mhurhangee/patent-ind-claim-en huggingface dataset:
A magazine for providing at least one tubular-shaped packaging casing suitable for receiving a flowable filling material in the production of sausage-shaped products, in particular sausages, comprising: - a longitudinal magazine axis , - at least one mandrel for holding at least one packaging casing , wherein the at least one mandrel has a longitudinal mandrel axis , which extends at least approximately parallel to the longitudinal magazine axis , and wherein the at least one mandrel comprises a free end at a first mandrel end , and - at least one retaining element arranged at least at the proximity of the first mandrel end for releasably retaining the packaging casing on the at least one mandrel , characterised in that the longitudinal magazine axis is oriented at least approximately vertically. - a longitudinal magazine axis , - at least one mandrel for holding at least one packaging casing , wherein the at least one mandrel has a longitudinal mandrel axis , which extends at least approximately parallel to the longitudinal magazine axis , and wherein the at least one mandrel comprises a free end at a first mandrel end , and - at least one retaining element arranged at least at the proximity of the first mandrel end for releasably retaining the packaging casing on the at least one mandrel , characterised in that the longitudinal magazine axis is oriented at least approximately vertically.
An aircraft comprising an aircraft fuel tank ; and a time domain reflectometry (TDR) fuel gauge installed in the aircraft fuel tank for measuring a filling level of fuel in the aircraft fuel tank, the TDR fuel gauge comprising an electromagnetic signal generator and a cable, the cable comprising a first cable part and a second cable part which are coupled in series to the signal generator, wherein the first cable part extends downwardly within the fuel tank and the second cable part extends upwardly within the fuel tank, and wherein the first and second cable parts are arranged such that for at least one filling level of the fuel in the fuel tank the first cable part extends down into the fuel from an ullage space at a first location and the second cable part extends up out of the fuel into an ullage space at a second location which is spaced apart from the first location, characterised in that the fuel tank is a wing tank in a wing of the aircraft, the aircraft has a plane of symmetry , at least part of the cable within the wing tank extends away from the plane of symmetry, the cable and the wing tank each have a span normal to the plane of symmetry, and the span of the cable is more than 70% of the span of the wing tank.
An extractor cleaning machine comprising: a base movable along a surface to be cleaned, the base including a suction nozzle ; an accessory tool coupled to the base for above-the-floor cleaning, the accessory tool including a distribution nozzle ; a handle pivotally coupled to the base for movement between a substantially upright position and an inclined operating position; a suction source in fluid communication with the suction nozzle, the suction source operable to draw fluid and dirt from the surface through the suction nozzle; a recovery tank supported by the base, the recovery tank in fluid communication with the suction source to receive and store the fluid and dirt drawn through the suction nozzle; a supply tank supported by the base, the supply tank in fluid communication with the distribution nozzle to supply cleaning fluid to the distribution nozzle; a pump in fluid communication with the supply tank and the distribution nozzle to deliver fluid from the supply tank to the distribution nozzle; and a motor operable to drive the pump, the motor including an output shaft ; a belt coupled to the output shaft of the motor and the pump to selectively drive the pump; and a belt tensioner movable relative to the belt, characterized in that the belt tensioner engaging the belt to tension the belt when the handle is in the substantially upright position, and the belt tensioner disengaging the belt to untension the belt when the handle is in the inclined operating position. a base movable along a surface to be cleaned, the base including a suction nozzle ; an accessory tool coupled to the base for above-the-floor cleaning, the accessory tool including a distribution nozzle ; a handle pivotally coupled to the base for movement between a substantially upright position and an inclined operating position; a suction source in fluid communication with the suction nozzle, the suction source operable to draw fluid and dirt from the surface through the suction nozzle; a recovery tank supported by the base, the recovery tank in fluid communication with the suction source to receive and store the fluid and dirt drawn through the suction nozzle; a supply tank supported by the base, the supply tank in fluid communication with the distribution nozzle to supply cleaning fluid to the distribution nozzle; a pump in fluid communication with the supply tank and the distribution nozzle to deliver fluid from the supply tank to the distribution nozzle; and a motor operable to drive the pump, the motor including an output shaft ; a belt coupled to the output shaft of the motor and the pump to selectively drive the pump; and a belt tensioner movable relative to the belt, characterized in that the belt tensioner engaging the belt to tension the belt when the handle is in the substantially upright position, and the belt tensioner disengaging the belt to untension the belt when the handle is in the inclined operating position.
An apparatus comprising: an extrusion nozzle including an inlet end ; an outlet end opposite the inlet end ; an axis extending between the inlet end and the outlet end , wherein the extrusion nozzle is configured to rotate about the axis ; a rotary drive engagement portion between the inlet end and the outlet end ; at least one heating element thermally coupled with the extrusion nozzle ; and a cavity including an inlet opening at the inlet end and an outlet opening at the outlet end , wherein the inlet opening has a different configuration than the outlet opening , the cavity has a path that is non-linear, and a length of the cavity is greater than a length of the extrusion nozzle . an extrusion nozzle including an inlet end ; an outlet end opposite the inlet end ; an axis extending between the inlet end and the outlet end , wherein the extrusion nozzle is configured to rotate about the axis ; a rotary drive engagement portion between the inlet end and the outlet end ; at least one heating element thermally coupled with the extrusion nozzle ; and a cavity including an inlet opening at the inlet end and an outlet opening at the outlet end , wherein the inlet opening has a different configuration than the outlet opening , the cavity has a path that is non-linear, and a length of the cavity is greater than a length of the extrusion nozzle .
A method for double-sided printing on a web by means of a roll-fed printer comprising an input holder for the web , an output holder for the web , a print head assembly on a paper path from the input holder to the output holder , a print controller to control the printing of digital images (1A - 16A, 1B - 16B) on the web and a user interface , the method comprising the steps of a) scheduling first images (1A - 16A) to be printed on a first side of the web and second images (1B - 16B) to be printed on a second side of the web , b) printing the first images (1A - 16A) on the first side of the web fed from the input holder towards the output holder , c) receiving a first signal that the one-sided printed web is inserted at the input holder in order allow a start of printing on the second side of the web , d) starting printing the second images (1B - 16B) on the second side of the web fed from the input holder , e) receiving an error signal or a user interface signal causing a print stop leaving a remaining part (1B - 13B) of the second side of the web unprinted, f) determining the remaining part (1B - 13B) of the second images not yet printed on the second side of the web due to the print stop, g) receiving a second signal that the web is inserted at the input holder in order to allow a start of printing the remaining part (1B - 13B) of the second images in a reverse order on the remaining part of the second side of the web , and h) printing the remaining part (1B - 13B) of the second images in the reverse order on the remaining part of the second side of the web , characterized in that the method comprises between steps step f) and g) the step of feeding the web forward towards the output holder until the web is completely wound up at the output holder . a) scheduling first images (1A - 16A) to be printed on a first side of the web and second images (1B - 16B) to be printed on a second side of the web , b) printing the first images (1A - 16A) on the first side of the web fed from the input holder towards the output holder , c) receiving a first signal that the one-sided printed web is inserted at the input holder in order allow a start of printing on the second side of the web , d) starting printing the second images (1B - 16B) on the second side of the web fed from the input holder , e) receiving an error signal or a user interface signal causing a print stop leaving a remaining part (1B - 13B) of the second side of the web unprinted, f) determining the remaining part (1B - 13B) of the second images not yet printed on the second side of the web due to the print stop, g) receiving a second signal that the web is inserted at the input holder in order to allow a start of printing the remaining part (1B - 13B) of the second images in a reverse order on the remaining part of the second side of the web , and h) printing the remaining part (1B - 13B) of the second images in the reverse order on the remaining part of the second side of the web ,
An inflator assembly comprising: - an inflator body forming a chamber wherein a quantity of a gas generating solid reacts to form gas, - a quantity of gas treatment material to treat the formed gas to form a treated gas and - at least one assembly exit opening to permit the treated gas to exit the inflator assembly , wherein the gas generating solid has a flame temperature of no more than 1670 K and comprises: - at least one of an organic fuel, a transition metal salt of said organic fuel and a transition metal nitrate complex of said organic fuel, wherein said organic fuel comprises at least the elements carbon, hydrogen and oxygen, includes at least one functional group selected from the list of amide, imine, hydroxyl and carboxylic acids, is free of nitro and cyano functional groups, and has an oxygen-to-carbon mole ratio of at least 0.5 and an exothermic heat of formation of no less than -400 KJ/mole; the at least one organic fuel, transition metal salt of said organic fuel and transition metal nitrate complex of said organic fuel present in a relative amount of between 5 and 50 composition weight percent; - between 10 and 30 composition weight percent guanidine nitrate as a co-fuel; - between 25 and 70 composition weight percent of basic metal nitrate oxidizer, and - up to 15 composition weight percent metal oxide coolant, wherein the inflator assembly has weight and volume reductions each in the range of at least 20 to 40 percent as compared to an otherwise identical performing inflator assembly that utilizes a gas generating composition having a flame temperature of at least 1800 K. - an inflator body forming a chamber wherein a quantity of a gas generating solid reacts to form gas, - a quantity of gas treatment material to treat the formed gas to form a treated gas and - at least one assembly exit opening to permit the treated gas to exit the inflator assembly , - at least one of an organic fuel, a transition metal salt of said organic fuel and a transition metal nitrate complex of said organic fuel, wherein said organic fuel comprises at least the elements carbon, hydrogen and oxygen, includes at least one functional group selected from the list of amide, imine, hydroxyl and carboxylic acids, is free of nitro and cyano functional groups, and has an oxygen-to-carbon mole ratio of at least 0.5 and an exothermic heat of formation of no less than -400 KJ/mole; the at least one organic fuel, transition metal salt of said organic fuel and transition metal nitrate complex of said organic fuel present in a relative amount of between 5 and 50 composition weight percent; - between 10 and 30 composition weight percent guanidine nitrate as a co-fuel; - between 25 and 70 composition weight percent of basic metal nitrate oxidizer, and - up to 15 composition weight percent metal oxide coolant,
A birdstrike avoidance optical flexible film, comprising: 1) a protective layer; 2) a reflective layer; 3) a substrate layer; 4) an adhesive layer; and 5) a release layer; wherein a coating for preparing the reflective layer comprises following components: 10 to 30 parts by weight of a polymerizable liquid crystal material, 0.5 to 10 parts by weight of a chiral agent, 0.2 to 2 parts by weight of a photoinitiator, and 50 to 100 parts by weight of a solvent; wherein the polymerizable liquid crystal material is selected from a group consisting of a compound of formula I, a compound of formula II, or a combination thereof; where R is independently selected from a group consisting of (CH 2 =CH)-COO-(CH2) m -, halogen, C1- C10 alkyl, and halogenated C1- C10 alkyl; m is selected from a group consisting of 0, 1, 2, 3, 4, and 5; wherein the reflective layer is more than one layers of polymerizable cholesteric liquid crystal coating; wherein a total thickness of the protective layer, the reflective layer, and the substrate layer is 20 to 120 μm; wherein a thickness of the reflective layer is 3 to 7 μm. 1) a protective layer; 2) a reflective layer; 3) a substrate layer; 4) an adhesive layer; and 5) a release layer; wherein a coating for preparing the reflective layer comprises following components: 10 to 30 parts by weight of a polymerizable liquid crystal material, 0.5 to 10 parts by weight of a chiral agent, 0.2 to 2 parts by weight of a photoinitiator, and 50 to 100 parts by weight of a solvent; wherein the polymerizable liquid crystal material is selected from a group consisting of a compound of formula I, a compound of formula II, or a combination thereof; where R is independently selected from a group consisting of (CH 2 =CH)-COO-(CH2) m -, halogen, C1- C10 alkyl, and halogenated C1- C10 alkyl; m is selected from a group consisting of 0, 1, 2, 3, 4, and 5; wherein the reflective layer is more than one layers of polymerizable cholesteric liquid crystal coating; wherein a total thickness of the protective layer, the reflective layer, and the substrate layer is 20 to 120 μm; wherein a thickness of the reflective layer is 3 to 7 μm. 10 to 30 parts by weight of a polymerizable liquid crystal material, 0.5 to 10 parts by weight of a chiral agent, 0.2 to 2 parts by weight of a photoinitiator, and 50 to 100 parts by weight of a solvent; wherein the polymerizable liquid crystal material is selected from a group consisting of a compound of formula I, a compound of formula II, or a combination thereof; where R is independently selected from a group consisting of (CH 2 =CH)-COO-(CH2) m -, halogen, C1- C10 alkyl, and halogenated C1- C10 alkyl; m is selected from a group consisting of 0, 1, 2, 3, 4, and 5; wherein the reflective layer is more than one layers of polymerizable cholesteric liquid crystal coating; wherein a total thickness of the protective layer, the reflective layer, and the substrate layer is 20 to 120 μm; wherein a thickness of the reflective layer is 3 to 7 μm.
A method for identifying a legal chip, comprising: a reading device sequentially sending (S101), to a chip to be read, M instructions to be processed comprising N preset instructions, where M ≥ N and M and N are both positive integers; the chip to be read sequentially receiving (S102) the M instructions to be processed, and responding to each instruction to be processed; the reading device acquiring (S103) a set of first processing durations in which the chip to be read responds to the N preset instructions, respectively; the reading device acquiring (S104) a processing duration characteristic of the chip to be read by performing a first process on the set of first processing durations; and the reading device acquiring (S105) a result of comparing the processing duration characteristic of the chip to be read with a processing duration characteristic of a legal chip corresponding to an identifier of the chip to be read, and determining the chip to be read as a legal chip if the processing duration characteristic of the chip to be read is in accordance with the processing duration characteristic of the legal chip. a reading device sequentially sending (S101), to a chip to be read, M instructions to be processed comprising N preset instructions, where M ≥ N and M and N are both positive integers; the chip to be read sequentially receiving (S102) the M instructions to be processed, and responding to each instruction to be processed; the reading device acquiring (S103) a set of first processing durations in which the chip to be read responds to the N preset instructions, respectively; the reading device acquiring (S104) a processing duration characteristic of the chip to be read by performing a first process on the set of first processing durations; and the reading device acquiring (S105) a result of comparing the processing duration characteristic of the chip to be read with a processing duration characteristic of a legal chip corresponding to an identifier of the chip to be read, and determining the chip to be read as a legal chip if the processing duration characteristic of the chip to be read is in accordance with the processing duration characteristic of the legal chip.
A three-dimensional lattice architecture with a hierarchy through the thickness direction, comprising: a first surface and a second surface separated from each other with a distance therebetween defining a thickness of the three-dimensional lattice architecture; a plurality of angled struts extending along a plurality of directions between the first surface and the second surface; and a plurality of nodes connecting the plurality of angled struts with one another forming a plurality of unit cells, wherein at least a portion of the plurality of angled struts are internally terminated along the thickness direction of the lattice architecture short of the second surface of the lattice architecture, and a distance between an end of the internally terminated strut and the second surface is from 0.05 mm to 25 mm. a first surface and a second surface separated from each other with a distance therebetween defining a thickness of the three-dimensional lattice architecture; a plurality of angled struts extending along a plurality of directions between the first surface and the second surface; and a plurality of nodes connecting the plurality of angled struts with one another forming a plurality of unit cells, wherein at least a portion of the plurality of angled struts are internally terminated along the thickness direction of the lattice architecture short of the second surface of the lattice architecture, and a distance between an end of the internally terminated strut and the second surface is from 0.05 mm to 25 mm.
Tray-like holder for a dispensing apparatus (A) for unpackaged products, in particular baked products such as bread, rolls or the like, wherein the tray-like holder is formed in a number of parts from, in the assembled state, at least two adjacent, joined-together tray elements , wherein the tray elements each have overlapping portions , which overlap one another in the assembled state of the tray-like holder , wherein the tray elements each have a latching element and/or a latching-element counterpart , by means of which the tray element can be joined together with an adjacent tray element , characterized in that the overlapping portion , which also forms is the latching element of the end part of the tray-like holder, is designed in the form of a channel-like insert region and is bounded by a main portion and two wall portions and , which are perpendicular to the main portion .
A variable convergent-divergent exhaust nozzle for a jet engine , comprising a fixed structure , a first cross sectional area (A1), a second cross sectional area (A2), a plurality of first flap means being pivotally connectable to the fixed structure , a plurality of second flap means being pivotally connected to the plurality of first flap means , first actuator means being arranged to actuate said first flap means for variation of the nozzles first cross sectional area (A1) between a first position and a second position, second actuator means (20', 20'h) being arranged to actuate said second flap means for variation of the nozzles second cross sectional area (A2) between a first position and a second position characterized in that said first actuator means comprises two sliding surfaces , said second actuator means comprises two sliding surfaces , wherein the two sliding surfaces of said first actuator means are angularly arranged to each other with an angle (α) and the two sliding surfaces of said second actuator means are angularly arranged to each other with the same angle (α), the respective first flap means comprises third flap means and fourth flap means , each comprising a first sliding surface arranged in continuous contact with adjacent first flap means during said variation, the respective second flap means comprises fifth flap means and sixth flap means , each comprising a second sliding surface (22'", 22""') arranged in continuous contact with adjacent second flap means during said variation, wherein the third flap means is arranged to be in said continuous contact with the adjacent fourth flap means such that the third flap means , within an area defined by said first sliding surface , overlies the fourth flap means , wherein the fifth flap means is arranged to be in said continuous contact with an adjacent sixth flap means such that the fifth flap means , within an area defined by said sliding surface (22'", 22""), overlies the sixth flap means , wherein the first cross sectional area (A1) and the second cross sectional area (A2) are hexagonal or pentagonal and asymmetric, or squared, symmetric and has equal angles (α), or rectangular, symmetric and has equal angles (α), or triangular, symmetric and has equal angles (α).
A vehicle, more particularly for horse transport, comprising: - a horsebox provided with a bottom , - wheels which are connected to the horsebox, - a ramp which is present on one side of the vehicle, for loading and unloading horses, - a partition extending in the horsebox, and - at least a partition pole to which the partition is fitted, which partition pole is connected to the bottom of the horsebox, where the bottom of the horsebox is provided with a hole through which the partition pole is projected, characterized in that the bottom end of the partition pole is present underneath the bottom at a distance from the bottom , and floor beams are present underneath the bottom of the horsebox where the part of the partition pole that is present underneath the bottom is connected to one or more of the bottom beams by guy elements , so that this part is secured in radial direction relative to the bottom of the horsebox and the partition pole is maintained in an upright position. - a horsebox provided with a bottom , - wheels which are connected to the horsebox, - a ramp which is present on one side of the vehicle, for loading and unloading horses, - a partition extending in the horsebox, and - at least a partition pole to which the partition is fitted, which partition pole is connected to the bottom of the horsebox,