mhurhangee/ep-ind-claims huggingface dataset:
Screw part with an annular cross-section, in particular a hollow screw or a nut, comprising a base element which is hollow cylindrical and at least partially injection-molded from a plasticized polymeric mass containing fibers, the base element having at least one internal thread and/or one external thread and an internal channel for arranging and/or passing through a conduit system element in an insertion direction, wherein the inner channel has formed at least one sealing section for arranging a circumferential seal for sealing between the inner channel and the conduit system element and/or at least one support section for supporting and/or guiding the conduit system element and/or at least one retaining section for directly or indirectly arresting the conduit system element characterized in that an insertion sleeve is arranged in the base element coaxially with the inner channel, which insertion sleeve is at least partially encapsulated by the polymeric mass, so that the insertion sleeve is at least partially surrounded by the polymeric mass radially facing towards the inner channel and radially away from the inner channel and that the insertion sleeve has at least at one axial end at least two, preferably three or more webs distributed over the circumference of the insertion sleeve.
A compound having the Formula IE: wherein, R 3 and R 4 are each independently hydrogen; alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; sulfo group; phosphono group; ester group; carboxylic acid group; hydroxyl; or a phenyl group; R 5 is alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; sulfo group; a phosphono group; an ester group; a carboxylic acid group; hydroxyl; or a phenyl group; R 6 is hydrogen; alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; hydroxyl; sulfo group; halo group; phosphono group; ester group; carboxylic acid group; phenyl group; alkyl fatty acid chain or polyether; n is 1; R 8 is hydrogen; alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; hydroxyl; sulfo group; halo group; phosphono group; ester group; carboxylic acid group; phenyl group; amine group; alkyl fatty acid chain or polyether; and Y is oxygen; sulfur; -CH 2 -; amine group; or spirocyclic alkanes; or an acceptable salt thereof. R 3 and R 4 are each independently hydrogen; alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; sulfo group; phosphono group; ester group; carboxylic acid group; hydroxyl; or a phenyl group; R 5 is alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; sulfo group; a phosphono group; an ester group; a carboxylic acid group; hydroxyl; or a phenyl group; R 6 is hydrogen; alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; hydroxyl; sulfo group; halo group; phosphono group; ester group; carboxylic acid group; phenyl group; alkyl fatty acid chain or polyether; n is 1; R 8 is hydrogen; alkyl; alkenyl; alkynyl; aryl; heterocycle; cycloalkyl; alkoxy; alkanoyl; hydroxyl; sulfo group; halo group; phosphono group; ester group; carboxylic acid group; phenyl group; amine group; alkyl fatty acid chain or polyether; and Y is oxygen; sulfur; -CH 2 -; amine group; or spirocyclic alkanes; or an acceptable salt thereof.
Composite structure having one or more polyurethane layers, a support layer, in particular a textile support layer or a support layer of PVC, polyolefin or a polyurethane foam, a grained covering layer and also an adhesive layer optionally disposed between these layers, characterized in that the grained covering layer comprises a polyurethane of formula where -O-(CH 2) m -R 1 -(CH 2) m -O- denotes the radical derived from a bifunctional polyol having terminal primary hydroxyl functionality, R 1 and R 2 each independently denote an organic aliphatic, cycloaliphatic and/or heterocyclic moiety, n denotes an integer from 1 to 50 000 and m denotes an integer of at least 2, its flexibility (as measured to DIN 53 351) is in the range from 1000 to 1 000 000 (flexing cycles) and a layer of varnish is provided on the grained covering layer.
A suturing device, comprising: a working end for performing suturing operations, the working end having a firing aperture, a first needle and a second needle, wherein said working end further comprises a stripper plate including a guard member partially covering the firing aperture, the first and second needles (38, 40) being rotatable relative to the guard member and the firing aperture, and configured to engage a suture for deployment, the guard member including one or more extension elements at least partially extending therefrom in a manner configured to engage a prosthetic material and keep the prosthetic material taut thereagainst at least during deployment of the suture; and a slidable drive mechanism operatively coupled to the first and second needles (38, 40) and configured to rotatably advance the needles (38, 40) from a retracted position through the guard member to an extended position during engagement, and retract the needle from the extended position to the retracted position during disengagement. a working end for performing suturing operations, the working end having a firing aperture, a first needle and a second needle, wherein said working end further comprises a stripper plate including a guard member partially covering the firing aperture, the first and second needles (38, 40) being rotatable relative to the guard member and the firing aperture, and configured to engage a suture for deployment, the guard member including one or more extension elements at least partially extending therefrom in a manner configured to engage a prosthetic material and keep the prosthetic material taut thereagainst at least during deployment of the suture; and a slidable drive mechanism operatively coupled to the first and second needles (38, 40) and configured to rotatably advance the needles (38, 40) from a retracted position through the guard member to an extended position during engagement, and retract the needle from the extended position to the retracted position during disengagement.
An apparatus for producing nano-bubbles in a volume of liquid, the apparatus comprising: a motor comprising a rotatable shaft; an axially rotatable permeable member including a body having a wall and a plurality of pores through which gas introduced into the axially rotatable permeable member can flow, the axially rotatable permeable member couplable to a gas inlet configured to introduce gas from a gas source into the axially rotatable permeable member, the axially rotatable permeable member coupled to the rotatable shaft of the motor and adapted to rotate along with the rotatable shaft; wherein the axially rotatable permeable member, when rotated, is adapted to move the liquid away from an outer surface of the body of the axially rotatable permeable member and simulate turbulent flow above the turbulent threshold in the liquid that allows the liquid to shear gas from the outer surface of the axially rotatable permeable member, thereby forming nano-bubbles in the liquid, characterized in that the axially rotatable permeable member further comprises at least one radially-extending member. a motor comprising a rotatable shaft; an axially rotatable permeable member including a body having a wall and a plurality of pores through which gas introduced into the axially rotatable permeable member can flow, the axially rotatable permeable member couplable to a gas inlet configured to introduce gas from a gas source into the axially rotatable permeable member, the axially rotatable permeable member coupled to the rotatable shaft of the motor and adapted to rotate along with the rotatable shaft; wherein the axially rotatable permeable member, when rotated, is adapted to move the liquid away from an outer surface of the body of the axially rotatable permeable member and simulate turbulent flow above the turbulent threshold in the liquid that allows the liquid to shear gas from the outer surface of the axially rotatable permeable member, thereby forming nano-bubbles in the liquid, characterized in that the axially rotatable permeable member further comprises at least one radially-extending member.
A device comprising: an expansion machine for producing mechanical energy by expanding vapour of a working medium; a generator connected to a shaft of the expansion machine for producing electrical energy from mechanical energy of the expansion machine, wherein the expansion machine is a semi-hermetic or hermetic expansion machine, in which the generator is integrated in a housing of the expansion machine, characterised in that the expansion machine and the generator form a constructional unit with a vapour chamber between the expansion machine and the generator, in that in operation of the expansion machine working medium expanded by the expansion machine into the vapour chamber flows over and thus cools the generator and in that there are provided means for feeding, in particular for injecting, liquid working medium into the vapour in the vapour chamber, whereby the working medium expanded in the vapour chamber is cooled before it arrives at the generator. an expansion machine for producing mechanical energy by expanding vapour of a working medium; a generator connected to a shaft of the expansion machine for producing electrical energy from mechanical energy of the expansion machine, wherein the expansion machine is a semi-hermetic or hermetic expansion machine, in which the generator is integrated in a housing of the expansion machine, characterised in that the expansion machine and the generator form a constructional unit with a vapour chamber between the expansion machine and the generator, in that in operation of the expansion machine working medium expanded by the expansion machine into the vapour chamber flows over and thus cools the generator and in that there are provided means for feeding, in particular for injecting, liquid working medium into the vapour in the vapour chamber, whereby the working medium expanded in the vapour chamber is cooled before it arrives at the generator.
A packaging for a product, comprising an inner container for accommodating the product and an outer container made of a material comprising paper fibers, the inner container and the outer container each having a wall (4, 5), and the inner container being completely accommodated in the outer container, the outer container having contact regions (6, 7) in which the wall of the outer container rests directly against the wall of the inner container and spacing regions in which the wall of the outer container is spaced from the wall of the inner container by means of a cavity in such a way that the inner container is held in a fixed position with respect to the outer container by the wall of the outer container resting against the wall of the inner container in portions, the wall of the outer container being thicker in the contact regions (6, 7) than in the spacing regions, characterized in that the outer container is cuboid-shaped, at least five of the six side surfaces of the outer container having one or more contact regions (6, 7), in that at least one handle flap is formed in the wall of the outer container, which handle flap can be pivoted into the interior of the outer container in such a way that a handle is formed for the outer container, and in that two handle flaps are provided in the cuboid-shaped outer container on two adjacent side walls symmetrically to an edge of the outer container.
Method for assisting a driver of a motor vehicle when driving out of a parking space (7, 14, 16), comprising: - making available at least one image of a surrounding area of the motor vehicle by means of a camera of the motor vehicle, and - detecting at least one boundary element (8, 9, 17, 18), bounding the parking space (7, 14, 16), on the basis of the image by means of an evaluation device of the motor vehicle, - comparing the at least one detected boundary element (8, 9, 17, 18) with a predetermined reference boundary element by means of the evaluation device and - determining an exit area of the parking space (7, 14, 16), provided for driving the motor vehicle out of the parking space (7, 14, 16), on the basis of the comparison by means of the evaluation device, characterized in that at least one area of a parking space marking is detected as the boundary element (8, 9, 17, 18), and a shape of the parking space marking is detected, and the exit area is determined as a function of the shape of the parking space marking, wherein a T-shaped section of the parking space marking or a cross-shaped section of the parking space marking is detected as the boundary element (8, 9, 17, 18), the exit area is determined on a side of the parking space (7, 14, 16) which is assigned to the detected T-shaped section, or wherein a cross-shaped section of the parking space marking is detected as the boundary element (8, 9, 17, 18), and the exit area is determined on a side of the parking space (7, 14, 16) lying opposite the detected cross-shaped section. - making available at least one image of a surrounding area of the motor vehicle by means of a camera of the motor vehicle, and - detecting at least one boundary element (8, 9, 17, 18), bounding the parking space (7, 14, 16), on the basis of the image by means of an evaluation device of the motor vehicle, - comparing the at least one detected boundary element (8, 9, 17, 18) with a predetermined reference boundary element by means of the evaluation device and - determining an exit area of the parking space (7, 14, 16), provided for driving the motor vehicle out of the parking space (7, 14, 16), on the basis of the comparison by means of the evaluation device,
A method comprising: receiving a data signal from an interface; encoding the data signal with a Forward Error Correcting FEC encoder according to a plurality of modulation formats to generate an FEC encoded signal; generating a plurality of symbols from the FEC encoded signal according to the plurality of modulation formats; spectrally shaping the plurality of symbols to generate a shaped signal; pre-distorting the shaped signal by adding a predetermined amount of chromatic dispersion to generate a smoothed signal; and transmitting the smoothed signal according to the plurality of modulation formats. receiving a data signal from an interface; encoding the data signal with a Forward Error Correcting FEC encoder according to a plurality of modulation formats to generate an FEC encoded signal; generating a plurality of symbols from the FEC encoded signal according to the plurality of modulation formats; spectrally shaping the plurality of symbols to generate a shaped signal; pre-distorting the shaped signal by adding a predetermined amount of chromatic dispersion to generate a smoothed signal; and transmitting the smoothed signal according to the plurality of modulation formats.
A heater (10, 10A), comprising: a ceramic body having a rod-like shape; a heat-generating resistor comprising an embedded portion embedded in the ceramic body and an exposed portion drawn out to an outer periphery face of the ceramic body; a metallic member electrically connected to the heat-generating resistor; and a conductive joining member comprising titanium, the conductive joining member being configured to join the exposed portion and the metallic member together, characterized in that, the conductive joining member comprising a first portion in layer form, in which titanium exists in segregation condition, located along an interface with the exposed portion; and at least one second portion in granular form, in which titanium exists in segregation condition, located away from the first portion. a ceramic body having a rod-like shape; a heat-generating resistor comprising an embedded portion embedded in the ceramic body and an exposed portion drawn out to an outer periphery face of the ceramic body; a metallic member electrically connected to the heat-generating resistor; and a conductive joining member comprising titanium, the conductive joining member being configured to join the exposed portion and the metallic member together, characterized in that, the conductive joining member comprising a first portion in layer form, in which titanium exists in segregation condition, located along an interface with the exposed portion; and at least one second portion in granular form, in which titanium exists in segregation condition, located away from the first portion.
A positioning apparatus comprising: an upper unit that includes a spherical body, a retainer part that retains the spherical body, and an upper plate part provided on the retainer part and adapted to carry a carried object; a lower unit that includes a lower plate part on which the upper unit is mounted and a guide part that marks a region of movement of the upper unit on the lower plate part; characterized in that the positing apparatus further comprises a tilting structure that tilts the region of movement relative to a horizontal plane and guides the upper unit, on which the carried object is not mounted, toward a reference position located on a lower side of a tilt, the reference position being a position where the carried object is to be mounted on the upper plate part; the reference position being a position where the upper unit butts against the guide part; the upper unit on which the carried object is not mounted can be returned to the reference position automatically by utilizing gravitational force. an upper unit that includes a spherical body, a retainer part that retains the spherical body, and an upper plate part provided on the retainer part and adapted to carry a carried object; a lower unit that includes a lower plate part on which the upper unit is mounted and a guide part that marks a region of movement of the upper unit on the lower plate part; characterized in that the positing apparatus further comprises a tilting structure that tilts the region of movement relative to a horizontal plane and guides the upper unit, on which the carried object is not mounted, toward a reference position located on a lower side of a tilt, the reference position being a position where the carried object is to be mounted on the upper plate part; the reference position being a position where the upper unit butts against the guide part; the upper unit on which the carried object is not mounted can be returned to the reference position automatically by utilizing gravitational force.
Method for producing a floral composition and more particularly a bouquet (1, 21) comprising plants and/or decorative elements, using at least one support, referred to as the external core, formed by a lateral wall determining the form and volume of said external core and able to receive at least a top part (8, 23), said method being characterised in that it comprises the following steps: - producing a cutout of the flat projection of the lateral wall of the external core; - placing a fixing means along the external periphery of the cutout; - securing, to the fixing means, of a first layer of plants and/or decorative elements that are best arranged in the form of a twist, the heads of the plants and/or of the decorative elements preferably being maintained at the same distance L from the external periphery of the cutout; - cutting out the base of the stems of the plants and/or decorative elements by means of a template placed on the assembly consisting of cutout and plants and/or decorative elements; - erecting and assembling the assembly consisting of cutout and plants and/or decorative elements so as to form the external envelope of the bouquet (1, 21); - securing the top part (8, 23) at least inside the lateral wall and at the top of the external core; - decorating said top part (8, 23) in any suitable way in order to form the core (9, 24) of the bouquet (1, 21). - producing a cutout of the flat projection of the lateral wall of the external core; - placing a fixing means along the external periphery of the cutout; - securing, to the fixing means, of a first layer of plants and/or decorative elements that are best arranged in the form of a twist, the heads of the plants and/or of the decorative elements preferably being maintained at the same distance L from the external periphery of the cutout; - cutting out the base of the stems of the plants and/or decorative elements by means of a template placed on the assembly consisting of cutout and plants and/or decorative elements; - erecting and assembling the assembly consisting of cutout and plants and/or decorative elements so as to form the external envelope of the bouquet (1, 21); - securing the top part (8, 23) at least inside the lateral wall and at the top of the external core; - decorating said top part (8, 23) in any suitable way in order to form the core (9, 24) of the bouquet (1, 21).
Device for the abatement of pollutants produced by an internal combustion engine comprising an external casing in which a DOC and a bypass duct of the DOC is housed to define a bifurcation for the exhaust gases passing through the device, so that a first flow of exhausted gases is intended to pass the DOC and a second flow of exhausted gases is intended to bypass the DOC, an injector of urea-based reducing agent arranged at or at a point immediately downstream of the bifurcation for injecting urea-based reducing agent in the second flow and an electric heater arranged annularly with respect to the bypass duct and configured to heat the bypass duct and to be passed by the first flow.
Cutterbar for a harvester with a carrier frame, at least one blade that is displaceable on the carrier frame, a feed roller for conveying harvested material cut by the blade and a transfer gearbox for transferring torque of a drive shaft to the feed roller and the blade, wherein the blade is adjustable in position on the carrier frame and is coupled to the transfer gearbox by means of a shaft (22, 26) the length of which is telescopically adjustable, wherein the feed roller is mounted between two side walls of the carrier frame and is coupled to the transfer gearbox via a reduction gear unit, characterized in that a drive-end shaft of the gear unit is coaxial with an axis of the feed roller, and in that the gear unit is a planetary gear and is attached to one of the side walls.
A pump formed by a housing having an inlet and an outlet for a fluid and containing a rotor provided with at least one surface recess (17a, 17b, 17c, 17d) of the rotor that forms with an interior surface a chamber (20c, 20b, 20c, 20d) that, on rotation of the rotor, conveys fluid from the inlet to the outlet, a flexible seal being provided on or as part of the housing and located between the inlet and the outlet to engage the rotor to prevent fluid passing from the outlet to the inlet; the housing including a seal chamber surrounding a surface of the seal opposite a rotor-engaging surface of the seal; and a second inlet is provided for the supply of a second fluid to the outlet to mix with fluid in the outlet; characterised in that said second inlet also supplies said second fluid to the seal chamber to apply said second fluid to the surface of the seal opposite a rotor-engaging surface of the seal, to urge the seal against the rotor.
A heat detection system for a fire alarm, the heat detection system comprising: a heat detection device comprising at least one heat sensor and an alarm system for triggering an alert when the heat sensor indicates a temperature exceeding a threshold; a heater operable to maintain the heat detection device at a predefined application temperature during use, characterised in that the heater is self-regulating and in that the self-regulating heater comprises a conductive positive temperature coefficient material. a heat detection device comprising at least one heat sensor and an alarm system for triggering an alert when the heat sensor indicates a temperature exceeding a threshold; a heater operable to maintain the heat detection device at a predefined application temperature during use, characterised in that the heater is self-regulating and in that the self-regulating heater comprises a conductive positive temperature coefficient material.