mhurhangee/ep-ind-claims huggingface dataset:
A printed media stack alignment apparatus comprising: a belt and a paddle to shift sheets of printed media to a stopper position represented by register of the sheets against a stopper; an ejector to eject the sheets from an eject position that is intermediate to a sheet deposit position and the stopper position; and a processor (402, 604); characterized by further comprising: a memory storing machine readable instructions that when executed by the processor cause the apparatus to: shift, based on actuation of the belt and the paddle, first and second sheets received at the sheet deposit position to the stopper position; shift, based on actuation of the stopper, said first and second sheets to the eject position; shift, based on the actuation of the belt and the paddle, said first, said second, and a third sheet received at the sheet deposit position to the stopper position; shift, based on the actuation of the stopper, said first, second, and third sheets to the eject position; and eject, based on actuation of the ejector, a stack including said first, second, and third sheets from the eject position. a belt and a paddle to shift sheets of printed media to a stopper position represented by register of the sheets against a stopper; an ejector to eject the sheets from an eject position that is intermediate to a sheet deposit position and the stopper position; and a processor (402, 604); characterized by further comprising: a memory storing machine readable instructions that when executed by the processor cause the apparatus to: shift, based on actuation of the belt and the paddle, first and second sheets received at the sheet deposit position to the stopper position; shift, based on actuation of the stopper, said first and second sheets to the eject position; shift, based on the actuation of the belt and the paddle, said first, said second, and a third sheet received at the sheet deposit position to the stopper position; shift, based on the actuation of the stopper, said first, second, and third sheets to the eject position; and eject, based on actuation of the ejector, a stack including said first, second, and third sheets from the eject position. shift, based on actuation of the belt and the paddle, first and second sheets received at the sheet deposit position to the stopper position; shift, based on actuation of the stopper, said first and second sheets to the eject position; shift, based on the actuation of the belt and the paddle, said first, said second, and a third sheet received at the sheet deposit position to the stopper position; shift, based on the actuation of the stopper, said first, second, and third sheets to the eject position; and eject, based on actuation of the ejector, a stack including said first, second, and third sheets from the eject position.
A pressure equalization element for a housing, which has a membrane, characterized in that the membrane is connected in series with at least two non-return valves arranged parallel and in opposition to each other.
A battery module, comprising: a plurality of pouch-type secondary batteries, said secondary batteries being respectively configured to accommodate an electrode assembly in a pouch thereof so that an electrode lead connected to an electrode tab of the electrode assembly is drawn through a terrace portion of the pouch; and a fixing member interposed at least partially between the secondary batteries and adhered and fixed to the terrace portions of two adjacent secondary batteries to maintain the secondary batteries in a stacked state, wherein the fixing member is a spacing block having horizontal bars respectively interposed between the secondary batteries and a vertical bar integrating the horizontal bars, and the terrace portions of two secondary batteries are respectively adhered to an upper surface and a lower surface of the horizontal bars, wherein the vertical direction corresponds to the stacking direction and the horizontal direction corresponds to a direction perpendicular to the vertical direction, wherein the fixing member is adhered to the terrace portion by means of an adhesive or a double-sided adhesive tape, and wherein the secondary batteries are stacked to make surface contact with each other. a plurality of pouch-type secondary batteries, said secondary batteries being respectively configured to accommodate an electrode assembly in a pouch thereof so that an electrode lead connected to an electrode tab of the electrode assembly is drawn through a terrace portion of the pouch; and a fixing member interposed at least partially between the secondary batteries and adhered and fixed to the terrace portions of two adjacent secondary batteries to maintain the secondary batteries in a stacked state, wherein the fixing member is a spacing block having horizontal bars respectively interposed between the secondary batteries and a vertical bar integrating the horizontal bars, and the terrace portions of two secondary batteries are respectively adhered to an upper surface and a lower surface of the horizontal bars, wherein the vertical direction corresponds to the stacking direction and the horizontal direction corresponds to a direction perpendicular to the vertical direction, wherein the fixing member is adhered to the terrace portion by means of an adhesive or a double-sided adhesive tape, and wherein the secondary batteries are stacked to make surface contact with each other.
A method of producing a composite, said method comprising the steps of; - providing a suspension comprising calcium hydroxide, - performing carbonation of said calcium hydroxide to form precipitated calcium carbonate, wherein microfibrillated cellulose is added to said suspension during said carbonation of calcium hydroxide whereby calcium carbonate is at least partly precipitated onto fibers or fibrils of the MFC, wherein MFC is added to the suspension at a time when between 50 % and 95 % of the calcium hydroxide has been reacted with carbon dioxide to form calcium carbonate. - providing a suspension comprising calcium hydroxide, - performing carbonation of said calcium hydroxide to form precipitated calcium carbonate, wherein microfibrillated cellulose is added to said suspension during said carbonation of calcium hydroxide whereby calcium carbonate is at least partly precipitated onto fibers or fibrils of the MFC, wherein MFC is added to the suspension at a time when between 50 % and 95 % of the calcium hydroxide has been reacted with carbon dioxide to form calcium carbonate.
A housing comprising: a first housing part including a first side wall; and a second housing part including a second side wall, wherein the first side wall includes a first protruding part, and wherein the second side wall includes a first concave part into which the first protruding part is fitted, characterized in that the first protruding part is arranged on an inner circumferential surface of the first side wall, the first concave part is arranged on an outer circumferential surface of the second side wall, and in that the first housing part includes a third side wall interior to the first side wall, wherein the third side wall includes a second protruding part on an outer circumferential surface, and wherein the second side wall includes, on an inner circumferential surface, a second concave part into which the second protruding part is fitted. a first housing part including a first side wall; and a second housing part including a second side wall, wherein the first side wall includes a first protruding part, and wherein the second side wall includes a first concave part into which the first protruding part is fitted, characterized in that the first protruding part is arranged on an inner circumferential surface of the first side wall, the first concave part is arranged on an outer circumferential surface of the second side wall, and in that the first housing part includes a third side wall interior to the first side wall, wherein the third side wall includes a second protruding part on an outer circumferential surface, and wherein the second side wall includes, on an inner circumferential surface, a second concave part into which the second protruding part is fitted.
A wearable device, associated with a user being a member of at least one communicating group of users with respective wearable devices, the wearable device comprising: a position and orientation, P&O, module configured to: receive or derive a position of the wearable device; calculate a device axis orientation of the wearable device with respect to an axis of a reference frame; and calculate a line of sight, LOS, of at least one component with specified P&O associated with the wearable device, the LOS calculation being carried out with respect to a scene, and based on the calculated device axis orientation of the wearable device and on the specified P&O of the at least one component; and a communication module configured to deliver specified data to at least one other wearable device of a respective at least one other user of the at least one communicating group, wherein the delivering of the specified data is conditioned upon predefined rules and entering of the at least one of the other wearable devices to a region that was previously covered by a sector defined by a dynamically adjustable specified angle with respect to the calculated LOS and/or by a dynamically adjustable specified distance with respect to a position of the wearable device. a position and orientation, P&O, module configured to: receive or derive a position of the wearable device; calculate a device axis orientation of the wearable device with respect to an axis of a reference frame; and calculate a line of sight, LOS, of at least one component with specified P&O associated with the wearable device, the LOS calculation being carried out with respect to a scene, and based on the calculated device axis orientation of the wearable device and on the specified P&O of the at least one component; and a communication module configured to deliver specified data to at least one other wearable device of a respective at least one other user of the at least one communicating group, wherein the delivering of the specified data is conditioned upon predefined rules and entering of the at least one of the other wearable devices to a region that was previously covered by a sector defined by a dynamically adjustable specified angle with respect to the calculated LOS and/or by a dynamically adjustable specified distance with respect to a position of the wearable device.
Product for the prevention and treatment of burnout symptoms of the scalp, with an extract of Virgin Witch Hazel (Hamamelis virginiana), Minoxidil (C9H15N5O), Rosemary (Rosmarinus officinalis), Field Horsetail (Equisetum arvense), Stinging Nettle (Urticaria dioica), Birch (Betula alba), Salicylic Acid (Salcylic Acid), Water (Aqua) and Ethanol, as a liquid hair tincture free of Cocamidopropyl Betaine and Parabens.
A shaving razor system comprising: a razor cartridge, said razor cartridge comprising a housing having a front side and a front blade having a blade edge, said front blade mounted to said housing, said front blade most proximal to said front side of said housing; at least one opening in said housing disposed in front of said front blade, said at least one opening extending through said housing from a top surface of said housing to a bottom surface of said housing; a handle, said handle comprising a proximal end portion, a distal end portion, and at least one skin interconnect member, said skin interconnect member in pivotal relation to the proximal end portion of said handle; wherein said at least one skin interconnect member is joined within said at least one opening of said housing to provide a pivot point P for said razor cartridge relative to said handle, said pivot point P is located up to about 3.5mm in front of the front blade edge, up to about 11 mm behind the front blade edge, up to about 1mm above the shave plane S, and up to about 2.5 mm below the shave plane S, and wherein said at least one skin interconnect member is not pivotal relative to said housing. a razor cartridge, said razor cartridge comprising a housing having a front side and a front blade having a blade edge, said front blade mounted to said housing, said front blade most proximal to said front side of said housing; at least one opening in said housing disposed in front of said front blade, said at least one opening extending through said housing from a top surface of said housing to a bottom surface of said housing; a proximal end portion, a distal end portion, and at least one skin interconnect member, said skin interconnect member in pivotal relation to the proximal end portion of said handle; wherein said at least one skin interconnect member is joined within said at least one opening of said housing to provide a pivot point P for said razor cartridge relative to said handle, said pivot point P is located up to about 3.5mm in front of the front blade edge, up to about 11 mm behind the front blade edge, up to about 1mm above the shave plane S, and up to about 2.5 mm below the shave plane S, and wherein said at least one skin interconnect member is not pivotal relative to said housing.
Hydromount, comprising a support mount and a support, which rest against one another supported by a spring body of rubber-elastic material and of substantially hollow-conical design and delimit a working chamber and a compensation chamber, which are filled with damping liquid and are spatially separated from one another on their axially facing sides by a partition wall and are connected to one another in a liquid-conducting manner, the partition wall having a first opening which can be sealed by a sealing body, and the sealing body being able to be brought, as required, into the open or closed position by an actuator of an actuating device, the sealing body being formed by a substantially hollow cylindrical housing which extends in the direction of the introduced vibrations and has at least one second opening which is open in the radial direction in the housing wall, and has at least one sealing member for the second opening which can be rotated in the circumferential direction of the housing, the actuator of an actuating device being electrically operable, and the actuator and the sealing member being non-rotatably connected to each other characterised in that the partition wall comprises a diaphragm for isolating higher-frequency small amplitude oscillations, the diaphragm being arranged oscillatably between the working chamber and the compensation chamber, and in that the sealing member is designed with an adjusting device for adjusting the oscillatability of the diaphragm.
Food forming drum comprising a multitude of rows of porous product cavities (2, 211, 262), each row comprising one or a multitude of porous product cavities (2, 211, 262) and a first and a second front end (3, 4) and fluid channels (6, 270, 272, 272, 292, 293) in the longitudinal direction of the drum each fluid channel (6, 270, 272, 272, 292, 293) connecting one row of porous product cavities (2, 211, 262) fluid-wise, wherein a sidewall (218, 264) and a bottom (212, 263) of the porous cavity have different flow-resistances regarding the fluid flow of the fluid to remove the formed food product from the cavity (2, 211, 262), characterized in, that more pores on the surface of the porous material at the sidewall are closed than pores on the surface of the porous material at the bottom of the porous cavity.
A power conversion apparatus, comprising: a power semiconductor module that has a power semiconductor element to convert a direct current into an alternating current; wherein the power semiconductor module has a first heat dissipation portion and a second heat dissipation portion facing the first heat dissipation portion with the power semiconductor element therebetween; characterized in further comprising a flow channel formation body that forms a flow channel through which a cooling medium flows; wherein the flow channel formation body has a top surface that faces the first heat dissipation portion of the power semiconductor module with the flow channel therebetween and a bottom surface that faces the second heat dissipation portion of the power semiconductor module with the flow channel therebetween, at the opposite side of the top surface with the power semiconductor module therebetween, the flow channel formation body is manufactured by a manufacturing method to cast a predetermined material in a mold, a surface of the side is a tapered surface to facilitate separation with the mold, and surfaces of the top surface and the bottom surface having respectively a regular clearance with respect to the first heat dissipation portion and the second heat dissipation portion, wherein the top surface of the flow channel formation body has an opening and the opening is closed by a flow channel cover. a power semiconductor module that has a power semiconductor element to convert a direct current into an alternating current; wherein the power semiconductor module has a first heat dissipation portion and a second heat dissipation portion facing the first heat dissipation portion with the power semiconductor element therebetween; characterized in further comprising a flow channel formation body that forms a flow channel through which a cooling medium flows; wherein the flow channel formation body has a top surface that faces the first heat dissipation portion of the power semiconductor module with the flow channel therebetween and a bottom surface that faces the second heat dissipation portion of the power semiconductor module with the flow channel therebetween, at the opposite side of the top surface with the power semiconductor module therebetween, the flow channel formation body is manufactured by a manufacturing method to cast a predetermined material in a mold, a surface of the side is a tapered surface to facilitate separation with the mold, and surfaces of the top surface and the bottom surface having respectively a regular clearance with respect to the first heat dissipation portion and the second heat dissipation portion, wherein the top surface of the flow channel formation body has an opening and the opening is closed by a flow channel cover.
A linear motor stator, having a stator member with a coil arrangement, a connecting member, which includes external terminals, and a holding member, which is subdivided into a connecting member insertion portion and a stator member insertion portion, and has holding devices (105, 112) for a stationary, releasable disposition of the stator member and of the connecting member in an accurate position with regard to each other. characterized in that the connector member includes a sensor arrangement with at least one Hall sensor and external terminals for said sensor arrangement, and in that a subdivision of the holding member is realized by means of a separation wall, which is configured, respectively disposed between the connecting member and the stator member, wherein the separation wall has a section, which is centrally disposed, when seen in the horizontal direction of a side of the separation wall facing the stator member, and which extends in a direction away from a rotor, and wherein the holding member, at least in an area of the separation wall, has at least one sidewall section, which is disposed in the direction away from the rotor and extends essentially vertically with regard to the separation wall, forming a reception space between the section of the separation wall and the at least one sidewall section.
Material blank for the gathering of a container group, consisting of a plurality of containers, in particular such as to form a bundle, with - a connection section with a plurality of container receiving openings to be assigned to the containers of the container group, - a first folding tab, which connects to a first edge of the connection section at the connection section, and - a second folding tab, which connects to the connection section at a second edge of the connection section, opposite the first edge, wherein - the first folding tab and the second folding tab are configured and connected to the connection section in such a way that the two folding tabs (6, 8) can be pivoted opposite the connection section into a bundle position, in which the folding tabs (6, 8) overlap one another at least in some sections and cover an upper side of the connection section, characterised in that - the first folding tab comprises two locking elements, which in the bundle position can be moved out of a folding tab plane into a locking plane, in which the locking elements are in each case in engagement with a carrier opening of the connection section. - a connection section with a plurality of container receiving openings to be assigned to the containers of the container group, - a first folding tab, which connects to a first edge of the connection section at the connection section, and - a second folding tab, which connects to the connection section at a second edge of the connection section, opposite the first edge, wherein - the first folding tab and the second folding tab are configured and connected to the connection section in such a way that the two folding tabs (6, 8) can be pivoted opposite the connection section into a bundle position, in which the folding tabs (6, 8) overlap one another at least in some sections and cover an upper side of the connection section, characterised in that - the first folding tab comprises two locking elements, which in the bundle position can be moved out of a folding tab plane into a locking plane, in which the locking elements are in each case in engagement with a carrier opening of the connection section.
A computer-based method for automatically constructing a real-time system with at least one module, each module having at least one mode, the method comprising: defining a mode period for each mode for a repeated execution of the respective mode by the corresponding module; for each mode, defining one or more synchronous tasks to be executed by the real-time system, whereby each synchronous task is associated with a logical execution time during which the task execution has to be completed; defining an integer number of time-slots for the mode period of each mode; assigning to each task at least one predefined and specifiable time slot during which the task is to be executed. defining a mode period for each mode for a repeated execution of the respective mode by the corresponding module; for each mode, defining one or more synchronous tasks to be executed by the real-time system, whereby each synchronous task is associated with a logical execution time during which the task execution has to be completed; defining an integer number of time-slots for the mode period of each mode; assigning to each task at least one predefined and specifiable time slot during which the task is to be executed.
A method comprising: receiving, by a user equipment, a neighbor cell list for a primary frequency band; and evaluating, by the user equipment, one or more available secondary frequency bands based on the neighbor cell list for the primary frequency band for reselection, characterized by the one or more available secondary frequency bands having one or more reselection parameters in common with the primary frequency band, by receiving, for the evaluating, the neighbor cell list only for the primary frequency band, and by the primary frequency band overlapping, at least partly, the one or more available secondary frequency bands. receiving, by a user equipment, a neighbor cell list for a primary frequency band; and evaluating, by the user equipment, one or more available secondary frequency bands based on the neighbor cell list for the primary frequency band for reselection, characterized by the one or more available secondary frequency bands having one or more reselection parameters in common with the primary frequency band, by receiving, for the evaluating, the neighbor cell list only for the primary frequency band, and by the primary frequency band overlapping, at least partly, the one or more available secondary frequency bands.