mhurhangee/patent-ind-claim-en huggingface dataset:
A fast method for batch screening diamonds, characterized in that the fast method for batch screening diamonds is implemented using a light source , an imager , a worktable and a darkroom housing the light source , the imager and the worktable , and the fast method for batch screening diamonds comprises a first step comprising placing diamonds on the worktable , turning on the light source arranged on one side of the worktable to shed light on the diamonds where the light includes visible light, and photographing the diamonds on the worktable through the imager to obtain a basal image showing the distribution of the diamonds ; a second step comprising switching the light source to shortwave UV light with a wavelength ranging from 180 nm to 250 nm, maintaining the light source in work condition for a period of time and then turn it off, and photographing the diamonds on the worktable through the imager to obtain a phosphorescence distribution image showing phosphorescent diamonds; and a third step comprising overlapping the basal image with the phosphorescence distribution image to obtain a phosphorescence comparison map, marking the phosphorescent diamonds on the phosphorescence comparison map through image recognition technology, and then picking out the phosphorescent diamonds as suspicious diamonds manually or using a device. a first step comprising placing diamonds on the worktable , turning on the light source arranged on one side of the worktable to shed light on the diamonds where the light includes visible light, and photographing the diamonds on the worktable through the imager to obtain a basal image showing the distribution of the diamonds ; a second step comprising switching the light source to shortwave UV light with a wavelength ranging from 180 nm to 250 nm, maintaining the light source in work condition for a period of time and then turn it off, and photographing the diamonds on the worktable through the imager to obtain a phosphorescence distribution image showing phosphorescent diamonds; and a third step comprising overlapping the basal image with the phosphorescence distribution image to obtain a phosphorescence comparison map, marking the phosphorescent diamonds on the phosphorescence comparison map through image recognition technology, and then picking out the phosphorescent diamonds as suspicious diamonds manually or using a device.
Method for controlling a voltage feed-in into a low voltage network by means of overall network data , which is obtained from the low voltage network, which has numerous network nodes, by several network nodes, characterised in that at least two redundant control stages , which are assigned in each case to a network node and in each case to a fixedly assigned priority and are supplied with in each case different network data of the low voltage network, wherein the in each case different network data comprises measured values measured in each case at a specific point in the low voltage network, wherein the at least two redundant control stages are interconnected with a supervisor in such a way that, on the basis of input-side control commands of one of the at least two redundant control stages (3a or 3b), this forwards control commands for the voltage feed-in to at least one actuator only when a predetermined quantity of different network data has been collected while taking into account the respective priority of at least one of the at least two redundant control stages (3a or 3b), and in that the at least two redundant control stages in each case send an item of status information to the supervisor , which specifies whether the respective control stage of the at least two redundant control stages has collected the predetermined quantity of different network data .
A mold for rubber articles comprising: a hole penetrating from a molding surface for molding a rubber article to a back surface thereof; a core member disposed within the hole and forming an air discharge flow channel annular in cross section extending along the extension direction of the hole between itself and the hole wall forming the hole; and an interlinking part interlinking the hole wall to the core member, wherein the core member has a length along a hole axis of the hole that is the same as or shorter than a thickness from the molding surface to the back surface, characterised in that the hole, the core section, and the interlinking part are molded by an additive manufacturing process. a hole penetrating from a molding surface for molding a rubber article to a back surface thereof; a core member disposed within the hole and forming an air discharge flow channel annular in cross section extending along the extension direction of the hole between itself and the hole wall forming the hole; and an interlinking part interlinking the hole wall to the core member, wherein the core member has a length along a hole axis of the hole that is the same as or shorter than a thickness from the molding surface to the back surface, characterised in that the hole, the core section, and the interlinking part are molded by an additive manufacturing process.
A method for granting, for a mobile device which is not provisioned with a subscription to access a wireless network, the establishment of an initial wireless communication over a second wireless network (Se-PLMN) operated by a second wireless network operator (Se-MNO), the mobile device belonging to a user, the method comprising the steps of: - receiving by the second wireless network (Se-PLMN) an identifier of the mobile device; - verifying , in an immutable distributed database hosted at least by a first mobile network operator (Fi-MNO) and the second mobile network operator (Se-MNO) in which the same data is stored replicated across a plurality of compute nodes of a network, if at least a published assertion comprising said identifier of the mobile device demonstrates that the user owns a first subscription to the first mobile network operator (Fi-MNO) associated with a second device different from the said mobile device, the publication of said at least a published assertion being requested by said second device, said subscription allowing said first mobile network operator (Fi-MNO) to be charged by the second mobile network operator (Se-MNO) for the establishment of a wireless communication over the second wireless network; - in case of a positive verification, granting the establishment of a wireless communication over the second wireless network (Se-PLMN) for the mobile device to be provisioned with a second subscription of a third wireless network operator (Th-MNO). - receiving by the second wireless network (Se-PLMN) an identifier of the mobile device; - verifying , in an immutable distributed database hosted at least by a first mobile network operator (Fi-MNO) and the second mobile network operator (Se-MNO) in which the same data is stored replicated across a plurality of compute nodes of a network, if at least a published assertion comprising said identifier of the mobile device demonstrates that the user owns a first subscription to the first mobile network operator (Fi-MNO) associated with a second device different from the said mobile device, the publication of said at least a published assertion being requested by said second device, said subscription allowing said first mobile network operator (Fi-MNO) to be charged by the second mobile network operator (Se-MNO) for the establishment of a wireless communication over the second wireless network; - in case of a positive verification, granting the establishment of a wireless communication over the second wireless network (Se-PLMN) for the mobile device to be provisioned with a second subscription of a third wireless network operator (Th-MNO).
A sensor assembly for monitoring physiological signs, comprising a housing and a circuit board assembly , wherein the housing comprises a first accommodation cavity , a second accommodation cavity , a first connection portion , a second connection portion , and a third accommodation cavity , with the first connection portion being connected to the first accommodation cavity and one end of the third accommodation cavity , and the second connection portion being connected to the second accommodation cavity and the other end of the third accommodation cavity ; the circuit board assembly is accommodated within the first accommodation cavity , the second accommodation cavity , the first connection portion , the second connection portion and the third accommodation cavity , with the widths of the first connection portion and the second connection portion being less than the widths of the first accommodation cavity , the second accommodation cavity and the third accommodation cavity ; with the thickness of the first connection portion and the second connection portion being less than the thickness of the first accommodation cavity , the second accommodation cavity and the third accommodation cavity , and wherein the first connection portion and the second connection portion are each further provided with a buffer groove along the width direction.
Interior aircraft lighting device , comprising: at least two discharge light modules , including at least one first discharge light module and at least one second discharge light module , wherein each discharge light module contains at least one excitable gas, which emits electromagnetic radiation pursuant to electric excitation; multiple electrodes , wherein at least one pair of electrodes of the multiple electrodes (5a, 5b, 6a, 6b, 51 a, 51 b, 52a, 52b) is assigned to each discharge light module for applying an electric field to the at least one excitable gas within the respective discharge light module ; wherein the two electrodes of each pair of electrodes are spaced apart from each other along a longitudinal direction (A) of the respective discharge light module ; wherein the pairs of electrodes include at least one first pair of electrodes , which is assigned to the at least one first discharge light module ; characterized in that the pairs of electrodes (5a, 5b, 6a, 6b, 51 a, 51 b, 52a, 52b) include at least one second pair of electrodes , which is assigned to the at least one second discharge light module ; and wherein a distance (a 1 , a 11 , a 12 ) between the two electrodes of the at least one first pair of electrodes is smaller than a distance (a 2 ) between the two electrodes of the at least one second pair of electrodes . at least two discharge light modules , including at least one first discharge light module and at least one second discharge light module , wherein each discharge light module contains at least one excitable gas, which emits electromagnetic radiation pursuant to electric excitation; multiple electrodes , wherein at least one pair of electrodes of the multiple electrodes (5a, 5b, 6a, 6b, 51 a, 51 b, 52a, 52b) is assigned to each discharge light module for applying an electric field to the at least one excitable gas within the respective discharge light module ; wherein the two electrodes of each pair of electrodes are spaced apart from each other along a longitudinal direction (A) of the respective discharge light module ; wherein the pairs of electrodes include at least one first pair of electrodes , which is assigned to the at least one first discharge light module ; characterized in that the pairs of electrodes (5a, 5b, 6a, 6b, 51 a, 51 b, 52a, 52b) include at least one second pair of electrodes , which is assigned to the at least one second discharge light module ; and wherein a distance (a 1 , a 11 , a 12 ) between the two electrodes of the at least one first pair of electrodes is smaller than a distance (a 2 ) between the two electrodes of the at least one second pair of electrodes .
A polypeptide having at least 95% or 100% sequence identity with SEQ ID NO: 9 or SEQ ID NO: 78, wherein the polypeptide comprises at least one immunoglobulin single variable domain (ISVD) specifically binding human CD40L and an ISVD binding serum albumin, wherein said ISVD specifically binding CD40L is SEQ ID NO: 8.
An anchor sleeve for an anchor system suited for anchoring of a composite tension member , comprising a. a sleeve base body having i. a receiving opening configured to receive an anchor body and extending from 1. a sleeve front opening a. arranged at a sleeve front end to 2. a sleeve rear opening a. arranged at a sleeve rear end , b. the sleeve base body being at least partially made from a fiber-reinforced plastic comprising reinforcing fibers characterized in that c. at least a portion of the reinforcing fibers is wound about the receiving opening of the sleeve base body . a. a sleeve base body having i. a receiving opening configured to receive an anchor body and extending from 1. a sleeve front opening a. arranged at a sleeve front end to 2. a sleeve rear opening a. arranged at a sleeve rear end , i. a receiving opening configured to receive an anchor body and extending from 1. a sleeve front opening a. arranged at a sleeve front end to 2. a sleeve rear opening a. arranged at a sleeve rear end , 1. a sleeve front opening a. arranged at a sleeve front end to a. arranged at a sleeve front end to 2. a sleeve rear opening a. arranged at a sleeve rear end , a. arranged at a sleeve rear end , b. the sleeve base body being at least partially made from a fiber-reinforced plastic comprising reinforcing fibers characterized in that c. at least a portion of the reinforcing fibers is wound about the receiving opening of the sleeve base body .
A diode laser, comprising: an n-substrate of an n-doped material; an n-cladding layer of an n-doped material arranged on the n-substrate ; an n-waveguide layer of an n-doped material arranged on the n-cladding layer ; an active layer arranged on the n-waveguide layer ; a p-waveguide layer of a p-doped material arranged on the active layer ; a p-cladding layer of an p-doped material arranged on the p-waveguide layer ; a p-contact layer of a p-doped material arranged on the p-cladding layer ; and a p-contact arranged on the p-contact layer ; wherein the diode laser is formed, through a current shade formed to be layered, from a doped material opposing its surroundings for a spatially selective current supply to the active layer between the n-substrate and the p-contact ; wherein the current shade is separated from adjacent layers via an intrinsic external layer , characterized in that the thickness of the intrinsic external layer is between 5 nm and 50 nm, wherein the current shade comprises a first layer of doped InGaP and a second layer of doped GaAs, wherein the thickness of the second layer is greater than the thickness of the first layer and the sum of the thicknesses of the first layer and the second layer is between 5 nm and 100 nm. an n-substrate of an n-doped material; an n-cladding layer of an n-doped material arranged on the n-substrate ; an n-waveguide layer of an n-doped material arranged on the n-cladding layer ; an active layer arranged on the n-waveguide layer ; a p-waveguide layer of a p-doped material arranged on the active layer ; a p-cladding layer of an p-doped material arranged on the p-waveguide layer ; a p-contact layer of a p-doped material arranged on the p-cladding layer ; and a p-contact arranged on the p-contact layer ; wherein the diode laser is formed, through a current shade formed to be layered, from a doped material opposing its surroundings for a spatially selective current supply to the active layer between the n-substrate and the p-contact ; wherein the current shade is separated from adjacent layers via an intrinsic external layer , characterized in that the thickness of the intrinsic external layer is between 5 nm and 50 nm, wherein the current shade comprises a first layer of doped InGaP and a second layer of doped GaAs, wherein the thickness of the second layer is greater than the thickness of the first layer and the sum of the thicknesses of the first layer and the second layer is between 5 nm and 100 nm.
A device for dissolving in an aqueous liquid an essentially water-soluble substance, thereby obtaining an aqueous solution and filtering said aqueous solution to remove, if present, insoluble solid matter, comprising: (i) a container for holding an aqueous liquid, wherein the interior of the container is divided into two separate compartments, respectively a mixing compartment and a filtering compartment , separated by a filter screen comprising a filter; (ii) a mixing means positioned in the mixing compartment ; (iii) an outlet in the lower half of one of the walls or in the base of the mixing compartment for removal of the insoluble solid matter from the mixing compartment ; characterized in that the device further comprises (iv) a grid positioned above the mixing compartment comprising means for opening a bag positioned on or above the grid, and (v) an electronic device , optionally comprising a digital display, connected to a sensor ; and wherein the filter screen is vertically positioned. (i) a container for holding an aqueous liquid, wherein the interior of the container is divided into two separate compartments, respectively a mixing compartment and a filtering compartment , separated by a filter screen comprising a filter; (ii) a mixing means positioned in the mixing compartment ; (iii) an outlet in the lower half of one of the walls or in the base of the mixing compartment for removal of the insoluble solid matter from the mixing compartment ; characterized in that the device further comprises (iv) a grid positioned above the mixing compartment comprising means for opening a bag positioned on or above the grid, and (v) an electronic device , optionally comprising a digital display, connected to a sensor ;
An integrated process for separation of an organic compound from a fermented broth, the process comprising: (a) pre-heating the degassed broth feed in a feed/bottom heat exchanger (E-4); (b) feeding the degassed and pre-heated fermented broth into a broth stripper vacuum column ( C-1) for generating overhead vapors; (c) compressing the overhead vapors from the broth stripper column with a turbofan(K-1) to obtain compressed vapors at a pressure ranging from 160 to 200 mmHg; (d) routing demineralized water from bottom of the broth stripper column to a falling film evaporator(E 1); (e) routing the compressed vapors obtained in step ( c) to the falling film evaporator(E-1) for heat transfer from the compressed vapors to the demineralized water for generating a stripping steam, wherein the compressed vapor is condensed to obtain a mixture of a condensed liquid and remaining vapors and wherein the stripping steam generated is routed into the bottom of the broth stripper column; (f) routing the mixture of the condensed liquid and the remaining vapors obtained in step (e) to a broth stripper condenser(E-3) for condensing the remaining vapors into a condensed liquid; and (g) collecting the condensed liquid obtained in step (e) and step (f) having 15- 25wt% of the organic compound in a rectifier feed drum(V-2); wherein the broth stripper column is operated at temperature ranging from 15 to 50°C for a residence time ranging from 1-10 minutes for fermented broth liquid containing live microbes; wherein the organic compound is selected from ethanol, propanol, butanol, acetone and iso-propyl alcohol. (a) pre-heating the degassed broth feed in a feed/bottom heat exchanger (E-4); (b) feeding the degassed and pre-heated fermented broth into a broth stripper vacuum column ( C-1) for generating overhead vapors; (c) compressing the overhead vapors from the broth stripper column with a turbofan(K-1) to obtain compressed vapors at a pressure ranging from 160 to 200 mmHg; (d) routing demineralized water from bottom of the broth stripper column to a falling film evaporator(E 1); (e) routing the compressed vapors obtained in step ( c) to the falling film evaporator(E-1) for heat transfer from the compressed vapors to the demineralized water for generating a stripping steam, wherein the compressed vapor is condensed to obtain a mixture of a condensed liquid and remaining vapors and wherein the stripping steam generated is routed into the bottom of the broth stripper column; (f) routing the mixture of the condensed liquid and the remaining vapors obtained in step (e) to a broth stripper condenser(E-3) for condensing the remaining vapors into a condensed liquid; and (g) collecting the condensed liquid obtained in step (e) and step (f) having 15- 25wt% of the organic compound in a rectifier feed drum(V-2); wherein the broth stripper column is operated at temperature ranging from 15 to 50°C for a residence time ranging from 1-10 minutes for fermented broth liquid containing live microbes; wherein the organic compound is selected from ethanol, propanol, butanol, acetone and iso-propyl alcohol.
A method performed by a base station, gNodeB, or other network equipment for configuring multiple user equipment, UE, relay links for a UE , comprising: coordinating, with a first relay link for a user equipment, UE, in a wireless communication network, configuration of a second relay link for the UE; communicating signaling to enable configuration of the second relay link in accordance with the coordinating, wherein the first relay link comprises a first relay UE and the second relay link comprises a second relay UE , wherein the first relay UE is within a coverage area of the wireless communication network, and wherein the UE is outside the coverage area of the wireless communication network; and characterised in that : the first relay link further comprises a helping remote UE that is outside the coverage area of the wireless communication network and is in communication with the relay UE and the UE . coordinating, with a first relay link for a user equipment, UE, in a wireless communication network, configuration of a second relay link for the UE; communicating signaling to enable configuration of the second relay link in accordance with the coordinating, wherein the first relay link comprises a first relay UE and the second relay link comprises a second relay UE , wherein the first relay UE is within a coverage area of the wireless communication network, and
A user equipment device comprising: one or more antennas ; and wireless circuitry configured to use the one or more antennas to: transmit Short Message Service, SMS, message data over a first communications link having a first bandwidth, the first communications link comprising a cellular communications link or a Wi-Fi communications link, and when the first communications link is unavailable, transmit , over a second communications link , a compressed message including the SMS message data, the second communications link comprising neither a cellular communications link nor a Wi-Fi communications link, being associated with a relay network including at least two network nodes and having a second bandwidth that is less than the first bandwidth. one or more antennas ; and wireless circuitry configured to use the one or more antennas to: transmit Short Message Service, SMS, message data over a first communications link having a first bandwidth, the first communications link comprising a cellular communications link or a Wi-Fi communications link, and when the first communications link is unavailable, transmit , over a second communications link , a compressed message including the SMS message data, the second communications link comprising neither a cellular communications link nor a Wi-Fi communications link, being associated with a relay network including at least two network nodes and having a second bandwidth that is less than the first bandwidth. transmit Short Message Service, SMS, message data over a first communications link having a first bandwidth, the first communications link comprising a cellular communications link or a Wi-Fi communications link, and when the first communications link is unavailable, transmit , over a second communications link , a compressed message including the SMS message data, the second communications link comprising neither a cellular communications link nor a Wi-Fi communications link, being associated with a relay network including at least two network nodes and having a second bandwidth that is less than the first bandwidth.