mhurhangee/ep-ind-claims huggingface dataset:
A pouch comprising a first sealed compartment containing a first composition, the first sealed compartment comprising at least one wall that comprises a water-soluble film having any suitable thickness, the water-soluble film comprising: at least 50 wt.% of a water-soluble polyvinyl alcohol (PVOH) resin, the PVOH resin having an average viscosity in a range of 13.5 mPa.s (cP) to 20 mPa.s(cP) and a degree of hydrolysis in a range of 84% to 92%wherein the PVOH resin comprises a first PVOH polymer having a viscosity in a range of 8 mPa.s (cP) to 40 mPa.s (cP) and a second PVOH polymer having a viscosity in a range of 10 mPa.s (cP) to 40 mPa.s (cP), wherein the viscosity of the first PVOH polymer is less than the viscosity of the second PVOH polymer; and the film further having no more than 30 wt.% of a PVOH polymer having an average viscosity less than 11 mPa.s (cP); the film further characterized by having a Dissolution Index in a range of 620 to 920 and a Stress Index in a range of 145 to 626 when the film has a thickness of 76 μm (microns), wherein the film is thermoformable. at least 50 wt.% of a water-soluble polyvinyl alcohol (PVOH) resin, the PVOH resin having an average viscosity in a range of 13.5 mPa.s (cP) to 20 mPa.s(cP) and a degree of hydrolysis in a range of 84% to 92%wherein the PVOH resin comprises a first PVOH polymer having a viscosity in a range of 8 mPa.s (cP) to 40 mPa.s (cP) and a second PVOH polymer having a viscosity in a range of 10 mPa.s (cP) to 40 mPa.s (cP), wherein the viscosity of the first PVOH polymer is less than the viscosity of the second PVOH polymer; and the film further having no more than 30 wt.% of a PVOH polymer having an average viscosity less than 11 mPa.s (cP); the film further characterized by having a Dissolution Index in a range of 620 to 920 and a Stress Index in a range of 145 to 626 when the film has a thickness of 76 μm (microns), wherein the film is thermoformable.
A method for operating a pipeline serving for the transport of a cooled medium, which pipeline has two pipes made of metal arranged at a distance coaxially relative to one another, in which in the space between the two pipes a distance retainer and an insulation are arranged and in which in the space a vacuum is generated and maintained with a predetermined pressure, wherein on the outer surface of the pipe located on the outside of the pipeline at least one temperature sensor is arranged with good heat-conducting contact with the pipe, which is connected with an electronic controller, to which the temperature measured by the temperature sensor is given as the actual value, and between the temperature sensor and the outer pipe of the pipeline a good heat-conducting mass is applied, and a cover is applied over the temperature sensor for protection against a heat source located outside of the pipeline and the supply of the cooled medium to the pipeline is interrupted by a signal of the controller, if the temperature measured by the temperature sensor and transmitted to the controller falls below a limit value of the temperature stored in the controller.
Vaporiser insert for an inhaler, in particular an electronic cigarette product, comprising - at least one electrical vaporiser for vaporising fluid supplied to the vaporiser and for supplying the vaporised fluid to an airflow, - a main part having a lateral face which surrounds an airflow duct through which the airflow can flow, - at least one fluid opening for supplying vaporisable fluid from the outside into the vaporiser insert and to the vaporiser being arranged on the lateral face of the main part, wherein - the vaporiser insert comprises a support for retaining the vaporiser, - the support comprising a passage opening that corresponds to the fluid opening in order to supply fluid to the vaporiser, characterized in that - a wick structure that extends through the passage opening is provided. - at least one electrical vaporiser for vaporising fluid supplied to the vaporiser and for supplying the vaporised fluid to an airflow, - a main part having a lateral face which surrounds an airflow duct through which the airflow can flow, - at least one fluid opening for supplying vaporisable fluid from the outside into the vaporiser insert and to the vaporiser being arranged on the lateral face of the main part, wherein - the vaporiser insert comprises a support for retaining the vaporiser, - the support comprising a passage opening that corresponds to the fluid opening in order to supply fluid to the vaporiser, characterized in that - a wick structure that extends through the passage opening is provided.
Securing device for a tongue of a safety belt, to be mounted on a seat comprising a support, a seating part and a seat back that is designed to tilt with respect to said support, said securing device comprising: - a part for capturing said tongue, and - means for mounting said capturing part on an attachment pin of said seat, which comprise: - a stem attached on the one hand to said capturing part and on the other to a washer, and - a drive means suitable to cause the capturing part to pivot with respect to said support by virtue of the tilting of the seat back, said attachment pin being able to pivot with respect to said support by virtue of the tilting of the seat back with respect to said support, the drive means comprising a bushing, characterized in that said washer is fitted onto said bushing which is itself able to be fitted onto said attachment pin and to be coupled to said attachment pin so as to make the capturing part pivot by virtue of the pivoting of said attachment pin. - a part for capturing said tongue, and - means for mounting said capturing part on an attachment pin of said seat, which comprise: - a stem attached on the one hand to said capturing part and on the other to a washer, and - a drive means suitable to cause the capturing part to pivot with respect to said support by virtue of the tilting of the seat back, - a stem attached on the one hand to said capturing part and on the other to a washer, and - a drive means suitable to cause the capturing part to pivot with respect to said support by virtue of the tilting of the seat back,
A bearing assembly, comprising: an inner ring comprising an inner ring raceway; an outer ring comprising an outer ring raceway; rolling elements configured to roll or rotate between the inner ring raceway and the outer ring raceway; at least one electrically conductive part with a first end and a second end; wherein the at least one electrically conductive part comprises a first part and a second part that are directly coupled together; and a seal coupled to the at least one electrically conductive part and; electrically conductive brush filaments fixed to the at least one electrically conductive part between the first part and the second part to extend past the first end of the at least one electrically conductive part; wherein: the seal is configured to directly contact only one of the inner ring or the outer ring, and the first end is configured to electrically contact one of the inner ring and the outer ring, and the second end is configured to electrically contact the other of the inner ring and the outer ring. an inner ring comprising an inner ring raceway; an outer ring comprising an outer ring raceway; rolling elements configured to roll or rotate between the inner ring raceway and the outer ring raceway; at least one electrically conductive part with a first end and a second end; wherein the at least one electrically conductive part comprises a first part and a second part that are directly coupled together; and a seal coupled to the at least one electrically conductive part and; electrically conductive brush filaments fixed to the at least one electrically conductive part between the first part and the second part to extend past the first end of the at least one electrically conductive part; wherein: the seal is configured to directly contact only one of the inner ring or the outer ring, and the first end is configured to electrically contact one of the inner ring and the outer ring, and the second end is configured to electrically contact the other of the inner ring and the outer ring. the seal is configured to directly contact only one of the inner ring or the outer ring, and the first end is configured to electrically contact one of the inner ring and the outer ring, and the second end is configured to electrically contact the other of the inner ring and the outer ring.
System for producing three-dimensional structures which have two or more different materials, having a three-dimensional printing head which has a first material feed for feeding a quasi-endless fibre material to the three-dimensional printing head and at least one second material feed for feeding a matrix material to the three-dimensional printing head, which open in a common mixing chamber of the three-dimensional printing head, wherein the three-dimensional printing head is designed to control the temperature of the matrix material fed in, and the common mixing chamber is designed to form a material mixture from the quasi-endless fibre material fed in and the matrix material fed in, wherein the mixing chamber communicates with an outlet of the three-dimensional printing head which is set up to discharge the material mixture formed in order to produce the three-dimensional structure, wherein the first material feed has a fibre material feed channel, which opens in the mixing chamber axially relative to the outlet in such a way that the quasi-endless fibre material can be led from the fibre material feed channel through the mixing chamber to the outlet, characterized in that the fibre material feed channel can be tapered in at least one section when the quasi-endless fibre material is introduced into the fibre material feed channel.
An integrated circuit (210,510) comprising: an input (215,515) configured to receive a current signal representative of an optical signal received by a photodiode (214,515); a transimpedance amplifier (220,520) coupled to the input and configured to convert the current signal to a voltage signal; and characterized by an equalizer (230,300,530) coupled to the transimpedance amplifier, the equalizer comprising: a static portion (310,400A,534) configured to provide constant equalization of the voltage signal, including reducing a magnitude of a low frequency component of the voltage signal and passing a high frequency component of the voltage signal without reducing the high frequency component of the voltage signal; and an adjustable portion (320,400B,532) configured to provide adjustable equalization of the voltage signal, including increasing the magnitude of the high frequency component of the voltage signal, such that the equalizer is configured to equalize the voltage signal to at least partially compensate for a loss of a high frequency component of the optical signal. an input (215,515) configured to receive a current signal representative of an optical signal received by a photodiode (214,515); a transimpedance amplifier (220,520) coupled to the input and configured to convert the current signal to a voltage signal; and characterized by an equalizer (230,300,530) coupled to the transimpedance amplifier, the equalizer comprising: a static portion (310,400A,534) configured to provide constant equalization of the voltage signal, including reducing a magnitude of a low frequency component of the voltage signal and passing a high frequency component of the voltage signal without reducing the high frequency component of the voltage signal; and an adjustable portion (320,400B,532) configured to provide adjustable equalization of the voltage signal, including increasing the magnitude of the high frequency component of the voltage signal, such that the equalizer is configured to equalize the voltage signal to at least partially compensate for a loss of a high frequency component of the optical signal. a static portion (310,400A,534) configured to provide constant equalization of the voltage signal, including reducing a magnitude of a low frequency component of the voltage signal and passing a high frequency component of the voltage signal without reducing the high frequency component of the voltage signal; and an adjustable portion (320,400B,532) configured to provide adjustable equalization of the voltage signal, including increasing the magnitude of the high frequency component of the voltage signal, such that the equalizer is configured to equalize the voltage signal to at least partially compensate for a loss of a high frequency component of the optical signal.
Composite material element for a hook and loop fastener, particularly a nappy closure, with a support and a textile covering layer laminated on the support, which has free loops for engagement of hook elements, wherein the cover layer is made from a nonwoven fabric and polymer threads knitted therein, forming the loops, wherein the loops are only knitted into the nonwoven fabric of the cover layer and wherein the cover layer is joined adhesively to the carrier, characterised in that the support consists of nonwoven and is positioned on the inner side facing towards the cover layer, wherein the printing ink is applied: (i) to a surface of the nonwoven that has been treated with a thixotropic primer or (ii) to a layer that has been sprayed onto the nonwoven, forming a substantially closed skin on the nonwoven and having a layer thickness less than 5 μ, or (iii) to a fine-pored layer applied to the surface of the nonwoven to which printing is to be added, in order to adsorb the printing ink. (i) to a surface of the nonwoven that has been treated with a thixotropic primer or (ii) to a layer that has been sprayed onto the nonwoven, forming a substantially closed skin on the nonwoven and having a layer thickness less than 5 μ, or (iii) to a fine-pored layer applied to the surface of the nonwoven to which printing is to be added, in order to adsorb the printing ink.
A coaxial connector comprising: a cylindrical external conductor including a metal material; a first insulating member arranged in the external conductor; a second insulating member including a front surface plate in which a wire insertion hole is formed and a plurality of elastic pieces (5b, 5c) which extends from the front surface plate toward a rear surface and of which an end overlaps with a side of a front surface of the first insulating member and is movable in a direction from a front surface toward a rear surface; and a center electrode (6, 6') arranged in a hollow portion in the first and second insulating members and including a terminal (6e, 6e') Led out from a rear surface of the first insulating member to outside and clamping pieces (6a, 6b, 6a', 6b') for clamping the wire connected to the terminal (6e, 6e'), characterized in that on a side of the front surface of the first insulating member, an inclined surface (4c, 4d) or a protrusion to spread ends of the elastic pieces (5b, 5c) outward is formed. a cylindrical external conductor including a metal material; a first insulating member arranged in the external conductor; a second insulating member including a front surface plate in which a wire insertion hole is formed and a plurality of elastic pieces (5b, 5c) which extends from the front surface plate toward a rear surface and of which an end overlaps with a side of a front surface of the first insulating member and is movable in a direction from a front surface toward a rear surface; and a center electrode (6, 6') arranged in a hollow portion in the first and second insulating members and including a terminal (6e, 6e') Led out from a rear surface of the first insulating member to outside and clamping pieces (6a, 6b, 6a', 6b') for clamping the wire connected to the terminal (6e, 6e'), characterized in that on a side of the front surface of the first insulating member, an inclined surface (4c, 4d) or a protrusion to spread ends of the elastic pieces (5b, 5c) outward is formed.
A jig for securing a shoe sole portion of a shoe during painting, the jig comprising: a bottom plate having a first multi-layer deforming layer and a first rigid layer; and a top plate pivotably coupled to the bottom plate, the top plate having a second multi-layer deforming layer and a second rigid layer, wherein the top plate and the bottom plate are adapted to receive the shoe sole portion when the jig is in a closed position.
A system with adjustable levelling feet for pieces of furniture (30,130,230) with a bottom (32,132,232) and shoulders (31,131,231) terminating in correspondence with said bottom (32,132,232), of the type comprising, in combination: at least one pair of rear feet (35',135',235',335'), wherein each foot (35',135',235',335') comprises a mechanism (54,154,254,354) for regulating the height, accessible from outside the foot (35',135',235') and which can be manoeuvred by means of a tool, the foot (35',135',235',335') being assembled on a plaque (34',134',234',335') fixed externally with respect to the bottom (32,132,232) of said piece of furniture (30,130,230), at least one opening (42,142,242,342) for said tool being inserted in said plaque (34',134',234',334'), said at least one opening (42,142,242,342) being connected to the front area of the piece of furniture (30,130,230) by means of a containment and guiding element of said tool characterized in that a centre pin and two end pins extend from each plaque, said pins (38,39) being positioned at the vertexes of a triangle defined by holes situated on the bottom of the piece of furniture, in correspondence with the angles, for fixing said plaque to the same, said centre pin is hollow and defines a cylindrical seat for the oriented assembly of the adjustable foot, said cylindrical seat having four grooves positioned at 90°, along generatrices, in correspondence with the upper end of the grooves, said seat having four access openings which are accessible through said sides of the plaque through two pairs of radial passages (43, 43' and 44,44'), said pairs of passages being respectively destined for the regulation of the front right and left feet and for the regulation of the rear feet.
Device for thermally coating a surface, wherein the device is designed as a rotating single-wire spraying device and is rotatable about its axis, and which has at least one housing, a cathode, an anode, which is designed as a consumable wire and at least one insulation element, characterized in that at least the housing has an anti-adhesion and insulating layer system, wherein a non-detachable anti-adhesion surface is arranged on an electrically and thermally insulating layer which is arranged on the housing.
A measurement system for measuring an input electrical current (Ics) from a current source and generating a current measurement signal, comprising a current measuring circuit (70; 21) having a first input terminal (72; 82) coupled to the current source for receiving the input electrical current (Ics) from the current source and an output terminal (74; 84) for providing the current measurement signal, the current measuring circuit further comprising: one or more power supply terminals (75, 76; 85, 86) arranged to receive one or more voltages from a power supply (77a, 77b; 91, 92) for powering the current measuring circuit; and a first voltage source (VD; 20; VG) coupled to the one or more power supply terminals, the first voltage source providing a disturbance voltage to the one or more power supply terminals, the disturbance voltage representing a voltage at the first input terminal, wherein the first input terminal, the output terminal and the one or more power supply terminals are distinct, wherein the current source, the power supply and the first voltage source are distinct, and wherein the measurement circuit is configured to supplement the one or more power supply voltages by feeding the disturbance voltage to the one or more power supply terminals. one or more power supply terminals (75, 76; 85, 86) arranged to receive one or more voltages from a power supply (77a, 77b; 91, 92) for powering the current measuring circuit; and a first voltage source (VD; 20; VG) coupled to the one or more power supply terminals, the first voltage source providing a disturbance voltage to the one or more power supply terminals, the disturbance voltage representing a voltage at the first input terminal, wherein the first input terminal, the output terminal and the one or more power supply terminals are distinct, wherein the current source, the power supply and the first voltage source are distinct, and wherein the measurement circuit is configured to supplement the one or more power supply voltages by feeding the disturbance voltage to the one or more power supply terminals.
An interrogation device for interrogating an acoustic wave sensor, comprising a transmission antenna configured for transmitting an interrogation radiofrequency signal to the acoustic wave sensor; a reception antenna configured for receiving a response radiofrequency signal from the acoustic wave sensor; and a processing means configured for determining the in-phase components I and the quadrature components Q of the received response radiofrequency signal in each of N consecutive frames of the response radiofrequency signal, N being an integer larger than 1, wherein each of the N frames comprises X sampling points; determining the moduli |Y| of each of the pairs of the determined in-phase components I and the quadrature components Q; determining a first norm M based on the determined moduli |Y|; determining a first weighting function W based on the determined first norm M and the determined moduli |Y|; determining the in-phase components I and the quadrature components Q of an N+1th frame of the received response radiofrequency signal, the N+1th frame comprising X sampling points of the received response radiofrequency signal; determining the moduli |Y| of each of the pairs of the determined in-phase components I and the quadrature components Q of the N+1th frame; and characterised by applying the first weighting function Wto the determined moduli |Y| of the received response radiofrequency signal in the N+1th frame to obtain weighted moduli |Y|w of the received response radiofrequency signal for the N+1th frame. a transmission antenna configured for transmitting an interrogation radiofrequency signal to the acoustic wave sensor; a reception antenna configured for receiving a response radiofrequency signal from the acoustic wave sensor; and a processing means configured for determining the in-phase components I and the quadrature components Q of the received response radiofrequency signal in each of N consecutive frames of the response radiofrequency signal, N being an integer larger than 1, wherein each of the N frames comprises X sampling points; determining the moduli |Y| of each of the pairs of the determined in-phase components I and the quadrature components Q; determining a first norm M based on the determined moduli |Y|; determining a first weighting function W based on the determined first norm M and the determined moduli |Y|; determining the in-phase components I and the quadrature components Q of an N+1th frame of the received response radiofrequency signal, the N+1th frame comprising X sampling points of the received response radiofrequency signal; determining the moduli |Y| of each of the pairs of the determined in-phase components I and the quadrature components Q of the N+1th frame; and characterised by applying the first weighting function Wto the determined moduli |Y| of the received response radiofrequency signal in the N+1th frame to obtain weighted moduli |Y|w of the received response radiofrequency signal for the N+1th frame.