mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging device for a cosmetic product, comprising: - a cosmetic product reservoir , comprising an internal volume and an opening providing access to said internal volume; - a neck extending along an axis passing through the opening, between an edge of the opening and an end ; - a seal , comprising a tubular assembly portion inserted in the neck ; and - a cover , that can be removably assembled to the reservoir in a closed position; said cover comprising a closing element capable of cooperating with the seal so as to close and seal the opening in the closed position; the seal also comprising a tubular shaped skirt for receiving the closing element, said tubular shaped skirt being arranged along the axis , the seal further comprising a ring axially adjacent to the assembly portion , said ring coming into axial stop against the end of the neck , the device being characterized in that said tubular shaped skirt comprises a free edge oriented towards the exterior of said reservoir,the free edge being elastically deformable in the radial direction relative to said axis; in that said closing element is configured to radially deform said free edge in the closed position; and in that the device is configured such that a free annular space is formed around the tubular shaped skirt in the closed position, sc as to enable the free edge to stretch during insertion of the closing element in the tubular shaped skirt to the closed position, for ensuring a sealed closure of the reservoir. - a cosmetic product reservoir , comprising an internal volume and an opening providing access to said internal volume; - a neck extending along an axis passing through the opening, between an edge of the opening and an end ; - a seal , comprising a tubular assembly portion inserted in the neck ; and - a cover , that can be removably assembled to the reservoir in a closed position; said cover comprising a closing element capable of cooperating with the seal so as to close and seal the opening in the closed position; the seal also comprising a tubular shaped skirt for receiving the closing element, said tubular shaped skirt being arranged along the axis , the seal further comprising a ring axially adjacent to the assembly portion , said ring coming into axial stop against the end of the neck , the device being characterized in that said tubular shaped skirt comprises a free edge oriented towards the exterior of said reservoir,the free edge being elastically deformable in the radial direction relative to said axis; in that said closing element is configured to radially deform said free edge in the closed position; and in that the device is configured such that a free annular space is formed around the tubular shaped skirt in the closed position, sc as to enable the free edge to stretch during insertion of the closing element in the tubular shaped skirt to the closed position, for ensuring a sealed closure of the reservoir.
A lithotripsy medical device including a mechanical converter assembly comprising: an input to receive a mechanical drive force from a driver resource ; a lever stack including multiple levers, the lever stack translating the received drive force into a mechanical output force; and an output , the output configured to apply the mechanical output force produced by the lever stack to a driven element , the lithotripsy medical device further including the driver resource , wherein the lever stack in the mechanical converter assembly translates the mechanical driver force received at the input into the mechanical output force that translationally moves the driven element . an input to receive a mechanical drive force from a driver resource ; a lever stack including multiple levers, the lever stack translating the received drive force into a mechanical output force; and an output , the output configured to apply the mechanical output force produced by the lever stack to a driven element , the lithotripsy medical device further including the driver resource , wherein the lever stack in the mechanical converter assembly translates the mechanical driver force received at the input into the mechanical output force that translationally moves the driven element .
Hydraulically operated splitting device , comprising - a piston-cylinder unit with an extension chamber and a retraction chamber in which a piston is mounted displaceably in an extension direction and a retraction direction, wherein the extension chamber and the retraction chamber can be supplied with pressurised hydraulic medium for displacing the piston at a displacement speed, - a cylinder housing on which a plurality of pressure pieces is mounted displaceably perpendicular to the extension direction and the retraction direction, - a wedge lance which is connected to a piston rod of the piston and is movable with the piston , and which engages in wedge-shaped pressure areas of the pressure pieces which are complementary to the wedge lance , and displaces the pressure pieces as a function of the position of the piston in the piston-cylinder unit perpendicular to the extension direction and the retraction direction, - a lubrication device by which a lubricant from a lubricant reservoir can be introduced between the wedge lance and the pressure pieces , characterised in that - the splitting device comprises a protective device by which the displacement speed can be reduced as a function of the filling level of the lubricant in the lubricant reservoir . - a piston-cylinder unit with an extension chamber and a retraction chamber in which a piston is mounted displaceably in an extension direction and a retraction direction, wherein the extension chamber and the retraction chamber can be supplied with pressurised hydraulic medium for displacing the piston at a displacement speed, - a cylinder housing on which a plurality of pressure pieces is mounted displaceably perpendicular to the extension direction and the retraction direction, - a wedge lance which is connected to a piston rod of the piston and is movable with the piston , and which engages in wedge-shaped pressure areas of the pressure pieces which are complementary to the wedge lance , and displaces the pressure pieces as a function of the position of the piston in the piston-cylinder unit perpendicular to the extension direction and the retraction direction, - a lubrication device by which a lubricant from a lubricant reservoir can be introduced between the wedge lance and the pressure pieces , characterised in that - the splitting device comprises a protective device by which the displacement speed can be reduced as a function of the filling level of the lubricant in the lubricant reservoir .
A method (1600-a) for implementing flexible bandwidth small cells , the method being performed by a wireless communications system , said method comprising: determining a first bandwidth scaling factor for a small cell ; and generating a flexible bandwidth carrier for the small cell utilizing the first bandwidth scaling factor, wherein the flexible bandwidth carrier is generated through scaling up a slot duration of the flexible bandwidth carrier with respect to a slot duration of a standardized bandwidth carrier by the first bandwidth scaling factor, thereby accordingly reducing the bandwidth of the flexible bandwidth carrier with respect to the bandwidth of the standardized bandwidth carrier. determining a first bandwidth scaling factor for a small cell ; and generating a flexible bandwidth carrier for the small cell utilizing the first bandwidth scaling factor, wherein the flexible bandwidth carrier is generated through scaling up a slot duration of the flexible bandwidth carrier with respect to a slot duration of a standardized bandwidth carrier by the first bandwidth scaling factor, thereby accordingly reducing the bandwidth of the flexible bandwidth carrier with respect to the bandwidth of the standardized bandwidth carrier.
A method for processing liquid food in a system comprising a blender , a pasteurizer and a control unit , the method comprising providing a flow of water and a flow of food concentrate to the blender , blending , according to a recipe provided by the control unit , the received water and the received food concentrate into liquid food , providing the liquid food to the pasteurizer , providing a flow of particles to the pasteurizer , into liquid food inside the pasteurizer such that liquid food comprising particles is formed inside the pasteurizer , and heat treating , in the pasteurizer , the liquid food comprising particles .
A display control apparatus comprising: a display control section adapted to generate a virtual space image by specifying a viewpoint position and a direction of line of sight and display the image on a head-mounted display ; a head-mounted display information acquisition section adapted to acquire attitude information of the head-mounted display; and a viewpoint position control section adapted to move the viewpoint position in accordance with a position of the head-mounted display, wherein the viewpoint position control section is further configured to move the viewpoint position to a greater extent when the head-mounted display is moved horizontally than when the head-mounted display is moved perpendicularly, characterised in that : the viewpoint position control section is further configured to cause, when the head-mounted display is moved in a given direction, and when the position of the head-mounted display reaches a predetermined third position, the viewpoint position to jump from the third position to a predetermined fourth position, and the viewpoint position control section is further configured to cause, when the head-mounted display is moved in a direction opposite to the given direction, and when the position of the head-mounted display reaches the fourth position, the viewpoint position to jump from the fourth position to the third position. a display control section adapted to generate a virtual space image by specifying a viewpoint position and a direction of line of sight and display the image on a head-mounted display ; a head-mounted display information acquisition section adapted to acquire attitude information of the head-mounted display; and a viewpoint position control section adapted to move the viewpoint position in accordance with a position of the head-mounted display, wherein the viewpoint position control section is further configured to move the viewpoint position to a greater extent when the head-mounted display is moved horizontally than when the head-mounted display is moved perpendicularly, characterised in that : the viewpoint position control section is further configured to cause, when the head-mounted display is moved in a given direction, and when the position of the head-mounted display reaches a predetermined third position, the viewpoint position to jump from the third position to a predetermined fourth position, and the viewpoint position control section is further configured to cause, when the head-mounted display is moved in a direction opposite to the given direction, and when the position of the head-mounted display reaches the fourth position, the viewpoint position to jump from the fourth position to the third position.
A method for enabling connectivity over a disadvantaged link operating in a first frequency band, comprising: receiving , by a first node of a plurality of nodes from a source node in the first frequency band in a first timeslot, a first signal comprising a message; receiving , by the first node from at least a second node in a second frequency band in a second timeslot, a second signal that is used to generate a first reliability metric corresponding to a channel over which the message was received; and performing , based on a plurality of reliability metrics corresponding to the message and the first reliability metric, a first processing operation on the message, wherein the first frequency band is non-overlapping with the second frequency band, and wherein a duration of the first timeslot is greater than a duration of the second timeslot, and wherein the processing operation comprises at least one of an equalization operation, a data detection operation, or a forward error correction, FEC, decoding operation. receiving , by a first node of a plurality of nodes from a source node in the first frequency band in a first timeslot, a first signal comprising a message; receiving , by the first node from at least a second node in a second frequency band in a second timeslot, a second signal that is used to generate a first reliability metric corresponding to a channel over which the message was received; and performing , based on a plurality of reliability metrics corresponding to the message and the first reliability metric, a first processing operation on the message, wherein the first frequency band is non-overlapping with the second frequency band, and wherein a duration of the first timeslot is greater than a duration of the second timeslot, and wherein the processing operation comprises at least one of an equalization operation, a data detection operation, or a forward error correction, FEC, decoding operation.
A balloon , which can be illuminated from within, can be filled with propellant gas, and is capable of ascending, with a lower and an upper area when used for the generic purpose, with an interior space , wherein in the interior space , one or more light diodes are located, which are designed and equipped to illuminate the interior space of the balloon , wherein the one or more light diodes is or are connected or connectable via at least one first cable or at least one contact with at least one energy source, which is located outside of the interior space which can be filled or is filled with propellant gas, wherein the energy source is held in height by propellant gas, characterized in that the balloon is formed from one, two or more material strips or comprises said strips, which is or are interconnected along shared seams in such a manner as to be sealed against the propellant gas, that the one light diode or several light diodes is or are incorporated in sections in one or in several places into at least one provided shared seam of adjacent material strips, or that one, in particular flexible, first connecting element is incorporated in sections or essentially completely in one or more places into at least one provided shared seam of adjacent material strips or adjacent material sections, wherein the one light diode or the several light diodes is or are connected or connectable with the first connecting element , and that the seam connecting the adjacent material strips, in particular film strips, represents a weld seam, and that all the seams are essentially outside the interior space.
A liquid discharge apparatus comprising: a plurality of heads configured to discharge a liquid; a maintenance unit movable in a first direction between a first position at which the maintenance unit faces the plurality of heads and a second position at which the maintenance unit does not face the plurality of heads, and configured to perform maintenance for the plurality of heads, wherein the maintenance unit includes a plurality of suction units corresponding to the plurality of heads, respectively, and a base unit to which the plurality of suction units are attached, and the plurality of suction units include a movable suction unit and a fixed suction unit , wherein the movable suction unit is attached to the base unit so that, in a case that the movable suction unit is arranged at the first position, the movable suction unit is movable in a second direction relative to the base unit, which crosses the first direction and which is a direction approaching closely to or separating away from the plurality of heads, and the fixed suction unit is fixed to the base unit so that the fixed suction unit is not movable in the second direction relative to the base unit. a plurality of heads configured to discharge a liquid; a maintenance unit movable in a first direction between a first position at which the maintenance unit faces the plurality of heads and a second position at which the maintenance unit does not face the plurality of heads, and configured to perform maintenance for the plurality of heads, wherein the maintenance unit includes a plurality of suction units corresponding to the plurality of heads, respectively, and a base unit to which the plurality of suction units are attached, and the plurality of suction units include a movable suction unit and a fixed suction unit , wherein the movable suction unit is attached to the base unit so that, in a case that the movable suction unit is arranged at the first position, the movable suction unit is movable in a second direction relative to the base unit, which crosses the first direction and which is a direction approaching closely to or separating away from the plurality of heads, and the fixed suction unit is fixed to the base unit so that the fixed suction unit is not movable in the second direction relative to the base unit.
Learning aid for brass instruments for promoting a technically correct grip or wrist position , characterized by a receptacle for a leadpipe of a brass instrument, from which receptacle a thumb guide protrudes for positioning a thumb, wherein the thumb guide forms a stop for a thumb berry of the thumb and wherein a stop surface of the stop for the thumb tip extends at least in sections in a tilting surface which is tilted about a tilting axis from a reference surface which extends normal to the receptacle longitudinal axis ..
An electronic device to be immersed in a coolant filled in a cooling apparatus , and directly cooled, the electronic device (100; 300) being configured to be housed in any of a plurality of housing parts of the cooling apparatus , the electronic device (100; 300) comprising: a metal board (110; 310) to be held with a pair of board retainers disposed in the housing part; and one or more substrate groups (120; 320) attached to a first surface of the metal board (110; 310) and a second surface opposite the first surface, wherein each substrate group (120; 320) includes one or more first circuit boards (121; 321), each including a plurality of sockets for mounting a plurality of processors (124; 324) and main memories (125; 325) on one surface of a substrate, and a component for interconnecting the processors, a second circuit board (122; 322) including a mother board component which includes at least a chipset for controlling the main memory (125; 325), but does not include the sockets (126a, 126b; 326a, 326b) for mounting the processors (124; 324) and the main memories (125; 325), or the component for interconnecting the processors (124; 324), a connector for electrically connecting between the one or more first circuit boards (121; 321) and the second circuit board (122; 322), and a flow channel formed in a gap between a surface opposite the one surface of the one or more first circuit boards (121; 321), and one surface of the second circuit board (122; 322), which faces the surface opposite the one surface of the one or more first circuit boards (121; 321). a metal board (110; 310) to be held with a pair of board retainers disposed in the housing part; and one or more substrate groups (120; 320) attached to a first surface of the metal board (110; 310) and a second surface opposite the first surface, wherein each substrate group (120; 320) includes one or more first circuit boards (121; 321), each including a plurality of sockets for mounting a plurality of processors (124; 324) and main memories (125; 325) on one surface of a substrate, and a component for interconnecting the processors, a second circuit board (122; 322) including a mother board component which includes at least a chipset for controlling the main memory (125; 325), but does not include the sockets (126a, 126b; 326a, 326b) for mounting the processors (124; 324) and the main memories (125; 325), or the component for interconnecting the processors (124; 324), a connector for electrically connecting between the one or more first circuit boards (121; 321) and the second circuit board (122; 322), and a flow channel formed in a gap between a surface opposite the one surface of the one or more first circuit boards (121; 321), and one surface of the second circuit board (122; 322), which faces the surface opposite the one surface of the one or more first circuit boards (121; 321).
A variant of a parent glucoamylase (GA) enzyme, where the variant differs from the parent enzyme in that it has one or a combination of amino acid substitutions that are selected from the group consisting of: (a) 470 selected from the group consisting of: K, S, A, C, E, F, G, I, L, M, N, Q, R, V and W; and/or (b) 468 selected from the group consisting of: A, E, D, G, H, I, K, L, M, N, P, Q, R, T and W; and/or (c) 466 selected from the group consisting of: D, K, M, R, Y, C, P, T, W, A, E, F, H, L, N, S, I, V and Q; and (d) 472 selected from the group consisting of: R, D, I, M, Q, S and Y, where the position of each amino acid substitution corresponds to SEQ ID NO:3, and where the GA variant has starch hydrolysis activity; has at least 80% sequence identity to SEQ ID NO:4; and has at least one improved property over the parent GA enzyme selected from: (a) expression, (b) hydrolytic activity on DP2 substrate, (c) hydrolytic activity on DP7 substrate at pH 6.8, (d) hydrolytic activity on DP7 substrate at pH 5.5, (e) hydrolytic activity on panose substrate, (f) hydrolytic activity on pullulan substrate, (g) hydrolytic activity on granular corn starch (CS), (h) thermostability, (i) glucose inhibition, and (j) reversion activity, with the proviso that the variant is not SEQ ID NO: 737 from WO 2013/181760 A1. (a) 470 selected from the group consisting of: K, S, A, C, E, F, G, I, L, M, N, Q, R, V and W; and/or (b) 468 selected from the group consisting of: A, E, D, G, H, I, K, L, M, N, P, Q, R, T and W; and/or (c) 466 selected from the group consisting of: D, K, M, R, Y, C, P, T, W, A, E, F, H, L, N, S, I, V and Q; and (d) 472 selected from the group consisting of: R, D, I, M, Q, S and Y,
A method of wireless communication, comprising: communicating , by a first wireless communication device with a second wireless communication device, a first slot format indicator, SFI, for a first set of slots, via a first DCI message using a DCI format for indicating slot format on GC-PDCCH; communicating , by the first wireless communication device with the second wireless communication device, a second SFI for a second set of slots, via a second DCI message using the DCI format, the second set of slots overlapping with the first set of slots in time; and communicating , by the first wireless communication device with the second wireless communication device, a communication signal based on at least one of the first SFI or the second SFI, wherein the first set of slots includes at least one slot earlier in time than the second set of slots, and wherein the first set of slots and the second set of slots include at least one common slot, wherein the first SFI and the second SFI include common direction information for the at least one common slot. communicating , by a first wireless communication device with a second wireless communication device, a first slot format indicator, SFI, for a first set of slots, via a first DCI message using a DCI format for indicating slot format on GC-PDCCH; communicating , by the first wireless communication device with the second wireless communication device, a second SFI for a second set of slots, via a second DCI message using the DCI format, the second set of slots overlapping with the first set of slots in time; and communicating , by the first wireless communication device with the second wireless communication device, a communication signal based on at least one of the first SFI or the second SFI, wherein the first set of slots includes at least one slot earlier in time than the second set of slots, and wherein the first set of slots and the second set of slots include at least one common slot, wherein the first SFI and the second SFI include common direction information for the at least one common slot.