spring to apply a biasing force to said ceiling engaging member urging said ceiling engaging member away from said upper end of said first elongate member, a latch operatively secured to said first elongate member, said latch allowing for the telescopic movement of said first elongate member relative to said second elongate member when said lock is in said locked position, said latch engaging said second elongate member when said lock is in said unlocked position and resisting the telescopic movement of said first elongate member relative to said second elongate member, characterized in that said latch is pivotally mounted within said first elongate member, said latch including a knife-edge, when said floor engaging member is positioned against a floor structure with said lock in said unlocked position and said spring biasing said ceiling engaging member into contact with a ceiling structure, said knife-edge engaging said second elongate member to limit movement of said first elongate member relative to said second elongate member. first and second elongate members, one of said first and second elongate members telescopically received about at least a portion of the other, a ceiling engaging member positioned at the upper end of said first elongate member and a floor engaging member positioned at the lower end of said second elongate member, a spring biasing said ceiling engaging member in a direction away from said upper end of said first elongate member, a lock when in its locked position said lock maintaining said spring in a compressed configuration and when in its unlocked position said lock releasing said spring from its compressed configuration and permitting said spring to apply a biasing force to said ceiling engaging member urging said ceiling engaging member away from said upper end of said first elongate member,
A secondary air system of an aircraft gas turbine engine having a main gas path extending through an engine core, the aircraft engine producing secondary airflow (34; 45) from a source of secondary air, the SAS comprising: a hollow strut (28; 28') configured to extend radially through the main gas path, the hollow strut (28; 28') defining therein a strut conduit (33; 33') extending between a strut inlet (29; 29') and a strut outlet (31; 31') at opposite ends of the hollow strut (28; 28'); and a buffer cavity, wherein the strut outlet (31; 31') is in fluid flow communication with the buffer cavity for feeding the secondary airflow (34; 45) to the engine core; characterised in that the SAS comprises: two or more SAS feed pipes (42; 42') each having an inlet (46; 46') receiving the secondary airflow (34; 45) from the source of secondary air and respectively defining therein a secondary air stream (47, 47') flowing in parallel, and an outlet (50; 50') in fluid flow communication with the strut inlet (29; 29') to feed the secondary airflow (34; 45) into the strut conduit (33; 33'), wherein each of the SAS feed pipes (42; 42') has a sonic orifice therein between the inlet (46; 46') and the outlet (50; 50') thereof, wherein the sonic orifice is formed by a converging-diverging nozzle and is configured such that: at high power and/or high engine speed, the sonic orifice forms a compressibility-driven restriction for to limit the secondary airflow (34; 45) due to choking; and at low power and/or low engine speed the sonic orifice forms a significantly reduced flow restriction for maximizing the secondary airflow (34; 45). a hollow strut (28; 28') configured to extend radially through the main gas path, the hollow strut (28; 28') defining therein a strut conduit (33; 33') extending between a strut inlet (29; 29') and a strut outlet (31; 31') at opposite ends of the hollow strut (28; 28'); and a buffer cavity, wherein the strut outlet (31; 31') is in fluid flow communication with the buffer cavity for feeding the secondary airflow (34; 45) to the engine core; characterised in that the SAS comprises: two or more SAS feed pipes (42; 42') each having an inlet (46; 46') receiving the secondary airflow (34; 45) from the source of secondary air and respectively defining therein a secondary air stream (47, 47') flowing in parallel, and an outlet (50; 50') in fluid flow communication with the strut inlet (29; 29') to feed the secondary airflow (34; 45) into the strut conduit (33; 33'), wherein each of the SAS feed pipes (42; 42') has a sonic orifice therein between the inlet (46; 46') and the outlet (50; 50') thereof, wherein the sonic orifice is formed by a converging-diverging nozzle and is configured such that: at high power and/or high engine speed, the sonic orifice forms a compressibility-driven restriction for to limit the secondary airflow (34; 45) due to choking; and at low power and/or low engine speed the sonic orifice forms a significantly reduced flow restriction for maximizing the secondary airflow (34; 45).
A method for producing a water-soluble or water-dispersible active-ingredient-administering form comprising (a) producing a film, suitable as oral film-administering form, having a content of active ingredient, wherein the film-administering form is present as a solidified foam, (b) activating a surface of the film produced in (a) in order to generate a tacky surface, and (c) rolling up the film activated in (b) to form a rolled-up laminate. (a) producing a film, suitable as oral film-administering form, having a content of active ingredient, wherein the film-administering form is present as a solidified foam, (b) activating a surface of the film produced in (a) in order to generate a tacky surface, and (c) rolling up the film activated in (b) to form a rolled-up laminate.
An extraction program that causes a computer to execute a process comprising: creating correspondence information associating extraction attributes which match respective attributes of each data element included in a plurality of data elements, from among extraction attributes included in verification rules used for determining whether or not each of the plurality of data elements complies with a predetermined condition, and the verification rules which include the extraction attributes; identifying, by referring to the correspondence information, for each of a plurality of input data elements and for each attribute, the verification rule including the extraction attributes matching each attribute; identifying, for each of the plurality of input data elements, a common verification rule which is common in the verification rules corresponding to the attributes of each data element; and extracting, for each verification rule, data for which the verification rule has been identified as the common verification rule, as data complying with the predetermined condition among the plurality of input data elements. creating correspondence information associating extraction attributes which match respective attributes of each data element included in a plurality of data elements, from among extraction attributes included in verification rules used for determining whether or not each of the plurality of data elements complies with a predetermined condition, and the verification rules which include the extraction attributes; identifying, by referring to the correspondence information, for each of a plurality of input data elements and for each attribute, the verification rule including the extraction attributes matching each attribute; identifying, for each of the plurality of input data elements, a common verification rule which is common in the verification rules corresponding to the attributes of each data element; and extracting, for each verification rule, data for which the verification rule has been identified as the common verification rule, as data complying with the predetermined condition among the plurality of input data elements.
A method for guiding installation of an accessory device in a low voltage switching device having one or more mounting locations for one or more accessory devices using guided mounting means comprising an image acquisition device, a display, and processing means executing a guided mounting program for guiding installation of said accessory device in said low voltage switching device, said method comprising the steps of: - acquiring an image of said low voltage switching device and displaying it on said display; - identifying said low voltage switching device; - displaying in an augmented reality view one or more points of interest of said low voltage switching device by superimposing possible accessory device mounting locations to the image of said low voltage switching device; - displaying information concerning possible accessory devices installable in said low voltage switching device; - selecting one of said possible accessory devices and identifying in an augmented reality view one or more possible mounting locations of the selected accessory device in the low voltage switching device or selecting one of said possible accessory device mounting locations and identifying in an augmented reality view one or more accessory devices installable in the selected mounting location; - displaying information (601, 701, 801) concerning a mounting procedure of a selected accessory device in a selected mounting location of said low voltage switching device. - acquiring an image of said low voltage switching device and displaying it on said display; - identifying said low voltage switching device; - displaying in an augmented reality view one or more points of interest of said low voltage switching device by superimposing possible accessory device mounting locations to the image of said low voltage switching device; - displaying information concerning possible accessory devices installable in said low voltage switching device; - selecting one of said possible accessory devices and identifying in an augmented reality view one or more possible mounting locations of the selected accessory device in the low voltage switching device or selecting one of said possible accessory device mounting locations and identifying in an augmented reality view one or more accessory devices installable in the selected mounting location; - displaying information (601, 701, 801) concerning a mounting procedure of a selected accessory device in a selected mounting location of said low voltage switching device.
A surface treatment apparatus (100, 300) for inducing a desired compressive residual stress distribution in the surface of a workpiece based on specified surface treatment process parameters, the surface treatment apparatus comprising: at least one surface treatment element (102, 202, 302) for inducing compressive residual stress in the workpiece; at least one actuator (118, 218, 318) mechanically linked to the at least one surface treatment element for contacting and impinging the at least one surface treatment element against the surface of the workpiece; at least one sensor (120, 220) operatively connected to the surface treatment element for sensing the displacement of the at least one surface treatment element relative to the surface of the workpiece; a computer control unit in electrical communication with the at least one sensor and fluidly and/or electrically connected with the at least one actuator, the computer control unit for receiving and analyzing signals from the at least one sensor, controlling the actuator, and interfacing with a positioning device, wherein the computer control unit compares the output of the sensor to specified print dimensions and adjusts the specified surface treatment process parameters accordingly to obtain the desired compressive residual stress distribution. at least one surface treatment element (102, 202, 302) for inducing compressive residual stress in the workpiece; at least one actuator (118, 218, 318) mechanically linked to the at least one surface treatment element for contacting and impinging the at least one surface treatment element against the surface of the workpiece; at least one sensor (120, 220) operatively connected to the surface treatment element for sensing the displacement of the at least one surface treatment element relative to the surface of the workpiece; a computer control unit in electrical communication with the at least one sensor and fluidly and/or electrically connected with the at least one actuator, the computer control unit for receiving and analyzing signals from the at least one sensor, controlling the actuator, and interfacing with a positioning device, wherein the computer control unit compares the output of the sensor to specified print dimensions and adjusts the specified surface treatment process parameters accordingly to obtain the desired compressive residual stress distribution.
A Stability and Command Augmentation System (SCAS) for an aircraft, the SCAS comprising: a first input shaft providing a first rotational input and configured for being driveably connected to a pilot input device; a second input shaft providing a second rotational input and configured for being driveably connected to an electric motor and a flight control computer; a device for summing the first and second rotational inputs to give a rotational output for controlling an actuator, wherein the device comprises a planetary gear assembly comprising a ring gear, a sun gear and a plurality of planet gears, wherein each planet gear is driveably connected to both the ring gear and the sun gear; a housing surrounding at least a portion of the planetary gear assembly; characterized in that a centering mechanism for biasing the planetary gear assembly towards a predetermined position in relation to the housing, wherein the centering mechanism comprises a resilient member positioned between the ring gear and the housing, and the resilient member comprises a tension spring configured for returning the ring gear to the predetermined position if the motor fails and the second input shaft becomes free to rotate. a first input shaft providing a first rotational input and configured for being driveably connected to a pilot input device; a second input shaft providing a second rotational input and configured for being driveably connected to an electric motor and a flight control computer; a device for summing the first and second rotational inputs to give a rotational output for controlling an actuator, wherein the device comprises a planetary gear assembly comprising a ring gear, a sun gear and a plurality of planet gears, wherein each planet gear is driveably connected to both the ring gear and the sun gear; a housing surrounding at least a portion of the planetary gear assembly; characterized in that a centering mechanism for biasing the planetary gear assembly towards a predetermined position in relation to the housing, wherein the centering mechanism comprises a resilient member positioned between the ring gear and the housing, and the resilient member comprises a tension spring configured for returning the ring gear to the predetermined position if the motor fails and the second input shaft becomes free to rotate.
An antiperspirant cosmetic agent containing, in each case based on the total weight of the antiperspirant cosmetic agent: a) 1 to 30 wt.% of an antiperspirant compound, b) 0.1 to 10 wt.% salicylic acid, c) at least one compound of formula in which n represents 0 or 1, X represents -H, Na +, K + or NH4 +, R 1 is selected from -H, -COOX or -(CH 2)-COOX, R 2 is selected from -H, C 1-10 -alkyl or COOX, R 3 is selected from -(CH 2)-COOX, -CH(R 1)-COOX, -(CH 2) 2 -NH[CH(COOX)(CH 2 COOX)], -CH(R 4)-C(R 5)(R 6)-COOX, R 4 is selected from -H, C 1-10 -alkyl or COOX, R 5 and R 6 are, independently of one another,-H, -OH or C 1-10 -alkyl. a) 1 to 30 wt.% of an antiperspirant compound, b) 0.1 to 10 wt.% salicylic acid, c) at least one compound of formula in which n represents 0 or 1, X represents -H, Na +, K + or NH4 +, R 1 is selected from -H, -COOX or -(CH 2)-COOX, R 2 is selected from -H, C 1-10 -alkyl or COOX, R 3 is selected from -(CH 2)-COOX, -CH(R 1)-COOX, -(CH 2) 2 -NH[CH(COOX)(CH 2 COOX)], -CH(R 4)-C(R 5)(R 6)-COOX, R 4 is selected from -H, C 1-10 -alkyl or COOX, R 5 and R 6 are, independently of one another,-H, -OH or C 1-10 -alkyl. n represents 0 or 1, X represents -H, Na +, K + or NH4 +, R 1 is selected from -H, -COOX or -(CH 2)-COOX, R 2 is selected from -H, C 1-10 -alkyl or COOX, R 3 is selected from -(CH 2)-COOX, -CH(R 1)-COOX, -(CH 2) 2 -NH[CH(COOX)(CH 2 COOX)], -CH(R 4)-C(R 5)(R 6)-COOX, R 4 is selected from -H, C 1-10 -alkyl or COOX, R 5 and R 6 are, independently of one another,-H, -OH or C 1-10 -alkyl.