mhurhangee/ep-ind-claims huggingface dataset:
A luminous device, in particular for a motor vehicle, comprising a light guide, the light guide comprising a first element, referred to as the main branch, and a second element, referred to as the intermediate branch, the main branch comprising two free ends (101, 102) and extending longitudinally from one free end (101, 102) to the other (101,102), the intermediate branch extending between two zones (201, 202) of the main branch, called connection zones, the connection zones (201, 202) being at a distance from each other and distinct from the free ends (101, 102) of the main branch, the intermediate branch being joined in continuity of material to both of the connection zones (201, 202), characterized in that the luminous device also comprises a light-emitting connector intended to be arranged between two areas (301, 302) of the main branch, called connection areas, the light-emitting connector being designed to extend from one of the connection areas, 302) to the other connection region (301, 302), the connection regions (301, 302) being spaced apart from one another and separate from the free ends (101, 102) of the main branch, the light-emitting connection being designed to be supplied with light via the intermediate branch, the light-emitting connector being designed to be fitted on the light guide.
Method for eviscerating slaughtered poultry having a carcass with a viscera pack in a body cavity of the carcass, said body cavity having a breast side and a back side, as well as a vent end where the vent is or was located and a neck end, wherein the body cavity has been opened at the vent end, the method comprising: - retaining the carcass in an orientation with the neck end downwards, - entering the body cavity of the retained carcass with an eviscerating tool via the opened vent end, said eviscerating tool having a front end, - dipping the eviscerating tool deeper into the body cavity with its front end passing along the breast side of the body cavity so that the front end thereof moves past the viscera pack at least till beyond the liver, - withdrawing the eviscerating tool and thereby lifting the viscera pack out of the body cavity, wherein use is made of a gizzard pre-lifting tool (60;90), distinct from the eviscerating tool, which is entered into the body cavity of the retained carcass via the opened vent end, which gizzard pre-lifting tool is operated to grasp the gizzard and/or belly fat bonded to the gizzard and wherein the gizzard pre-lifting tool (60;90) is operated to lift the gizzard thereby entraining a further portion (15,16) of the viscera pack including the liver, said lifting of the gizzard being performed prior to the front end of the eviscerating tool passing along the breast side of the body cavity past the liver as the eviscerating tool is dipped into the body cavity, wherein the introduction of the gizzard pre-lifting tool into the body cavity is to a shallow depth which is less than the maximum dipping depth of the eviscerating tool. - retaining the carcass in an orientation with the neck end downwards, - entering the body cavity of the retained carcass with an eviscerating tool via the opened vent end, said eviscerating tool having a front end, - dipping the eviscerating tool deeper into the body cavity with its front end passing along the breast side of the body cavity so that the front end thereof moves past the viscera pack at least till beyond the liver, - withdrawing the eviscerating tool and thereby lifting the viscera pack out of the body cavity, wherein use is made of a gizzard pre-lifting tool (60;90), distinct from the eviscerating tool, which is entered into the body cavity of the retained carcass via the opened vent end, which gizzard pre-lifting tool is operated to grasp the gizzard and/or belly fat bonded to the gizzard and wherein the gizzard pre-lifting tool (60;90) is operated to lift the gizzard thereby entraining a further portion (15,16) of the viscera pack including the liver, said lifting of the gizzard being performed prior to the front end of the eviscerating tool passing along the breast side of the body cavity past the liver as the eviscerating tool is dipped into the body cavity, wherein the introduction of the gizzard pre-lifting tool into the body cavity is to a shallow depth which is less than the maximum dipping depth of the eviscerating tool.
Detergent composition suitable for removing cooked-, baked- and burnt-on proteinaceous soils from surfaces, comprising a complex of formula I, [M n +L m-](A q+) p (X v-) r in which the metal ion M n+ is selected from Al 3+, Y 3+, Zr 4+, Ce 3+, Ce 4+, Sc 3+, Yb 3+, La 3+, Ta 5+ and their mixtures, L stands for a ligand according to formula II, in which E is selected from O, NR 1, and mixtures of them, w stands for a number in the range of from 0 to 2, and R 1, R 3, R 4, R 5 and R 6, irrespective of each other, are selected from H, optionally substituted C 1-20 -alkyl or heteroalkyl groups, optionally substituted C 2-20 -alkenyl, heteroalkenyl or alkinyl groups, optionally substituted aryl or heteroaryl groups, and optionally substituted C 1-20 -alkylaryl or heteroaryl groups, m stands for a number in the range of from 0 to 4, A stands for an alkali metal cation and q stands for 1, an earth alkali metal cation and q stands for 2, or an ammonium cation and q stands for 1, X v- stands for an anion selected from the group of F-, Cl -, Br, I -, OH -, HSO 3 -, SO 3 2-, SO 4 2-, HSO 4 -, NO 2 -, NO 3 -, PO 4 3-, HPO 4 2-, H 2 PO 4 -, BF 4 -, PF 6 -, ClO 4 -, organic anions such as acetate, citrate, formiate, glutarate, lactate, malate, malonate, oxalate, pyruvate, tartrate, methanesulfonate, methyl sulfate, tosylate, succinate and their mixtures, with v being 1, 2 or 3, respectively, and p and r, irrespective of each other, are numbers in the range of from 0 to 7, selected such that the charge of the complex according to formula I is 0. E is selected from O, NR 1, and mixtures of them, w stands for a number in the range of from 0 to 2, and R 1, R 3, R 4, R 5 and R 6, irrespective of each other, are selected from H, optionally substituted C 1-20 -alkyl or heteroalkyl groups, optionally substituted C 2-20 -alkenyl, heteroalkenyl or alkinyl groups, optionally substituted aryl or heteroaryl groups, and optionally substituted C 1-20 -alkylaryl or heteroaryl groups, m stands for a number in the range of from 0 to 4, A stands for an alkali metal cation and q stands for 1, an earth alkali metal cation and q stands for 2, or an ammonium cation and q stands for 1, X v- stands for an anion selected from the group of F-, Cl -, Br, I -, OH -, HSO 3 -, SO 3 2-, SO 4 2-, HSO 4 -, NO 2 -, NO 3 -, PO 4 3-, HPO 4 2-, H 2 PO 4 -, BF 4 -, PF 6 -, ClO 4 -, organic anions such as acetate, citrate, formiate, glutarate, lactate, malate, malonate, oxalate, pyruvate, tartrate, methanesulfonate, methyl sulfate, tosylate, succinate and their mixtures, with v being 1, 2 or 3, respectively, and p and r, irrespective of each other, are numbers in the range of from 0 to 7, selected such that the charge of the complex according to formula I is 0.
Cleaning tool for a floor cleaning machine comprising a cleaning-action device and a supporting part on which the cleaning-action device is arranged and by means of which the cleaning tool is fixable to the floor cleaning machine, wherein the supporting part comprises a seating having a wall and a seating space for a tool holding head of the floor cleaning machine which is bounded by the wall, and the wall comprises a holding region for the tool holding head, characterized in that the wall comprises an insertion region for the tool holding head to which the holding region is adjoined, wherein the seating space is widened in the insertion region in comparison with the holding region and tapers towards the holding region.
A thermoplastic composite article comprising a porous core layer comprising a web of open cell structures comprising random crossing over of a plurality of reinforcing glass fibers held together by a thermoplastic polyolefin material, wherein the porous core layer comprises a porosity of 20% to 95%, and wherein the porous core layer further comprises non-covalently bonded expandable graphite particles homogeneously dispersed in the web of open celled structures, wherein the expandable graphite particles are dispersed in the web of open celled structures in a uniform distribution from a first surface of the porous core layer to a second surface of the porous core layer, and wherein the thermoplastic composite article meets the Federal Motor Vehicle Safety Standard 302 (FMVSS 302) flammability test dated 1991 and self-extinguishes, and wherein the expandable graphite particles loft, under infrared heating conditions, at a loft temperature that is 20 degrees Celsius or higher than a melting point temperature of the thermoplastic material in the porous core layer.
A method for mitigating security breach for a circuit platform subject to compromise by unauthorized changes to a file system, the file system having data for an operating system and being stored for use by the circuit platform, the method comprising: abstracting the file system into an encrypted file with cryptographically signed components; during a boot time of the operating system, accessing and using an unencrypted version of the operating system and the encrypted file by validating a signature associated with the file system and related to the cryptographically signed components; and in response to validating the signature of the file system, installing the file system into a transient, non-persistent storage circuit, wherein the operating system executes instruction code via a central processing unit circuit under authorization based on the signature being validated to decrypt and load a running-state file of the file system; detecting a file change to the running-state file of the file system; updating the encrypted file to produce an updated encrypted file incorporating the file change to the running-state file of the file system to preserve the state of the file system across a reboot; during a second boot time of the operating system, reinstalling and starting the file system in the transient, non-persistent storage circuit; responsive to starting the file system in the transient, non-persistent storage circuit, decrypting the updated encrypted file, including the running-state file incorporating the file change; and loading the running-state file into the transient, non-persistent storage circuit. abstracting the file system into an encrypted file with cryptographically signed components; during a boot time of the operating system, accessing and using an unencrypted version of the operating system and the encrypted file by validating a signature associated with the file system and related to the cryptographically signed components; and in response to validating the signature of the file system, installing the file system into a transient, non-persistent storage circuit, wherein the operating system executes instruction code via a central processing unit circuit under authorization based on the signature being validated to decrypt and load a running-state file of the file system; detecting a file change to the running-state file of the file system; updating the encrypted file to produce an updated encrypted file incorporating the file change to the running-state file of the file system to preserve the state of the file system across a reboot; during a second boot time of the operating system, reinstalling and starting the file system in the transient, non-persistent storage circuit; responsive to starting the file system in the transient, non-persistent storage circuit, decrypting the updated encrypted file, including the running-state file incorporating the file change; and loading the running-state file into the transient, non-persistent storage circuit.
A method, comprising: receiving, by a media device, a plurality of media content data streams; storing, in one or more in-memory buffers, at least a portion of a particular media content stream of the plurality of media content data streams; receiving, from a client device, a request for the particular media content stream, the request indicating a position within the particular media content stream; in response to determining that the position within the particular media content stream corresponds to a particular buffer of the one or more in-memory data buffers, sending the particular buffer to the client device; the method characterised by: encrypting one or more unencrypted in-memory buffers of the one or more in-memory buffers in response to determining that the one or more unencrypted ones of the plurality of in-memory buffers have reached an encryption limit; wherein the encryption limit comprises one or more of: a time limit; and a number of unencrypted in-memory buffers currently stored. receiving, by a media device, a plurality of media content data streams; storing, in one or more in-memory buffers, at least a portion of a particular media content stream of the plurality of media content data streams; receiving, from a client device, a request for the particular media content stream, the request indicating a position within the particular media content stream; in response to determining that the position within the particular media content stream corresponds to a particular buffer of the one or more in-memory data buffers, sending the particular buffer to the client device; the method characterised by: encrypting one or more unencrypted in-memory buffers of the one or more in-memory buffers in response to determining that the one or more unencrypted ones of the plurality of in-memory buffers have reached an encryption limit; wherein the encryption limit comprises one or more of: a time limit; and a number of unencrypted in-memory buffers currently stored. encrypting one or more unencrypted in-memory buffers of the one or more in-memory buffers in response to determining that the one or more unencrypted ones of the plurality of in-memory buffers have reached an encryption limit; wherein the encryption limit comprises one or more of: a time limit; and a number of unencrypted in-memory buffers currently stored. a time limit; and a number of unencrypted in-memory buffers currently stored.
Use of a nanostructured material, as a protective coating for metallic surfaces, said nanostructured material comprising nano-building blocks which are surface-functionalized and a polymer or hybrid organic/inorganic matrix, the functionalization of said nano-building blocks being carried out in the presence of a functionalizing agent which is a bifunctional molecule of which one of the functional groups has an affinity for the surface of the nano-building block and the other functional group interacts with the matrix.
A method comprising: under control of a head-mounted device comprising a hardware processor, a computer processor, a display system configured to render a virtual object, and an inward-facing imaging system (462, 1160) configured to image a periocular portion of a user's face: receiving an image from the inward-facing imaging system (462, 1160); generating a masked image by: identifying one or more of an iris or sclera of an eye in the image; and masking out at least one portion of the image comprising the identified one or more of the iris or sclera of the eye in the image; analyzing the masked image to identify periocular features of the user by an object recognizer; determining a relative position between the HMD and the head of the user based at least partly on the periocular features; determining a degree of fit by comparing the relative position with a threshold condition; and causing the HMD to perform at least one of the following: adjusting a display of the HMD to compensate for the relative position, or providing an indication to the user associated with the degree of fit. receiving an image from the inward-facing imaging system (462, 1160); generating a masked image by: identifying one or more of an iris or sclera of an eye in the image; and masking out at least one portion of the image comprising the identified one or more of the iris or sclera of the eye in the image; identifying one or more of an iris or sclera of an eye in the image; and masking out at least one portion of the image comprising the identified one or more of the iris or sclera of the eye in the image; analyzing the masked image to identify periocular features of the user by an object recognizer; determining a relative position between the HMD and the head of the user based at least partly on the periocular features; determining a degree of fit by comparing the relative position with a threshold condition; and causing the HMD to perform at least one of the following: adjusting a display of the HMD to compensate for the relative position, or providing an indication to the user associated with the degree of fit. adjusting a display of the HMD to compensate for the relative position, or providing an indication to the user associated with the degree of fit.
A mounting structure of a wiring harness comprising: a protector into which the wiring harness is inserted, arranged on an upper portion of a circular-sectional-shaped horizontal on-vehicle reinforcing member along a longitudinal direction of the reinforcing member; a curved concave portion formed on a bottom of the protector, engaged with a curved top surface of the reinforcing member; and a locking clamp projected on the bottom, engaged with a hole of the reinforcing member, characterized in that a projecting portion of the protector is bent and projected parallel from the reinforcing member, and a curved bottom surface of a second bracket provided on the projecting portion opposite to a projecting direction is engaged with the curved top surface of the reinforcing member. a protector into which the wiring harness is inserted, arranged on an upper portion of a circular-sectional-shaped horizontal on-vehicle reinforcing member along a longitudinal direction of the reinforcing member; a curved concave portion formed on a bottom of the protector, engaged with a curved top surface of the reinforcing member; and a locking clamp projected on the bottom, engaged with a hole of the reinforcing member, characterized in that a projecting portion of the protector is bent and projected parallel from the reinforcing member, and a curved bottom surface of a second bracket provided on the projecting portion opposite to a projecting direction is engaged with the curved top surface of the reinforcing member.
A power splitter-combiner comprising: one combining terminal; two split terminals (12a, 12b); an absorption resistance connected between the two split terminals (12a, 12b); a first transmission line that is connected between the combining terminal and one split terminal of the two split terminals (12a, 12b); a second transmission line that is connected between the combining terminal and the other split terminal of the two split terminals (12a, 12b) and has a length shorter than that of the first transmission line; and at least one first open stub that is connected to the second transmission line, wherein the second transmission line has a characteristic impedance higher than that of the first transmission line, and/or the first transmission line and the second transmission line extend so as to be parallel to each other and are bent in a same direction as each other. one combining terminal; two split terminals (12a, 12b); an absorption resistance connected between the two split terminals (12a, 12b); a first transmission line that is connected between the combining terminal and one split terminal of the two split terminals (12a, 12b); a second transmission line that is connected between the combining terminal and the other split terminal of the two split terminals (12a, 12b) and has a length shorter than that of the first transmission line; and at least one first open stub that is connected to the second transmission line, wherein the second transmission line has a characteristic impedance higher than that of the first transmission line, and/or the first transmission line and the second transmission line extend so as to be parallel to each other and are bent in a same direction as each other.
Method for controlling at least one luminaire (107, 108, 109) to achieve illumination with a desired color temperature, comprising the steps of: a) determining the current color location of an illumination present in a region to be illuminated; b) calculating the intensity and the color location of the light emitted by the luminaire (107, 108, 109) on the basis of the current control value of the lamp (107, 108, 109); c) calculating the influence of natural daylight based on the information obtained in steps a) and b); d) calculating and transmitting a setpoint for the luminaire (107, 108, 109), wherein, when the light emitted by the lamp (107, 108, 109) is mixed with daylight, the setpoint is adapted to achieve an illumination with a color temperature which essentially corresponds to a predetermined setpoint value. a) determining the current color location of an illumination present in a region to be illuminated; b) calculating the intensity and the color location of the light emitted by the luminaire (107, 108, 109) on the basis of the current control value of the lamp (107, 108, 109); c) calculating the influence of natural daylight based on the information obtained in steps a) and b); d) calculating and transmitting a setpoint for the luminaire (107, 108, 109), wherein, when the light emitted by the lamp (107, 108, 109) is mixed with daylight, the setpoint is adapted to achieve an illumination with a color temperature which essentially corresponds to a predetermined setpoint value.
A method for eliminating wrinkles in clothes disposed in a drum of a washing machine when a course is selected, the course being an independently selectable course to eliminate wrinkles in the clothes, the method comprising: operating a heater installed in a steam generating device to heat water in the steam generating device; supplying steam generated in the steam generating device to an inside of the drum such that the clothes are exposed to the steam; rotating the drum such that lifters installed on an inner surface of the drum move the clothes while the steam is being supplied; stopping the operation of the steam generating device; supplying hot air to the clothes to which steam was supplied; and stopping the supplying of hot air, after elapse of a predetermined time or according to a dried state of the clothes. operating a heater installed in a steam generating device to heat water in the steam generating device; supplying steam generated in the steam generating device to an inside of the drum such that the clothes are exposed to the steam; rotating the drum such that lifters installed on an inner surface of the drum move the clothes while the steam is being supplied; stopping the operation of the steam generating device; supplying hot air to the clothes to which steam was supplied; and stopping the supplying of hot air, after elapse of a predetermined time or according to a dried state of the clothes.
Casting process for producing at least partly thin-walled aluminium castings with sand mould technology by gravity casting, wherein wall thickness of a thin-walled part is 1-3 mm, characterised by: - providing a sand mould comprising a mould cavity, - producing a melt of aluminium content, - introducing the melt into the mould cavity at multiple points through a gating system of narrowing cross section. - providing a sand mould comprising a mould cavity, - producing a melt of aluminium content, - introducing the melt into the mould cavity at multiple points through a gating system of narrowing cross section.