mhurhangee/ep-ind-claims huggingface dataset:
A latch for a motor vehicle including a plate and a case enclosing the entire mechanism of the latch comprising a rotating bolt intended to cooperate with a striker mounted in a protruding manner on a fixed frame and a rotary pawl intended to retain the striker in the closed position, said striker sliding on a lateral surface of the bolt on a pathway called closure pathway and pushing the bolt, during the closure of the latch, wherein said lateral surface is inclined with respect to the front surface of the bolt opposite to the front surface turned toward said plate, over at least one first portion of said closure pathway, said striker coming into contact with the edge of this front surface, during the closure of the latch, the latch further including a striker-wedge made of a flexible material disposed in a housing of the case, said striker being pressed between this striker-wedge and the bolt in the closed position of the latch, said case also containing at least one rib directed substantially perpendicularly to the midplane of the bolt, wherein said striker-wedge includes at least one extension housed proximate to said rib and with a thickness extending beyond the height of the rib in the direction of the bolt, so that a displacement of the bolt perpendicular to its midplane results in a compression of this extension, without any contact with said rib, and such that said lateral surface is inclined with respect to the front surface of the bolt opposite to the front surface turned toward said plate by an angle (α) smaller than 90 degrees and greater than or equal to 85 degrees.
An antimicrobial cap device comprising: an opening having a diameter sufficient to receive a connector having an aperture, an internal geometry, and a bottom; an inner surface defining a volume sufficient to receive the connector; and an antimicrobial plug having a proximal end attached to a base of the antimicrobial cap, and a distal end extending outwardly therefrom, the antimicrobial plug having a length and diameter configured to be inserted through the aperture of the connector, such that the distal end is positioned in proximity to the bottom of the connector when the connector is inserted into the antimicrobial cap, characterized in that the antimicrobial plug is curved in such a manner that the curved configuration increases the overall length of plug yet prevents contact between the distal end and the aperture upon closing the cap. an opening having a diameter sufficient to receive a connector having an aperture, an internal geometry, and a bottom; an inner surface defining a volume sufficient to receive the connector; and an antimicrobial plug having a proximal end attached to a base of the antimicrobial cap, and a distal end extending outwardly therefrom, the antimicrobial plug having a length and diameter configured to be inserted through the aperture of the connector, such that the distal end is positioned in proximity to the bottom of the connector when the connector is inserted into the antimicrobial cap, characterized in that the antimicrobial plug is curved in such a manner that the curved configuration increases the overall length of plug yet prevents contact between the distal end and the aperture upon closing the cap.
A method (500, 600, 700) for reducing a spur, comprising: generating (502, 602, 702) a correction term; adding (504, 604, 716) the correction term to a transmit signal in the digital domain; converting (506, 606) the transmit signal from the digital domain to the analog domain using a coarse digital to analog converter; filtering (508, 608) the transmit signal using a baseband filter, wherein the baseband filter reduces the amplitude of the correction term; and reducing (510, 616) a spur in the transmit signal using the reduced correction term. generating (502, 602, 702) a correction term; adding (504, 604, 716) the correction term to a transmit signal in the digital domain; converting (506, 606) the transmit signal from the digital domain to the analog domain using a coarse digital to analog converter; filtering (508, 608) the transmit signal using a baseband filter, wherein the baseband filter reduces the amplitude of the correction term; and reducing (510, 616) a spur in the transmit signal using the reduced correction term.
An autoinjector housing device comprising: a housing for receiving a dose cassette; a base latch configured to hold the dose cassette within the housing; a back plate operably connected to a spring, wherein the back plate is configured to move proximally within the housing upon receipt of the dose cassette into the housing, and further wherein the proximal movement of the back plate compresses the spring; and an actuator operably connected to the base latch, wherein: the actuator is configured to move the base latch and the dose cassette proximally within the housing after the dose cassette is secured in the housing, the base latch is configured to move radially outwards upon said proximal movement of the base latch within the housing, the radial movement of the base latch is configured to cause the dose cassette to become unsecured within the housing, in response to the dose cassette becoming unsecured, the spring decompresses, causing the back plate to move distally and push the dose cassette out of a distal end of the housing, wherein the distal end is the end closest to an injection site when in use. a housing for receiving a dose cassette; a base latch configured to hold the dose cassette within the housing; a back plate operably connected to a spring, wherein the back plate is configured to move proximally within the housing upon receipt of the dose cassette into the housing, and further wherein the proximal movement of the back plate compresses the spring; and an actuator operably connected to the base latch, wherein: the actuator is configured to move the base latch and the dose cassette proximally within the housing after the dose cassette is secured in the housing, the base latch is configured to move radially outwards upon said proximal movement of the base latch within the housing, the radial movement of the base latch is configured to cause the dose cassette to become unsecured within the housing, in response to the dose cassette becoming unsecured, the spring decompresses, causing the back plate to move distally and push the dose cassette out of a distal end of the housing, wherein the distal end is the end closest to an injection site when in use. the actuator is configured to move the base latch and the dose cassette proximally within the housing after the dose cassette is secured in the housing, the base latch is configured to move radially outwards upon said proximal movement of the base latch within the housing, the radial movement of the base latch is configured to cause the dose cassette to become unsecured within the housing, in response to the dose cassette becoming unsecured, the spring decompresses, causing the back plate to move distally and push the dose cassette out of a distal end of the housing, wherein the distal end is the end closest to an injection site when in use.
A fail-fixed hydraulic actuator system, comprising: a housing; an actuator disposable in an initial position; a valve assembly configured to hydraulically drive actuator movement relative to the initial position, said valve assembly including a valve comprising a spool movable in an axial direction relative to the housing in accordance with a valve state and a sleeve movable in the axial direction relative to the spool; a stepper motor assembly that initiates an hydraulic driving of the actuator movement by electromechanical operation of the valve assembly; a feedback lever; wherein the sleeve is formed to define a first port and a second port; wherein the actuator comprises a ramp and a body which is formed to define a first actuator cavity on a first side of the ramp and a second actuator cavity on a second side of the ramp; wherein the feedback lever is elastically biased toward a surface of the ramp and wherein the movement of the actuator causes the feedback lever to rotate and to drive the movement of the sleeve relative to the spool to isolate the first and the second ports (325, 326) from the first and the second actuator cavities (440, 441) to halt the hydraulic driving of the actuator movement by the valve assembly. a housing; an actuator disposable in an initial position; a valve assembly configured to hydraulically drive actuator movement relative to the initial position, said valve assembly including a valve comprising a spool movable in an axial direction relative to the housing in accordance with a valve state and a sleeve movable in the axial direction relative to the spool; a stepper motor assembly that initiates an hydraulic driving of the actuator movement by electromechanical operation of the valve assembly; a feedback lever; wherein the sleeve is formed to define a first port and a second port; wherein the actuator comprises a ramp and a body which is formed to define a first actuator cavity on a first side of the ramp and a second actuator cavity on a second side of the ramp; wherein the feedback lever is elastically biased toward a surface of the ramp and wherein the movement of the actuator causes the feedback lever to rotate and to drive the movement of the sleeve relative to the spool to isolate the first and the second ports (325, 326) from the first and the second actuator cavities (440, 441) to halt the hydraulic driving of the actuator movement by the valve assembly.
Device for making tobacco pouches from a film, the device comprising: - a first folding station for receiving the film and providing a bottom fold in the film, - a buffer station for buffering a length of film having the bottom fold, - a second folding station for receiving the film having the bottom fold from the buffer station and providing a first fold, a second fold and a third fold in the film for defining the block-bottom, the first fold and third fold having a same fold direction and the second fold being located between the first and third fold and having a counter fold direction, wherein the first folding station is provided upstream of the buffer station and the second folding station is provided downstream from the buffer station. - a first folding station for receiving the film and providing a bottom fold in the film, - a buffer station for buffering a length of film having the bottom fold, - a second folding station for receiving the film having the bottom fold from the buffer station and providing a first fold, a second fold and a third fold in the film for defining the block-bottom, the first fold and third fold having a same fold direction and the second fold being located between the first and third fold and having a counter fold direction, wherein the first folding station is provided upstream of the buffer station and the second folding station is provided downstream from the buffer station. wherein the first folding station is provided upstream of the buffer station and the second folding station is provided downstream from the buffer station.
A fairing ring for a bladed wheel, comprising an annular wall extending axially, said wall presenting a plurality of notches extending axially, each notch being configured to receive a leading edge or a trailing edge of a blade, characterized in that the inter-notch portions are made of composite material, a composite material being an assembly of at least two different materials that are not miscible, while the rest of the ring is made of metal material, a metal material being a metal or a metal-based alloy.
A method for preparing spirulina infused gummy completely free from the natural taste and bad odour of spirulina, the method comprising: a) pouring 8 g citric acid into 200 g water; b) heating the citric acid and water mixture to a temperature of 80 degree Celsius; c) adding pectin 30 g and sugar 100 g to the citric acid and water mixture; d) stirring the pectin, sugar, citric acid and water mixture to form a buffer solution; e) pouring the buffer solution into 700 g hot liquid glucose syrup; f) stirring the buffer solution-hot liquid glucose syrup mixture and heat to a temperature of 100 degree Celsius for 5 minutes to provide a final composition; g) cooling the final composition to a temperature of 90 degrees Celsius; h) adding spirulina in an amount of 80 g to the cooled final composition with continued stirring; i) after 15 minutes, add 2.5 ml flavour and 0.1 g preservative diluted in 0.5 ml water with continuous stirring to the spirulina-cooled final composition mixture; j) adding citric acid to the flavour, preservative, spirulina and cooled final composition mixture with stirring until jellification occurs; k) pouring the composition formed in j) mixture into a mold and allowing said composition to cool in said mold; and k) removing spirulina gummies from said mold. a) pouring 8 g citric acid into 200 g water; b) heating the citric acid and water mixture to a temperature of 80 degree Celsius; c) adding pectin 30 g and sugar 100 g to the citric acid and water mixture; d) stirring the pectin, sugar, citric acid and water mixture to form a buffer solution; e) pouring the buffer solution into 700 g hot liquid glucose syrup; f) stirring the buffer solution-hot liquid glucose syrup mixture and heat to a temperature of 100 degree Celsius for 5 minutes to provide a final composition; g) cooling the final composition to a temperature of 90 degrees Celsius; h) adding spirulina in an amount of 80 g to the cooled final composition with continued stirring; i) after 15 minutes, add 2.5 ml flavour and 0.1 g preservative diluted in 0.5 ml water with continuous stirring to the spirulina-cooled final composition mixture; j) adding citric acid to the flavour, preservative, spirulina and cooled final composition mixture with stirring until jellification occurs; k) pouring the composition formed in j) mixture into a mold and allowing said composition to cool in said mold; and k) removing spirulina gummies from said mold.
Anti-slosh device for a tank intended to receive a liquid, in particular a fuel tank and/or a tank for a motor vehicle, the device comprising: - a base intended to receive a member mounted in the tank, such as in particular a pump or a gauge or a pump-gauge module; - an element for fastening to the tank; and - at least one set of plates; characterized in that - the plates of the at least one set are articulated in a mechanically connected manner to one another; - the base is mechanically connected to one end of the at least one set of the plates; and - the device additionally comprises an element for stiffening the at least one set of plates. - a base intended to receive a member mounted in the tank, such as in particular a pump or a gauge or a pump-gauge module; - an element for fastening to the tank; and - at least one set of plates; characterized in that - the plates of the at least one set are articulated in a mechanically connected manner to one another; - the base is mechanically connected to one end of the at least one set of the plates; and - the device additionally comprises an element for stiffening the at least one set of plates.
Method for reducing the air humidity in a housing, characterised in that compressed air is expanded in the housing so that the humidity of the air present in the housing is reduced by the expansion of the compressed air.
Choke arrangement comprising a coil having a first and a second partial winding (1, 2; 15, 16), wherein the partial windings (1, 2; 15, 16) each extend around a winding axis and the first partial winding (1, 15) has a first winding sense and the second partial winding (2, 16) has a second winding sense, and the first and the second winding sense are different from one another, characterized in that at least one of the partial windings (1, 2; 15, 16) has a shielding body (9a, 9b, 12a, 12b) which has an electrically insulating carrier body which positions an electrically conductive layer.
An electrical connector system for connecting a transmission line with an electrical component, comprising: a counter element that is coupled to the electrical component and comprises: an outer surface that is angled at a constant angle (a) relative to a central axis of the counter element, wherein the counter element exhibits a first circumference that increases in a direction that points away from the electrical component; a lug that comprises: a receiving element that receives the transmission line, and a connecting element for connecting with the counter element, wherein the connecting element is arranged in direction of the central axis and has an inner surface that is angled at the constant angle (a), wherein the connecting element at the inner surface exhibits a second circumference that increases in the direction that points away from the electrical component; and a locking device that is attached to the electrical component and rigidly connects the connecting element with the counter element, thereby connecting the transmission line with the electrical component. a counter element that is coupled to the electrical component and comprises: an outer surface that is angled at a constant angle (a) relative to a central axis of the counter element, wherein the counter element exhibits a first circumference that increases in a direction that points away from the electrical component; a lug that comprises: a receiving element that receives the transmission line, and a connecting element for connecting with the counter element, wherein the connecting element is arranged in direction of the central axis and has an inner surface that is angled at the constant angle (a), wherein the connecting element at the inner surface exhibits a second circumference that increases in the direction that points away from the electrical component; and a receiving element that receives the transmission line, and a connecting element for connecting with the counter element, wherein the connecting element is arranged in direction of the central axis and has an inner surface that is angled at the constant angle (a), wherein the connecting element at the inner surface exhibits a second circumference that increases in the direction that points away from the electrical component; and a locking device that is attached to the electrical component and rigidly connects the connecting element with the counter element, thereby connecting the transmission line with the electrical component.
A thermal spray gun structured and arranged to apply a coating and comprising: a nozzle body; a liner material arranged within the nozzle body; and a material of the nozzle body having a lower melting temperature than that of the liner material; CHARACTERIZED IN THAT a ratio of a total wall thickness of a portion of a nozzle to that of a wall thickness of the liner material having a value determined in relation to or that corresponds to the wall thickness of liner material, wherein the liner material comprises one of: a material other than Lanthanated Tungsten; and a Lanthanated Tungsten and the ratio being between about 4.75:1 and about 5.75:1. a nozzle body; a liner material arranged within the nozzle body; and a material of the nozzle body having a lower melting temperature than that of the liner material; a ratio of a total wall thickness of a portion of a nozzle to that of a wall thickness of the liner material having a value determined in relation to or that corresponds to the wall thickness of liner material, wherein the liner material comprises one of: a material other than Lanthanated Tungsten; and a Lanthanated Tungsten and the ratio being between about 4.75:1 and about 5.75:1. a material other than Lanthanated Tungsten; and a Lanthanated Tungsten and the ratio being between about 4.75:1 and about 5.75:1.
A medical device comprising a silver component and a copper component, wherein the combination of silver and copper components provides a synergistic antimicrobial effect, wherein the silver component comprises Ag nanoparticles alone or in combination with ionic silver, and the copper component comprises Cu-based salts selected from CuSO 4. wherein the combination of silver and copper components provides a synergistic antimicrobial effect, wherein the silver component comprises Ag nanoparticles alone or in combination with ionic silver, and the copper component comprises Cu-based salts selected from CuSO 4.
A method for fabricating a composite object comprising two structures (52, 53) using a computer-controlled apparatus, the apparatus comprising a reservoir containing a substantially liquid, curable first material that defines a top surface, an activation head operable to solidify the first material, and a deposition head in communication with a supply of second material and operable to extrude the second material, the activation head and the deposition head being movable relative to the reservoir, the method comprising the steps of: receiving, by the apparatus, computer instructions relating to the composite object geometry; moving and selectively operating the deposition head to extrude beads of the second material in specific locations, whereby the deposited second material beads join to each other to form a first structure corresponding with a first portion of the composite object geometry; and moving the activation head relative to the reservoir, and selectively operating the activation head in specific locations to solidify beads of the first material contained in the reservoir, whereby the solidified first material beads join to each other to form a second structure corresponding with a second portion of the composite object geometry; whereby the first structure and the second structure are progressively fabricated so that the first structure and the second structure form the composite object. receiving, by the apparatus, computer instructions relating to the composite object geometry; moving and selectively operating the deposition head to extrude beads of the second material in specific locations, whereby the deposited second material beads join to each other to form a first structure corresponding with a first portion of the composite object geometry; and moving the activation head relative to the reservoir, and selectively operating the activation head in specific locations to solidify beads of the first material contained in the reservoir, whereby the solidified first material beads join to each other to form a second structure corresponding with a second portion of the composite object geometry; whereby the first structure and the second structure are progressively fabricated so that the first structure and the second structure form the composite object.