mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing a sterilised ready-meal package (1; 1'), comprising the steps of: - providing a main container (2; 2') defining a main volume (2a; 2a') intended to accommodate a main food product, and having a first opening (2b; 2b') at the upper part surrounded by a first planar edge (2d; 2d'); - providing at least one secondary container (3; 3') defining a secondary volume (3a; 3a') and having a second opening (3b; 3b') at the upper part surrounded by a second planar edge (3d; 3d'); - introducing said secondary container (3; 3') inside the main container (2; 2'), so that said first edge (2d; 2d') and said second edge (3d; 3d') are flush; - introducing at least one secondary food product (30; 30') inside the secondary volume (3a; 3a'); - introducing at least one main food product (20; 20') inside the main volume (2a; 2a'); - making, by means of a first sealing head facing the first edge (2d; 2d'), a perimetric seal between a covering film (4; 4'), arranged to cover said first and second opening (2b; 2b', 3b; 3b'), and said first edge (2d; 2d'); - making, by means of a second sealing head facing the second edge (3d; 3d') and physically distinct from the first sealing head, an inner seal between the covering film (4; 4') and the second edge (3d; 3d'). - providing a main container (2; 2') defining a main volume (2a; 2a') intended to accommodate a main food product, and having a first opening (2b; 2b') at the upper part surrounded by a first planar edge (2d; 2d'); - providing at least one secondary container (3; 3') defining a secondary volume (3a; 3a') and having a second opening (3b; 3b') at the upper part surrounded by a second planar edge (3d; 3d'); - introducing said secondary container (3; 3') inside the main container (2; 2'), so that said first edge (2d; 2d') and said second edge (3d; 3d') are flush; - introducing at least one secondary food product (30; 30') inside the secondary volume (3a; 3a'); - introducing at least one main food product (20; 20') inside the main volume (2a; 2a'); - making, by means of a first sealing head facing the first edge (2d; 2d'), a perimetric seal between a covering film (4; 4'), arranged to cover said first and second opening (2b; 2b', 3b; 3b'), and said first edge (2d; 2d'); - making, by means of a second sealing head facing the second edge (3d; 3d') and physically distinct from the first sealing head, an inner seal between the covering film (4; 4') and the second edge (3d; 3d').
A chewing gum composition comprising 10 to 35 wt. % of a gum base and 50 to 80 wt.% of a bulk sweetener blend, wherein the bulk sweetener blend comprises at least one polyol, and wherein the chewing gum composition is formed from a molten gum composition comprising at least one molten gum base and at least one molten polyol, wherein the at least one polyol comprises xylitol, sorbitol, and at least one of isomalt and maltitol, and wherein a morphology of the chewing gum composition comprises at least one continuous amorphous phase when tested by scanning electron microscopy at a resolution of 100 microns.
A method for generating and reporting an overload indicator report, and said method comprising: a controller jointly carrying out conversion of a number system on a binary number used by an overload indicator value in each physical resource block group indicated by a set grouping tag value; said controller converting a value generated by the conversion of the number system into a new binary number, and jointing a new binary number in each physical resource block group to generate the overload indicator report; and said controller adding 1 into the grouping tag value to be a current grouping tag value, and judging whether the current grouping tag value is more than the number of all physical resource blocks occupied by a user, and if yes, said controller comparing the number of bits occupied by the overload indicator report corresponding to each grouping tag value, and selecting a physical resource block grouping mode corresponding to the overload indicator report which occupies the least number of bits as an overload indicator report format of said controller; otherwise said controller carrying out the conversion of the number system over again. a controller jointly carrying out conversion of a number system on a binary number used by an overload indicator value in each physical resource block group indicated by a set grouping tag value; said controller converting a value generated by the conversion of the number system into a new binary number, and jointing a new binary number in each physical resource block group to generate the overload indicator report; and said controller adding 1 into the grouping tag value to be a current grouping tag value, and judging whether the current grouping tag value is more than the number of all physical resource blocks occupied by a user, and if yes, said controller comparing the number of bits occupied by the overload indicator report corresponding to each grouping tag value, and selecting a physical resource block grouping mode corresponding to the overload indicator report which occupies the least number of bits as an overload indicator report format of said controller; otherwise said controller carrying out the conversion of the number system over again.
A solid oxide fuel cell module comprising a plurality of solid oxide fuel cells, each fuel cell comprising a first electrode, an electrolyte and a second electrode, a plurality of interconnectors being arranged to electrically connect the fuel cells in electrical series, each interconnector electrically connecting a first electrode of one fuel cell to a second electrode of an adjacent fuel cell, the first electrode comprising a first layer on the electrolyte to optimise the electrochemical activity at the electrolyte and a second layer on the first layer to provide electronic conduction perpendicular to the layers (40,42,44) of the fuel cell, the second layer being arranged such that electronic conduction perpendicular (40,42,44) to the layers of the fuel cell is different at different positions in the second layer characterised in that the composition of the second layer comprises a greater proportion of a high conductivity material at a first end of the first electrode nearest the interconnector, the composition of the second layer comprises a lesser proportion of the high conductivity material at a second end of the first electrode remote from the interconnector, the proportion of high conductivity material in the second layer continuously decreases from the first end to the second end of the first electrode or the second layer is a mesh having a plurality of holes, the number of holes per unit area remains constant, the cross-sectional area of the holes gradually increases from the first end to the second end of the second layer (40B, 44B) such that electronic conduction perpendicular to the layers (40,42,44) of the fuel cell is different at different positions in the second layer (40B, 44B) or the second layer is a mesh having a plurality of holes, the cross-sectional area of the holes remains constant, the number of holes gradually increases from the first end to the second end of the second layer (40B, 44B) such that electronic conduction perpendicular to the layers of the fuel cell is different at different positions in the second layer.
A bearing unit for a turbocharger rotor comprising a bearing housing; and a bearing bush which is arranged in a central hole for radial bearing of a turbocharger rotor in the bearing housing; an elastic anti-rotation means, wherein the anti-rotation means are arranged radially between the bearing bush and the bearing housing and are designed to prevent a rotation of the bearing bush relative to the bearing housing; and wherein a positive-locking connection is formed between the anti-rotation means and the bearing housing to prevent a rotation of the bearing bush relative to the bearing housing; characterized in that the anti-rotation means do not limit an axial movement of the bearing bush relative to the bearing housing in at least one direction. a bearing housing; and a bearing bush which is arranged in a central hole for radial bearing of a turbocharger rotor in the bearing housing; an elastic anti-rotation means, wherein the anti-rotation means are arranged radially between the bearing bush and the bearing housing and are designed to prevent a rotation of the bearing bush relative to the bearing housing; and wherein a positive-locking connection is formed between the anti-rotation means and the bearing housing to prevent a rotation of the bearing bush relative to the bearing housing; characterized in that the anti-rotation means do not limit an axial movement of the bearing bush relative to the bearing housing in at least one direction.
An over current protection system, characterized by comprising: a first resistor comprising: a first terminal configured to receive an input voltage (Vin); and a second terminal; a second resistor comprising: a first terminal coupled to the second terminal of the first resistor; and a second terminal directly coupled to a ground terminal; a third resistor comprising: a first terminal; and a second terminal coupled to the first terminal of the second resistor; a fourth resistor comprising: a first terminal coupled to the second terminal of the third resistor; and a second terminal configured to provide an output voltage (Vout); and an electrostatic discharge circuit coupled to the first terminal of the third resistor; wherein when the input voltage (Vin) is an abnormal voltage, the electrostatic discharge circuit is enabled for maintaining a voltage at the second terminal of the third resistor within a normal voltage range. a first resistor comprising: a first terminal configured to receive an input voltage (Vin); and a second terminal; a first terminal configured to receive an input voltage (Vin); and a second terminal; a second resistor comprising: a first terminal coupled to the second terminal of the first resistor; and a second terminal directly coupled to a ground terminal; a first terminal coupled to the second terminal of the first resistor; and a second terminal directly coupled to a ground terminal; a third resistor comprising: a first terminal; and a second terminal coupled to the first terminal of the second resistor; a first terminal; and a second terminal coupled to the first terminal of the second resistor; a fourth resistor comprising: a first terminal coupled to the second terminal of the third resistor; and a second terminal configured to provide an output voltage (Vout); and a first terminal coupled to the second terminal of the third resistor; and a second terminal configured to provide an output voltage (Vout); and an electrostatic discharge circuit coupled to the first terminal of the third resistor; wherein when the input voltage (Vin) is an abnormal voltage, the electrostatic discharge circuit is enabled for maintaining a voltage at the second terminal of the third resistor within a normal voltage range.
A multi-stage and multi-lumen (MSML) delivery system for implanting a prosthetic heart valve comprising a valve stent for treatment of a diseased heart valve, the MSML delivery system comprising: a docking system comprising a docking sheath and a docking controller; a dual-guiding-and-fixation system for implanting a plurality of DGF members, characterised in that: the DGF system comprising a DGF sheath, a torque-driving shaft and a DGF controller; wherein the plurality DGF members are configured to couple to a flared portion of the valve stent, and a valve delivery system for releasing and locking the prosthetic heart valve, the valve delivery system comprising a valve sheath, a lock housing structure sheath and a plurality of DGF locking member sheaths, a valve stabilization mechanism, and a valve delivery controller; wherein the docking system, the DGF system, and the valve delivery system are collectively configured to advance a plurality of DGF head members to an operative position, to deliver and implant the plurality of DGF head members to the operative position, and to guide, deliver and fixate the prosthetic heart valve to the operative position. a docking system comprising a docking sheath and a docking controller; a dual-guiding-and-fixation system for implanting a plurality of DGF members, characterised in that: the DGF system comprising a DGF sheath, a torque-driving shaft and a DGF controller; wherein the plurality DGF members are configured to couple to a flared portion of the valve stent, and a valve delivery system for releasing and locking the prosthetic heart valve, the valve delivery system comprising a valve sheath, a lock housing structure sheath and a plurality of DGF locking member sheaths, a valve stabilization mechanism, and a valve delivery controller; wherein the docking system, the DGF system, and the valve delivery system are collectively configured to advance a plurality of DGF head members to an operative position, to deliver and implant the plurality of DGF head members to the operative position, and to guide, deliver and fixate the prosthetic heart valve to the operative position. the DGF system comprising a DGF sheath, a torque-driving shaft and a DGF controller; wherein the plurality DGF members are configured to couple to a flared portion of the valve stent, and a valve delivery system for releasing and locking the prosthetic heart valve, the valve delivery system comprising a valve sheath, a lock housing structure sheath and a plurality of DGF locking member sheaths, a valve stabilization mechanism, and a valve delivery controller; wherein the docking system, the DGF system, and the valve delivery system are collectively configured to advance a plurality of DGF head members to an operative position, to deliver and implant the plurality of DGF head members to the operative position, and to guide, deliver and fixate the prosthetic heart valve to the operative position.
An electron beam source for an additive manufacturing apparatus comprising: a cathode, an anode, a means for deflecting an electron beam over a target surface, a contraction aperture arranged between the anode and the means for deflecting the electron beam, and a first vacuum pump (109, 114) arranged between the contraction aperture and the anode and a second vacuum pump (109, 114) arranged above the anode; wherein: the contraction aperture is aligned with an aperture in the anode with respect to the cathode; the contraction aperture is smaller than the aperture in the anode; a gas inlet is provided between the contraction aperture and the means for deflecting the electron beam; and a first crossover (106, 130) of the electron beam is arranged at or in close proximity to the contraction aperture. a cathode, an anode, a means for deflecting an electron beam over a target surface, a contraction aperture arranged between the anode and the means for deflecting the electron beam, and a first vacuum pump (109, 114) arranged between the contraction aperture and the anode and a second vacuum pump (109, 114) arranged above the anode; wherein: the contraction aperture is aligned with an aperture in the anode with respect to the cathode; the contraction aperture is smaller than the aperture in the anode; a gas inlet is provided between the contraction aperture and the means for deflecting the electron beam; and a first crossover (106, 130) of the electron beam is arranged at or in close proximity to the contraction aperture. the contraction aperture is aligned with an aperture in the anode with respect to the cathode; the contraction aperture is smaller than the aperture in the anode; a gas inlet is provided between the contraction aperture and the means for deflecting the electron beam; and a first crossover (106, 130) of the electron beam is arranged at or in close proximity to the contraction aperture.
A method of seed priming comprising the steps of: - providing a dry seed to be primed; - immersing said seed into an aqueous solution; - removing the seed from the aqueous solution once the seed has been saturated with water, wherein the immersion time at least is equal to the time required for the seed to enter the phase II of germination, but shorter than the time required for the seed to enter phase III of germination; - reducing the water content of the seed by 1 to 10 wt.%; and - incubating the seed under an atmosphere of air having a relative humidity of at least 95%, but less than 100%. - providing a dry seed to be primed; - immersing said seed into an aqueous solution; - removing the seed from the aqueous solution once the seed has been saturated with water, wherein the immersion time at least is equal to the time required for the seed to enter the phase II of germination, but shorter than the time required for the seed to enter phase III of germination; - reducing the water content of the seed by 1 to 10 wt.%; and - incubating the seed under an atmosphere of air having a relative humidity of at least 95%, but less than 100%.
An apparatus, comprising: a memory channel driver circuit (304;404;504;604) comprising first driver circuitry to drive a data signal (320;420;601) on a memory channel (302;503) data wire and second driver circuitry (512;603) to drive an echo cancellation signal (321;421) on said memory channel (302;503) data wire, said echo cancellation signal comprising echo cancellation pulses that follow corresponding pulses of said data signal (320;420) on said memory channel data wire by an amount of time that causes said echo cancellation pulses to reduce reflections of said corresponding pulses of said data signal on said memory channel data wire at a memory device that is coupled to said memory channel (302;503) data wire; characterised in that: the second driver circuit is configured to also generate echo cancellation training pulses in which delay is varied across a first set of the echo cancellation training pulses and amplitude is varied across a second, different set of the echo cancellation training pulses. a memory channel driver circuit (304;404;504;604) comprising first driver circuitry to drive a data signal (320;420;601) on a memory channel (302;503) data wire and second driver circuitry (512;603) to drive an echo cancellation signal (321;421) on said memory channel (302;503) data wire, said echo cancellation signal comprising echo cancellation pulses that follow corresponding pulses of said data signal (320;420) on said memory channel data wire by an amount of time that causes said echo cancellation pulses to reduce reflections of said corresponding pulses of said data signal on said memory channel data wire at a memory device that is coupled to said memory channel (302;503) data wire; characterised in that: the second driver circuit is configured to also generate echo cancellation training pulses in which delay is varied across a first set of the echo cancellation training pulses and amplitude is varied across a second, different set of the echo cancellation training pulses.
Multipurpose portable whole body exercise device, comprising: a rigid cylindrical hollow tube having first and second open ends, the first open end closed by a first end cap, and the second open end configured to be selectively closed by a removable and lockable second end cap; and an extension bar configured to be selectively arranged between a storage position within the rigid cylindrical hollow tube and an operative position at the second open end, characterised in that, in the operative position, the extension bar is attached to and extends perpendicular from one side of the rigid cylindrical hollow tube at one of the open ends, and in that the exercise device further comprises a variable resistance module (VRM, 68) at the end of the extension bar. a rigid cylindrical hollow tube having first and second open ends, the first open end closed by a first end cap, and the second open end configured to be selectively closed by a removable and lockable second end cap; and an extension bar configured to be selectively arranged between a storage position within the rigid cylindrical hollow tube and an operative position at the second open end, characterised in that, in the operative position, the extension bar is attached to and extends perpendicular from one side of the rigid cylindrical hollow tube at one of the open ends, and in that the exercise device further comprises a variable resistance module (VRM, 68) at the end of the extension bar.
Fastener for a wristlet, comprising a base portion to which the wristlet is fastenable and which has a fastener end with a pin, and a pivot arm to which the wristlet is fastenable and which has a fastener head, the pivot arm being hinged to the base portion and the fastener head having a locking mechanism for selectively locking and releasing the pin, wherein the fastener end of the base portion has a through opening through which a portion of the wristlet can be passed such that the pin can extend through the wristlet and can be locked by means of the locking mechanism.
A reel for a header configured for use with an agricultural vehicle, the reel comprising a plurality of tine bar assemblies supported relative to a rotational axis of the reel, each tine bar assembly including a tine support member and plurality of tines coupled to the tine support member and spaced apart from one another in a lateral direction along a length of the respective tine support member, the reel further comprising a central support member extending along the rotational axis and at least one radial support member coupled to the tine support member of each tine bar assembly and being configured to support the plurality of tine bar assemblies relative to the central support member, the reel being characterized by: the tine support member of each tine bar assembly is formed from one or more radar-transparent materials.
A semiconductor light emitting device comprising: a plane substrate having a flat substrate surface; a semiconductor light emitting element mounted on the substrate surface; and a lens formed of a resin which embeds the semiconductor light emitting element and condenses light emitted from the semiconductor light emitting element, wherein a circular ring-shaped metal ring body surrounding the semiconductor light emitting element and a plurality of regulation holes arranged inside the metal ring body at positions rotationally symmetric with respect to the center of the metal ring body are provided on the substrate surface, wherein a bottom of the lens is defined by the metal ring body and the regulation holes, wherein a body part of the lens has a plurality of valley portions extending toward the top of the lens from the positions of the regulation holes, and wherein the top of the lens has a surface of a spheroid with an axis vertical to the substrate surface and passing through the center of the metal ring body as a major axis. a plane substrate having a flat substrate surface; a semiconductor light emitting element mounted on the substrate surface; and a lens formed of a resin which embeds the semiconductor light emitting element and condenses light emitted from the semiconductor light emitting element, wherein a circular ring-shaped metal ring body surrounding the semiconductor light emitting element and a plurality of regulation holes arranged inside the metal ring body at positions rotationally symmetric with respect to the center of the metal ring body are provided on the substrate surface, wherein a bottom of the lens is defined by the metal ring body and the regulation holes, wherein a body part of the lens has a plurality of valley portions extending toward the top of the lens from the positions of the regulation holes, and wherein the top of the lens has a surface of a spheroid with an axis vertical to the substrate surface and passing through the center of the metal ring body as a major axis.