mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a mobile device comprising: receiving, from a wearable device , a request for an input of text; capturing an image displayed on an interface of a wearable device, wherein the image displayed on the interface of the wearable device includes a text input box; recognizing text input box fields in the captured image; displaying a replica of the text input box based on the recognized text input box fields; receiving , from a user, input text to be input to the replicated text input box fields through the user interface of the mobile device; detecting a user input indicating that text entry is complete and ready to be transferred to the wearable device; entering into a near field communication, NFC, output mode in the mobile device in response to the user input; the mobile device and the wearable device receiving coordinated signals to coordinate a transfer with the wearable device entering an NFC input mode, wherein the NFC input mode is initiated on the wearable device by a data exchange application; and transmitting , to the wearable device, a batch of the input text through a wireless channel. receiving, from a wearable device , a request for an input of text; capturing an image displayed on an interface of a wearable device, wherein the image displayed on the interface of the wearable device includes a text input box; recognizing text input box fields in the captured image; displaying a replica of the text input box based on the recognized text input box fields; receiving , from a user, input text to be input to the replicated text input box fields through the user interface of the mobile device; detecting a user input indicating that text entry is complete and ready to be transferred to the wearable device; entering into a near field communication, NFC, output mode in the mobile device in response to the user input; the mobile device and the wearable device receiving coordinated signals to coordinate a transfer with the wearable device entering an NFC input mode, wherein the NFC input mode is initiated on the wearable device by a data exchange application; and transmitting , to the wearable device, a batch of the input text through a wireless channel.
A process for solid-state production of a channel and a weld joint, characterized in that the channel and weld are produced simultaneously by a rotating non-consumable tool with a shoulder and a probe , wherein the shoulder faces at least two components to be processed and has a system of scrolls shaped to have an inward action and an outward action on the at least two components to be processed, the probe has a cylindrical or conical surface having a top zone , provided with a profile having a push-up action on the components to be processed in a direction towards the shoulder , said top zone ending at or in the vicinity of a bottom zone provided with a profile having a push-down action, on the at least two components to be processed, in a direction towards the tip of the probe , and both the shoulder and the probe are able to apply simultaneously solid-state joining and material extracting mechanisms into the materials within the stirred processed zone, wherein the channel and the weld between the at least two material components are produced in one single and simultaneous action. the shoulder faces at least two components to be processed and has a system of scrolls shaped to have an inward action and an outward action on the at least two components to be processed, the probe has a cylindrical or conical surface having a top zone , provided with a profile having a push-up action on the components to be processed in a direction towards the shoulder , said top zone ending at or in the vicinity of a bottom zone provided with a profile having a push-down action, on the at least two components to be processed, in a direction towards the tip of the probe , and both the shoulder and the probe are able to apply simultaneously solid-state joining and material extracting mechanisms into the materials within the stirred processed zone, wherein the channel and the weld between the at least two material components are produced in one single and simultaneous action.
A transmission method performed by a first transmission and reception point, TRP, in a communication system supporting multiple TRPs, the transmission method comprising: determining a transport block; generating coded bits for the transport block based on a low density parity check (LDPC) code; applying rate matching to the coded bits based on a redundancy version, RV, pattern; generating a first modulation symbol by performing modulation on the coded bits to which rate matching is applied; and transmitting, to a terminal, the first modulated symbol on a physical downlink shared channel, PDSCH, wherein in case that the first TRP transmits, to the terminal, downlink control information, DCI, indicating a plurality of transmission configuration indicator, TCI, states associated to a plurality of PDSCHs, a starting value of a first RV pattern used for rate matching is indicated by the DCI, wherein in case that the DCI is transmitted by a second TRP, a starting value of a second RV pattern used for rate matching is determined according to the starting value of the first RV pattern indicated by the DCI, and wherein the first RV pattern is different from the second RV pattern applied to coded bits generated by the second TRP. determining a transport block; generating coded bits for the transport block based on a low density parity check (LDPC) code; applying rate matching to the coded bits based on a redundancy version, RV, pattern; generating a first modulation symbol by performing modulation on the coded bits to which rate matching is applied; and transmitting, to a terminal, the first modulated symbol on a physical downlink shared channel, PDSCH, wherein in case that the first TRP transmits, to the terminal, downlink control information, DCI, indicating a plurality of transmission configuration indicator, TCI, states associated to a plurality of PDSCHs, a starting value of a first RV pattern used for rate matching is indicated by the DCI, wherein in case that the DCI is transmitted by a second TRP, a starting value of a second RV pattern used for rate matching is determined according to the starting value of the first RV pattern indicated by the DCI, and wherein the first RV pattern is different from the second RV pattern applied to coded bits generated by the second TRP.
Cooling device with side walls surrounding a goods compartment to be cooled, a rear wall and a ceiling element and a bottom element , wherein the goods compartment is at least temporarily accessible via the side opposite the rear wall , at least comprising a coolant supply line and a coolant discharge line , heat exchangers (38; 58; 78) connected to the coolant supply line and the coolant discharge line , coolant conveying devices, and fans (40; 60; 80) for circulating air cooled by the heat exchangers (38; 58; 78), wherein - the cooling device comprises at least two cooling areas (30; 50; 70), which are arranged side by side, wherein at least one coolant conveying device, one heat exchanger (38; 58; 78) and one fan (40; 60; 80) are associated with each cooling area (30; 50; 70), characterized in that - the flow rate of coolant through the coolant conveying devices and the amount of air circulated by the fans (40; 60; 80) can be controlled by at least one control device (42; 62; 82) and - the coolant conveying devices are speed-controlled pumps (34; 54; 74). - the cooling device comprises at least two cooling areas (30; 50; 70), which are arranged side by side, wherein at least one coolant conveying device, one heat exchanger (38; 58; 78) and one fan (40; 60; 80) are associated with each cooling area (30; 50; 70), characterized in that - the flow rate of coolant through the coolant conveying devices and the amount of air circulated by the fans (40; 60; 80) can be controlled by at least one control device (42; 62; 82) and - the coolant conveying devices are speed-controlled pumps (34; 54; 74).
A method of assessing the quality of a data segmentation result used for isolating a subset of events from a set of accumulated events, the subset corresponding to a population of interest sharing a physical property and the set corresponding to sample particles, the method comprising: obtaining data for the sample particles, wherein the data corresponds to the set of accumulated events, wherein the set of accumulated events includes the subset of events ; obtaining a plot of the set of accumulated events ; segmenting, using a data segmentation technique, data for the subset of events from other events of the set of accumulated events, wherein the segmenting step produces the data segmentation result; and determining a quality score for the data segmentation result, wherein the plot is a histogram, wherein the quality score is a region separability score and the data segmentation result is a boundary , further wherein the region separability score is based on a distance between the subset of events and the boundary , characterized in that the region separability score is further based on a distance between the subset of events and a characteristic point, wherein the characteristic point comprises a member selected from the group consisting of a mean of the subset and a mode of the subset . obtaining data for the sample particles, wherein the data corresponds to the set of accumulated events, wherein the set of accumulated events includes the subset of events ; obtaining a plot of the set of accumulated events ; segmenting, using a data segmentation technique, data for the subset of events from other events of the set of accumulated events, wherein the segmenting step produces the data segmentation result; and determining a quality score for the data segmentation result, wherein the plot is a histogram, wherein the quality score is a region separability score and the data segmentation result is a boundary , further wherein the region separability score is based on a distance between the subset of events and the boundary ,
An aqueous binder composition for mineral fibers comprising a component (i) in the form of a cyclic oxocarbon; a component (ii) in the form of one or more compounds selected from the group of ammonia, amines or any salts thereof; a component (iii) in the form of one or more carbohydrates; wherein the term "cyclic oxocarbon" shall be understood to be a cyclic molecule in which all of the carbon atoms are bonded to carbonyl or enolic oxygens or their hydrated or deprotonated equivalents. a component (i) in the form of a cyclic oxocarbon; a component (ii) in the form of one or more compounds selected from the group of ammonia, amines or any salts thereof; a component (iii) in the form of one or more carbohydrates;
A dry tissue scaffold, comprising: a particulate acellular tissue matrix (ATM); and a polymer; wherein the ATM is encased in the polymer, such that the polymer scaffold completely surrounds the ATM particulates, to form a stable three-dimensional tissue scaffold for tissue regeneration, and wherein the tissue scaffold has a reduced immunological or inflammatory response when implanted in a human than the polymer alone. a particulate acellular tissue matrix (ATM); and a polymer; wherein the ATM is encased in the polymer, such that the polymer scaffold completely surrounds the ATM particulates, to form a stable three-dimensional tissue scaffold for tissue regeneration, and wherein the tissue scaffold has a reduced immunological or inflammatory response when implanted in a human than the polymer alone.
A method for digital pathology, the method comprising the following steps: a1) receiving a slide-holder comprising a tray basis with a plurality of slides mounted thereon in a receiving space of a slide-holder fixation arrangement in a first position; wherein in the first position, registration means of the slide-holder fixation arrangement are mechanically interacting with interacting portions of slide-holder registration points of the slide-holder; a2) processing a first slide of the plurality of slides; b1) moving the slide-holder to a second position; wherein in the second position, registration means of the slide-holder fixation arrangement are mechanically interacting with second slide-holder registration points of the slide-holder; and b2) processing a second slide of the plurality of slides; wherein, based on the interaction, a mechanical registration of each slide in relation to an imaging system is provided; characterized in that the slide-holder registration points are provided as bi-functional registration points, wherein the interacting portions, in addition to the mechanical registration, provide visible markers in images of the respective slides, and wherein each of said slide processing steps comprises: - acquiring an image of the slide and of a visible marker provided by the interacting portions; - identifying the visible marker in the acquired image, and - performing an optical registration with the tray basis of the image, using the identified marker as reference point. a1) receiving a slide-holder comprising a tray basis with a plurality of slides mounted thereon in a receiving space of a slide-holder fixation arrangement in a first position; wherein in the first position, registration means of the slide-holder fixation arrangement are mechanically interacting with interacting portions of slide-holder registration points of the slide-holder; a2) processing a first slide of the plurality of slides; b1) moving the slide-holder to a second position; wherein in the second position, registration means of the slide-holder fixation arrangement are mechanically interacting with second slide-holder registration points of the slide-holder; and b2) processing a second slide of the plurality of slides; - acquiring an image of the slide and of a visible marker provided by the interacting portions; - identifying the visible marker in the acquired image, and - performing an optical registration with the tray basis of the image, using the identified marker as reference point.
Use of a self-supporting moulded insulation body which is made from a ceramic material containing SiO 2 fibres and Al 2 O 3 fibres and is obtained by a process comprising the following steps: a) providing a flowable mixture containing SiO 2 fibres and Al 2 O 3 fibres and also an Al 2 O 3 sol as a binder, b) producing a preform by filling, in particular pouring or pressing, the mixture obtained in (a) into a hollow mould, c) kilning the preform obtained in step (b) at a temperature of at least 800°C as internal insulation material in cracking tubes of a tubular reactor for performing a steam reforming process for generating synthesis gas. a) providing a flowable mixture containing SiO 2 fibres and Al 2 O 3 fibres and also an Al 2 O 3 sol as a binder, b) producing a preform by filling, in particular pouring or pressing, the mixture obtained in (a) into a hollow mould, c) kilning the preform obtained in step (b) at a temperature of at least 800°C
Welding component cooling system for cooling a welding component (SK), in particular a welding torch (SB), comprising at least one container for cooling liquid , a cooling circuit with corresponding cooling lines , at least one pump arranged in the cooling circuit for conveying the cooling liquid through the cooling lines in the cooling circuit , and at least one heat exchanger arranged in a cooling line , wherein a device for deionizing the cooling liquid is provided in the cooling circuit , characterized in that at least one sensor for measuring the conductance (S) and at least one temperature sensor for measuring the temperature of the cooling liquid is arranged in the cooling circuit as well as at least one sensor for measuring the flow rate (Q) of the cooling liquid in the cooling circuit and connected in each case to a control device , wherein the control device can be connected to a welding current source (SQ) connected to the welding component (SK).
A grease composition comprising: a) at least one base oil; b) at least one additive; c) at least one thickener, wherein said at least one thickener is a metal soap and/or metal complex soap composed of at least one alkali and/or alkaline earth metal ion and at least one carboxylate formed from a C16 to C18 fatty acid, wherein the C16 to C18 fatty acid comprises at least R-10-hydroxyoctadecanoic acid and the 10-hydroxyoctadecanoic acid has an enantiomeric purity with respect to the R-isomer of greater than 80 wt.%; wherein the C16 to C18 fatty acid consists of greater than 50 wt.% of 10-hydroxyoctadecanoic acid; and wherein the composition comprises: a) 55 to 98 wt.% of the base oil; b) 0.5 to 40 wt.% of the additive(s); and c1) 1.5 to 25 wt.% of the metal soap or c2) 1.5 to 40 wt.% of the metal complex soap comprising 0.1 to 20 wt.% of complexing agent. a) at least one base oil; b) at least one additive; c) at least one thickener, wherein said at least one thickener is a metal soap and/or metal complex soap composed of at least one alkali and/or alkaline earth metal ion and at least one carboxylate formed from a C16 to C18 fatty acid, wherein the C16 to C18 fatty acid comprises at least R-10-hydroxyoctadecanoic acid and the 10-hydroxyoctadecanoic acid has an enantiomeric purity with respect to the R-isomer of greater than 80 wt.%; wherein the C16 to C18 fatty acid consists of greater than 50 wt.% of 10-hydroxyoctadecanoic acid; and wherein the composition comprises: a) 55 to 98 wt.% of the base oil; b) 0.5 to 40 wt.% of the additive(s); and c1) 1.5 to 25 wt.% of the metal soap or c2) 1.5 to 40 wt.% of the metal complex soap comprising 0.1 to 20 wt.% of complexing agent. a) 55 to 98 wt.% of the base oil; b) 0.5 to 40 wt.% of the additive(s); and c1) 1.5 to 25 wt.% of the metal soap or c2) 1.5 to 40 wt.% of the metal complex soap comprising 0.1 to 20 wt.% of complexing agent.
A method comprising: receiving, by a service provider computer from a computing device of a first user , a request to generate a digital asset, the digital asset being data comprising a value and a digital asset identifier; generating, by the service provider computer , the digital asset; activating, by the service provider computer , the digital asset with respect to a transaction device to be provided to a second user by associating the digital asset identifier and the value corresponding to the digital asset with the transaction device , wherein the transaction device is programmable; sending, by the service provider computer , a request to update a first unalterable electronic ledger to indicate the association of the digital asset with the transaction device , wherein the first unalterable electronic ledger is in the form of a block chain; receiving, by the service provider computer , an indication that the second user utilized the transaction device comprising the digital asset to conduct a transaction; and sending, by the service provider computer , a request to a financial institution to build, sign, and submit transaction data related to the transaction to update a second unalterable electronic ledger to indicate the use of the digital asset by the second user , wherein the transaction data indicates the first user , a public key for the first user , the transaction device , a public key for the transaction device and the digital asset identifier, and wherein the second unalterable electronic ledger is in the form of a block chain. receiving, by a service provider computer from a computing device of a first user , a request to generate a digital asset, the digital asset being data comprising a value and a digital asset identifier; generating, by the service provider computer , the digital asset; activating, by the service provider computer , the digital asset with respect to a transaction device to be provided to a second user by associating the digital asset identifier and the value corresponding to the digital asset with the transaction device , wherein the transaction device is programmable; sending, by the service provider computer , a request to update a first unalterable electronic ledger to indicate the association of the digital asset with the transaction device , wherein the first unalterable electronic ledger is in the form of a block chain; receiving, by the service provider computer , an indication that the second user utilized the transaction device comprising the digital asset to conduct a transaction; and sending, by the service provider computer , a request to a financial institution to build, sign, and submit transaction data related to the transaction to update a second unalterable electronic ledger to indicate the use of the digital asset by the second user , wherein the transaction data indicates the first user , a public key for the first user , the transaction device , a public key for the transaction device and the digital asset identifier, and wherein the second unalterable electronic ledger is in the form of a block chain.
Method for slip control of a vehicle wheel driven via an electric drive , comprising at least the following steps: - actuating the electric drive of the vehicle wheel with an actual drive torque (M2) in torque control (TC) in a torque control step (St1), - determining a wheel speed (n) and a wheel slip (s) of the vehicle wheel , and characterized in that the method for slip control further includes the following additional steps: - evaluating the wheel slip (s) as to whether an instability is present (St3) by means of an instability criterion (K1), - when an instability is detected, directly or indirectly transitioning into slip control (SLC) of the wheel slip (s) to a setpoint slip (s-soll) by actuating the electric drive (St4, superimposed slip control step), - determining whether an end criterion (K3) for terminating the slip control is met (St5), - if the end criterion (K3) is met, returning to the torque control (TC) in the torque control step (St1). - actuating the electric drive of the vehicle wheel with an actual drive torque (M2) in torque control (TC) in a torque control step (St1), - determining a wheel speed (n) and a wheel slip (s) of the vehicle wheel , and characterized in that the method for slip control further includes the following additional steps: - evaluating the wheel slip (s) as to whether an instability is present (St3) by means of an instability criterion (K1), - when an instability is detected, directly or indirectly transitioning into slip control (SLC) of the wheel slip (s) to a setpoint slip (s-soll) by actuating the electric drive (St4, superimposed slip control step), - determining whether an end criterion (K3) for terminating the slip control is met (St5), - if the end criterion (K3) is met, returning to the torque control (TC) in the torque control step (St1).