mhurhangee/ep-ind-claims huggingface dataset:
Head-up display comprising: - a housing, - an image generation device, situated at least partly in the housing, capable of producing a light beam, and - an electronic system, situated at least partly in the housing, capable of driving the image generation device, the housing comprising a ventilation system suitable for allowing a circulation of air between the inside of the housing and the outside environment, the ventilation system comprising ventilation apertures of the housing and, in at least one ventilation aperture, filtration means capable of preventing the passage of solid articles and allowing the passage of air and water vapour, the filtration means being configured to prevent the passage of particles whose smallest dimension is equal to or greater than 0.07 μm, characterized in that the filtration means comprise a filtration membrane blocking the apertures, said filtration membrane comprising an adhesive face allowing it to be held on an outer face of the housing. - a housing, - an image generation device, situated at least partly in the housing, capable of producing a light beam, and - an electronic system, situated at least partly in the housing, capable of driving the image generation device, the housing comprising a ventilation system suitable for allowing a circulation of air between the inside of the housing and the outside environment, the ventilation system comprising ventilation apertures of the housing and, in at least one ventilation aperture, filtration means capable of preventing the passage of solid articles and allowing the passage of air and water vapour, the filtration means being configured to prevent the passage of particles whose smallest dimension is equal to or greater than 0.07 μm, characterized in that the filtration means comprise a filtration membrane blocking the apertures, said filtration membrane comprising an adhesive face allowing it to be held on an outer face of the housing.
A biomedical sensor, comprising: a) a sensor body having a skin-facing surface and an opposed surface; b) a plurality of conducting elements disposed at least partly over the skin-facing surface; c) a sensing element connected to the conducting elements, so that the sensing element detects a signal representative of a physiological parameter of a body facing the skin-facing surface using the conducting elements; d) an indicator spaced apart from the skin-facing surface; e) a storage device storing a physiological model; and f) a processor coupled to the sensing element, the indicator, and the storage device, the processor being configured to determine a quality of sensor placement by comparing the signal to the stored physiological model and operate the indicator to provide a human-perceptible indication of the determined quality; characterised in that the biomedical sensor further comprises: g) a motion sensor; and h) a storage device storing a motion model corresponding to a selected location on the body, wherein the processor is further configured to record motion data from the motion sensor, compare the recorded motion data to the stored motion model, and provide a human-perceptible indication of a result of the comparison. a) a sensor body having a skin-facing surface and an opposed surface; b) a plurality of conducting elements disposed at least partly over the skin-facing surface; c) a sensing element connected to the conducting elements, so that the sensing element detects a signal representative of a physiological parameter of a body facing the skin-facing surface using the conducting elements; d) an indicator spaced apart from the skin-facing surface; e) a storage device storing a physiological model; and f) a processor coupled to the sensing element, the indicator, and the storage device, the processor being configured to determine a quality of sensor placement by comparing the signal to the stored physiological model and operate the indicator to provide a human-perceptible indication of the determined quality; g) a motion sensor; and h) a storage device storing a motion model corresponding to a selected location on the body, wherein the processor is further configured to record motion data from the motion sensor, compare the recorded motion data to the stored motion model, and provide a human-perceptible indication of a result of the comparison.
A rotary-wing drone comprising: - a drone body with a frame structure comprising a front structure and a platform extending rearward from the front structure; - front linking arms (24, 26) fixed to the front structure, and rear linking arms (28, 30) fixed to the platform, each of the front and rear linking arms comprising a propulsion unit at its distal end; and - a battery pack adapted to be mounted on the platform of the frame structure, and including a fixation means for fastening the battery to the platform, characterized in that, the platform being deformable and liable to cause incidentally a deformation of the rear linking arms when the drone flies: - the battery pack is stiff and comprises the fixation means as well as a guiding profile; - the platform comprises at least one guiding rail arranged on a surface of the platform adapted to receive the battery pack, and adapted to cooperate with the guiding profile of the battery pack, the guiding rail being of trapezoidal section and being present on at least part of the platform, and the guiding profile being of complementary shape so that the guiding rail allow a mechanical recovery of the torsional efforts of the frame structure generated when the drone flies; and - the platform further comprises at least one complementary fixation means adapted to cooperate with the fixation means of the battery pack, the fixation means and the complementary fixation means being adapted to allow locking in translation of the battery pack. - a drone body with a frame structure comprising a front structure and a platform extending rearward from the front structure; - front linking arms (24, 26) fixed to the front structure, and rear linking arms (28, 30) fixed to the platform, each of the front and rear linking arms comprising a propulsion unit at its distal end; and - a battery pack adapted to be mounted on the platform of the frame structure, and including a fixation means for fastening the battery to the platform, - the battery pack is stiff and comprises the fixation means as well as a guiding profile; - the platform comprises at least one guiding rail arranged on a surface of the platform adapted to receive the battery pack, and adapted to cooperate with the guiding profile of the battery pack, the guiding rail being of trapezoidal section and being present on at least part of the platform, and the guiding profile being of complementary shape so that the guiding rail allow a mechanical recovery of the torsional efforts of the frame structure generated when the drone flies; and - the platform further comprises at least one complementary fixation means adapted to cooperate with the fixation means of the battery pack, the fixation means and the complementary fixation means being adapted to allow locking in translation of the battery pack.
An agricultural baler, comprising: - a main bale chamber; - a plunger reciprocally movable within the main bale chamber during a compression stroke and a return stroke; - a flywheel associated with the plunger; and - a driveline associated with the flywheel and couplable with a power take-off of a traction unit; - an auxiliary power system coupled with the driveline; - an electrical processing circuit coupled with the APS, said electrical processing circuit being operable to control operation of the APS to rotate the flywheel upon start up of the baler; characterized by: - the auxiliary power system being configured for receiving power from the driveline, storing the power, and transmitting the stored power back to the driveline; - a PTO indicator providing an output signal representing an engagement of the PTO, and wherein the electrical processing circuit is operable to start rotation of the flywheel, dependent on the output signal from the PTO indicator. - a main bale chamber; - a plunger reciprocally movable within the main bale chamber during a compression stroke and a return stroke; - a flywheel associated with the plunger; and - a driveline associated with the flywheel and couplable with a power take-off of a traction unit; - an auxiliary power system coupled with the driveline; - an electrical processing circuit coupled with the APS, said electrical processing circuit being operable to control operation of the APS to rotate the flywheel upon start up of the baler; - the auxiliary power system being configured for receiving power from the driveline, storing the power, and transmitting the stored power back to the driveline; - a PTO indicator providing an output signal representing an engagement of the PTO, and wherein the electrical processing circuit is operable to start rotation of the flywheel, dependent on the output signal from the PTO indicator.
Apparatus (10, 200) for the application of topical negative pressure therapy to a user of the apparatus, the apparatus comprising a device (32, 202) and a waste canister (22, 204) releasably connected thereto wherein the device and waste canister are connected together by clip means (38, 40, 206) wherein said clip means (38,40, 206) are clip members (38,40,206) bridging a junction between the device and the waste canister; wherein the clip members comprise disengageable features at a canister end thereof; and characterized in that the clip members comprise disengageable features at a device end thereof; wherein said clip members are able to withstand a pulling force tending to separate the device and waste canister of 20N and wherein the clip members are configured to fail with the application of abnormal force, wherein said abnormal force is a force in excess of 100N.
An information-processing device comprising: a user data set obtaining unit configured to obtain a user data set associated with a user, the user data set not including information identifying the user personally; a user identifier obtaining unit configured to obtain a user identifier assigned to the user uniquely; an application identifier obtaining unit configured to obtain an application identifier identifying an application program indicating a procedure for providing a service to the user based on the user data set, the application identifier being assigned to the application program so that each application program executable in, or useable via, each information-processing device is uniquely identified by an application identifier; a first processing unit configured to transmit, when the application program is executed, the user data set obtained by the user data set obtaining unit and the application identifier assigned to the executed application program to a first server device providing the service to the user based on the user data set, receive service information associated with the service from the first server device, and output the service information; and a second processing unit configured to transmit the user identifier obtained by the user identifier obtaining unit and an encryption of the user data set to a second server device that is configured to store the encrypted user data set in association with the user identifier. a user data set obtaining unit configured to obtain a user data set associated with a user, the user data set not including information identifying the user personally; a user identifier obtaining unit configured to obtain a user identifier assigned to the user uniquely; an application identifier obtaining unit configured to obtain an application identifier identifying an application program indicating a procedure for providing a service to the user based on the user data set, the application identifier being assigned to the application program so that each application program executable in, or useable via, each information-processing device is uniquely identified by an application identifier; a first processing unit configured to transmit, when the application program is executed, the user data set obtained by the user data set obtaining unit and the application identifier assigned to the executed application program to a first server device providing the service to the user based on the user data set, receive service information associated with the service from the first server device, and output the service information; and a second processing unit configured to transmit the user identifier obtained by the user identifier obtaining unit and an encryption of the user data set to a second server device that is configured to store the encrypted user data set in association with the user identifier.
Gas fixing tool comprising an internal combustion engine with a piston and a combustion or precombustion chamber, this chamber comprising at least one valve such as a gas intake or exhaust valve, said valve comprising a body able to move between a closed first position and an open second position, characterized in that the said body has a tubular elongate shape and comprises an internal bore open at the two longitudinal ends (22a, 22b) of the said body to respectively form two longitudinal gas passage orifices (30a, 30b).
Directable pivoting hose for portable atomizer and/or blower machinery, the hose comprising a body having a first end able to hook a fluid and/or material flow and propulsion and/or injection apparatus, and a second end opposite to said first end along an axis of development of the hose itself and able to expel said fluid and/or material flow, said body comprising, along said axis of development: - a head portion able to define a first interpenetration seat arranged along the axis of development; - an elongated portion protruding from said head portion 4a along an ideal, preferably rectilinear axis, contributing to define the axis of development under assembly conditions of the hose; - a tail portion connected to said elongated portion and opposite to the head portion along said ideal axis and suitable to define a second interpenetration seat; and - selective locking means integrally obtained at least in the head portion itself around the axis of development and reversibly configurable between an unlocked condition, in which they lie substantially undeformed with respect to the head portion and in which they allow approaching or distancing movements of components that can be hooked to the head portion at least at said first interpenetration seat and between a locked condition in which they are deformed so as to bind said hookable components in said first interpenetration seat, characterized in that said selective locking means further comprise a predetermined number of crown segments defined by two slots integrally made in the head portion along ideal sectional planes normal to the axis of development and also defined by two integral connection areas lying on the head portion and perimetrally alternated with respect to said two slots, said crown segments being suitable to assume a predetermined curvature arrow projected internally to the head portion at said locked condition. - a head portion able to define a first interpenetration seat arranged along the axis of development; - an elongated portion protruding from said head portion 4a along an ideal, preferably rectilinear axis, contributing to define the axis of development under assembly conditions of the hose; - a tail portion connected to said elongated portion and opposite to the head portion along said ideal axis and suitable to define a second interpenetration seat; and - selective locking means integrally obtained at least in the head portion itself around the axis of development and reversibly configurable between an unlocked condition, in which they lie substantially undeformed with respect to the head portion and in which they allow approaching or distancing movements of components that can be hooked to the head portion at least at said first interpenetration seat and between a locked condition in which they are deformed so as to bind said hookable components in said first interpenetration seat,
An emollient composition comprising in % by weight amounts of the composition: (a) 2.5% to 15% emu oil; (b) 4% to 25% jojoba oil; (c) 25% to 75% of a dermatological base wherein the dermatological base comprises at least two emollients wherein one is a petrochemical emollient and one is a natural emollient and wherein the petrochemical emollient is white soft paraffin and the natural emollient is selected from shea butter, beeswax, and lanolin t; and (d) 10% to 40% of a metal or metalloid oxide, hydroxide or carbonate. (a) 2.5% to 15% emu oil; (b) 4% to 25% jojoba oil; (c) 25% to 75% of a dermatological base wherein the dermatological base comprises at least two emollients wherein one is a petrochemical emollient and one is a natural emollient and wherein the petrochemical emollient is white soft paraffin and the natural emollient is selected from shea butter, beeswax, and lanolin t; and (d) 10% to 40% of a metal or metalloid oxide, hydroxide or carbonate.
A unbonded flexible pipe having a length and a longitudinal axis and comprising an innermost sealing sheath (6, 16, 26, 36) defining a bore, at least one armor layer (5, 15, 25) surrounding the inner sealing sheath and at least one optical fiber containing layer (37a, 43), the optical fiber containing layer is arranged outside the innermost sealing sheath (6, 16, 26, 36), characterized in that the tape(s) is/are wound with a helical gap between windings of the helically wound tape(s), the optical fiber (34, 44) is arranged in said helical gap, the optical fiber containing layer comprises at least one tape, said tape being a long flat and flexible strip comprising polymer and/or fabric, which is narrow relative to its length, preferably with a width determined perpendicularly to its length of up to about 1 m and with a thickness determined perpendicularly to its width and length of up to about 20 % of its width, advantageously of up to about 10 % of its width, and at least one optical fiber (34, 44) arranged with a length of at least about 3 times the length of the flexible pipe.
Turbocharger for an internal combustion engine, comprising at least three connections (4, 5, 6) for respective lines (7, 8, 9), wherein the at least three connections (4, 5, 6) are arranged on the same side of the turbocharger, and wherein the turbocharger is designed such that the lines (7, 8, 9) are installable, and held in the installed state, on the at least three connections (4, 5, 6) by means of a common bolt, characterized in that at least a first of the connections has a projection under which a first flange of a first of the lines engages in the manner of a bayonet fastening in the installed state.
An apparatus for filling a bakery product, comprising: - a supporting member (16, 30) provided with a receiving seat suitable for supporting the product (C, P) to be filled; - dispensing means (6a, 6b) arranged to penetrate the product (C, P) and to dispense filling mass into it; - drive means (34, 22) suitable for causing a relative movement of the supporting member relative to the dispensing means between a position for the loading of the product (C, P) into the supporting member (16, 30) and a filling position in which the dispensing means (6a, 6b) penetrate the product, and - dosing means suitable for supplying a predetermined amount of filling mass to the dispensing means (6a, 6b), wherein the dosing means include a screw pump and a container which contains the filling mass and is sealingly connected to an intake of the suction side of the screw pump, characterised in that the screw pump is a pump with an eccentric screw and in that said container features a storage volume that can be reduced by the suction effect exerted by said eccentric screw pump. - a supporting member (16, 30) provided with a receiving seat suitable for supporting the product (C, P) to be filled; - dispensing means (6a, 6b) arranged to penetrate the product (C, P) and to dispense filling mass into it; - drive means (34, 22) suitable for causing a relative movement of the supporting member relative to the dispensing means between a position for the loading of the product (C, P) into the supporting member (16, 30) and a filling position in which the dispensing means (6a, 6b) penetrate the product, and - dosing means suitable for supplying a predetermined amount of filling mass to the dispensing means (6a, 6b),
A method of registering image space and physical space with a computer aided navigation system, comprising: acquiring image data to define the image space including a plurality of points having a sub-plurality of fiducial points; extracting surface points in the image data; defining a tangent plane near the extracted surface points to form tangential resection image data; comparing a first template to the plurality of points, wherein the first template represents a shape of a fiducial marker in the acquired image data and is a computer readable two-dimensional template operable to be compared to tangential resected image data by executing instructions with a processor; determining the sub-plurality of fiducial points from the plurality of points based on the comparing the first template; identifying a plurality of fiducial markers in the physical space; matching a first subset of the sub-plurality of fiducial points with a first subset of the fiducial markers; calculating a transformation of the image space to the physical space (214, 240); and registering the image space to the physical space by creating a translation map between points in the image space and the physical space. acquiring image data to define the image space including a plurality of points having a sub-plurality of fiducial points; extracting surface points in the image data; defining a tangent plane near the extracted surface points to form tangential resection image data; comparing a first template to the plurality of points, wherein the first template represents a shape of a fiducial marker in the acquired image data and is a computer readable two-dimensional template operable to be compared to tangential resected image data by executing instructions with a processor; determining the sub-plurality of fiducial points from the plurality of points based on the comparing the first template; identifying a plurality of fiducial markers in the physical space; matching a first subset of the sub-plurality of fiducial points with a first subset of the fiducial markers; calculating a transformation of the image space to the physical space (214, 240); and registering the image space to the physical space by creating a translation map between points in the image space and the physical space.