mhurhangee/ep-ind-claims huggingface dataset:
Bowden cable arrangement for transmitting a movement of a first Bowden cable to a second Bowden cable, comprising a first Bowden cable, a second Bowden cable and a Bowden cable actuator, wherein the first Bowden cable can be activated by the Bowden cable actuator, characterised in that the second Bowden cable is connected to a drain valve, and wherein the Bowden cable arrangement has a transmission element having a pivotable transmission lever, which is connected via a first lever arm to the first Bowden cable and which is connected via a second lever arm to the second Bowden cable, wherein the transmission lever when the actuator is activated is pivoted by the first Bowden cable and the second Bowden cable is thus activated.
A coffin, especially for in-ground burial, comprising a bottom, side walls, a lid, a mattress and collection means capable of receiving vital fluids under the mattress, characterised in that the coffin further comprises oxygen storage means for supplying oxygen to the coffin, humidifying means and heating means so as to generate conditions for rapid decomposition of the body over time.
A stent having a cylindrical structure with a top edge of the stent being provided with at least one fixed ear, wherein each fixed ear includes a neck portion connected to the top edge of the stent and a head portion suitable for engagement with a stent fixing head, which is part of a transport system for positioning the stent at an implantation point, and the head portion is provided with a bent structure configured to increase an overall radial thickness of the stent, characterized in that the bent structure is (a) substantially wave-shaped with wave peaks and wave troughs alternately arranged along the circumference of the stent, (b) formed by two side edges of the head portion, seen in circumferential direction, being bent toward each other or (c) formed by a top edge of the head portion being bent downwards towards the neck portion.
Ventilation device intended to generate a flow of air through a heat exchanger of a motor vehicle, the ventilation device comprising: - a plurality of ducts, - at least one air manifold comprising orifices, each duct emerging by one of its ends in a distinct orifice of the air manifold, each duct having at least one aperture for the passage of a flow of air passing through said duct, the aperture being: - distinct from the ends of the corresponding duct, - situated outside of the at least one air manifold, and said ventilation device being characterized in that the aperture is: - delimited by a pair of guiding lips protruding from a wall of the corresponding duct. - a plurality of ducts, - at least one air manifold comprising orifices, each duct emerging by one of its ends in a distinct orifice of the air manifold, - distinct from the ends of the corresponding duct, - situated outside of the at least one air manifold, and said ventilation device being characterized in that the aperture is: - delimited by a pair of guiding lips protruding from a wall of the corresponding duct.
A data acquisition method for establishing a virtual visit multimedia product, the multimedia product comprising a course among stations, the course allowing for navigation within all of the stations when using the multimedia product, wherein according to the method, data regarding locations in at least two different imaging stations is acquired with an imaging device, with the data of each station including at least one image of the locations and an orientation mark linked to the image, the method being characterized in that the data of one of the stations, the so-called current one, further includes a mark of origin from one of the stations, the so-called preceding one, and/or at least one linkage mark to one of the other stations different from the preceding station and the current station, wherein the linkage mark and the mark of origin are directional data in relation to the orientation mark of said current station and intended for establishing the course of the multimedia product.
An apparatus for donning and doffing a compression garment, the apparatus comprising: a sleeve configured with a first sleeve opening, a second sleeve opening, an inner wall and an outer wall, wherein the first sleeve opening, the inner wall and the second sleeve opening cooperate to define a passage through the sleeve for a limb, wherein the inner wall and the outer wall form a continuous wall of flexible material within which is defined a container which may be filled, and wherein the outer wall at the second sleeve opening is configured for contact with at least one opening of the compression garment such that the compression garment can be continuously everted throughout the sleeve until the end of the compression garment opposite the at least one opening abuts the first sleeve opening, wherein the sleeve is configured with a plurality of raised lines extending from the inner wall and the outer wall. a sleeve configured with a first sleeve opening, a second sleeve opening, an inner wall and an outer wall, wherein the first sleeve opening, the inner wall and the second sleeve opening cooperate to define a passage through the sleeve for a limb, wherein the inner wall and the outer wall form a continuous wall of flexible material within which is defined a container which may be filled, and wherein the outer wall at the second sleeve opening is configured for contact with at least one opening of the compression garment such that the compression garment can be continuously everted throughout the sleeve until the end of the compression garment opposite the at least one opening abuts the first sleeve opening, wherein the sleeve is configured with a plurality of raised lines extending from the inner wall and the outer wall.
A display device comprising: a display module including a display panel; a front cover including a front horizontal part, which covers an edge of a front surface of the display module and extends in a horizontal direction (DR1, DR2), and a front vertical part, which extends from the front horizontal part in a vertical direction and is positioned on the side of the display module; and a back cover including a back horizontal part, which is positioned in the rear of the display module and extends in the horizontal direction (DR1, DR2), and a back vertical part, which extends from the back horizontal part in the vertical direction and is parallel with the front vertical part of the front cover, characterized in that the display module further includes a frame positioned behind the display panel, wherein the frame includes a horizontal frame extending in the horizontal direction (DR1, DR2) and a vertical frame extending from the horizontal frame in the vertical direction, wherein a frame hole is formed at the frame; and the front cover further includes a protrusion part extending from an inner surface of the front vertical part of the front cover and inserted into the frame hole. a display module including a display panel; a front cover including a front horizontal part, which covers an edge of a front surface of the display module and extends in a horizontal direction (DR1, DR2), and a front vertical part, which extends from the front horizontal part in a vertical direction and is positioned on the side of the display module; and a back cover including a back horizontal part, which is positioned in the rear of the display module and extends in the horizontal direction (DR1, DR2), and a back vertical part, which extends from the back horizontal part in the vertical direction and is parallel with the front vertical part of the front cover, characterized in that the display module further includes a frame positioned behind the display panel, wherein the frame includes a horizontal frame extending in the horizontal direction (DR1, DR2) and a vertical frame extending from the horizontal frame in the vertical direction, wherein a frame hole is formed at the frame; and the front cover further includes a protrusion part extending from an inner surface of the front vertical part of the front cover and inserted into the frame hole.
A cartridge comprising a microfluidic die and a fluid composition in fluid communication with the microfluidic die, the fluid composition comprising: at least 50 wt. % of a perfume mixture, by weight of the overall composition, wherein the perfume mixture has a mol-weighted average ClogP of less than or equal to about 2.9; an oxygenated solvent selected from the group consisting of: a polyol, glycol ether, polyether, or combination thereof; and about 0.25 wt. % to about 9.5 wt. % water, by weight of overall composition. at least 50 wt. % of a perfume mixture, by weight of the overall composition, wherein the perfume mixture has a mol-weighted average ClogP of less than or equal to about 2.9; an oxygenated solvent selected from the group consisting of: a polyol, glycol ether, polyether, or combination thereof; and about 0.25 wt. % to about 9.5 wt. % water, by weight of overall composition.
A valve assembly for pressure control of a pressure medium from a pressure medium pump to at least one first consumer, comprising a pilot-operated pressure control valve, with a main piston pressurised by the pressure medium and a pilot-operated piston, a pressure chamber between a rear side of the main piston and the pilot-operated piston being able to be relieved, characterised in that a relief valve is connected to the pressure chamber such as to convey fluid, which relief valve opens at a pressure medium pressure on a load sensor which displays on off position of the consumer and returns pressure medium having low pressure into a pressure medium tank or to the pressure medium pump, and that the relief valve closes when the pressure of the pressure medium on the load sensor displays the consumer in the operating position.
Concentrating solar module comprising a box comprising an upper bottom composed of an optical system, and walls (4, 8), at least one photovoltaic cell placed in the box, and at least one humidity management device, at least one first wall (4, 8) among said walls comprising a principal part contained in a plane, said humidity management device comprising a housing defined between said first wall (4, 8) and occultation means fixed to said first wall (4, 8), a moisture-absorbing material (12, 112, 212, 312) placed in said housing, at least part of the moisture-absorbing material (12, 112, 212, 312) being located on one side of said plane containing the occultation means, said occultation means being arranged facing the moisture-absorbing material so as to form a passage between said occultation means and the moisture-absorbing material and such that air contained in the volume of the box circulates in the passage between the occultation means and the moisture-absorbing material and returns into the volume of the box.
A lens for a lighting and/or signaling device of a motor vehicle including a first layer of material, arranged on a first face of which is a second layer of material with additional thickness, said second layer extending partially over the first layer so as to have one end edge overhanging an exposed portion of the first layer of material, the exposed portion of the first layer of material, which is not covered by the second layer of material, including on said first face a notch which extends along said end edge of the second layer of material, characterized in that the notch has an inclined surface, for example an inclined plane, having a proximal extremity starting from the contact edge of the first layer of material with the end edge of the second layer of material, enabling it to be embedded in the thickness of the first layer of material, and a distal extremity prolonged by an abutment wall, the abutment wall extending perpendicular to the first face of the first layer of material. the exposed portion of the first layer of material, which is not covered by the second layer of material, including on said first face a notch which extends along said end edge of the second layer of material, characterized in that the notch has an inclined surface, for example an inclined plane, having a proximal extremity starting from the contact edge of the first layer of material with the end edge of the second layer of material, enabling it to be embedded in the thickness of the first layer of material, and a distal extremity prolonged by an abutment wall, the abutment wall extending perpendicular to the first face of the first layer of material.
Method for assigning an order for monitoring an element of an industrial plant from a client to a contractor, wherein the order and the contractor are each assigned a unique identification (6, 7) and the client and the contractor each have a mobile operating device (1a, 1b) which has an interface to a wireless, packet-oriented network and an interface for Near Field Communication, comprising the method steps: - Sending of the identification (5, 6) of the order via the interface for Near Field Communication of the operating device of the client; - Receipt of the identification (5, 6) of the order via the interface for Near Field Communication of the operating device of the contractor; - Sending of the identification of the contractor (5, 7) via the interface for Near Field Communication of the operating device of the contractor; - Receipt of the identification of the contractor (5, 7) via the interface for Near Field Communication of the operating device of the client; and - Assigning of the order to the contractor. - Sending of the identification (5, 6) of the order via the interface for Near Field Communication of the operating device of the client; - Receipt of the identification (5, 6) of the order via the interface for Near Field Communication of the operating device of the contractor; - Sending of the identification of the contractor (5, 7) via the interface for Near Field Communication of the operating device of the contractor; - Receipt of the identification of the contractor (5, 7) via the interface for Near Field Communication of the operating device of the client; and - Assigning of the order to the contractor.
A pneumatic tire comprising: on a tread of the tire, at least one inclined belt layer (4, 5) obtained by rubber-coating a plurality of cords (4c, 5c) that are extended and inclined with respect to the tread circumferential direction and are arranged parallel to one another, and at least one circumferential belt layer obtained by rubber-coating a plurality of cords that are extended in the tread circumferential direction and are arranged parallel to one another, the circumferential belt layer being located on the inner side of the inclined belt layer (4, 5) in the tire radial direction; and on the tread surface, a plurality of circumferential grooves extending in the tread circumferential direction, and shoulder land portions partitioned between the circumferential grooves located outermost in the tire width direction and tread ground contact ends, and wherein positions of the tread surface that correspond to the outermost ends of the circumferential belt layer in the tire width direction are within the shoulder land portions, characterised in that the distance in the tire width direction between the outermost ends in the tire width direction of the circumferential belt layer and tire equator side ends of the shoulder land portions is 12 % or more and 22 % or less of a half of the width of the circumferential belt layer in tire width direction. on a tread of the tire, at least one inclined belt layer (4, 5) obtained by rubber-coating a plurality of cords (4c, 5c) that are extended and inclined with respect to the tread circumferential direction and are arranged parallel to one another, and at least one circumferential belt layer obtained by rubber-coating a plurality of cords that are extended in the tread circumferential direction and are arranged parallel to one another, the circumferential belt layer being located on the inner side of the inclined belt layer (4, 5) in the tire radial direction; and on the tread surface, a plurality of circumferential grooves extending in the tread circumferential direction, and shoulder land portions partitioned between the circumferential grooves located outermost in the tire width direction and tread ground contact ends, and wherein positions of the tread surface that correspond to the outermost ends of the circumferential belt layer in the tire width direction are within the shoulder land portions, characterised in that the distance in the tire width direction between the outermost ends in the tire width direction of the circumferential belt layer and tire equator side ends of the shoulder land portions is 12 % or more and 22 % or less of a half of the width of the circumferential belt layer in tire width direction.
A color adjustable light emitting arrangement, comprising - a solid-state light source adapted to emit light of a first wavelength range; - a wavelength converting member arranged to receive light of said first wavelength range emitted by the light source and capable of converting light of the first wavelength range into visible light of a second wavelength range; - a narrow band reflector (103, 104) arranged in a light output direction from the wavelength converting member to receive light of said second wavelength range, characterized in that said narrow band reflector is reversibly switchable between a first state in which the narrow band reflector reflects a first sub-range of said second wavelength range, and a second state in which the narrow band reflector reflects a second sub-range of the second wavelength range. - a solid-state light source adapted to emit light of a first wavelength range; - a wavelength converting member arranged to receive light of said first wavelength range emitted by the light source and capable of converting light of the first wavelength range into visible light of a second wavelength range; - a narrow band reflector (103, 104) arranged in a light output direction from the wavelength converting member to receive light of said second wavelength range, characterized in that said narrow band reflector is reversibly switchable between a first state in which the narrow band reflector reflects a first sub-range of said second wavelength range, and a second state in which the narrow band reflector reflects a second sub-range of the second wavelength range.
An apparatus for depositing a coating on one or more part(s), the apparatus comprising: a chamber; a source of the coating material; a part holder for carrying the part(s); a bias voltage source coupled to the part(s) to apply a bias voltage to the part(s); a temperature monitoring system comprising a temperature data processor; and at least one fiber optic link characterised by further comprising: a plurality of temperature sensors; a plurality of leads passing outputs of the temperature sensors out from the chamber; wherein said at least one fibre optic link couples the temperature data processor to the temperature sensors so as to electrically isolate the temperature data processor from the bias voltage; and wherein for each temperature sensor, the apparatus comprises: an associated said fiber optic link; and a non-fiber optic optical isolator between the temperature sensor and the fiber optic link to avoid further electrical interference. a chamber; a source of the coating material; a part holder for carrying the part(s); a bias voltage source coupled to the part(s) to apply a bias voltage to the part(s); a temperature monitoring system comprising a temperature data processor; and at least one fiber optic link characterised by further comprising: a plurality of temperature sensors; a plurality of leads passing outputs of the temperature sensors out from the chamber; wherein said at least one fibre optic link couples the temperature data processor to the temperature sensors so as to electrically isolate the temperature data processor from the bias voltage; and wherein for each temperature sensor, the apparatus comprises: an associated said fiber optic link; and a non-fiber optic optical isolator between the temperature sensor and the fiber optic link to avoid further electrical interference. a plurality of temperature sensors; a plurality of leads passing outputs of the temperature sensors out from the chamber; wherein said at least one fibre optic link couples the temperature data processor to the temperature sensors so as to electrically isolate the temperature data processor from the bias voltage; and wherein for each temperature sensor, the apparatus comprises: an associated said fiber optic link; and a non-fiber optic optical isolator between the temperature sensor and the fiber optic link to avoid further electrical interference. an associated said fiber optic link; and a non-fiber optic optical isolator between the temperature sensor and the fiber optic link to avoid further electrical interference.
A dispensing apparatus for dispensing pellets from a rotary press, comprising an inlet channel that can be connected to an ejection apparatus of the rotary press for pellets produced in the rotary press as well as a first dispensing channel and a second dispensing channel, further comprising a diverter arranged between the inlet channel on the one hand and the first and second dispensing channel (56, 58) on the other hand, wherein the diverter can be adjusted between a first position, in which pellets are conveyed from the inlet channel into the first dispensing channel, and a second position, in which pellets are conveyed from the inlet channel into the second dispensing channel, characterized in that a permanently open pressure compensation channel via which pressure compensation between the inlet channel on the one hand and the first and/or second dispensing channel (56, 58) on the other hand takes place is provided in parallel with the diverter.