mhurhangee/patent-ind-claim-en huggingface dataset:
A microfluidic device comprising at least one reactant passage defined by walls and comprising at least one parallel multiple flow path configuration (50; 150) comprising multiple parallel flow paths (52; 152; 252) defined by walls, said parallel multiple flow path configuration (50; 150) comprising a group of elementary design patterns (34; 134; 234) of the flow paths (52; 152; 252) which are arranged in series with fluid communication so as to constitute said flow paths (52; 152; 252), and in parallel so as to constitute a multiple flow path elementary design pattern (57; 157; 257) in the parallel flow paths (52; 152; 252), said elementary design pattern (34; 134; 234) being able to provide mixing and/or residence time, wherein the parallel multiple flow path configuration (50; 150) comprises at least two communicating zones (54; 154; 254) between elementary design patterns (34; 134; 234) of two adjacent parallel flow paths (52; 152; 252), said communicating zones (54; 154; 254) being in the same plane as that defined by said elementary design patterns (34; 134; 234) between which said communicating zone (54; 154; 254) is placed and allowing passage of fluid in order to minimize mass flow rate difference between the adjacent parallel flow paths (52; 152; 252) which have the same flow direction, characterized in that at least two communicating zones (54; 154; 254) are formed between all the pairs of two adjacent parallel flow paths (52; 152; 252) of said parallel multiple flow path configuration (50; 150).
A cap assembly for a secondary battery , comprising: a cap plate , wherein the cap plate comprises an electrode lead-out hole ; an electrode terminal, wherein the electrode terminal comprises a terminal board , the terminal board is located at a side of the cap plate and covers the electrode lead-out hole ; a fixing member , wherein the fixing member at least partially surrounds the terminal board to fix the terminal board to the fixing member ; a connection member , wherein the connection member is separated from the electrode terminal by the fixing member , and the connection member is connected with the cap plate ; the connection member comprises a main body , the main body is provided with a first groove formed downwardly along a top of the main body ; wherein a part of the fixing member is located in the first groove ; wherein the main body comprises a cylinder-like base portion and a ring-like first flange ; the first flange extends from the base portion in a direction toward the terminal board ; the first groove penetrates the first flange . a cap plate , wherein the cap plate comprises an electrode lead-out hole ; an electrode terminal, wherein the electrode terminal comprises a terminal board , the terminal board is located at a side of the cap plate and covers the electrode lead-out hole ; a fixing member , wherein the fixing member at least partially surrounds the terminal board to fix the terminal board to the fixing member ; a connection member , wherein the connection member is separated from the electrode terminal by the fixing member , and the connection member is connected with the cap plate ; the connection member comprises a main body , the main body is provided with a first groove formed downwardly along a top of the main body ; wherein a part of the fixing member is located in the first groove ; wherein the main body comprises a cylinder-like base portion and a ring-like first flange ; the first flange extends from the base portion in a direction toward the terminal board ; the first groove penetrates the first flange .
A spice storage and dispensing system comprising - a base station with a plurality of different storage containers for storing a corresponding plurality of spices ; and - a dispensing device which is configured to be coupled to the base station for transferring a spice from the base station to the dispensing device ; and to be decoupled from the base station for dispensing the spice onto a food item ; wherein the dispensing device comprises - at least one storage container configured to take up a spice from one or more storage containers of the base station , when the dispensing device is coupled with the base station ; and - a controllable dispensing unit configured to dispense the spice from the storage container of the dispensing device , characterized in that the dispensing device comprises a control element configured to cause the dispensing unit to dispense the spice from the storage container of the dispensing device , when being actuated by a user. - a base station with a plurality of different storage containers for storing a corresponding plurality of spices ; and - a dispensing device which is configured to be coupled to the base station for transferring a spice from the base station to the dispensing device ; and to be decoupled from the base station for dispensing the spice onto a food item ; wherein the dispensing device comprises - at least one storage container configured to take up a spice from one or more storage containers of the base station , when the dispensing device is coupled with the base station ; and - at least one storage container configured to take up a spice from one or more storage containers of the base station , when the dispensing device is coupled with the base station ; and - a controllable dispensing unit configured to dispense the spice from the storage container of the dispensing device ,
A method for manufacturing of seamless tubular shapes, especially tubes and canisters, wherein the tubular shape is extracted from the flash continuously produced during the plunging of a consumable rod against a rigid anvil while there is a relative rotational speed between the consumable rod and the rigid anvil , the axis of rotation being coincident with the axis of the consumable rod , the method being characterized in that said continuous flash acquires the tubular shape by inverting the viscoplastized flash generated from the consumable rod at its tip contacting zone with the rigid anvil , from the radial centrifugal direction into the vertical direction, parallel to the axis of rotation, in full open die condition, wherein the rigid anvil is a non-consumable or consumable plate unit with no through holes in the zone in contact with the consumable rod .
A method for navigating a user interface comprising a plurality of selectable elements , the method comprising: determining which element in the user interface is active ; expressing an orientation of the active element of the user interface and at least one neighbor as vector information comprising an acceptance angle and minimum and maximum magnitude thresholds ; receiving movement information input comprising horizontal and/or vertical information for navigating the user interface; translating the movement information into vector information comprising angle and magnitude components; determining if the angle component of the translated vector information is within the acceptance angle of the vector information; determining if the magnitude component of the translated vector information meets the minimum and maximum magnitude thresholds of the vector information, and when the angle and magnitude components of the translated vector information are within the acceptance angle and between the minimum and maximum magnitude thresholds of the vector information, making the neighbor the new active element. determining which element in the user interface is active ; expressing an orientation of the active element of the user interface and at least one neighbor as vector information comprising an acceptance angle and minimum and maximum magnitude thresholds ; receiving movement information input comprising horizontal and/or vertical information for navigating the user interface; translating the movement information into vector information comprising angle and magnitude components; determining if the angle component of the translated vector information is within the acceptance angle of the vector information; determining if the magnitude component of the translated vector information meets the minimum and maximum magnitude thresholds of the vector information, and when the angle and magnitude components of the translated vector information are within the acceptance angle and between the minimum and maximum magnitude thresholds of the vector information, making the neighbor the new active element.
A process for preparing a functionalised polymeric chromatography medium, which process comprises (i) providing a substrate formed of one or more polymer nanofibres having mean diameters from 10 nm to 1000 nm, (ii) grafting one or more neutral polymer chains from the substrate, and (iii) contacting the grafted product with a reagent which functionalises the product of step (ii) as a chromatography medium, wherein step (ii) comprises reacting a plurality of compounds of formula and/or its enantiomers, and/or its derivatives of formula (I) and/or enantiomers and/or diastereomers thereof: with one or more functional groups present on the nanofibre substrate wherein R 1 , R 2 , R 3 , R 4 and R 5 may be the same or different, and are chosen from H, halo. C 1 -C 4 alkyl, or C 1 -C 4 alkoxy provided that at least one of R 1 , R 2 , R 3 , R 4 or R 5 is not hydrogen, and wherein preferably step (ii) comprises reacting a plurality of compounds of formula and/or its enantiomers, with one or more functional groups present on the nanofibre substrate. (i) providing a substrate formed of one or more polymer nanofibres having mean diameters from 10 nm to 1000 nm, (ii) grafting one or more neutral polymer chains from the substrate, and (iii) contacting the grafted product with a reagent which functionalises the product of step (ii) as a chromatography medium, wherein step (ii) comprises reacting a plurality of compounds of formula and/or its enantiomers, and/or its derivatives of formula (I) and/or enantiomers and/or diastereomers thereof: with one or more functional groups present on the nanofibre substrate wherein R 1 , R 2 , R 3 , R 4 and R 5 may be the same or different, and are chosen from H, halo. C 1 -C 4 alkyl, or C 1 -C 4 alkoxy provided that at least one of R 1 , R 2 , R 3 , R 4 or R 5 is not hydrogen, and wherein preferably step (ii) comprises reacting a plurality of compounds of formula and/or its enantiomers, with one or more functional groups present on the nanofibre substrate. with one or more functional groups present on the nanofibre substrate wherein R 1 , R 2 , R 3 , R 4 and R 5 may be the same or different, and are chosen from H, halo. C 1 -C 4 alkyl, or C 1 -C 4 alkoxy provided that at least one of R 1 , R 2 , R 3 , R 4 or R 5 is not hydrogen, and wherein preferably step (ii) comprises reacting a plurality of compounds of formula and/or its enantiomers, with one or more functional groups present on the nanofibre substrate.
Cable guiding device with at least one first and one second cable tray , each of which has two side members and at least one bottom element lying therebetween, wherein the bottom element of the second cable tray is provided with a passage opening , through which installed cable is guidable from the first to the second cable tray (1A; 1B), wherein a cable tray segment is provided for guiding the cables from the first cable tray (1A; 1B) to the second cable tray , the cable tray segment having at one end a first angular element connected to the bottom member of the first cable tray and at the other end a second angular element , characterised in that the second angular element is guided through the passage opening in the bottom element of the second cable tray and is connected to the bottom element of the second cable tray , in that the cable tray segment comprises at least one first and one second tray element which each have a base piece and two side pieces which form a receiving profile, that the tray elements can be moved telescopically against each other back to back, that at the first end of the first tray element a first end piece of the first angle element is inserted, whose second end piece is connected to the base plate of the first cable tray , and that at the second end of the second tray element a first end piece of the second angle element is inserted, whose second end piece is connected to the base element of the second cable tray .
A confectionery product comprising: a) a transparent, crunchy outer hard coating comprising over 90% of isomalt syrup and under 3% powdered isomalt by weight of the dry coating; b) a center comprising one or more regions of confectionery material, said center being visible through the transparent coating; wherein the coating does not contain opacifying ingredients selected from titanium dioxide, calcium carbonate, starch and calcium phosphate. a) a transparent, crunchy outer hard coating comprising over 90% of isomalt syrup and under 3% powdered isomalt by weight of the dry coating; b) a center comprising one or more regions of confectionery material, said center being visible through the transparent coating; wherein the coating does not contain opacifying ingredients selected from titanium dioxide, calcium carbonate, starch and calcium phosphate.
A method for detecting a system-level Trojan on a system that includes multiple integrated circuit, "IC", devices (102-1, ..., 102-6), the method being implemented by a processor and a memory and comprising: - at an IC device (102-6; 302-6) of the system , monitoring activity on a bus interface (106-1, ..., 106-3; 306-1, ..., 306-3) of the IC device (102-6; 302-6), wherein the bus interface (106-1, ..., 106-3; 306-1, ..., 306-3) is connected to a bus (104-1, ..., 104-3) on the system that communicatively couples the IC device (102-6; 302-6) to at least one other IC device (102-1, ..., 102-5) on the system ; - at the IC device (102-6; 302-6) of the system , applying machine learning to data corresponding to the monitored activity to generate an activity profile , wherein the activity profile corresponds to a case of a non-triggered Trojan or a case, where a Trojan is not even present; - at the IC device (102-6; 302-6) of the system , monitoring subsequent activity on the bus interface (106-1, ..., 106-3; 306-1, ..., 306-3) of the IC device (102-6; 302-6); - at the IC device (102-6; 302-6) of the system , comparing data corresponding to the subsequently monitored activity to the machine learning generated activity profile to determine if a system-level Trojan is detected; and - at the IC device (102-6; 302-6) of the system , generating a notification when it is determined (210, Y) from the comparison that a system-level Trojan has been detected. - at an IC device (102-6; 302-6) of the system , monitoring activity on a bus interface (106-1, ..., 106-3; 306-1, ..., 306-3) of the IC device (102-6; 302-6), wherein the bus interface (106-1, ..., 106-3; 306-1, ..., 306-3) is connected to a bus (104-1, ..., 104-3) on the system that communicatively couples the IC device (102-6; 302-6) to at least one other IC device (102-1, ..., 102-5) on the system ; - at the IC device (102-6; 302-6) of the system , applying machine learning to data corresponding to the monitored activity to generate an activity profile , wherein the activity profile corresponds to a case of a non-triggered Trojan or a case, where a Trojan is not even present; - at the IC device (102-6; 302-6) of the system , monitoring subsequent activity on the bus interface (106-1, ..., 106-3; 306-1, ..., 306-3) of the IC device (102-6; 302-6); - at the IC device (102-6; 302-6) of the system , comparing data corresponding to the subsequently monitored activity to the machine learning generated activity profile to determine if a system-level Trojan is detected; and - at the IC device (102-6; 302-6) of the system , generating a notification when it is determined (210, Y) from the comparison that a system-level Trojan has been detected.
A device for connecting sanitary equipment to a pipe , the device comprising a T-shaped fitting , having: - a first opening ; - a second opening ; - a third opening opening into the fitting between the first opening and the second opening , wherein the device comprises a deflector member intended to be mounted in the fitting , and comprising: - a stop portion , - a deflecting wall extending the stop portion and penetrating into the fitting , the deflecting wall forming a guide for the flow of water coming from the sanitary equipment from the first opening alone, towards the third opening characterised in that the deflector member has a leg projecting from the deflecting wall and bearing against a wall of the fitting . - a first opening ; - a second opening ; - a third opening opening into the fitting between the first opening and the second opening , - a stop portion , - a deflecting wall extending the stop portion and penetrating into the fitting , the deflecting wall forming a guide for the flow of water coming from the sanitary equipment from the first opening alone, towards the third opening
A device for actuating brake and accelerator in a vehicle, wherein a brake member and an accelerator member are arranged in an actuation unit , wherein the actuation unit is adjustable from an active driving position into an at least approximately horizontal position in autonomous driving for leg support and the brake member and the accelerator member are deactivated in this position, characterized in that the brake member and the accelerator member are arranged retractable in the actuation unit , wherein the brake member and the accelerator member , in which the actuation unit is in the at least approximately horizontal position, are arranged retractable such that they are at least approximately flush with the surface of the actuation unit . the actuation unit is adjustable from an active driving position into an at least approximately horizontal position in autonomous driving for leg support and the brake member and the accelerator member are deactivated in this position, characterized in that the brake member and the accelerator member are arranged retractable in the actuation unit , wherein the brake member and the accelerator member , in which the actuation unit is in the at least approximately horizontal position, are arranged retractable such that they are at least approximately flush with the surface of the actuation unit .
A kit for making a partition in an insulating glass, said glass being provided with a perimeter frame and at least two glass sheets (L), comprising at least one internal partition grid (P), which can be fixed to said perimeter frame by fixing means , comprising a plurality of profiles (la,lb) which can be mutually connected, by means of a single universal connecting element , to create one or more crossing zones inside the volume enclosed by said glass sheets (L), said kit also comprising at least two external partition grids , which can be fixed to the outer surfaces of the respective glass sheets (L) of the insulating glass, configured so as to cover said internal partition grid (P) exactly superimposed to the latter, each one of said profiles (la,lb) comprising at least one first perimeter portion and at least one second perimeter portion , opposed, flat or substantially flat, arranged orthogonally to the planes of the glass sheets (L), said external partition grids being suitable for completely covering said profiles (la,lb) with the exception of said first perimeter portions and second perimeter portions , wherein in said crossing zones of said profiles the flat base surface of said first profile , or of said second profile , rests perfectly against the first, or second, perimeter portion of said second profile , or first profile , so as to obtain crossing zones that are perfectly matching, characterised in that each of said profiles (la,lb) comprises at least one middle portion , connected to said first perimeter portion and second perimeter portion , comprising at least one seat wherein at least a portion of said universal connecting element can be housed, in that said first, second perimeter portions and said middle portion are made of a single piece of plastic material, said middle portion comprising a centre area designed to create a volume of material sufficient to allow the connection of said profile , through said fixing means , such as clips or ratchet nails, directly to said perimeter frame , by penetrating the material by passing through said perimeter frame , and in that said middle portion further comprises two concurrent opposed structures , which are respectively extended from said first perimeter portion and second perimeter portion , and which end with said centre area wherein said seat is provided, and wherein said opposed structures are shaped so as to create a volume of material sufficient to allow for the fixing of said profile (la,lb) through said fixing means , such as clips or ratchet nails, directly to said perimeter frame , by penetrating the material.
An osteoconductive graft comprising of, particularly essentially consisting of, a biocompatible material, wherein said material is interspersed with a network of non-overlapping spheroidal pores connected by channels, and wherein a) said pores are characterized by a pore diameter of 0.6 mm to 1.4 mm, particularly 0,7 mm to 1,3 mm, more particularly 1,0 mm to 1,2 mm; b) said channels are characterized by a channel diameter of 0.5 mm to 1.3 mm, particularly 0,7 mm to 1,2 mm, wherein said channel diameter does not exceed said pore diameter [particularly wherein the channel diameter is smaller than the pore diameter by a factor of 0,95 or smaller], particularly wherein the channel diameter is at least 0,1mm [more particularly at least 0,2 mm or 0,3 mm] smaller than the pore diameter, and c) said pores are aligned in one, two or three spatial axes at regularly spaced intervals, wherein said intervals are defined by said pore diameter plus 0.3 mm to 1.3 mm. a) said pores are characterized by a pore diameter of 0.6 mm to 1.4 mm, particularly 0,7 mm to 1,3 mm, more particularly 1,0 mm to 1,2 mm; b) said channels are characterized by a channel diameter of 0.5 mm to 1.3 mm, particularly 0,7 mm to 1,2 mm, wherein said channel diameter does not exceed said pore diameter [particularly wherein the channel diameter is smaller than the pore diameter by a factor of 0,95 or smaller], particularly wherein the channel diameter is at least 0,1mm [more particularly at least 0,2 mm or 0,3 mm] smaller than the pore diameter, and c) said pores are aligned in one, two or three spatial axes at regularly spaced intervals, wherein said intervals are defined by said pore diameter plus 0.3 mm to 1.3 mm.
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein a washing process is performed; a door which interrupts the contact of the washing tub with the outer environment; and a delivery element which is disposed under the body and which collects the water overflowing from the washing tub , characterized by the dishwasher further comprising at least one illumination element which is disposed on the delivery element and which is configured to emit light outside the body depending on the steps of a washing program.