mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly for closing a container, said assembly comprising a neck and a cap configured to close a container comprising the neck , said cap comprising: - at least one protruding element configured to cooperate with a slot situated on said neck such that the cap goes from a first position, in particular open, to a second position, in particular closed, - at least one opening situated on an upper wall of said cap , said opening(s) being aligned with the protruding elements of said cap , - a sealing element configured to impart sealing between the cap and the neck , said sealing element being radially offset relative to said protruding element , said sealing element is a sealing strip formed by an excess thicknesses of material on the inner surface of the upper wall of said cap characterized in that the sealing element is configured to cooperate with a strip seat provided on an inner surface at the upper end of said neck when said cap is in the second position, in particular closed. - at least one protruding element configured to cooperate with a slot situated on said neck such that the cap goes from a first position, in particular open, to a second position, in particular closed, - at least one opening situated on an upper wall of said cap , said opening(s) being aligned with the protruding elements of said cap , - a sealing element configured to impart sealing between the cap and the neck , said sealing element being radially offset relative to said protruding element , said sealing element is a sealing strip formed by an excess thicknesses of material on the inner surface of the upper wall of said cap characterized in that the sealing element is configured to cooperate with a strip seat provided on an inner surface at the upper end of said neck when said cap is in the second position, in particular closed.
A flexible electronic structure, comprising: a base polymer layer having a first surface and a second surface, wherein the first surface comprises a plurality of anchors ; and at least one electronic device layer disposed above a portion of the second surface of the base polymer layer, characterised by the electronic device layer including two or more device portions each positioned above one of the anchors. a base polymer layer having a first surface and a second surface, wherein the first surface comprises a plurality of anchors ; and at least one electronic device layer disposed above a portion of the second surface of the base polymer layer, characterised by the electronic device layer including two or more device portions each positioned above one of the anchors.
Gold clusters (AuCs) or substances containing the gold clusters (AuCs) for use in a method of prevention and/or treatment of Alzheimer's disease (AD) or Parkinson's disease (PD), wherein the AuCs or substances comprise AuCs and ligand Y that coats AuCs externally, wherein the gold core diameter of the AuCs is smaller than 3 nm, wherein the ligand Y includes without limitation one or more of L(D)-cysteine and its derivatives, oligopeptides containing cysteine and their derivatives, and other compounds containing thiol.
A controller of a non-invasive ventilator system configured to measure a patient's expired CO 2 level while maintaining a positive inspiratory pressure, the controller configured to: receive, from a user interface of the non-invasive ventilator system, a signal comprising an instruction to obtain a CO 2 measurement from a patient; lower, in response to the signal for a first time period comprising one or more breaths, (i) the expiratory positive airway pressure of the non-invasive ventilator system from a first, higher level to a second, lower level, and (ii) the inspiratory positive airway pressure of the non-invasive ventilator system from a third, higher level to a fourth lower level; send a signal to a CO 2 sensor of the non-invasive ventilator system, the signal comprising instructions to obtain the CO 2 measurement during the first time period; and return, after the first time period, the expiratory positive airway pressure to the first, higher level and the inspiratory positive airway pressure to the third, higher level. receive, from a user interface of the non-invasive ventilator system, a signal comprising an instruction to obtain a CO 2 measurement from a patient; lower, in response to the signal for a first time period comprising one or more breaths, (i) the expiratory positive airway pressure of the non-invasive ventilator system from a first, higher level to a second, lower level, and (ii) the inspiratory positive airway pressure of the non-invasive ventilator system from a third, higher level to a fourth lower level; send a signal to a CO 2 sensor of the non-invasive ventilator system, the signal comprising instructions to obtain the CO 2 measurement during the first time period; and return, after the first time period, the expiratory positive airway pressure to the first, higher level and the inspiratory positive airway pressure to the third, higher level.
Method for starting up a controller system , the controller system comprising: - at least one electrical controller device , and - a plurality of hardware modules of different types which are couplable to the controller device , wherein a type-specific parameter set and a type-specific control program are assigned to each type of hardware module , wherein a respective parameter set has a number of parameters having adjustable parameter values and the type-specific control program is driver software matched to the type of hardware module coupled, wherein the method comprises the steps of: - coupling a hardware module to the controller device in that the hardware module is plugged into a plug-in position of the controller device provided for that purpose, - using the controller device to determine the type of coupled hardware module in that the controller device reads a type identification of the hardware module from a register of the hardware module provided for that purpose, - using the controller device to select the type-specific control program , and - using the controller device to select the type-specific parameter set as the adjustable parameter set. - at least one electrical controller device , and - a plurality of hardware modules of different types which are couplable to the controller device , wherein a type-specific parameter set and a type-specific control program are assigned to each type of hardware module , wherein a respective parameter set has a number of parameters having adjustable parameter values and the type-specific control program is driver software matched to the type of hardware module coupled, - coupling a hardware module to the controller device in that the hardware module is plugged into a plug-in position of the controller device provided for that purpose, - using the controller device to determine the type of coupled hardware module in that the controller device reads a type identification of the hardware module from a register of the hardware module provided for that purpose, - using the controller device to select the type-specific control program , and - using the controller device to select the type-specific parameter set as the adjustable parameter set.
A process for making a flexo plate having indicia disposed on a floor of the flexo plate, the process comprising: a) imaging a cluster of microdots in a laser ablation mask layer of the flexo plate, each microdot comprising a mask opening not wide enough to grow a printable screen dot in isolation; b) curing photopolymer of the flexo plate through the mask layer via UV exposure; and c) removing non-cured photopolymer of the flexo plate, wherein the indicia is defined by the photopolymer cured through the cluster of microdots and have a level above the floor of the flexo plate but below a printing level of the flexo plate so as not to print in a printing step. a) imaging a cluster of microdots in a laser ablation mask layer of the flexo plate, each microdot comprising a mask opening not wide enough to grow a printable screen dot in isolation; b) curing photopolymer of the flexo plate through the mask layer via UV exposure; and c) removing non-cured photopolymer of the flexo plate, wherein the indicia is defined by the photopolymer cured through the cluster of microdots and have a level above the floor of the flexo plate but below a printing level of the flexo plate so as not to print in a printing step.
A communication apparatus configured to perform wireless communication according to Institute of Electrical and Electronics Engineers, IEEE 802.11 standard, the communication apparatus comprising: a receiving means for receiving, from an access point, a trigger frame including first information indicating a plurality of resource units splitting a communication channel in a frequency domain and second information for determining whether a sensing of energy of the communication channel is required; a sensing means for sensing the energy of the communication channel in a case where the communication apparatus is identified by an Association ID, AID, included in the trigger frame and the second information indicates that the sensing of the energy of the communication channel is required; and a transmission control means for performing control such that the communication apparatus does not transmit a signal in a case where the sensed energy exceeds a specific threshold, and the communication apparatus transmits a signal on one or more resource units included in the plurality of resource units otherwise. a receiving means for receiving, from an access point, a trigger frame including first information indicating a plurality of resource units splitting a communication channel in a frequency domain and second information for determining whether a sensing of energy of the communication channel is required; a sensing means for sensing the energy of the communication channel in a case where the communication apparatus is identified by an Association ID, AID, included in the trigger frame and the second information indicates that the sensing of the energy of the communication channel is required; and a transmission control means for performing control such that the communication apparatus does not transmit a signal in a case where the sensed energy exceeds a specific threshold, and the communication apparatus transmits a signal on one or more resource units included in the plurality of resource units otherwise.
Process for producing polyisocyanates containing sulfonate groups, comprising a reaction of A) at least one polyisocyanate component having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups with B) at least one organic compound bearing at least one mercapto or amino group, which comprises one or more sulfonic acid and/or sulfonate groups, wherein the sulfonic acid groups are neutralized at least partially during and/or subsequent to the reaction of A) with B), and optionally C) further non-ionically hydrophilic or hydrophobic organic compounds having at least one group reactive to isocyanates, characterized in that , the reaction of the polyisocyanate component A) with the organic compound B) is carried out in the presence of at least one antioxidant D). A) at least one polyisocyanate component having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups with B) at least one organic compound bearing at least one mercapto or amino group, which comprises one or more sulfonic acid and/or sulfonate groups, wherein the sulfonic acid groups are neutralized at least partially during and/or subsequent to the reaction of A) with B), and optionally C) further non-ionically hydrophilic or hydrophobic organic compounds having at least one group reactive to isocyanates,
A method for providing reliable control of a robot in a cloud robotics system , the method being performed by a concealment component for concealing delayed or lost commands sent to the robot by a robot controller in the cloud robotics system , the method comprising: detecting (S202) a missing command expected to be received by the robot from the robot controller , the missing command detected based on a delay or loss of the command in a communication path between the robot and the robot controller ; generating (S204) a substitutional command corresponding to an expected instruction of the missing command, wherein: - the substitutional command is generated (i) using a machine learning based model and (ii) based on one or more sensor values sent from the robot to the robot controller , - the one or more sensor values are used to determine a predicted control command value, wherein the substitutional command is generated based on the predicted control command value, and - the predicted control command value is a delta value corresponding to a difference to a control command value of a previous command received by the robot from the robot controller , wherein the substitutional command is generated based on the previous command and the delta value; and sending (S206) the substitutional command to the robot . detecting (S202) a missing command expected to be received by the robot from the robot controller , the missing command detected based on a delay or loss of the command in a communication path between the robot and the robot controller ; generating (S204) a substitutional command corresponding to an expected instruction of the missing command, wherein: - the substitutional command is generated (i) using a machine learning based model and (ii) based on one or more sensor values sent from the robot to the robot controller , - the one or more sensor values are used to determine a predicted control command value, wherein the substitutional command is generated based on the predicted control command value, and - the predicted control command value is a delta value corresponding to a difference to a control command value of a previous command received by the robot from the robot controller , wherein the substitutional command is generated based on the previous command and the delta value; and - the substitutional command is generated (i) using a machine learning based model and (ii) based on one or more sensor values sent from the robot to the robot controller , - the one or more sensor values are used to determine a predicted control command value, wherein the substitutional command is generated based on the predicted control command value, and - the predicted control command value is a delta value corresponding to a difference to a control command value of a previous command received by the robot from the robot controller , wherein the substitutional command is generated based on the previous command and the delta value; and sending (S206) the substitutional command to the robot .
A method for synchronizing between a first address book on a user terminal and a second address book on a social network service network, the social network service network including a server , a client terminal , wherein the server and the client terminal are coupled through a communication network for information exchange, comprising: - determining the first address book or the second address book as a synchronization target; - when the synchronization target is determined as the first address book, downloading contact information from the second address book to the user terminal; - when the synchronization target is determined as the social network service network address book, uploading contact information from the first address book to the social network service network; - matching a mobile phone number included and/or an email address in contact information in the first address book against a mobile phone number and/or an email address included in contact information in the second address book; - identifying, based on the matching, a contact person having same contact information in the first address book and the second address book; and - after the contact person is identified, synchronizing information of the contact person in the first address book and information of the contact person in the second network address book. - determining the first address book or the second address book as a synchronization target; - when the synchronization target is determined as the first address book, downloading contact information from the second address book to the user terminal; - when the synchronization target is determined as the social network service network address book, uploading contact information from the first address book to the social network service network; - matching a mobile phone number included and/or an email address in contact information in the first address book against a mobile phone number and/or an email address included in contact information in the second address book; - identifying, based on the matching, a contact person having same contact information in the first address book and the second address book; and - after the contact person is identified, synchronizing information of the contact person in the first address book and information of the contact person in the second network address book.
A container including: a body having a cavity for containing one or more contents; a flange arranged about a perimeter of the body; a cover affixed to the flange for enclosing the contents within the cavity; and a fracturable portion including a bend extending across the body from a first flange portion to a second flange portion, the fracturable portion bisecting the body into a first body portion on one side of the bend and a second body portion on the other side of the bend, wherein the fracturable portion defines a break path along which the body is adapted to fracture when a user applies a force exceeding a predetermined level to each of the first and second body portions on either side of the bend, the break path having an initiating fracture point and a pair of termini, with one said terminus at each of the first and second flange portions, such that the body is adapted to fracture from the fracture point in opposing directions along the break path towards each terminus, and characterized in that the fracturable portion includes a plurality of fracture conductors spaced apart from one another along the break path, each fracture conductor being defined by a localised increase in rigidity of the fracturable portion such that the fracture conductors aid in guiding propagation of the fracture along the break path. a body having a cavity for containing one or more contents; a flange arranged about a perimeter of the body; a cover affixed to the flange for enclosing the contents within the cavity; and a fracturable portion including a bend extending across the body from a first flange portion to a second flange portion, the fracturable portion bisecting the body into a first body portion on one side of the bend and a second body portion on the other side of the bend, wherein the fracturable portion defines a break path along which the body is adapted to fracture when a user applies a force exceeding a predetermined level to each of the first and second body portions on either side of the bend, the break path having an initiating fracture point and a pair of termini, with one said terminus at each of the first and second flange portions, such that the body is adapted to fracture from the fracture point in opposing directions along the break path towards each terminus, and characterized in that the fracturable portion includes a plurality of fracture conductors spaced apart from one another along the break path, each fracture conductor being defined by a localised increase in rigidity of the fracturable portion such that the fracture conductors aid in guiding propagation of the fracture along the break path.
A method comprising: receiving a source file containing a plurality of documents which, to a computer , initially are indistinguishable from each other; applying, by the computer, a first classification stage to the source file using a convolutional neural network image classification to identify source documents in the plurality of documents and to produce a partially parsed file having a plurality of identified source documents, the partially parsed file comprising sub-images corresponding to the plurality of identified source documents; applying, by the computer, a second classification stage , comprising a natural language processing artificial intelligence, to sets of text in bounding boxes of the sub-images, to classify each of the plurality of identified source documents as a corresponding sub-type of document , each of the sets of text corresponding to one of the sub-images, and to produce a parsed file having a plurality of identified sub-types of documents; and using the parsed file for further computer processing . receiving a source file containing a plurality of documents which, to a computer , initially are indistinguishable from each other; applying, by the computer, a first classification stage to the source file using a convolutional neural network image classification to identify source documents in the plurality of documents and to produce a partially parsed file having a plurality of identified source documents, the partially parsed file comprising sub-images corresponding to the plurality of identified source documents; applying, by the computer, a second classification stage , comprising a natural language processing artificial intelligence, to sets of text in bounding boxes of the sub-images, to classify each of the plurality of identified source documents as a corresponding sub-type of document , each of the sets of text corresponding to one of the sub-images, and to produce a parsed file having a plurality of identified sub-types of documents; and using the parsed file for further computer processing .
Multiple-stage transmission of planetary design in a housing for a vehicle with at least one electric machine (EM) and with a first, a second and a third planetary gear set (RS1, RS2, RS3), it being possible for a drive (An) to be connected via at least one first shifting element (K0) to a first shaft , and an output (Ab) being connected to a second shaft , a third, fourth, fifth and sixth shaft and at least one second, third, fourth, fifth and sixth shifting element (K1, K2, K3, K4, B1) being provided, by way of the actuation of which at least eight forward gears (G1, G2, G3, G4, G5, G6, G7, G8) can be realized, a first element of the first planetary gear set (RS1) being connected to the housing , the first shaft being connected fixedly to a second element of the first planetary gear set (RS1), a rotor of the electric machine (EM) being connected to a third element of the first planetary gear set (RS1), and it being possible for the third element of the first planetary gear set (RS1) to be connected via the fourth or the fifth shifting element (K3, K4) to at least one element of one of the remaining planetary gear sets (RS2, RS3), characterized in that the first element of the first planetary gear set (RS1) is a sun gear (SR1), in that the second element of the first planetary gear set (RS1) is a planetary gear carrier (PT1) when the first planetary gear set (RS1) is configured as a negative planetary gear set, in that the second element of the first planetary gear set (RS1) is an internal gear (PT1) when the first planetary gear set (RS1) is configured as a positive planetary gear set, in that the third element of the first planetary gear set (RS1) is an internal gear (HR1) when the first planetary gear set (RS1) is configured as a negative planetary gear set, and in that the third element of the first planetary gear set (RS1) is a planetary gear carrier (PT1) when the first planetary gear set (RS1) is configured as a positive planetary gear set.