mhurhangee/patent-ind-claim-en huggingface dataset:
Method for collecting biological material from a crime scene, using a mobile terminal manipulated by a technician , said mobile terminal comprising an electronic processing unit that is connected to an image-capturing device and to an alarm-generating mechanism with a view to controlling said device and mechanism, the capturing device having optical characteristics making it suitable for acquiring dermatoglyphic images (60.1), the collecting method comprising the following steps, implemented by the mobile terminal: - acquiring a first image of a first dermatoglyphic print (60.1) and extracting therefrom a first set of candidate biometric data; - comparing the set of candidate biometric data to sets (58; 59) of reference biometric data and determining a similarity score (61.1-61.20) between the set of candidate biometric data and each of the sets (58; 59) of reference biometric data; - comparing the similarity scores (61.1-61.20) with a first predetermined threshold ; - when none of the similarity scores (61.1-61.20) is higher than the first predetermined threshold , generating a first alarm; - when the first alarm is generated, collecting biological material in a region neighbouring the first dermatoglyphic print (60.1), this step being carried out by the technician . - acquiring a first image of a first dermatoglyphic print (60.1) and extracting therefrom a first set of candidate biometric data; - comparing the set of candidate biometric data to sets (58; 59) of reference biometric data and determining a similarity score (61.1-61.20) between the set of candidate biometric data and each of the sets (58; 59) of reference biometric data; - comparing the similarity scores (61.1-61.20) with a first predetermined threshold ; - when none of the similarity scores (61.1-61.20) is higher than the first predetermined threshold , generating a first alarm; - when the first alarm is generated, collecting biological material in a region neighbouring the first dermatoglyphic print (60.1), this step being carried out by the technician .
A method for producing a functionally gradient material precursor, comprising: forming plural kinds of metal foam precursors, each including a metal member and configured such that when heat treatment is later performed thereon a plurality of pores are generated within the metal member, and material compositions of respective metal members of the metal foam precursors being different from each other; and friction stir welding the plural kinds of metal foam precursors at the same time as the plural kinds of metal foam precursors are formed or after forming the plural kinds of metal foam precursors, so as to form a functionally gradient material precursor. forming plural kinds of metal foam precursors, each including a metal member and configured such that when heat treatment is later performed thereon a plurality of pores are generated within the metal member, and material compositions of respective metal members of the metal foam precursors being different from each other; and friction stir welding the plural kinds of metal foam precursors at the same time as the plural kinds of metal foam precursors are formed or after forming the plural kinds of metal foam precursors, so as to form a functionally gradient material precursor.
Use of a composition comprising: a transition metal salt containing a transition metal element; and a reaction solvent, wherein the reaction solvent is an H 2 O-based reaction solvent in a liquid state that comprises H 2 O and has a dielectric constant of at least 65, at least 70, at least 75 or at least 80, for depolymerization of a cured epoxy resin material, wherein chemical bonds, such as carbon-carbon bonds, of the cured epoxy resin material are oxidized by the medium of the transition metal in the reaction solvent.
A sandwich construction element , comprising: - a first element with a face, extending in a longitudinal direction with a thickness and a height being smaller than the longitudinal length; - a second element with a face, extending in the same longitudinal direction as the first element with a thickness and a height being smaller than the longitudinal length, wherein the second element is facing the face of the first element ; - an open core structure arranged between, and operatively connected to the first element and the second element , wherein the open core structure comprises a plurality of close packed tetrahedron structures , wherein the tetrahedron structures are asymmetric and are arranged to form one or more unit cells with six points defining two tetrahedrons sharing a diagonal spine, wherein each tetrahedron has a plane that is perpendicular to another, wherein each tetrahedron is an asymmetric tetrahedron, wherein a volume is formed by said two tetrahedrons and wherein said two tetrahedrons define two parallelograms (301, 302, 400a-c), arranged in an overlapping intersection relation along a diagonal wherein each of the parallelograms (301, 302, 400a-c) comprises a slit along said diagonal from a corner to at least a center of the parallelogram, wherein the slit is configured to receive a corresponding parallelogram with a slit such that the end portions of the slit of the two parallelograms overlap. - a first element with a face, extending in a longitudinal direction with a thickness and a height being smaller than the longitudinal length; - a second element with a face, extending in the same longitudinal direction as the first element with a thickness and a height being smaller than the longitudinal length, wherein the second element is facing the face of the first element ; - an open core structure arranged between, and operatively connected to the first element and the second element , wherein the open core structure comprises a plurality of close packed tetrahedron structures , wherein the tetrahedron structures are asymmetric and are arranged to form one or more unit cells with six points defining two tetrahedrons sharing a diagonal spine, wherein each tetrahedron has a plane that is perpendicular to another, wherein each tetrahedron is an asymmetric tetrahedron, wherein a volume is formed by said two tetrahedrons and wherein said two tetrahedrons define two parallelograms (301, 302, 400a-c), arranged in an overlapping intersection relation along a diagonal wherein each of the parallelograms (301, 302, 400a-c) comprises a slit along said diagonal from a corner to at least a center of the parallelogram, wherein the slit is configured to receive a corresponding parallelogram with a slit such that the end portions of the slit of the two parallelograms overlap.
A method for manufacturing a pretreated extruded 6060X type aluminum soft alloy comprising besides Mg and Si, in an amount between 0,2 and 0,6 wt %, also Fe, Mn, Zn and Cu as alloying elements each independently present in an amount of between 0,015 and 0,35 wt % of total wt ; said method comprising; i. heating said 6060X type aluminum soft alloy to be extruded to a softening temperature; and ii. forcing the thus softened 6060X type aluminum alloy through the die opening of an extrusion die with a ram speed of at least 7 mm/s; iii. collecting the extruded 6060X type aluminum soft alloy that emerges from the die opening through the die exit ; iv. inerting the extruded 6060X type aluminum soft alloy at the position where the extruded aluminum soft alloy emerges from the die opening with a flow of an inert gas , in particular liquid nitrogen; v. maintaining the extruded 6060X type aluminum soft alloy at the position where it emerges from the die and after the inertization at a temperature in the range of 500 - 600 ° C; in particular in the range of 550°C up to 595°C; and characterized in that the method further comprises the step of vi. subjecting the inertized extruded 6060X type aluminum soft alloy to an etching pretreatment with an alkaline or acid of at least 1,0 preferably 2 gram/m 2 followed by an acid desmutting to avoid enrichment of Cu, Zn, Mn left on the surface in case of alkaline etching; to yield the pretreated extruded 6060X type aluminum soft alloy . i. heating said 6060X type aluminum soft alloy to be extruded to a softening temperature; and ii. forcing the thus softened 6060X type aluminum alloy through the die opening of an extrusion die with a ram speed of at least 7 mm/s; iii. collecting the extruded 6060X type aluminum soft alloy that emerges from the die opening through the die exit ; iv. inerting the extruded 6060X type aluminum soft alloy at the position where the extruded aluminum soft alloy emerges from the die opening with a flow of an inert gas , in particular liquid nitrogen; v. maintaining the extruded 6060X type aluminum soft alloy at the position where it emerges from the die and after the inertization at a temperature in the range of 500 - 600 ° C; in particular in the range of 550°C up to 595°C; and characterized in that the method further comprises the step of vi. subjecting the inertized extruded 6060X type aluminum soft alloy to an etching pretreatment with an alkaline or acid of at least 1,0 preferably 2 gram/m 2 followed by an acid desmutting to avoid enrichment of Cu, Zn, Mn left on the surface in case of alkaline etching;
Production line for the production of metal sheets from round or approximately round thin-walled extruded profiles or hollow chamber plates made from extruded profiles, all of which are made of light metals, preferably magnesium or magnesium alloys, comprising an extrusion press for producing an extruded profile open along its surface line, a separating device for cutting the extruded profile to length according to the length of the metal sheet or hollow chamber plate , a bending unit for widening the longitudinal gap of the open extruded profile , an expanding unit for expanding the open extruded profile into a flat sheet or hollow chamber plate , and a stacking unit , characterized in that two expanding units are arranged in parallel to the extrusion line and connected to the same extrusion press , the extrusion press and the expanding units being connected to one another by means of a handling device for transferring the U-shaped profile to the expanding units to keep the extrusion and expanding processes independent from one another.
A combat vehicle having a weapon system comprising at least one breech a blowback system , a smaller-caliber barrel having a loading part with a loading space length and a loading space diameter , and a larger-caliber barrel that can be exchanged for the smaller-caliber barrel having a loading part with a loading space length , wherein the larger-caliber barrel has a loading space lengthening compared with the loading space of a smaller-caliber barrel , while more or less maintaining a loading space diameter of the smaller-caliber barrel to increase the performance of the weapon system , wherein the outer dimensions of the larger-caliber barrel remain virtually unchanged compared with the smaller-caliber barrel in the region of the loading part . at least one breech a blowback system , a smaller-caliber barrel having a loading part with a loading space length and a loading space diameter , and a larger-caliber barrel that can be exchanged for the smaller-caliber barrel having a loading part with a loading space length , wherein the larger-caliber barrel has a loading space lengthening compared with the loading space of a smaller-caliber barrel , while more or less maintaining a loading space diameter of the smaller-caliber barrel to increase the performance of the weapon system , wherein the outer dimensions of the larger-caliber barrel remain virtually unchanged compared with the smaller-caliber barrel in the region of the loading part .
A cowcatcher for disposing on a lower surface of an underframe of a railroad vehicle, comprising an impact-absorbing mechanism for absorbing an impact applied to a cowcatcher portion , wherein the impact-absorbing mechanism includes: an impact-absorbing portion for absorbing an impact; a pressing portion for pressing the impact-absorbing portion ; and a guiding portion for guiding a pressing direction of the pressing portion , the impact-absorbing portion is disposed between the pressing portion and the guiding portion , the pressing portion includes a flange for crushing the impact-absorbing portion and a rod connected to the flange , a connecting portion of the rod connected to the flange being a cylinder, the guiding portion is a cylinder body into which an end portion of the rod is inserted, and includes suppression members (15e; 151e) on upper and lower inner walls of the cylinder body, and an end of the rod is guided in an axial direction of the cylinder body while a vertical displacement of the rod is suppressed by the suppression members; wherein : the cylinder body is a square tube having a rectangular cross section, the suppression members (15e; 151e) are disposed on a pair of upper and lower horizontal plates of the square tube, the end portion of the rod has a pair of plane surfaces obtained by cutting side surfaces of the cylindrical connecting portion of the rod, and a pair of left and right vertical plates (15c1) of the square tube are disposed at positions facing the plane surfaces. an impact-absorbing portion for absorbing an impact; a pressing portion for pressing the impact-absorbing portion ; and a guiding portion for guiding a pressing direction of the pressing portion ,
Wicketed packaging bag comprising a first sheet and a second sheet assembled to one another along the lower edges thereof and along the two side edges thereof so as to form a container having a top opening , characterised in that said bag comprises: - a lip extended from the first sheet , the lower edge of the lip being attached to the upper edge of said first sheet, perforations being provided between said edges, - a first adhesive strip arranged on an inner surface of the first sheet, - a protective strip comprising means for provisionally covering the first adhesive strip - a system for permanently assembling the protective strip on the inner surface of the lip , the configuration of the protective strip making it possible to implement provisional covering means on the adhesive strip by maintaining the lip in the extension of the first sheet . - a lip extended from the first sheet , the lower edge of the lip being attached to the upper edge of said first sheet, perforations being provided between said edges, - a first adhesive strip arranged on an inner surface of the first sheet, - a protective strip comprising means for provisionally covering the first adhesive strip - a system for permanently assembling the protective strip on the inner surface of the lip , the configuration of the protective strip making it possible to implement provisional covering means on the adhesive strip by maintaining the lip in the extension of the first sheet .
A method performed by an edge enabler server, EES, in an edge data network, EDN, the method comprises: receiving, from an edge enabler client, EEC, of a user equipment, UE, , a message for an edge application server, EAS, usage indication, wherein the message is an application context relocation, ACR, information subscription request, and the message comprises an identifier, ID, of an EAS that is selected by the EEC , the EAS being one of at least one discovered EAS and used by an application client, AC, of the UE ; storing information in the received message; and providing a service to the EAS having the ID in the message. receiving, from an edge enabler client, EEC, of a user equipment, UE, , a message for an edge application server, EAS, usage indication, wherein the message is an application context relocation, ACR, information subscription request, and the message comprises an identifier, ID, of an EAS that is selected by the EEC , the EAS being one of at least one discovered EAS and used by an application client, AC, of the UE ; storing information in the received message; and providing a service to the EAS having the ID in the message.
A refrigerator comprising: an outer case configured to form an exterior of the refrigerator ; an inner case coupled to the outer case and configured to form a refrigerator compartment and a freezer compartment ; a dispenser provided at a refrigerator compartment door ; an insulator configured to be filled in a space between the outer case and the inner case ; a case disposed in the refrigerator compartment ; a plurality of filters installed at an inside of the case ; a water supply pipe which is connected to the plurality of filters , passes through the refrigerator compartment and extends to an outside of the refrigerator compartment ; a water tank disposed at an inside of the refrigerator compartment ; a connection part which is connected to the water tank , passes through the refrigerator compartment and extends to the outside of the refrigerator compartment ; and a tube guide buried in the space between the outer case and the inner case and through which the water supply pipe and the connection part pass together, wherein the tube guide includes an inlet port which is in contact with a side surface of the inner case , characterized by an outlet port of the tube guide which is in contact with a rear surface of the outer case , and a tube guiding portion which connects the inlet port with the outlet port and rounded with a predetermined curvature, wherein the water supply pipe and the connection part are bent while passing through the tube guiding portion , wherein there is an ice maker provided at a refrigerator compartment door . an outer case configured to form an exterior of the refrigerator ; an inner case coupled to the outer case and configured to form a refrigerator compartment and a freezer compartment ; a dispenser provided at a refrigerator compartment door ; an insulator configured to be filled in a space between the outer case and the inner case ; a case disposed in the refrigerator compartment ; a plurality of filters installed at an inside of the case ; a water supply pipe which is connected to the plurality of filters , passes through the refrigerator compartment and extends to an outside of the refrigerator compartment ; a water tank disposed at an inside of the refrigerator compartment ; a connection part which is connected to the water tank , passes through the refrigerator compartment and extends to the outside of the refrigerator compartment ; and a tube guide buried in the space between the outer case and the inner case and through which the water supply pipe and the connection part pass together, wherein the tube guide includes an inlet port which is in contact with a side surface of the inner case , characterized by an outlet port of the tube guide which is in contact with a rear surface of the outer case , and a tube guiding portion which connects the inlet port with the outlet port and rounded with a predetermined curvature, wherein the water supply pipe and the connection part are bent while passing through the tube guiding portion , wherein there is an ice maker provided at a refrigerator compartment door .
Gas tank system for use in a means of transport comprising: - a gas-tight outer shell , - at least one heat-resistant inner shell arranged therein, within which the gas can be stored, - at least one channel , wherein the channel is arranged between the outer and the inner shell and is delimited by the inner and the outer shell and wherein the outer shell has an inlet for receiving the gas in the channel and the inner shell has a first outlet for guiding the gas into the inner shell , characterised in that a cooling apparatus is arranged at the first inlet . - a gas-tight outer shell , - at least one heat-resistant inner shell arranged therein, within which the gas can be stored, - at least one channel , wherein the channel is arranged between the outer and the inner shell and is delimited by the inner and the outer shell and wherein the outer shell has an inlet for receiving the gas in the channel and the inner shell has a first outlet for guiding the gas into the inner shell , characterised in that a cooling apparatus is arranged at the first inlet .
A magnetic resonance imaging (MRI) apparatus, comprising: a coil assembly comprising a superconductive bore-type magnet with a horizontal axis; and a helium container which is configured to accommodate the coil assembly and helium, CHARACTERISED BY the helium container comprising a partition wall configured to surround only a lower portion of an outer circumference of the coil assembly , wherein the helium in liquid state is accommodated in a first space formed between the partition wall and the coil assembly , and a cooling apparatus configured to cool the helium into the helium in the liquid state and to introduce the helium cooled by the cooling apparatus in the liquid state at least into the first space , wherein, in response to the first space being substantially filled with the helium in the liquid state, the helium in the liquid state is configured to overflow from the first space down into a second space under the partition wall in the helium container . a coil assembly comprising a superconductive bore-type magnet with a horizontal axis; and a helium container which is configured to accommodate the coil assembly and helium, CHARACTERISED BY the helium container comprising a partition wall configured to surround only a lower portion of an outer circumference of the coil assembly , wherein the helium in liquid state is accommodated in a first space formed between the partition wall and the coil assembly , and a cooling apparatus configured to cool the helium into the helium in the liquid state and to introduce the helium cooled by the cooling apparatus in the liquid state at least into the first space , wherein, in response to the first space being substantially filled with the helium in the liquid state, the helium in the liquid state is configured to overflow from the first space down into a second space under the partition wall in the helium container .
A cosmetic composition to be applied to wet wipes comprising Component Concentration (w/w) Water 75-100 Ethanol 5-10 Methylpropanediol 0.1-1 PEG-40 hydrogenated castor oil 0.1-1 Polysorbate 20 0.1-1 Phenoxyethanol 0.1-1 Ethylhexylglycerin 0.1-1 Particulate ≤10 Acrylate copolymer/palmeth-25 acrylate 0.1-1 pH modifying agent ≤0.10 characterized in that said pH modifying agent is added in sufficient amounts so that the pH of the end composition is from about 7.2 to 7.8 and in that said particulate has a size from about 0.01 to 5 mm, wherein the composition comprises the particulate and the pH modifying agent.