mhurhangee/ep-ind-claims huggingface dataset:
Suction device for separating particles from a suction flow, with a suction motor for generating the suction flow and with a suction device housing in which the suction motor and a dust collecting chamber for collecting the particles separated from the suction flow are located, wherein an electric connecting device, in particular a socket, is located on the suction device housing for providing an electric supply voltage for an electric load, in particular a hand-operated power tool, wherein the suction device has a switch assembly with an electric switch, which is movable by means of a manually operated control between an off position, in which the suction motor cannot be switched on, and an on position, in which the suction motor can be or is switched on, characterised in that the switch assembly has a safeguarding device for the electric connecting device, which is separate from the switch and which, if there is at least one electric fault condition at the connecting device, switches from an enabling position, in which the supply voltage is applied to the connecting device, to a safeguarding position, in which the supply voltage is disconnected from the connecting device, and in that the safeguarding device can be actuated using the control between the safeguarding position and the enabling position, in particular from the safeguarding position to the enabling position.
Method for determining a reference head posture of a subject, said method comprising the steps of: a) asking the subject to: a1) adopt an initial head posture wherein he/she directs his/her gaze towards a predetermined direction; a2) move his/her head up and down starting from said initial head posture while keeping his/her gaze directed towards said predetermined direction; and b) determining said reference head posture as a function of a movement or a position of at least one eyelid of the subject during the motion of his/her head at step a2). a) asking the subject to: a1) adopt an initial head posture wherein he/she directs his/her gaze towards a predetermined direction; a2) move his/her head up and down starting from said initial head posture while keeping his/her gaze directed towards said predetermined direction; and a1) adopt an initial head posture wherein he/she directs his/her gaze towards a predetermined direction; a2) move his/her head up and down starting from said initial head posture while keeping his/her gaze directed towards said predetermined direction; and b) determining said reference head posture as a function of a movement or a position of at least one eyelid of the subject during the motion of his/her head at step a2).
A chair comprising: - a base structure, - a seat carried by the base structure, and - a backrest movable relative to the seat between a rest position and a rearward inclined position, wherein the backrest has a connecting portion having a front surface and a rear surface, wherein the seat has first and second guide surfaces (32, 34) which guide, respectively, the front surface and the rear surface of said connecting portion of the backrest, - a movable element articulated to a lower edge of the connecting portion of the backrest, wherein said movable element is connected to the seat and is movable with respect to the seat along a longitudinal axis between a rearward position and a forward position corresponding, respectively, to the rest position and to the rearward inclined position of the backrest, characterized in that the movable element and the seat have respective stops (64, 40, 42), which cooperate with each other to define stroke-end positions of the backrest in the rest position and in the maximum rearward tilt position. - a base structure, - a seat carried by the base structure, and - a backrest movable relative to the seat between a rest position and a rearward inclined position, wherein the backrest has a connecting portion having a front surface and a rear surface, wherein the seat has first and second guide surfaces (32, 34) which guide, respectively, the front surface and the rear surface of said connecting portion of the backrest, - a movable element articulated to a lower edge of the connecting portion of the backrest, wherein said movable element is connected to the seat and is movable with respect to the seat along a longitudinal axis between a rearward position and a forward position corresponding, respectively, to the rest position and to the rearward inclined position of the backrest, characterized in that the movable element and the seat have respective stops (64, 40, 42), which cooperate with each other to define stroke-end positions of the backrest in the rest position and in the maximum rearward tilt position.
A fin for providing propulsion force to a watercraft (22, 23) having a mast carrying a fin which oscillates through an arcuate path in a generally transverse direction with respect to the central longitudinal dimension of the watercraft, said fin comprising: a leading edge and a trailing edge, said fin further comprising a sheet of material wrapped around said mast at said leading edge and said sheet of material forming trailing edges that are touching but free to slide relative to each other.
A display device comprising: a first tuner to receive a video signal corresponding to a broadcasting channel; a first memory to store boot screen data to be provided when booting the display device; an interface unit to receive new boot screen data, wherein the interface unit comprises a data broadcasting dedicated tuner, wherein the data broadcasting dedicated tuner receives application data including the new boot screen data for data broadcasting service independent of the broadcasting channel, and wherein the video signal of the broadcasting channel and the application data are simultaneously received; a second memory to store the received new boot screen data and to load a boot code when booting the display device; a processor to change the boot screen data stored in the first memory to the received new boot screen data stored in the second memory, and to control outputting the new boot screen data when booting the display device based on the boot code that includes a command for outputting the new boot screen data; and a display unit to output the new boot screen data according to control by the processor. a first tuner to receive a video signal corresponding to a broadcasting channel; a first memory to store boot screen data to be provided when booting the display device; an interface unit to receive new boot screen data, wherein the interface unit comprises a data broadcasting dedicated tuner, a second memory to store the received new boot screen data and to load a boot code when booting the display device; a processor to change the boot screen data stored in the first memory to the received new boot screen data stored in the second memory, and to control outputting the new boot screen data when booting the display device based on the boot code that includes a command for outputting the new boot screen data; and a display unit to output the new boot screen data according to control by the processor.
Coupling for a load carrier system for a motor vehicle, with a vehicle mounting (13a-13d, 13k) for attaching to a rear of the motor vehicle and with a fastening arm (51a-51d, 51k) of a load carrier (50a-50d, 50k) provided for attaching to the vehicle mounting (13a-13d, 13k) and which has a carrying area for carrying a load, from which the fastening arm (51 a-51 d, 51k) protrudes for attaching to the vehicle mounting (13a-13d, 13k) and with fixing means (23a-23d, 23k) by which the fastening arm (51a-51d, 51k) and the vehicle mounting (13a-13d, 13k) may be fixed to one another, wherein on the vehicle mounting or mountings (13a-13d, 13k) and the fastening arm or arms (51 a-51 d, 51k) plug means are provided for plugging the fastening arm or arms (51a-51d, 51k) into the vehicle mounting or mountings (13a-13d, 13k) along an insertion axis, wherein the plug means comprise a plug-in socket (17a-17d, 17k) and a plug-in projection (63a-63d, 63k), wherein the fixing means (23a-23d, 23k) include a clamping member (72a; 72b) which is movably mounted on the plug-in socket (17a-17d, 17k) or the plug-in projection (63a-63d, 63k) and may be adjusted by the clamping part located on the outside of the plug-in socket (17a-17d, 17k) or the plug-in projection (63a-63d, 63k) between a clamping position and a release position, wherein the clamping part may be clamped by a thrust bearing (24a; 24b; 44; 24k) provided on the other respective component, namely the plug-in projection (63a-63d, 63k) or the plug-in socket (17a-17d, 17k), wherein the fixing means (23a-23d, 23k) include a clamping anchor (67a, 67b; 67k) which is held on a thrust bearing (24a; 24b) provided on the plug-in socket (17a-17d, 17k) or the plug-in projection (63a-63d, 63k) and rests with a clamping member (72a; 72b) on the other respective component, the plug-in projection (63a-63d, 63k) or the plug-in socket (17a-17d, 17k), so that by clamping of the clamping member (72a; 72b) the plug-in projection (63a-63d, 63k) may be clamped to the plug-in socket (17a-17d, 17k), characterised in that the clamping part is spring-loaded in the direction of an engaged position in which the thrust bearing (24a; 24b; 44; 24k) and the clamping part are in engagement with one another.
A turbine engine compressor (10, 10') comprising: a first housing forming a support of injectors centered on a longitudinal axis of the compressor and delimiting on the outside an outflow jet of a gas flow crossing the compressor; a second housing centered on the longitudinal axis of the compressor and positioned around the first housing by arranging with the latter an annular space; and a plurality of air injectors (38, 38') each mounted in recesses (42, 42') of matching shape formed at an upstream longitudinal end of the first housing and regularly spaced apart from each other, each air injector having: at least one internal air injection channel opening out radially, on one side of the outflow jet of the gas flow crossing the compressor and on the other side into the annular space formed between the housings, and at an upstream longitudinal end, an upstream rim having an inner surface radially bearing against an upstream rim of the corresponding recess of the first housing and an outer surface radially bearing against an inner surface of the second housing; means for clamping the upstream rim of the air injectors between the housings in order to maintain the air injectors in position in the recesses of the first housing. a first housing forming a support of injectors centered on a longitudinal axis of the compressor and delimiting on the outside an outflow jet of a gas flow crossing the compressor; a second housing centered on the longitudinal axis of the compressor and positioned around the first housing by arranging with the latter an annular space; and a plurality of air injectors (38, 38') each mounted in recesses (42, 42') of matching shape formed at an upstream longitudinal end of the first housing and regularly spaced apart from each other, each air injector having: at least one internal air injection channel opening out radially, on one side of the outflow jet of the gas flow crossing the compressor and on the other side into the annular space formed between the housings, and at an upstream longitudinal end, an upstream rim having an inner surface radially bearing against an upstream rim of the corresponding recess of the first housing and an outer surface radially bearing against an inner surface of the second housing; at least one internal air injection channel opening out radially, on one side of the outflow jet of the gas flow crossing the compressor and on the other side into the annular space formed between the housings, and at an upstream longitudinal end, an upstream rim having an inner surface radially bearing against an upstream rim of the corresponding recess of the first housing and an outer surface radially bearing against an inner surface of the second housing; means for clamping the upstream rim of the air injectors between the housings in order to maintain the air injectors in position in the recesses of the first housing.
An isolated targeted delivery system comprising a CD45 + leukocyte cell comprising within said cell a complex of one or more iron binding proteins and a drug selected from the group consisting of an anti-cancer drug, an anti arteriosclerotic drug, an anti-inflammatory drug, a nucleic acid, a photosensitizing compound, a virus and a pharmaceutically active radioactive isotope; wherein in the complex (i) the iron binding protein and the drug are covalently and/or non-covalently bound, or (ii) the drug is entrapped/encapsulated by the iron binding protein or multimers thereof in the absence of a covalent or non-covalent bond. (i) the iron binding protein and the drug are covalently and/or non-covalently bound, or (ii) the drug is entrapped/encapsulated by the iron binding protein or multimers thereof in the absence of a covalent or non-covalent bond.
A method for recovery of cerium oxide from the abrasive waste composed mainly of cerium oxide which arises from the polishing of glass substrates, said method comprising the steps of: (i) adding to the abrasive waste an aqueous solution of a basic substance; (ii) adding to the resulting solution a precipitant, thereby forming precipitates composed mainly of cerium oxide, and removing the supernatant liquid; (iii) adding to the resulting precipitates a solution of an acid substance, thereby making the resulting solution which contains the precipitates have a pH of 5.5 to 7; (iv) washing the resulting precipitates with an organic solvent; and (v) drying and crushing the precipitates. (i) adding to the abrasive waste an aqueous solution of a basic substance; (ii) adding to the resulting solution a precipitant, thereby forming precipitates composed mainly of cerium oxide, and removing the supernatant liquid; (iii) adding to the resulting precipitates a solution of an acid substance, thereby making the resulting solution which contains the precipitates have a pH of 5.5 to 7; (iv) washing the resulting precipitates with an organic solvent; and (v) drying and crushing the precipitates.
A seat base cushion (100; 700; 800) for a seat base of a seat of an agricultural machine, comprising: - a flexible block, - first and second attachment cables (120, 122) intended for attaching the flexible block and each having a free end (120A, 122A), - first and second stops (124, 126) intended to be mounted on the first and second attachment cables (120, 122) respectively, the second stop being mobile along the second attachment cable. - a flexible block, - first and second attachment cables (120, 122) intended for attaching the flexible block and each having a free end (120A, 122A), - first and second stops (124, 126) intended to be mounted on the first and second attachment cables (120, 122) respectively, the second stop being mobile along the second attachment cable.
An oral care implement (300; 400) comprising: a body (310; 410) comprising a handle portion (311; 411) and a head portion (312; 412); at least one bristle (319; 419) mounted to and extending from the head portion (312; 412), the at least one bristle (319; 419) having an oral care feature; the body (310; 410) comprising a core component (330; 430) and a sheath component (320; 420) surrounding the core component (330; 430); the core component (330; 430) comprising a structural feature that is visible through the sheath component (320; 420); wherein the oral care feature is intertwined bristle strand components (324, 325; 424, 425) and the structural feature is intertwined core strand components (334, 335; 434, 435). a body (310; 410) comprising a handle portion (311; 411) and a head portion (312; 412); at least one bristle (319; 419) mounted to and extending from the head portion (312; 412), the at least one bristle (319; 419) having an oral care feature; the body (310; 410) comprising a core component (330; 430) and a sheath component (320; 420) surrounding the core component (330; 430); the core component (330; 430) comprising a structural feature that is visible through the sheath component (320; 420); wherein the oral care feature is intertwined bristle strand components (324, 325; 424, 425) and the structural feature is intertwined core strand components (334, 335; 434, 435).
An assembly for retaining and securing an optical cable, said assembly comprising: - a retaining element comprising: - a first retaining wall and a second retaining wall - a connection part connecting said first retaining wall to said second retaining wall, wherein said connection part and said first and second retaining walls (111,112) define a retaining seat for receiving an optical cable along a longitudinal direction (X-X), - a housing comprising an insertion seat configured to receive said retaining element, wherein - said connection part is configured to resiliently deform upon insertion of said retaining element in the insertion seat to allow mutual approach of at least a portion of said first and second retaining walls (111,112), characterised in that - said connection part comprises a plurality of connection members arranged in succession along the longitudinal direction (X-X) for connecting a portion of the first retaining wall with a respective portion of the second retaining wall, wherein - each connection member is configured to resiliently deform upon insertion of the retaining element in the insertion seat to allow mutual approach of said at least a portion of the first and second retaining walls (111,112). - a retaining element comprising: - a first retaining wall and a second retaining wall - a connection part connecting said first retaining wall to said second retaining wall, wherein said connection part and said first and second retaining walls (111,112) define a retaining seat for receiving an optical cable along a longitudinal direction (X-X), - a first retaining wall and a second retaining wall - a connection part connecting said first retaining wall to said second retaining wall, wherein said connection part and said first and second retaining walls (111,112) define a retaining seat for receiving an optical cable along a longitudinal direction (X-X), - a housing comprising an insertion seat configured to receive said retaining element, - said connection part is configured to resiliently deform upon insertion of said retaining element in the insertion seat to allow mutual approach of at least a portion of said first and second retaining walls (111,112), - said connection part comprises a plurality of connection members arranged in succession along the longitudinal direction (X-X) for connecting a portion of the first retaining wall with a respective portion of the second retaining wall, wherein - each connection member is configured to resiliently deform upon insertion of the retaining element in the insertion seat to allow mutual approach of said at least a portion of the first and second retaining walls (111,112).
System of gas burners, in particular for a cooking top for household use, comprising a pair of substantially concentric burners (11, 12), said pair of burners (11, 12) comprising: - an outer burner equipped with a first base, a first burner body and a first flame divider; - an inner burner equipped with a second base, a second burner body and a second flame divider, wherein the first base of the outer burner and the second base of the inner burner are made from sheet, in particular metal or metal-alloy sheet, which is shaped by deep drawing, and wherein the first base of the outer burner comprises a first Venturi element adapted to receive gas coming from a first injector, and a first duct for supplying an air-gas mixture to said first base and to the outer burner, characterized in that the second base of the inner burner comprises a second Venturi element adapted to receive gas coming from a second injector, and a second duct for supplying an air-gas mixture to said second base and to the inner burner, wherein said first base comprises a first half body and a second half body made from sheet metal and joined together, said second base comprising a first half shell and a second half shell made from sheet metal and joined together. - an outer burner equipped with a first base, a first burner body and a first flame divider; - an inner burner equipped with a second base, a second burner body and a second flame divider,
Use of one or more water-soluble compound(s) for achieving faster drying times of a solvent-based inkjet composition comprising one or more dispersion(s) or solution(s) of said one or more water-soluble compound(s), and one or more ceramic pigment(s).
A method of encoding a video sequence, comprising: providing a dedicated network adaptation layer unit type indication in an encoded bitstream, the dedicated network adaptation layer unit type indication indicating an open decoder refresh picture such that all coded pictures at and subsequent to an open decoder refresh picture in display order can be correctly decoded when a decoding process is started from the open decoder refresh picture; encoding a B- or P-picture into the encoded bitstream using motion-compensated prediction with reference to one or more previously coded reference pictures (P15, 116), the B- or P-picture having a display order prior to the open decoder refresh picture and an encoding order succeeding the open decoder refresh picture; characterized in that the method further comprises: providing a leading picture indication in the encoded bitstream associated with the B- or P-picture which leading picture indication indicates whether the B- or P-picture can be correctly decoded when the decoding process is started from the open decoder refresh picture. providing a dedicated network adaptation layer unit type indication in an encoded bitstream, the dedicated network adaptation layer unit type indication indicating an open decoder refresh picture such that all coded pictures at and subsequent to an open decoder refresh picture in display order can be correctly decoded when a decoding process is started from the open decoder refresh picture; encoding a B- or P-picture into the encoded bitstream using motion-compensated prediction with reference to one or more previously coded reference pictures (P15, 116), the B- or P-picture having a display order prior to the open decoder refresh picture and an encoding order succeeding the open decoder refresh picture; characterized in that the method further comprises: providing a leading picture indication in the encoded bitstream associated with the B- or P-picture which leading picture indication indicates whether the B- or P-picture can be correctly decoded when the decoding process is started from the open decoder refresh picture.