mhurhangee/ep-ind-claims huggingface dataset:
Process for the oligomerization of a gaseous olefinic feedstock comprising bringing a liquid comprising a catalytic system comprising a metal catalyst, at least one activator and at least one additive, and optionally a solvent, into contact with the gaseous olefinic feedstock by means of a gas injection device and of a liquid injection device, said injection devices being arranged so that the injection of the liquid brings about a reduction by shearing in the size of the gaseous ethylene bubbles, said process employing a gas/liquid reactor for the oligomerization of a gaseous olefinic feedstock comprising a gas injection device comprising at least one gas injection orifice and a liquid injection device comprising at least one liquid injection orifice, each gas injection orifice being located close to an orifice of the liquid injection device and positioned so that the injection trajectory of the gas is in the plane of the injection trajectory of the liquid, said injection devices being arranged so that the injection of the liquid can bring about a reduction by shearing in the size of the bubbles during the injection of the gaseous olefinic feedstock.
A latch assembly for mounting in an opening of a door and for releasably latching the door to a door frame, said latch assembly comprising: a housing that is mountable to the opening of the door; a lever that is rotatably coupled to the housing between a deployed position and a retracted position, wherein in the retracted position, a handle portion of the lever is substantially flush with the door, and in the deployed position, the handle portion of the lever protrudes from the door for grasping by a user and moving the door relative to the door frame; a lock plug that is rotatably mounted within the housing, the lock plug having one end for receiving either a tool or key, and an opposite end having an engagement surface; a latching member that is movably coupled to the housing, and is engaged with both the rotatable lock plug and the lever in the retracted position of the lever, wherein, starting from the retracted position of the lever, rotation of the lock plug causes movement of the latching member, which causes the latching member to release the lever; and a torsion spring for biasing the lock plug back to a starting position after the lock plug is rotated from the starting position using the tool or the key, further comprising a compression spring for biasing the lock plug away from the housing, wherein the lock plug is translatable with respect to the housing against the bias of the compression spring. a housing that is mountable to the opening of the door; a lever that is rotatably coupled to the housing between a deployed position and a retracted position, wherein in the retracted position, a handle portion of the lever is substantially flush with the door, and in the deployed position, the handle portion of the lever protrudes from the door for grasping by a user and moving the door relative to the door frame; a lock plug that is rotatably mounted within the housing, the lock plug having one end for receiving either a tool or key, and an opposite end having an engagement surface; a latching member that is movably coupled to the housing, and is engaged with both the rotatable lock plug and the lever in the retracted position of the lever, wherein, starting from the retracted position of the lever, rotation of the lock plug causes movement of the latching member, which causes the latching member to release the lever; and a torsion spring for biasing the lock plug back to a starting position after the lock plug is rotated from the starting position using the tool or the key, further comprising a compression spring for biasing the lock plug away from the housing, wherein the lock plug is translatable with respect to the housing against the bias of the compression spring.
Wall or ceiling element, comprising a rectangular frame assembled from frame profile elements (10, 10a, 10b), a reinforcement plate inserted into an inner groove or recess (11, 13) of the frame profile elements, a sound-absorbing layer on at least one side of the reinforcement plate between the frame profile elements (10, 10a, 10b), and a cover of fabric or a textile, which surrounds the entire element (1, 2), characterised in that an outer groove is formed on the side of the frame profile element on at least one side of a wall or ceiling element (1, 2) for forming a corner connection between neighbouring wall elements, where the outer groove affixed at the side lies opposite an outer groove affixed to the front of the neighbouring wall element, wherein the outer groove is formed at least on one side of the rectangular frame on the outer circumference or in the area of the outer circumference of the frame into which the edges of the fabric cover are clamped by means of a rail.
A patch for repair of a composite structure with a defect having a topography, the patch including: a patch body that is at least partially metallic, a bonding surface that is compatible with the topography of the defect; and a patch surface opposite the bonding surface, preferably the patch surface has a predetermined surface porosity of about 80%; wherein the patch includes a metallic cellular lattice material characterized in that the patch has a variable porosity and a set of material properties; and in that the variable porosity is adjusted such that at least one material property of the set of material properties of the patch is substantially similar to a corresponding material property of a structural layer of the defect. a patch body that is at least partially metallic, a bonding surface that is compatible with the topography of the defect; and a patch surface opposite the bonding surface, preferably the patch surface has a predetermined surface porosity of about 80%; wherein the patch includes a metallic cellular lattice material characterized in that the patch has a variable porosity and a set of material properties; and in that the variable porosity is adjusted such that at least one material property of the set of material properties of the patch is substantially similar to a corresponding material property of a structural layer of the defect.
An ophthalmic lens with embedded label, the ophthalmic lens comprising: a contact lens; and one or more embedded structures that are sensitive to the direction of incident light incorporated into the contact lens, wherein the one or more embedded structures comprise holographic recordings, wherein the holographic recordings are revealed only in transmitted light. a contact lens; and one or more embedded structures that are sensitive to the direction of incident light incorporated into the contact lens, wherein the one or more embedded structures comprise holographic recordings, wherein the holographic recordings are revealed only in transmitted light.
Lead-through system for a terminal of a dry transformer with external earthed shielding, the coil winding of which dry transformer is equipped with terminals and taps, comprising a substantially circularcylindrical post insulator and a terminal inner conductor as well as at least one tap inner conductor which extend through the post insulator and serve for leading a terminal through the post insulator, wherein a contact point connected to the terminal inner conductor of the post insulator and, for each of the tap inner conductors, a contact point connected to the respective tap inner conductor are arranged at an outer end of the post insulator, characterized in that the contact points are arranged radially around a central contact point to which no inner conductors are connected.
A battery cell configured to have a structure in which an electrode assembly, comprising positive electrodes, negative electrodes, and separators disposed respectively between the positive electrodes and the negative electrodes, is mounted in a battery case, the electrode assembly being provided at one and/or the other of opposite surfaces thereof adjacent to electrode terminals, among outer surfaces thereof, with a depression having an outwardly increasing size, characterized in that the electrode assembly comprises a basic electrode group having no opening and one or more bored electrode groups each having an opening, each electrode group comprising a first electrode, a separator, and a second electrode which are sequentially stacked, and the basic electrode group and the bored electrode groups being stacked, wherein two electrode leads are electrically connected to a positive electrode and negative electrode tabs of the electrode assembly are exposed outwards.
A computer implemented method for generating sub-pixel bitmaps of images comprising pixels, the method comprising: for each pixel in an image identifying color information by: responsive to the pixel comprising multiple colors: for each color, assigning a weight to the color based on a proportion of area of the pixel that is covered by the color; and storing the identified color information for each pixel of the image as a sub-pixel bitmap using run-length encoding to store the identified color information as alternating sequences of single color pixels and multi-color pixels. for each pixel in an image identifying color information by: responsive to the pixel comprising multiple colors: for each color, assigning a weight to the color based on a proportion of area of the pixel that is covered by the color; and responsive to the pixel comprising multiple colors: for each color, assigning a weight to the color based on a proportion of area of the pixel that is covered by the color; and for each color, assigning a weight to the color based on a proportion of area of the pixel that is covered by the color; and storing the identified color information for each pixel of the image as a sub-pixel bitmap using run-length encoding to store the identified color information as alternating sequences of single color pixels and multi-color pixels.
An air-conditioning system for conditioning a cabin of an aircraft, the cabin having a plurality of temperature zones (14.1, 14.2, 14.3) and at least one door (40.1, 40.2), the air conditioning system comprising: - an air-conditioning unit, which is configured for conditioning air and providing the conditioned air to at least one of the plurality of temperature zones (14.1, 14.2, 14.3), - a plurality of temperature zone sensors (26.1, 26.2, 26.3) each of which is associated with a temperature zone (14.1, 14.2, 14.3) for measuring the temperature in the respective temperature zone (14.1, 14.2, 14.3), and - at least one control unit (24, 28), wherein the at least one control unit (24, 28) is configured for receiving an information representing the closing state of the at least one door (40.1, 40.2) of the cabin, wherein the at least one control unit (24, 28) is coupled with the plurality of temperature zone sensors (26.1, 26.2, 26.3) and is configured for selectively controlling the temperature of the conditioned air provided to at least one of the plurality of temperature zones (14.1, 14.2, 14.3) in a first operation mode, when said at least one door (40.1, 40.2) is closed and, in a second operation mode, when at least one of said at least one door (40.1, 40.2) is open, wherein, in the first operation mode, the temperature of the conditioned air provided to at least one of the plurality of temperature zones (14.1, 14.2, 14.3) is controlled depending on the temperatures measured by at least one of the plurality of temperature zone sensors (26.1, 26.2, 26.3), and wherein, in the second operation mode, the temperature of the conditioned air provided to at least that temperature zone (14.1, 14.2, 14.3) closest to an open one of said at least one door (40.1, 40.2) is controlled depending on at least one set-temperature. - an air-conditioning unit, which is configured for conditioning air and providing the conditioned air to at least one of the plurality of temperature zones (14.1, 14.2, 14.3), - a plurality of temperature zone sensors (26.1, 26.2, 26.3) each of which is associated with a temperature zone (14.1, 14.2, 14.3) for measuring the temperature in the respective temperature zone (14.1, 14.2, 14.3), and - at least one control unit (24, 28),
An applicator for discharging applied liquid by turning of an operating portion attached to a barrel main body, the applicator comprising: the barrel main body in which an applied liquid reservoir portion for storing the applied liquid is provided; the operating portion provided in front of the barrel main body to be able to turn with respect to the barrel main body; a piston which is slid in a front-back direction of the barrel main body by turning the operating portion; a cam mechanism portion (4D, 10B) formed by a cam and a cam groove formed on the operating portion and the piston wherein the applied liquid is discharged by use of the cam mechanism portion; a through hole formed on the piston; and an applied liquid feed path (2b, 8) connected to the through hole in the piston to feed the applied liquid to an applicator portion; characterized by a first valve for opening and closing the through hole in the piston through which valve and the applied liquid feed path the applied liquid is discharged; a through hole formed in the operating portion, communicating with the through hole in the piston; and a spring disposed in the through hole in the operating portion, the spring biasing the first valve in such a direction as to close the through hole in the piston wherein the piston is slid by the cam mechanism portion, and one end portion of the spring being engaged in the operating portion and the other end portion of the spring being engaged in the first valve. the barrel main body in which an applied liquid reservoir portion for storing the applied liquid is provided; the operating portion provided in front of the barrel main body to be able to turn with respect to the barrel main body; a piston which is slid in a front-back direction of the barrel main body by turning the operating portion; a cam mechanism portion (4D, 10B) formed by a cam and a cam groove formed on the operating portion and the piston wherein the applied liquid is discharged by use of the cam mechanism portion; a through hole formed on the piston; and an applied liquid feed path (2b, 8) connected to the through hole in the piston to feed the applied liquid to an applicator portion; characterized by a first valve for opening and closing the through hole in the piston through which valve and the applied liquid feed path the applied liquid is discharged; a through hole formed in the operating portion, communicating with the through hole in the piston; and a spring disposed in the through hole in the operating portion, the spring biasing the first valve in such a direction as to close the through hole in the piston wherein the piston is slid by the cam mechanism portion, and one end portion of the spring being engaged in the operating portion and the other end portion of the spring being engaged in the first valve.
A system for quick cooking of non-precooked dry pasta comprising: a heating device to pre-heat the pasta cooking water; a cooking chamber, which is configured to cook the pasta in the cooking water; the cooking chamber is provided with a supply opening to supply the non-precooked dry pasta, a supply opening to supply the pre-heated cooking water from the heating device and a discharge opening to discharge the cooking water and the cooked pasta at the end of each cooking cycle; a draining unit, which is arranged downstream of the cooking chamber and is configured to receive the cooking water and the cooked pasta supplied through the discharge opening at the end of the cooking cycle; and a water vapour generating device; the system is characterised in that the water vapour generating device comprises two or more water vapour supply openings made in the cooking chamber, so as to heat the cooking water, establish a forced circulation of the cooking water in the cooking chamber and stir the pasta. a heating device to pre-heat the pasta cooking water; a cooking chamber, which is configured to cook the pasta in the cooking water; the cooking chamber is provided with a supply opening to supply the non-precooked dry pasta, a supply opening to supply the pre-heated cooking water from the heating device and a discharge opening to discharge the cooking water and the cooked pasta at the end of each cooking cycle; a draining unit, which is arranged downstream of the cooking chamber and is configured to receive the cooking water and the cooked pasta supplied through the discharge opening at the end of the cooking cycle; and a water vapour generating device; the system is characterised in that the water vapour generating device comprises two or more water vapour supply openings made in the cooking chamber, so as to heat the cooking water, establish a forced circulation of the cooking water in the cooking chamber and stir the pasta.
Device for friction measurement on a cylinder-piston arrangement, wherein a reciprocating piston having at least one piston ring is arranged in a cylinder liner, having at least one sealing element between cylinder liner and a cylinder head, wherein an inner lateral surface of the cylinder liner is sealed with respect to the cylinder head and the sealing element is arranged between the inner lateral surface and a shoulder of the cylinder head projecting into the cylinder liner, characterised in that the sealing element has an annular shoulder in the region of its outer lateral surface facing the cylinder liner, which shoulder forms an outer annular surface facing the cylinder liner, the diameter (d) of which is smaller than the largest diameter of the sealing element.
A hydrogel comprising multiple layers and a porous structure of ordered structural elements, wherein said structural elements are fibers and/or particles where a) said fibres have a diameter in the range of from 50 μm to 1000 μm, and wherein said hydrogel comprises multiple layers and wherein fibres between neighbouring layers are not parallel and where at least one layer of said hydrogel consists of or comprises alternating coiled and straight fibres, and/or b) said particles have a diameter in the range of from 30 μm to 1 mm and wherein said particles are aligned in rows wherein said structural elements comprises hyaluronic acid crosslinked with DVS, BDDE and/or tyramine. a) said fibres have a diameter in the range of from 50 μm to 1000 μm, and wherein said hydrogel comprises multiple layers and wherein fibres between neighbouring layers are not parallel and where at least one layer of said hydrogel consists of or comprises alternating coiled and straight fibres, and/or b) said particles have a diameter in the range of from 30 μm to 1 mm and wherein said particles are aligned in rows
A method for registering a principal device to an identity provider server, the method comprising: transmitting, to the identity provider server, a registration request comprising a user identifier associated with a user of the principal device; receiving, from the identity provider server, a signature for authenticating the identity provider server to the principal device; authenticating the identity provider server using the signature; obtaining, from a trusted execution environment associated with the principal device, an authenticated encryption message based on the signature and a principal device key associated with the principal device; and transmitting, to the identity provider server, the authenticated encryption message for registration of the principal device. transmitting, to the identity provider server, a registration request comprising a user identifier associated with a user of the principal device; receiving, from the identity provider server, a signature for authenticating the identity provider server to the principal device; authenticating the identity provider server using the signature; obtaining, from a trusted execution environment associated with the principal device, an authenticated encryption message based on the signature and a principal device key associated with the principal device; and transmitting, to the identity provider server, the authenticated encryption message for registration of the principal device.
Method for producing a board-shaped product having a surface comprising a decoration (2.2, 2.2'), in which method a decoration (2.2, 2.2') is printed by means of at least one printing roller unit (4.1, 5.1) onto a main body (2, 2') which is formed from a carrier board made of wood material, of laminate and/or of a compact board, wherein at least one decoration element (2.3, 2.4) is printed by means of at least one digital print head (6.1) onto one or more sub-regions of the main body (2, 2') such that the decoration (2.2, 2.2') which is printed by means of the at least one printing roller unit (4.1, 5.1) remains visible, at least in part, or surrounds the at least one decoration element (2.3, 2.4) if the at least one decoration element (2.3, 2.4) is printed onto the main body (2, 2') by means of the at least one digital print head (6.1) before the decoration, characterised in that the at least one digital print head (6.1) is displaced together with the main body (2, 2') in the feed direction thereof.
A headlamp assembly operable to project light in a beam comprising a beam emission area (504, 505) and a beam emission direction, the headlamp assembly comprising: a housing; an LED light source arranged in the housing and having a light emission surface, wherein the light emission surface has a plurality of reflector subsegment focal points (301, 302, 303, 304, 305) as they relate to the light emission surface, and wherein the light emission surface is inclined at an angle (x) relative to the beam emission direction; a reflector arranged in the housing and encircling a portion of the beam emission area (504, 505), wherein the reflector has a plurality of subsegments (201, 202, 203, 204, 205, 206, 207), wherein each one of the plurality of subsegments (201, 202, 203, 204, 205, 206, 207) uses one of the plurality of reflector subsegment focal points (301, 302, 303, 304, 305), the head lamp assembly being characterised in that a lens is arranged within the reflector for receiving light emitted from the LED light source and light reflected by the reflector; wherein the lens is arranged in the housing and configured to receive a portion of the light emitted from the LED light source and operate to direct the light in the beam emission area (504, 505), and wherein the reflector is configured to receive entire remaining portion of the light emitted from the LED light source and reflect the remaining portion of the light in the beam emission area (504, 505). a housing; an LED light source arranged in the housing and having a light emission surface, wherein the light emission surface has a plurality of reflector subsegment focal points (301, 302, 303, 304, 305) as they relate to the light emission surface, and wherein the light emission surface is inclined at an angle (x) relative to the beam emission direction; a reflector arranged in the housing and encircling a portion of the beam emission area (504, 505), wherein the reflector has a plurality of subsegments (201, 202, 203, 204, 205, 206, 207), wherein each one of the plurality of subsegments (201, 202, 203, 204, 205, 206, 207) uses one of the plurality of reflector subsegment focal points (301, 302, 303, 304, 305), the head lamp assembly being characterised in that a lens is arranged within the reflector for receiving light emitted from the LED light source and light reflected by the reflector; wherein the lens is arranged in the housing and configured to receive a portion of the light emitted from the LED light source and operate to direct the light in the beam emission area (504, 505), and wherein the reflector is configured to receive entire remaining portion of the light emitted from the LED light source and reflect the remaining portion of the light in the beam emission area (504, 505).