mhurhangee/ep-ind-claims huggingface dataset:
An aerosol hairspray product, which comprises: a) a pressurisable container comprising i) a container wall which encloses a reservoir for storing a hairstyling formulation, and ii) a propellant; b) a hairstyling formulation comprising: (iii) from 20 wt % to 75 wt % water, by total weight of the hairstyling formulation and propellant; and (iv) from 1.0 wt % to 15 wt % hairstyling polymer, by total weight of the hairstyling formulation and propellant; and c) a spraying device attached to the container for dispensing the hairstyling formulation from the reservoir of the container, which comprises a valve and an actuator, wherein the valve comprises a valve body, said valve body comprising a stem and a spring means; and wherein the valve comprises a restricted tail piece of diameter 0.1 mm to 2.5 mm, and a vapour phase tap of diameter 0.1 mm to 1.5 mm; wherein the actuator comprises a main spray channel and communicates with an insert, said insert comprising an exit orifice and from 1 to 8 sub-spray channels; wherein said channels are tangentially disposed about the exit orifice; wherein the exit orifice is capable of being in liquid communication with the hairstyling formulation in the reservoir; characterised in that the exit orifice has a diameter of from 0.01 to 2 mm; and an orifice thickness of from 0.1 to 1.5 mm; and wherein the sub-spray channels have a height of from 0.1 to 0.8 mm and a length of from 0.1 to 0.5mm. a) a pressurisable container comprising i) a container wall which encloses a reservoir for storing a hairstyling formulation, and ii) a propellant; i) a container wall which encloses a reservoir for storing a hairstyling formulation, and ii) a propellant; b) a hairstyling formulation comprising: (iii) from 20 wt % to 75 wt % water, by total weight of the hairstyling formulation and propellant; and (iv) from 1.0 wt % to 15 wt % hairstyling polymer, by total weight of the hairstyling formulation and propellant; and (iii) from 20 wt % to 75 wt % water, by total weight of the hairstyling formulation and propellant; and (iv) from 1.0 wt % to 15 wt % hairstyling polymer, by total weight of the hairstyling formulation and propellant; and c) a spraying device attached to the container for dispensing the hairstyling formulation from the reservoir of the container, which comprises a valve and an actuator,
Process for purifying an ester composition comprising at least 90 %wt of the dialkyl ester of 2,5-furandicarboxylic acid as starting dialkyl ester concentration and up to 5%wt of the monoalkyl ester of 2,5-furandicarboxylic acid as starting monoalkyl ester concentration, the percentages being based on the weight of the ester composition, which process comprises subjecting the ester composition to melt crystallization to yield a purified dialkyl ester composition containing a dialkyl concentration higher than the starting dialkyl ester concentration and a melt residue containing a monoalkyl ester concentration higher than the starting monoalkyl ester concentration.
A baseplate of an exterior mirror for an automobile door, including - a portion for attachment against a generally vertical plate of the door; - means for provisional attachment of the attachment portion on the door, including first provisional attachment means situated at an upper region of said baseplate; characterized in that the provisional attachment means include, furthermore, at least one elastically deformable hook situated at a lower edge of said baseplate and directed downwards so as to be able to engage with an upper edge of an exterior panel of the door, by a movement of engagement of the first means followed by a pivoting movement of the baseplate for the purpose of engaging said hook. - a portion for attachment against a generally vertical plate of the door; - means for provisional attachment of the attachment portion on the door, including first provisional attachment means situated at an upper region of said baseplate; characterized in that the provisional attachment means include, furthermore, at least one elastically deformable hook situated at a lower edge of said baseplate and directed downwards so as to be able to engage with an upper edge of an exterior panel of the door, by a movement of engagement of the first means followed by a pivoting movement of the baseplate for the purpose of engaging said hook.
An intermediate storage dosing unit for taking samples of a fluid comprising a container with an inlet and a two-way outlet, wherein the two-way outlet comprises - a riser pipe as a first outlet, and - a drain as a second outlet, characterized in that the riser pipe is aligned within the container so that the fluid can be gravitationally introduced into the drain opening. - a riser pipe as a first outlet, and - a drain as a second outlet,
A Lab-on-a-Chip microfluidics sensor system for use in conducting rapid diagnostic measurements comprising: a Lab-On-A-Chip microfluidics sensor test strip comprising a substrate containing a plurality of wells and plurality of microfluidics channels; a radio frequency identification (RFID) tag comprising an antenna, a unique identification number, an RFID electronic chip and at least one sensor module integrated with said substrate, with a plurality of conductive leads connecting said RFID electronic chip and sensor module to said wells and said channels, and said RFID electronic chip and said sensor module being adapted to sense, control and transmit signals that correspond to reactions occurring in said wells and to transmit said identification number; a wireless reader adapted to communicate with said RFID tag and sensor module to receive said signals that correspond to said reactions occurring in said wells and said identification number, said wireless reader adapted to control said microfluidics channels and separation of samples by sending signals to said RFID electronic chip and sensor module; and said wireless reader further adapted to communicate over a network through the use of multiple communication protocols to download software from a remote location to enable reading and analysis of said signals received from said RFID electronic chip and sensor module based on said unique identification number. a Lab-On-A-Chip microfluidics sensor test strip comprising a substrate containing a plurality of wells and plurality of microfluidics channels; a radio frequency identification (RFID) tag comprising an antenna, a unique identification number, an RFID electronic chip and at least one sensor module integrated with said substrate, with a plurality of conductive leads connecting said RFID electronic chip and sensor module to said wells and said channels, and said RFID electronic chip and said sensor module being adapted to sense, control and transmit signals that correspond to reactions occurring in said wells and to transmit said identification number; a wireless reader adapted to communicate with said RFID tag and sensor module to receive said signals that correspond to said reactions occurring in said wells and said identification number, said wireless reader adapted to control said microfluidics channels and separation of samples by sending signals to said RFID electronic chip and sensor module; and said wireless reader further adapted to communicate over a network through the use of multiple communication protocols to download software from a remote location to enable reading and analysis of said signals received from said RFID electronic chip and sensor module based on said unique identification number.
A visual protection accessory including a frame on which a shield is mounted, and which includes means for spacing the shield from the frame able to make the shield assume a first use position in which the shield leans in contact on the frame, and a second venting position in which the whole surface of the shield is brought away from the frame on the opposite side to the user's face, characterised in that said spacing means include two pivot parts respectively located at the left lateral edge and the right lateral edge of said accessory, each of the pivot parts being pivotally mounted with respect to the frame and pivoting with respect to the shield.
An oil and/or gas installation or apparatus for use in relation to an oil and/or gas installation, said installation or apparatus comprising a component which comprises a polymeric material having a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-SO 2 -Ph-Ph-SO 2 -Ph- II wherein Ph represents a phenylene moiety; wherein the repeat units I and II are in the relative molar proportions 95:5 to 80:20.
A sterilization indicator of a sterile container comprising a shape-memory element in the form of an axially acting compression spring made of memory material, wherein the axially acting compression spring of the helical spring type, when a predetermined sterilization temperature is reached or exceeded, subjects an indicating unit to a defined axial compression force, said indicating unit in turn being biased by means of a restoring spring functioning independently of temperature in a counter-direction of the shape-memory element by way of a restoring force which is smaller than the defined axial compressive force, and comprising a latching mechanism (34, 36, 38) which is actuated by a manually operable closing or locking mechanism, by a container cover of the sterile container or an element attached thereto and is designed such that by closing and/or locking of the sterile container it retains the indicating unit in a sterile position, once said unit has been moved into the sterile position by the shape-memory element, and by opening or unlocking of the sterile container below the sterilization temperature it releases the indicating unit, whereupon the restoring spring moves the indicating unit back into an unsterile position.
Vaccine comprising at least one peptide selected from the group SIPWSLERIT (SEQ ID No. 21), VIPWNLERIL (SEQ ID No. 55) and SVPWNLERIQ (SEQ ID No. 60), wherein said at least one peptide is coupled or fused to a pharmaceutically acceptable carrier.
A method for wireless communication, comprising: determining a user-specific insertion period offset; inserting channel or interference estimation modulation symbols into a sequence of data modulation symbols; wherein the channel or interference estimation modulation symbols are inserted into the sequence of data modulation symbols in accordance with the user-specific insertion period offset; performing a discrete Fourier transform on a group of modulation symbols in the sequence of data modulation symbols, the group of modulation symbols including at least one of the channel or interference estimation modulation symbols; and generating a single-carrier frequency domain modulated (SC-FDM) symbol stream based at least in part on an output of the DFT. determining a user-specific insertion period offset; inserting channel or interference estimation modulation symbols into a sequence of data modulation symbols; wherein the channel or interference estimation modulation symbols are inserted into the sequence of data modulation symbols in accordance with the user-specific insertion period offset; performing a discrete Fourier transform on a group of modulation symbols in the sequence of data modulation symbols, the group of modulation symbols including at least one of the channel or interference estimation modulation symbols; and generating a single-carrier frequency domain modulated (SC-FDM) symbol stream based at least in part on an output of the DFT.
An electronic spray device, comprising: a spray generator including a perforate membrane configured to vibrate ultrasonically in response to a drive signal; and a spray controller configured to provide a time-based modulated drive signal to the spray generator; wherein said ultrasonic vibration causes liquid droplets to be ejected from an ejection side of the perforate membrane; characterised in that: the drive signal is modulated such that the liquid to air interface surface in the perforations is drawn back from the ejection side of the membrane during the time-based modulation off periods. a spray generator including a perforate membrane configured to vibrate ultrasonically in response to a drive signal; and a spray controller configured to provide a time-based modulated drive signal to the spray generator; wherein said ultrasonic vibration causes liquid droplets to be ejected from an ejection side of the perforate membrane; characterised in that: the drive signal is modulated such that the liquid to air interface surface in the perforations is drawn back from the ejection side of the membrane during the time-based modulation off periods.
A junction box for installing electrical cables, comprising a housing which includes several, preferably four corner areas which each comprise a corner, wherein at least one of the corner areas is sloping down into the direction of the corner thereof, wherein the housing comprises a bottom part and a cover, wherein the bottom part and the cover comprise fastening means corresponding to each other, wherein the fastening means are arranged in the corner areas of the housing and wherein a surface of the housing in which an opening for one of the fastening means is formed, extends in a curved or inclined manner with respect to the axis of the fastening means, characterized in that the bottom part and the cover are configured as to be lowered and/or curved into the direction of the fastening means and that the fastening means comprise a head, the surface of which is curved or inclined in a corresponding manner to the surface of the housing, wherein in the closed state the fastening means is aligned with the external surface of the housing and in the opened state it projects at least partly from the external surface of the housing.
An optoelectronic sensor, in particular a light grid, having at least two circuit boards (19, 19-x) which are to be arranged one after the other in a longitudinal direction (16, z direction) and on which a plurality of light transmitters and/or light receivers are arranged in series, wherein the circuit boards (19-1, 19-2) are fixed in a desired position with respect to one another by a functional element, wherein the circuit boards (19-1, 19-2) are held in a housing, characterized in that the housing is configured as a section and the circuit boards (19-1, 19-2) are held via the functional elements in oppositely disposed grooves (50, 52) of the section which extend in the longitudinal direction (16, z direction) so that the functional elements position the circuit boards (19-1, 19-2) in a fixed position perpendicular (in the x-y plane) to the longitudinal direction (16, z direction), wherein the functional element has at least one first spring element and at least one second spring element (64, 66) so that the functional element is fixed in the first orthogonal direction (y direction) between groove walls (51, 53; 55, 57) by the second spring element (64, 66) and in the orthogonal direction (x direction) fixed between groove bases (54, 56) by the first spring element, but is resiliently displaceably held in the longitudinal direction (z dierection).
Device for return pressure setting for an injector, having: a return line with a first end, to which a return outlet opening of the injector is directly or indirectly connectable such that a return quantity of the injector flows from the first end of the return line to a second end of the return line; and at least one valve, by means of which a return pressure at least between the first end of the return line with the connected injector and the valve in the return line can be set; wherein the device has an electrically adjustable throttle valve as the valve, wherein, by means of the electrically adjustable throttle valve, the return pressure at least between the first end of the return line with the connected injector and the electrically adjustable throttle valve in the return line can be selectively set to any return pressure value of a value set with at least two different return pressure values, characterized in that the device for return pressure setting can be used for different injector types and different injector generations, the specified setpoint return pressures of which differ from one another, by virtue of the return pressure at least between the first end of the return line and the electrically adjustable throttle valve being settable or adjustable to a value equal to a specified setpoint return pressure of the injector. a return line with a first end, to which a return outlet opening of the injector is directly or indirectly connectable such that a return quantity of the injector flows from the first end of the return line to a second end of the return line; and at least one valve, by means of which a return pressure at least between the first end of the return line with the connected injector and the valve in the return line can be set; wherein the device has an electrically adjustable throttle valve as the valve, wherein, by means of the electrically adjustable throttle valve, the return pressure at least between the first end of the return line with the connected injector and the electrically adjustable throttle valve in the return line can be selectively set to any return pressure value of a value set with at least two different return pressure values, characterized in that the device for return pressure setting can be used for different injector types and different injector generations, the specified setpoint return pressures of which differ from one another, by virtue of the return pressure at least between the first end of the return line and the electrically adjustable throttle valve being settable or adjustable to a value equal to a specified setpoint return pressure of the injector.
A spraying device comprising: an outer fluid transmission tube which is disposed in the spraying device and is rotatable with an axial of the spraying device; the outer fluid transmission tube being in fluid communication with a fluid input tube which is used for connecting to a fluid supplying source; and an inner fluid transmission tube used for connecting to a fluid container, being disposed in the outer fluid transmission tube characterized in that a friction reducing layer, made of a material having a low friction coefficient, is provided between the outer fluid transmission tube and the inner fluid transmission tube and is rotated together with the outer fluid transmission tube, and an inner wall surface thereof is formed as with a smooth surface, so as to make a friction force between the friction reducing layer and the inner fluid transmission tube lower.
Instrument for connecting a correction rod to a bone screw, in particular a pedicle screw in spinal surgery, said instrument having an axial longitudinal direction and comprising an external first housing part, which comprises a cylindrical hollow portion having an internal thread and a portion that is approximately the shape of a half-shell and that forms a first clamp leg, said instrument comprising an external second housing part, which is approximately the shape of a half-shell and forms a second clamp leg that is hinged on the first clamp leg so as to be pivotable in a limited manner about a pivot axis that extends orthogonally to the axial longitudinal direction, and said instrument comprising an adjustment part, which axially penetrates the external housing parts (16, 26) and is thus internal, and which comprises an external thread on a portion thereof and can thus be screwed into the internal thread of the external first housing part, a proximal end of the adjustment part being manually graspable from outside the housing parts (16, 26) for this purpose, and said instrument comprising a rod pressure part, which can be axially placed against the correction rod and which is axially coupled to the adjustment part but can rotate about the axial longitudinal direction relative to the adjustment part, such that rotational movements of the adjustment part are not transmitted to the rod pressure part, and the clamp legs (24, 28) surrounding the rod pressure part in a shell-like manner and guiding same in a longitudinally slidable manner, said clamp legs each comprising a distal end and a proximal end, the respective distal end engaging on the bone screw and the proximal end being actuatable by finger pressure of the operating surgeon, characterized in that the distal ends of the two clamp legs (24, 28) are designed such that they comprise an accommodation opening having a radial transverse direction for accommodating the correction rod in said radial transverse direction, and in that said radial transverse direction extends orthogonally to the pivot axis of the clamp legs (24, 28).
A system of a work vehicle, comprising: - an engine; - a transmission, comprising a hydrostatic unit; - a clutch coupled to the transmission; - a controller communicatively coupled to the engine, the transmission, and the clutch, characterized in that the controller, in operation: - receives a command to disengage the clutch; - determines an engine speed of the engine; - determines a temperature of hydraulic fluid in the clutch; - determines a magnitude and time to limit acceleration of the work vehicle based on the engine speed and the temperature; - commands the clutch to disengage; and - limits the acceleration of the work vehicle using the hydrostatic unit based on the magnitude for the time determined. - an engine; - a transmission, comprising a hydrostatic unit; - a clutch coupled to the transmission; - a controller communicatively coupled to the engine, the transmission, and the clutch, characterized in that the controller, in operation: - receives a command to disengage the clutch; - determines an engine speed of the engine; - determines a temperature of hydraulic fluid in the clutch; - determines a magnitude and time to limit acceleration of the work vehicle based on the engine speed and the temperature; - commands the clutch to disengage; and - limits the acceleration of the work vehicle using the hydrostatic unit based on the magnitude for the time determined. - receives a command to disengage the clutch; - determines an engine speed of the engine; - determines a temperature of hydraulic fluid in the clutch; - determines a magnitude and time to limit acceleration of the work vehicle based on the engine speed and the temperature; - commands the clutch to disengage; and - limits the acceleration of the work vehicle using the hydrostatic unit based on the magnitude for the time determined.