mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a cardboard box comprising a rigid window made of a transparent material extending over at least two adjacent faces (10, 20, 30) of the box, comprising the following steps: - supplying a continuous width of transparent rigid plastics material, the width of which corresponds to the width used for the window; - forming, in said continuous width, a succession of longitudinal cutouts having a length between 20 and 35 millimeters and a width less than 3 millimeters, said cutouts being distributed longitudinally with a pitch corresponding to the length of the window and laterally according to the widths of said adjacent faces - forming, on said continuous width, at least one longitudinal groove line which passes through the central longitudinal axis of said longitudinal cutouts - cutting said width, in order to individualize the windows, along a cross-sectional line passing through the middle of a row of longitudinal cutouts - applying one or more window pieces to cardboard blanks, the adhesive on each of said one or more window pieces being in contact with an associated solid fiberboard, and said groove lines being aligned with one of the groove lines of said associated fiberboard. - supplying a continuous width of transparent rigid plastics material, the width of which corresponds to the width used for the window; - forming, in said continuous width, a succession of longitudinal cutouts having a length between 20 and 35 millimeters and a width less than 3 millimeters, said cutouts being distributed longitudinally with a pitch corresponding to the length of the window and laterally according to the widths of said adjacent faces - forming, on said continuous width, at least one longitudinal groove line which passes through the central longitudinal axis of said longitudinal cutouts - cutting said width, in order to individualize the windows, along a cross-sectional line passing through the middle of a row of longitudinal cutouts - applying one or more window pieces to cardboard blanks, the adhesive on each of said one or more window pieces being in contact with an associated solid fiberboard, and said groove lines being aligned with one of the groove lines of said associated fiberboard.
Method for operating a microscope, comprising: - acquiring multiple images (401, 402, 401A, 402A) with a multiplicity of variable-angle illumination geometries, wherein each image (401, 402, 401A, 402A) in each case contains a depiction of a measurement object under a single illumination geometry, - based on control data indicative of a priori knowledge: carrying out a separation of a depiction (1032, 1033) of the measurement object from interference structures (492, 493) in the images (401, 402, 401A, 402A), - based on the separation: recognizing components in the images (401, 402, 401A, 402A) that change in relation to a change in the variable-angle illumination geometry as an object displacement of the measurement object, - based on the object displacement: determining a defocus position of the measurement object, and - based on the defocus position: setting a Z position (501, 502) of a sample stage of the microscope, wherein the a priori knowledge comprises at least one direction of the object displacement in the images (401, 402, 401A, 402A). - acquiring multiple images (401, 402, 401A, 402A) with a multiplicity of variable-angle illumination geometries, wherein each image (401, 402, 401A, 402A) in each case contains a depiction of a measurement object under a single illumination geometry, - based on control data indicative of a priori knowledge: carrying out a separation of a depiction (1032, 1033) of the measurement object from interference structures (492, 493) in the images (401, 402, 401A, 402A), - based on the separation: recognizing components in the images (401, 402, 401A, 402A) that change in relation to a change in the variable-angle illumination geometry as an object displacement of the measurement object, - based on the object displacement: determining a defocus position of the measurement object, and - based on the defocus position: setting a Z position (501, 502) of a sample stage of the microscope,
A control method for a photosensitive device comprising a matrix of pixels distributed at the intersections of rows and columns of the matrix, each of the pixels comprising a photosensitive element able to generate an electrical signal under the effect of incident radiation and a selector switch controlled by a row conductor, the selector switch allowing the electrical signal to be transferred to a column conductor, the device furthermore comprising a readout circuit connected to the column conductor and intended to read out successively the various pixels connected to the column conductor, the device comprising also a vertical register configured to control the selector switches and the readout circuit in order to implement the method, the method leading each of the pixels to activate the switch a first time to reset the pixel of interest by deactivating the associated readout circuit and to activate the selector switch a second time to effectively read out the pixel of interest by activating the associated readout circuit, the duration separating the first activation and the second activation of the switch being equal to a predefined duration of integration (T int), in which the second activation of the selector switch occurs during a readout phase of a given first pixel row to which the selector switch in question belongs, and in which the first activation of the selector switch of pixels of the given first row occurs during a readout phase of a second pixel row distinct from the first pixel row, in which readout phases of the various rows of the matrix are linked together, each readout phase comprising two successive steps, a first of the two steps (Ei-1) consisting in activating the selector switch and the readout circuit, a second of the two steps (Ei-2) consisting in deactivating the switch and in zeroing the readout circuit, in which the first activation of the selector switch of the pixels of the given first row occurs during the second step of the readout phase of the second pixel row.
A non-pneumatic tire comprising: - an annular beam that is elastomeric and configured to deflect at a contact patch of the non-pneumatic tire as the non-pneumatic tire rolls on a ground surface; and - an annular support that is elastomeric, extends radially inwardly from the annular beam and is configured to deform such that, when the non-pneumatic tire is loaded, an upper portion of the annular support above an axis of rotation of the non-pneumatic tire is in tension; wherein a thermoset elastomeric material of at least one of the annular beam and the annular support has a Young's tensile modulus of elasticity measured according to ISO 527-1/-2 of at least 90 MPa, characterized in that a crack propagation rate of the thermoset elastomeric material is no more than 1e-4 mm/cycle at a strain energy release rate of 3 N-mm/mm 2, when subjecting a test specimen of the thermoset elastomeric material to a uniaxial tension test applying a stress varying sinusoidally at a frequency of 2 Hz from near zero to σ MAX, wherein σ MAX is in a range from 5 MPa to 12 MPa and the test specimen of the thermoset elastomeric material has a length of 100 mm, a width of 25 mm and a thickness of 2 mm and includes an initial edge crack located at a midpoint of the length of the test specimen of the thermoset elastomeric material and having an initial crack length in a range from 1 mm to 4 mm. - an annular beam that is elastomeric and configured to deflect at a contact patch of the non-pneumatic tire as the non-pneumatic tire rolls on a ground surface; and - an annular support that is elastomeric, extends radially inwardly from the annular beam and is configured to deform such that, when the non-pneumatic tire is loaded, an upper portion of the annular support above an axis of rotation of the non-pneumatic tire is in tension;
A fastening tape comprising: a tape backing comprising a fastening portion; an adhesive disposed on the fastening portion; and a release tape attached along one of its edges to the tape backing; wherein the release tape comprises a microporous film having an opaque, microporous region and at least one see-through region of lower porosity within the opaque, microporous region. a tape backing comprising a fastening portion; an adhesive disposed on the fastening portion; and a release tape attached along one of its edges to the tape backing; wherein the release tape comprises a microporous film having an opaque, microporous region and at least one see-through region of lower porosity within the opaque, microporous region.
An electrical apparatus comprising electrically powered operating elements designed to perform a primary function of the apparatus, an apparatus controlling electronics, a power circuit for powering the electronics, connected between a power-distribution network and the electronics, a solar power supply, wherein the solar power supply comprises a solar power source which is connected to the electronics of the apparatus, and said power circuit comprises a switching power supply connected between the power-distribution network and a power terminal connected to the electronics, characterized in that the solar power source is constantly connected to the electronics and in particular to the power terminal via a switchless electric circuit, in a configuration adapted for powering the electronics of the apparatus, and in that the switching power supply comprises a rectifier stage and, downstream from the rectifier stage, switching means controlled to obtain a stabilized voltage downstream the switching power supply.
A piston for a cartridge, the piston having a medium side and an actuation side, and comprising a piston body, preferably having an at least substantially cylindrical outer shape, a piston cover arranged adjacent to at least a part of the piston body and a valve arranged within the piston body and adjacent to the piston cover, the piston body comprising a centering portion arranged at an outer region of an outer peripheral surface thereof, wherein the centering portion comprises at least one venting means, wherein the at least one venting means are in gas flow communication with the valve in a venting state of the piston such that a venting takes place between the medium side and the actuation side via the at least one venting means and the valve, characterised in that the centering portion is arranged at an outer wall of the piston body, with the outer wall defining the outer peripheral surface of the piston.
A device for deviating a structural cable having a plurality of stretched tendons, the device comprising a body traversed by conduits, wherein each conduit has a wall to guide one of the tendons along a curved path, the conduit wall having a support area for supporting the tendon, located on an interior side of the curvature of the path, which support area presents, at least in a central portion of the conduit and transverse to the curved path, a cross-section in the shape of a circular arc, the central portion of the conduit having a widened cross-section outside the support area, characterized in that the section in the shape of a circular arc has a radius (r) substantially equal to half the external diameter of the tendon.
Pneumatic vehicle tyre for commercial vehicles, comprising a carcass, a breaker belt built up radially outside the carcass and a profiled tread built up on the belt radially outside the belt, wherein the belt is formed from at least four belt plies (17, 14, 13, 15), which lie one on top of the other from radially the inside to radially the outside, wherein the first belt ply, arranged furthest inwards in the radial direction R, of the four belt plies (17, 14, 13, 15) is formed with reinforcing elements embedded in rubber in a parallel manner, and the fourth belt ply, arranged furthest outwards in the radial direction R, is formed with reinforcing elements embedded in rubber in a parallel manner, wherein there are formed between the first belt ply and the fourth belt ply in the radial direction at least one second belt ply (14, 17) with reinforcing elements (24, 27) embedded in rubber in a parallel manner, which is arranged on the first belt ply, and a third belt ply (17, 14) with reinforcing elements (27, 24) embedded in rubber in a parallel manner, which is arranged on the second belt ply (14, 17), wherein the first belt ply and the fourth belt ply are working plies, in which the reinforcing elements of the first belt ply form in their alignment an angle α in relation to the circumferential direction U where 10°≤α≤45°, and the reinforcing elements of the fourth belt ply form in their alignment in each case an angle γ in relation to the circumferential direction U where 10°≤γ≤45°, wherein, when seen in the circumferential direction U of the vehicle tyre, the reinforcing elements of the first belt ply have an axial direction of inclination opposite to the reinforcing elements of the fourth belt ply, wherein the second or the third belt ply is a belt ply of which the reinforcing elements form in their alignment an angle ε in relation to the circumferential direction U where 40°≤ε≤75°, and wherein the other of the two belt plies is a belt ply of which the reinforcing elements form in their alignment an angle β in relation to the circumferential direction U where 0°≤β≤5°, characterized in that arranged radially inside the radially inner working ply, between the working ply and the carcass, is an additional belt ply with reinforcing elements embedded in rubber in a parallel manner, which form in their alignment an angle θ in relation to the circumferential direction U of the pneumatic vehicle type where 40°≤θ≤75° - in particular where θ=50° -, and wherein, when seen in particular in the circumferential direction U of the vehicle tyre, the reinforcing elements of this additional belt ply have an axial direction of inclination opposite to the reinforcing elements of the belt ply, which form in their alignment the angle ε in relation to the circumferential direction U.
Equipment for creating a cross-country ski trail for a vehicle; the equipment comprising a first tiller, a tracker device to form tracks in a snow cover; and a connection structure (19; 119; 219) for coupling the tracker device to the first tiller; the connection structure (19; 119) and the tracker device being connected to each other in a jointed manner around a first axis incident with the snow cover or the ground, preferably transverse to a feed direction; the equipment comprising a support structure (71; 171; 271) configured to connect the equipment (1; 101; 201) to the vehicle; wherein the connection structure (19,119, 219) is connected to the first tiller, in particular the connection structure (19, 119, 219) connects the tracker device to the first tiller in a jointed manner around the first axis, characterised in that the connection structure (19; 119; 219) comprises a second joint (19a; 119a; 219a) which extends parallel to a second axis parallel to the snow cover; the connection structure (19; 119; 219) being connected to the support structure (71; 171; 271) by means of the second joint (19a; 119a; 219a) in a revolving manner around the second axis wherein the tracker device is connected to the tiller by means of the connection structure so as to allow a free rotation around the second axis with respect to the tiller and the tracker device is connected to the support structure by means of the connection structure so as to allow a free rotation around the second axis with respect to the support structure.
Method for carrying out a treatment program for a laundry treatment appliance, wherein the laundry treatment appliance comprises a drum for receiving laundry, a heat pump for controlling the temperature of process air, a heating unit for heating the process air, a process air blower for conveying the process air through a circuit out of the drum and through the heat pump and the heating unit and back into the drum, a temperature sensor for providing a temperature signal representing a temperature in the drum, a compressor temperature sensor for providing a compressor temperature signal representing a temperature of a compressor of the heat pump and a control device for controlling the treatment program, and wherein the method has the following steps: Outputting a switch-on signal to an interface with the heat pump to cause heating of the process air; Outputting a heating signal to an interface with the heating unit to cause heating of the process air; Outputting a process air signal to an interface with the process air blower to convey the process air through the circuit; Outputting a switch-off signal to the interface with the heat pump to switch the heat pump off when a switch-off criterion dependent on the temperature signal or the compressor temperature signal is met; and Renewed outputting of the switch-on signal to the interface with the heat pump to switch on the heat pump when a switch-on criterion dependent on the compressor temperature signal is met to keep the temperature of the compressor during the duration of the treatment program at a level at which condensation of the refrigerant in the compressor is avoided. Outputting a switch-on signal to an interface with the heat pump to cause heating of the process air; Outputting a heating signal to an interface with the heating unit to cause heating of the process air; Outputting a process air signal to an interface with the process air blower to convey the process air through the circuit; Outputting a switch-off signal to the interface with the heat pump to switch the heat pump off when a switch-off criterion dependent on the temperature signal or the compressor temperature signal is met; and Renewed outputting of the switch-on signal to the interface with the heat pump to switch on the heat pump when a switch-on criterion dependent on the compressor temperature signal is met to keep the temperature of the compressor during the duration of the treatment program at a level at which condensation of the refrigerant in the compressor is avoided.
A device for the direct detection of the endovascular pressure of a fluid in a vessel, which has a disposable portion comprising: • a needle-holding element including said needle, with an open tip and inner duct, constituting a vascular access to said fluid; • one or more capillary ducts arranged in the duct inside the needle so that they are passed through by said fluid when the needle is being used; and • a connector defining a connecting terminal cavity which is arranged outside said needle-holding element and it is in fluid communication with said one or more capillary duct through a duct extending from said needle-holding element to said connector; and a re-usable element including at least a pressure sensor and comprising means for connecting to said connector at said terminal cavity of the disposable portion, apt to put into communication an inner space of said re-usable element, which receives said at least a pressure sensor, with said terminal cavity, characterized in: the connector comprising a valve (13, 14), the opening of said valve (13, 14) being determined by the connection between the re-usable element and the connector of said disposable portion, thereby generating a hydraulic sealing which, by acting as a closed valve, insulating said duct from the environment, so that, in a first phase wherein said valve (13, 14) is closed, in said one or more capillary ducts respective separation surfaces between said fluid and air are formed, the connector comprising a membrane with selective porosity, so as to allow the passage of air and to constitute a barrier for contaminating agents, which separates a hole receiving the distal end of the auxiliary duct and the terminal cavity inside the connector. • a needle-holding element including said needle, with an open tip and inner duct, constituting a vascular access to said fluid; • one or more capillary ducts arranged in the duct inside the needle so that they are passed through by said fluid when the needle is being used; and • a connector defining a connecting terminal cavity which is arranged outside said needle-holding element and it is in fluid communication with said one or more capillary duct through a duct extending from said needle-holding element to said connector; and a re-usable element including at least a pressure sensor and comprising means for connecting to said connector at said terminal cavity of the disposable portion, apt to put into communication an inner space of said re-usable element, which receives said at least a pressure sensor, with said terminal cavity,
Method for signalling, to a terminal, the substitution of a content which is broadcast via a broadcast network to which the terminal is connected with a substitution content which is targeted at least for the terminal, characterised in that it comprises: • obtaining at least one substitution information packet (210, 220) comprising time information indicating a time of execution by the terminal of at least one action for substituting the broadcast content with the substitution content; • generating at least one event notification message leading to the terminal executing the at least one action, the execution being initiated immediately upon receipt of the at least one event notification message by the terminal and after an execution latency which is linked only to hardware implementation constraints in the terminal; and • inserting, in a data flow which conveys the broadcast content within the broadcast network, the at least one event notification message at a time slot which is a function of the time information item. • obtaining at least one substitution information packet (210, 220) comprising time information indicating a time of execution by the terminal of at least one action for substituting the broadcast content with the substitution content; • generating at least one event notification message leading to the terminal executing the at least one action, the execution being initiated immediately upon receipt of the at least one event notification message by the terminal and after an execution latency which is linked only to hardware implementation constraints in the terminal; and • inserting, in a data flow which conveys the broadcast content within the broadcast network, the at least one event notification message at a time slot which is a function of the time information item.