mhurhangee/ep-ind-claims huggingface dataset:
Root crop harvester, designed as a potato harvester, which is provided with a lifting device, from which a mixture comprising both the harvested crop and also clods, weeds and similar admixtures can be moved into the region of downstream screening belts, the mixture resting on one of the feed belts enters a sorting zone and in this sorting zone the harvested crop can be separated out by means of a separating device which is arranged above the feed belt and which acts on the mixture transversely to the feed direction of said feed belt, such that two stripper belts (8, 9), which circulate in the same direction in a stripping direction (7, 7'), sweep away the harvested crop by means of respective stripper elements (10, 10'; 11, 11'), feed said harvested crop in two adjacently arranged stripping planes (12, 13) to a downstream sorting belt, and the respective admixtures which remain as residue on the feed belt can be guided away in a guide direction which is preferably offset by 90° relative to the stripping direction (7, 7'), characterised in that at least one of the two stripper belts (8', 9') has, upstream of its final deflection in the conveying direction, a discharge section, in which said stripper belt (8', 9'), as seen transversely to the conveying direction, is provided with an incline of less than 55° relative to the stripping plane (12', 13'), the stripper belt (8', 9') having a contour which is non-round in some areas and having in particular a constant incline.
Method for machining flat workpieces (1 -5), more particularly of wood or wood substitutes, wherein a plurality of workpieces run by means of a conveying device in a predetermined sequence through a machining stretch of a device for machining flat workpieces for machining a narrow side of the respective workpiece and are then each machined in the region of one of their narrow sides, characterised in that whilst maintaining the predetermined sequence of the workpieces one selected workpiece runs a further time through the machining stretch and is machined on one of its narrow sides, without another workpiece (1, 2, 4, 5) running through the machining stretch in between this further run-through and the previous run-through, wherein the selected workpiece is moved back along the machining stretch between its runs through the machining stretch wherein moving back the workpiece is effected by the conveying device.
Method for lyophilising particles comprising frozen liquid having a pharmaceutical compound contained therein, comprising: - providing a heat conducting container having a bottom and side walls, - filling the container with a bed of the particles, the bed comprising multiple layers of the particles and having an aspect ratio of not less than 1, - providing a heat source above a top layer of the particles, the heat source having a surface directed to a top layer of the bed, which surface has an emissivity coefficient of at least 0.4, - subjecting the particles filled in the container to a reduced pressure, - heating at least the bottom of the container and the said surface to provide heat to the particles to support sublimation of the frozen liquid at the reduced pressure, - after the frozen liquid is sublimated, stopping the provision of heat to the particles. - providing a heat conducting container having a bottom and side walls, - filling the container with a bed of the particles, the bed comprising multiple layers of the particles and having an aspect ratio of not less than 1, - providing a heat source above a top layer of the particles, the heat source having a surface directed to a top layer of the bed, which surface has an emissivity coefficient of at least 0.4, - subjecting the particles filled in the container to a reduced pressure, - heating at least the bottom of the container and the said surface to provide heat to the particles to support sublimation of the frozen liquid at the reduced pressure, - after the frozen liquid is sublimated, stopping the provision of heat to the particles.
Device intended to be mounted on a base for actuating a cosmetic product application receptacle, in particular a cosmetic product stick, said device being designed to get the cosmetic product out by at least one rotational movement, said device comprising at least one guide, a cup intended to receive the cosmetic product, and a sheath, the sheath comprising internally at least one helical groove (42, 44) and the guide being rotatably mounted in the sheath, the rotation of the guide relative to the sheath causing an axial movement of the cup between a fully extended position and a fully retracted position, the device comprising at least one means for rotationally locking the guide relative to the sheath when the cup is in the fully extended position and/or the fully retracted position and/or close to being in the fully extended position and/or the fully retracted position, wherein the rotation locking means comprises a plurality of stops (62, 70, 76, 82) configured to cooperate together, at least one of the stops (62, 70, 76, 82) is located on the guide and cooperates with at least one other of the stops (62, 70, 76, 82) located on the sheath, one of the plurality of the stops (62, 70, 76, 82) being a leg (70, 76) projecting axially from a base towards a free end and/or the other of the plurality of the stops (62, 70, 76, 82) being a radial excess thickness of material, the leg (70, 76) comprising two sides extending between the base and the free end, at least one of the sides (72, 78) of the leg (70, 76) being vertical and cooperating with a vertical side (66, 84) of the radial excess thickness of material (62, 82), characterized in that the other of the sides (74, 80) of the leg (70, 76) is inclined and cooperates with an inclined side (68, 86) of the radial excess thickness of material (62, 82). wherein the rotation locking means comprises a plurality of stops (62, 70, 76, 82) configured to cooperate together, at least one of the stops (62, 70, 76, 82) is located on the guide and cooperates with at least one other of the stops (62, 70, 76, 82) located on the sheath, one of the plurality of the stops (62, 70, 76, 82) being a leg (70, 76) projecting axially from a base towards a free end and/or the other of the plurality of the stops (62, 70, 76, 82) being a radial excess thickness of material, the leg (70, 76) comprising two sides extending between the base and the free end, at least one of the sides (72, 78) of the leg (70, 76) being vertical and cooperating with a vertical side (66, 84) of the radial excess thickness of material (62, 82), characterized in that the other of the sides (74, 80) of the leg (70, 76) is inclined and cooperates with an inclined side (68, 86) of the radial excess thickness of material (62, 82).
A method for the continuous precipitation of lignin from black liquor, in which method black liquor is provided so as to flow as a pressurized flow, the pH of black liquor is lowered to the precipitation point of lignin by leading an acidifying agent to the black liquor flow, and precipitated lignin is separated from black liquor, characterized in that - black liquor is provided so as to flow in a reactor with a dwell time of less than 300s, - an acidifying agent selected from the group of carbon dioxide, acid and their combinations is led to the flow at one or more feeding sites, - the pH is allowed to decrease by the effect of the acidifying agent in the pressurized flow to the precipitation point of lignin, - the pressure of the pressurized flow is abruptly released, and - lignin particles are separated from black liquor. - black liquor is provided so as to flow in a reactor with a dwell time of less than 300s, - an acidifying agent selected from the group of carbon dioxide, acid and their combinations is led to the flow at one or more feeding sites, - the pH is allowed to decrease by the effect of the acidifying agent in the pressurized flow to the precipitation point of lignin, - the pressure of the pressurized flow is abruptly released, and - lignin particles are separated from black liquor.
A filter cigarette producing method comprising: a core forming fiber processing step of adding a plasticizer to core forming fibers having a total fineness of 23000 denier to 70000 denier so as to attain an additive rate of 13% to 40%; a sheath forming fiber processing step of adding a plasticizer to sheath forming fibers having a total fineness of 10000 denier to 47000 denier so as to attain an additive rate of 15% or less; a hollow filter forming step of forming a hollow filter subsequent to the core forming fiber processing step and the sheath forming fiber processing step in such a manner that the core forming fibers are hardened into a core including a hole (10, 35) extending from one end surface toward the other end surface, and an outside of the core is covered with the sheath forming fibers so as to form a sheath, thereby forming the hollow filter; and a post-treatment step of conveying the hollow filter through a narrower section that is smaller than a diameter of the hollow filter, and greater than a diameter of the core, subsequent to the hollow filter forming step. a core forming fiber processing step of adding a plasticizer to core forming fibers having a total fineness of 23000 denier to 70000 denier so as to attain an additive rate of 13% to 40%; a sheath forming fiber processing step of adding a plasticizer to sheath forming fibers having a total fineness of 10000 denier to 47000 denier so as to attain an additive rate of 15% or less; a hollow filter forming step of forming a hollow filter subsequent to the core forming fiber processing step and the sheath forming fiber processing step in such a manner that the core forming fibers are hardened into a core including a hole (10, 35) extending from one end surface toward the other end surface, and an outside of the core is covered with the sheath forming fibers so as to form a sheath, thereby forming the hollow filter; and a post-treatment step of conveying the hollow filter through a narrower section that is smaller than a diameter of the hollow filter, and greater than a diameter of the core, subsequent to the hollow filter forming step.
A system comprising: one or more sensors configured to generate data associated with a sleep session of a user; a multi-compartment bladder configured to be positioned adjacent to the user during the sleep session; a memory storing machine-readable instructions; and a control system including one or more processors configured to execute the machine-readable instructions to: determine, based at least in part on the generated data, that the user is sleeping; responsive to the determination that the user is sleeping, activate the multi-compartment bladder; determine, based at least in part on the generated data, that the user is experiencing or has experienced an event; and responsive to the determination that the user is experiencing or has experienced the event, cause the multi-compartment bladder to be modified to aid in causing the user to move. one or more sensors configured to generate data associated with a sleep session of a user; a multi-compartment bladder configured to be positioned adjacent to the user during the sleep session; a memory storing machine-readable instructions; and a control system including one or more processors configured to execute the machine-readable instructions to: determine, based at least in part on the generated data, that the user is sleeping; responsive to the determination that the user is sleeping, activate the multi-compartment bladder; determine, based at least in part on the generated data, that the user is experiencing or has experienced an event; and responsive to the determination that the user is experiencing or has experienced the event, cause the multi-compartment bladder to be modified to aid in causing the user to move. determine, based at least in part on the generated data, that the user is sleeping; responsive to the determination that the user is sleeping, activate the multi-compartment bladder; determine, based at least in part on the generated data, that the user is experiencing or has experienced an event; and responsive to the determination that the user is experiencing or has experienced the event, cause the multi-compartment bladder to be modified to aid in causing the user to move.
A concealed antenna node suitable for mounting on a street pole, the concealed antenna node comprising an antenna and an associated radio module which are both housed within a radome of the concealed antenna node; the antenna comprising a plurality of antenna columns (700A-700D), each antenna column comprising one or more radiator elements, whereby the plurality of antenna columns (700A-700D) are arranged about a central section; the radio module being located within the central section and inside the radome; and, the antenna and the radio module being pre-wired together within the radome to form the concealed antenna node suitable for mounting on the street pole, the plurality of antenna columns (700A-700D) being arranged in a spaced-apart formation such that a gap is realised between adjacent antenna columns (700A-700D), characterised in that said concealed antenna node further comprises a cradle, wherein the radio module sits inside the cradle configured to be lowered and installed inside the central section.
A fuel injector for an automotive internal combustion engine, comprising: a plurality of nozzle holes (71 to 76); a seat section positioned upstream of the nozzle holes (71 to 76); a valve element that closes a valve when brought into contact with the seat section and opens the valve when separated from the seat section; and a circular cone that is substantially conical in shape, tapered from an upstream end to a downstream end, and provided with the seat section and an inlet opening of the nozzle holes (71 to 76), characterized in that the plurality of nozzle holes (71 to 76) have an identical shape and a shape of a cross-section of each of the nozzle holes (71 to 76) is substantially out-of-round, the cross-section being perpendicular to a central axis of each of the nozzle holes (71 to 76), and the cross-section of each of the nozzle holes (71 to 76) is rotated around the central axis of each of the nozzle holes (71 to 76); a rotation angle β of the cross-section is set in such a manner that a relationship between a conical surface of the circular cone and the rotation angle β is different among at least two of the nozzle holes (71 to 76), wherein a first axis line is formed by projecting a center line of a fuel injector main body onto a plane, the plane contains the cross-section and is perpendicular to the central axis of each of the nozzle holes (71 to 76); a second axis line is defined for the cross-section of each of the nozzle holes (71 to 76); angle β is formed by the first axis line and the second axis line on the plane. a plurality of nozzle holes (71 to 76); a seat section positioned upstream of the nozzle holes (71 to 76); a valve element that closes a valve when brought into contact with the seat section and opens the valve when separated from the seat section; and a circular cone that is substantially conical in shape, tapered from an upstream end to a downstream end, and provided with the seat section and an inlet opening of the nozzle holes (71 to 76), characterized in that the plurality of nozzle holes (71 to 76) have an identical shape and a shape of a cross-section of each of the nozzle holes (71 to 76) is substantially out-of-round, the cross-section being perpendicular to a central axis of each of the nozzle holes (71 to 76), and the cross-section of each of the nozzle holes (71 to 76) is rotated around the central axis of each of the nozzle holes (71 to 76); a rotation angle β of the cross-section is set in such a manner that a relationship between a conical surface of the circular cone and the rotation angle β is different among at least two of the nozzle holes (71 to 76), wherein a first axis line is formed by projecting a center line of a fuel injector main body onto a plane, the plane contains the cross-section and is perpendicular to the central axis of each of the nozzle holes (71 to 76); a second axis line is defined for the cross-section of each of the nozzle holes (71 to 76); angle β is formed by the first axis line and the second axis line on the plane.
A protection glove with an operating element which is designed to operate a touchscreen, characterised in that the operating element opens out laterally on a glove finger and projects beyond the outside of the latter, and in that the operating element consists of an electrically conductive and flame-resistant material.
A self-service terminal comprising a user interface including a display having a display area for presenting transaction information to a user, and a sensor for sensing people in the vicinity of the terminal, characterised in that the terminal further comprises a screen controller configured to present the transaction information as a full size screen/s with respect to the display area in response to the sensor not sensing a person other than the user in the vicinity of the terminal, and to present the transaction information as a reduced size screen/s with respect to the display area in response to the sensor sensing a person other than the user in the vicinity of the terminal.
Endoscopic device comprising an optical guide head intended to be inserted, at least in part, into a body or a cavity in order to view a given object that is inaccessible to the naked eye, the optical guide head is constituted by an optical bar made out of organic glass and with refraction index gradient, the endoscopic device being characterized in that the optical bar comprises at least one longitudinal rail capable of receiving an optical illumination fiber to illuminate the object to be viewed in proximity to the distal end of the optical bar.
A work spindle having at least one spindle shaft which is mounted in a spindle housing and is equipped with a drive, the spindle shaft having a tool-clamping device which can be opened and closed via at least one clamping means by means of an actuating device accommodated in the spindle housing, - wherein at least one sensor and an associated scanning component are arranged in the spindle housing to detect the rotation speed of the spindle shaft, - wherein at least one sensor for sensing the travel change of a clamping means is arranged in the spindle housing, - wherein at least one sensor for recognising at least one end position of a component (90, 92) realising the actuation travel of the actuating device is arranged in or on the spindle housing, - wherein at least one further sensor which can sense physical, electrical and/or chemical characteristic variables is arranged in or on the spindle housing, - wherein a spindle monitoring unit is situated in or on the spindle housing, which spindle monitoring unit has at least one electronic computing and memory module having a timer for evaluating and permanently storing signals of the installed sensors and for providing a work spindle history, and - wherein the spindle monitoring unit comprises at least one electronic assembly which can transmit sensor signals for communication with an external storage medium and/or an external controller via at least one data interface in a wireless or wired manner. - wherein at least one sensor and an associated scanning component are arranged in the spindle housing to detect the rotation speed of the spindle shaft, - wherein at least one sensor for sensing the travel change of a clamping means is arranged in the spindle housing, - wherein at least one sensor for recognising at least one end position of a component (90, 92) realising the actuation travel of the actuating device is arranged in or on the spindle housing, - wherein at least one further sensor which can sense physical, electrical and/or chemical characteristic variables is arranged in or on the spindle housing, - wherein a spindle monitoring unit is situated in or on the spindle housing, which spindle monitoring unit has at least one electronic computing and memory module having a timer for evaluating and permanently storing signals of the installed sensors and for providing a work spindle history, and - wherein the spindle monitoring unit comprises at least one electronic assembly which can transmit sensor signals for communication with an external storage medium and/or an external controller via at least one data interface in a wireless or wired manner.
A pressure sensor device, comprising: a pressure detection structure provided in a first die of semiconductor material; a package, configured to internally accommodate said pressure detection structure in an impermeable manner, the package comprising a base structure and a body structure, arranged on the base structure, having an access opening in contact with an external environment and internally defining a housing cavity, in which said first die is arranged covered by a coating material, characterized by further comprising, accommodated in said housing cavity, a piezoelectric transduction structure, of a ultrasonic type, configured to allow detection of foreign material on said coating material within said package. a pressure detection structure provided in a first die of semiconductor material; a package, configured to internally accommodate said pressure detection structure in an impermeable manner, the package comprising a base structure and a body structure, arranged on the base structure, having an access opening in contact with an external environment and internally defining a housing cavity, in which said first die is arranged covered by a coating material, characterized by further comprising, accommodated in said housing cavity, a piezoelectric transduction structure, of a ultrasonic type, configured to allow detection of foreign material on said coating material within said package.
A container for food, in particular for serving, storing, cooling, regenerating and transporting food, comprising a first container part, in particular a base part (3, 103, 203, 303) and/or at least one dish (9, 109, 209, 309) set or suspended in said base part, and a second container part, in particular a cover part (5, 105, 205, 305, 905) and a seal component (7, 107, 207, 307, 907) for sealing at least said first of said two container parts, characterised in that an equalising device (13, 120, 200, 320, 920) is made in the form of an equalising element (120, 920) which is provided as a connection between said seal component (7, 107, 207, 307, 907) and said second of said two container parts and which has at least one elastic component, preferably a silicone component which is affixed to said seal component (7, 107, 207, 307, 908) or to said second container part (105, 905) and engages with a corresponding receiver on said second container part (105, 905) or said seal component (7, 107, 207, 307, 907), said elastic component in its preformed form not sealing a pressure equalisation opening (177, 377, 977) of said seal component (7, 107, 207, 307, 907) so that excess air can escape from the food accommodating chamber between said seal component (7, 107, 207, 307, 907) and said first container part, and said elastic component being deformable by an extension (152, 952) of said second container part by the effect of a force such that said pressure equalisation opening (177, 377, 977) of said seal component (7, 107, 207, 307, 907) is completely sealed, said equalising device (13, 120, 220, 320, 920) co-operating with said seal component (7, 107, 207, 307, 907) and said two container parts such that the position and/or the contact pressure of said seal component (7, 107, 207, 307, 907) relative to at least said first of said two container parts can be matched for equalising leakages so as to seal said food contained in said first container part against the outside.