mhurhangee/ep-ind-claims huggingface dataset:
An HMD-type device for displaying an image in augmented reality, comprising: an assembly of light display pixels arranged on a first surface of a transparent support intended to be positioned on the optical path between a user's eye and a real scene to be observed, this assembly comprising a number N greater than 1 of pixel sub-assemblies (105 i), each comprising a sufficient number of pixels to display the entire image; and an optical system arranged on a second surface of said support opposite to the first surface, this system comprising N optical sub-systems (107 i), each pixel sub-assembly (105 i) facing one of the optical sub-systems (107 i). an assembly of light display pixels arranged on a first surface of a transparent support intended to be positioned on the optical path between a user's eye and a real scene to be observed, this assembly comprising a number N greater than 1 of pixel sub-assemblies (105 i), each comprising a sufficient number of pixels to display the entire image; and an optical system arranged on a second surface of said support opposite to the first surface, this system comprising N optical sub-systems (107 i), each pixel sub-assembly (105 i) facing one of the optical sub-systems (107 i).
A shell for an infant seat comprising a carbon fiber structure reinforced by one or more reinforcing members of a material other than carbon fiber forming a shell shaped to accommodate an infant, wherein the structure and the one or more reinforcing members are fixed to each other so as to prevent relative movement between them in use, characterized in that: the carbon fiber structure defines the shell shape, the one or more reinforcing members are positioned on the concave surface of the shell surface, the reinforcing members are overmolded onto the carbon fiber structure, and one or more metal inserts (15, 17) are inserted into the overmolded material. the carbon fiber structure defines the shell shape, the one or more reinforcing members are positioned on the concave surface of the shell surface, the reinforcing members are overmolded onto the carbon fiber structure, and one or more metal inserts (15, 17) are inserted into the overmolded material.
A composite material having a bulk density in the range of 30 to 220kg/m 3, characterised in that the composite material comprises: - a fibrous material selected from the group consisting of natural fibers, mineral wool, wood wool and a combination thereof, and having a fiber structure forming a framework and voids in between said framework; and - an aerogel having a particle form incorporated within the fiber structure of said fibrous material. - a fibrous material selected from the group consisting of natural fibers, mineral wool, wood wool and a combination thereof, and having a fiber structure forming a framework and voids in between said framework; and - an aerogel having a particle form incorporated within the fiber structure of said fibrous material.
A method for forming a membrane system including a hollow fiber membrane and a static mixer arranged within the hollow portion of the hollow fiber membrane, comprising the steps (i) providing a spinneret having a first outlet opening, a second outlet opening and a third outlet opening, wherein the first outlet opening is arranged on an outlet axis of the spinneret, has an oblong cross-sectional shape and is movable around the outlet axis; the second outlet opening is arranged around the first outlet opening and within the circumference of the third outlet opening; and the third outlet opening is arranged around the first outlet opening and around the circumference of the second outlet opening; (ii) providing a polymer solution (a) for forming the static mixer; (iii) providing a bore solution (b); (iv) providing a polymer solution (c) for forming the hollow fiber membrane; (v) extruding the polymer solution (a) for forming the static mixer through the first opening, extruding the bore solution (b) through the second opening, extruding the polymer solution (c) for forming the hollow fiber membrane through the third opening to form a jet of the solutions (a), (b) and (c); (vi) moving the first opening around the outlet axis for at least a part of the duration of step (v); (vii) immersing the jet into a coagulation bath; to coagulate the hollow fiber membrane and the static mixer. (i) providing a spinneret having a first outlet opening, a second outlet opening and a third outlet opening, wherein the first outlet opening is arranged on an outlet axis of the spinneret, has an oblong cross-sectional shape and is movable around the outlet axis; the second outlet opening is arranged around the first outlet opening and within the circumference of the third outlet opening; and the third outlet opening is arranged around the first outlet opening and around the circumference of the second outlet opening; the first outlet opening is arranged on an outlet axis of the spinneret, has an oblong cross-sectional shape and is movable around the outlet axis; the second outlet opening is arranged around the first outlet opening and within the circumference of the third outlet opening; and the third outlet opening is arranged around the first outlet opening and around the circumference of the second outlet opening; (ii) providing a polymer solution (a) for forming the static mixer; (iii) providing a bore solution (b); (iv) providing a polymer solution (c) for forming the hollow fiber membrane; (v) extruding the polymer solution (a) for forming the static mixer through the first opening, extruding the bore solution (b) through the second opening, extruding the polymer solution (c) for forming the hollow fiber membrane through the third opening to form a jet of the solutions (a), (b) and (c); (vi) moving the first opening around the outlet axis for at least a part of the duration of step (v); (vii) immersing the jet into a coagulation bath; to coagulate the hollow fiber membrane and the static mixer.
Sliding door fitting having a running rail, a first carriage and a second carriage, between which a connecting rod is arranged, wherein each carriage (2, 12) is movable along the running rail and has a supporting part (3, 13) which is movable between a raised and a lowered position, in order to hold or fix a sliding leaf movably along the running rail, and a fixing part is provided which, in a lowered position of the sliding leaf, engages at least partially around the running rail for fixing or engages therein, characterized in that the fixing part is held on the connecting rod.
An oven having at least one heat generation means and/or an air circulation means, performing the cooking process at the cooking modes (M1, M2, M3....,Mn) wherein the heat generation means and/or the air circulation means are operated at different operation combinations, comprising - an oven cavity wherein the cooking process is performed, - at least one sensor that detects the surface hardness of the foods contained in the oven cavity, and - at least one control unit that is configured to control the cooking process and to decide on the cooking mode depending on the hardness value detected by the sensor, wherein the sensor is configured to detect the surface hardness of the food by contacting the food located in the oven cavity, characterized in that the control unit is configured to compare the value detected by the sensor with the limit hardness value limit predetermined by the producer and to regulate the cooking mode depending on the value of difference between the detected hardness value and the limit hardness value limit, and that the control unit is further configured to increase the frequency of hardness measurements when the detected hardness value approaches the limit hardness value limil predetermined by the producer. - an oven cavity wherein the cooking process is performed, - at least one sensor that detects the surface hardness of the foods contained in the oven cavity, and - at least one control unit that is configured to control the cooking process and to decide on the cooking mode depending on the hardness value detected by the sensor,
Ventilation device intended to generate an air flow in the direction of a motor vehicle heat exchanger, comprising: - spaced-apart ducts, - at least one air manifold having orifices, each duct leading at one of its ends into a separate orifice of the air manifold, each duct being provided with at least one opening for ejecting an air flow passing through said duct, the opening being separate from the ends thereof and situated outside the air manifold, said ventilation device being characterized in that at least one duct being mounted so as to be orientable between a closed position and an open position, the device being configured to allow more air to pass through in the open position than in the closed position. - spaced-apart ducts, - at least one air manifold having orifices, each duct leading at one of its ends into a separate orifice of the air manifold, each duct being provided with at least one opening for ejecting an air flow passing through said duct, the opening being separate from the ends thereof and situated outside the air manifold, said ventilation device being characterized in that at least one duct being mounted so as to be orientable between a closed position and an open position, the device being configured to allow more air to pass through in the open position than in the closed position.
A blood cell collection system comprising: a centrifuge rotor, and a gravity valve mounted on said rotor, said gravity valve adapted to close and open in response to a selected speed of said rotor, said gravity valve comprising a radially oriented shaft slidingly mounted in said gravity valve, at least one first head mounted on an end of said shaft and a second head mounted on another end of said shaft. a centrifuge rotor, and a gravity valve mounted on said rotor, said gravity valve adapted to close and open in response to a selected speed of said rotor, said gravity valve comprising a radially oriented shaft slidingly mounted in said gravity valve, at least one first head mounted on an end of said shaft and a second head mounted on another end of said shaft.
A system for determining the reactivity of a sample material, having: a metering device for metering the sample material into a sample vessel, a sample store for adjusting the temperature of the sample material in the sample vessel, a mixing apparatus for accommodating the sample vessel containing the sample material at controlled temperature and for mixing the sample material in the sample vessel, and a calorimeter for ascertaining the reactivity of the mixed sample material, wherein the sample store, for preparation of a sample material in the cement or lime industry for calorimetric measurement, has the following: an accommodation body having at least one or a multitude of storage sites each for accommodation of one sample vessel containing a sample material, characterized in that the sample store has a temperature control device for cooling or heating the storage sites of the accommodation body. an accommodation body having at least one or a multitude of storage sites each for accommodation of one sample vessel containing a sample material, characterized in that the sample store has a temperature control device for cooling or heating the storage sites of the accommodation body.
A first stage pressure regulator comprising: a valve body having an inlet and an outlet and defining a pressure chamber between the inlet and an outlet, the valve body defining a pressure compensation chamber having an opening fluidly communicating the pressure compensation chamber with the surrounding water; a valve seat within the valve body; a valve member slidably carried within the valve body pressure chamber having a valve end and an expansion head connected to the valve end, the valve member slidable between an open state in which the valve end is spaced from the valve seat and that permits fluid flow between the inlet and outlet and a closed state in which the valve end is sealingly seated against the valve seat and that prevents fluid flow between the inlet and outlet, the expansion head being exposed to the pressure compensation chamber and being operably acted upon by the surrounding water within the pressure compensation chamber to bias the valve member toward the open state; an annular insulating bushing within the compensation chamber and covering a portion of the valve body defining a portion of the pressure compensation chamber; characterized by a biasing member interposed between the annular insulating bushing and the expansion head to bias the valve member towards the open state. a valve body having an inlet and an outlet and defining a pressure chamber between the inlet and an outlet, the valve body defining a pressure compensation chamber having an opening fluidly communicating the pressure compensation chamber with the surrounding water; a valve seat within the valve body; a valve member slidably carried within the valve body pressure chamber having a valve end and an expansion head connected to the valve end, the valve member slidable between an open state in which the valve end is spaced from the valve seat and that permits fluid flow between the inlet and outlet and a closed state in which the valve end is sealingly seated against the valve seat and that prevents fluid flow between the inlet and outlet, the expansion head being exposed to the pressure compensation chamber and being operably acted upon by the surrounding water within the pressure compensation chamber to bias the valve member toward the open state; an annular insulating bushing within the compensation chamber and covering a portion of the valve body defining a portion of the pressure compensation chamber; characterized by a biasing member interposed between the annular insulating bushing and the expansion head to bias the valve member towards the open state.
A fluid collection assembly, comprising: a washable and reusable fluid impermeable barrier formed from a bendable stretchable material including a first end and a second end opposite the first end, the reusable fluid impermeable barrier including at least one inner surface defining a chamber extending between the first end and the second end, the reusable fluid impermeable barrier also defining an outlet and at least one opening spaced from the outlet that both provide access to the chamber; and at least one single use wicking cartridge configured to receive fluid; wherein the reusable fluid impermeable barrier is configured to be transformed by bending and stretching between a first configuration (Figs. 2A and F) and a second configuration (Figs. 2B - E), wherein the reusable fluid impermeable barrier does not allow the at least one single use wicking cartridge to be inserted and/or removed from the chamber when the reusable fluid impermeable barrier is in the first configuration and the reusable fluid impermeable barrier allows the at least one single use wicking cartridge to be inserted into and removed from the chamber through the opening when the reusable fluid impermeable barrier is in the second configuration. a washable and reusable fluid impermeable barrier formed from a bendable stretchable material including a first end and a second end opposite the first end, the reusable fluid impermeable barrier including at least one inner surface defining a chamber extending between the first end and the second end, the reusable fluid impermeable barrier also defining an outlet and at least one opening spaced from the outlet that both provide access to the chamber; and at least one single use wicking cartridge configured to receive fluid; wherein the reusable fluid impermeable barrier is configured to be transformed by bending and stretching between a first configuration (Figs. 2A and F) and a second configuration (Figs. 2B - E), wherein the reusable fluid impermeable barrier does not allow the at least one single use wicking cartridge to be inserted and/or removed from the chamber when the reusable fluid impermeable barrier is in the first configuration and the reusable fluid impermeable barrier allows the at least one single use wicking cartridge to be inserted into and removed from the chamber through the opening when the reusable fluid impermeable barrier is in the second configuration.
A refrigerator comprising: a storage compartment including a front side provided to be opened; a storage member provided inside the storage compartment to be put into or taken out, the storage member including a contact surface formed at an opened upper side of the storage member; a storage member cover coupled to the storage member to selectively open or close a storage space of the storage member; and a rail which guides movement of the storage member cover, and includes a step to control a sealing state of the storage space of the storage member according to the movement of the storage member cover, wherein the rail is provided on a side surface of the storage member to extend in a front and rear direction of the storage compartment and wherein a roller which moves along the rail is coupled to the storage member cover, wherein the rail includes: a first section provided toward a front of the storage compartment; and a second section which is connected to the first section toward a rear of the storage compartment and positioned at an upper level than the first section in a coupling direction of the storage member cover, characterized in that the rail is disposed below the contact surface of the storage member. a storage compartment including a front side provided to be opened; a storage member provided inside the storage compartment to be put into or taken out, the storage member including a contact surface formed at an opened upper side of the storage member; a storage member cover coupled to the storage member to selectively open or close a storage space of the storage member; and a rail which guides movement of the storage member cover, and includes a step to control a sealing state of the storage space of the storage member according to the movement of the storage member cover, wherein the rail is provided on a side surface of the storage member to extend in a front and rear direction of the storage compartment and wherein a roller which moves along the rail is coupled to the storage member cover, wherein the rail includes: a first section provided toward a front of the storage compartment; and a second section which is connected to the first section toward a rear of the storage compartment and positioned at an upper level than the first section in a coupling direction of the storage member cover, characterized in that the rail is disposed below the contact surface of the storage member. a first section provided toward a front of the storage compartment; and a second section which is connected to the first section toward a rear of the storage compartment and positioned at an upper level than the first section in a coupling direction of the storage member cover, characterized in that the rail is disposed below the contact surface of the storage member.
A method for making two composte parts comprising a first structural part (200, 400) made of a composite material reinforced by continuous fibers with a volume content of fiber s in a matrix made of a first thermoplastic polymer with a first melting temperature, and a composite part (410, 600) comprising a fibrous reinforcement comprising segments of continuous fibers according to discontinuous fiber content and a thermoplastic matrix with a second melting temperature and comprising the first thermoplastic polymer, the method comprising the steps of: i) obtaining a composite preform (110, 500) with a continuous reinforcement and adapted to obtain the structural part; i) obtaining the structural part (200, 400) from the composite preform with continuous reinforcement; (iii) Triming the structural part (200, 400); wherein steps (i) and (iii) make scraps (120, 220), and further comprising the steps of: iv) collecting the scraps (120, 220) made in steps i) and iii); v) shredding the scraps collected in step iv) for obtaining chips made of composite segments vi) compounding the chips obtain in step v) for obtaining a compound; vii) obtaining the second composite part (410, 600) by shaping the compound obtained in step vi); characterized in that it comprises a step of: viii) bonding the second composite part to the structural part. i) obtaining a composite preform (110, 500) with a continuous reinforcement and adapted to obtain the structural part; i) obtaining the structural part (200, 400) from the composite preform with continuous reinforcement; (iii) Triming the structural part (200, 400); wherein steps (i) and (iii) make scraps (120, 220), and further comprising the steps of: iv) collecting the scraps (120, 220) made in steps i) and iii); v) shredding the scraps collected in step iv) for obtaining chips made of composite segments vi) compounding the chips obtain in step v) for obtaining a compound; vii) obtaining the second composite part (410, 600) by shaping the compound obtained in step vi); iv) collecting the scraps (120, 220) made in steps i) and iii); v) shredding the scraps collected in step iv) for obtaining chips made of composite segments vi) compounding the chips obtain in step v) for obtaining a compound; vii) obtaining the second composite part (410, 600) by shaping the compound obtained in step vi); characterized in that it comprises a step of: viii) bonding the second composite part to the structural part.
A projector, comprising: a light source; a light source output adjustment unit configured to control output of the light source according to the brightness of a video signal input to the projector; and a superimposed image projection unit (301, 300) configured to superimpose an OSD, On Screen Display, image onto a projection image generated according to the video signal; wherein the superimposed image projection unit (301, 300) is configured to store OSD images indicating the same content but whose brightnesses are different from one another, and to select, superimpose and project one of the multiple OSD images based on the brightness of the video signal; wherein the superimposed image projection unit (301, 300) is configured to store a first image pattern and a second image pattern having a darker background and a greater contrast between background and text than the first image pattern, amongst the multiple OSD images, and to project the second image pattern if the brightness of the video signal is equal to or less than a predetermined threshold value; and wherein the text parts of the first and second image patterns have different settings on font and text size. a light source; a light source output adjustment unit configured to control output of the light source according to the brightness of a video signal input to the projector; and a superimposed image projection unit (301, 300) configured to superimpose an OSD, On Screen Display, image onto a projection image generated according to the video signal; wherein the superimposed image projection unit (301, 300) is configured to store OSD images indicating the same content but whose brightnesses are different from one another, and to select, superimpose and project one of the multiple OSD images based on the brightness of the video signal; wherein the superimposed image projection unit (301, 300) is configured to store a first image pattern and a second image pattern having a darker background and a greater contrast between background and text than the first image pattern, amongst the multiple OSD images, and to project the second image pattern if the brightness of the video signal is equal to or less than a predetermined threshold value; and wherein the text parts of the first and second image patterns have different settings on font and text size.