mhurhangee/ep-ind-claims huggingface dataset:
Omnidirectional dual base plate for mortar carrier vehicles having a traveling position and a firing position and including a mortar barrel and asupporting device coupled to the vehicle characterized by - a bottom base plate on which the mortar is configured to be placed, said bottom base plate comprising a planar plate with several self-centering shafts integrally attached to the top face of the planar plate and several metallic elements integrally attached to the bottom face of the planar plate and supporting the bottom base plate on the ground - a top base plate configured to be coupled to the vehicle, said top base plate comprising a structure with several truncated cone shaped hoppers integrally attached to the structure and a pressure-applying post integrally attached to the structure of the top base plate at its lower end and to a cargo area of a mortar carrier vehicle - connection means between the top base plate and the bottom base plate, said connection means comprising limiter cables, upper stops, and lower stops, said limiter cables being secured to the hoppers of the top base plate by means of an upper stop and to the bottom base plate by means of a lower stop, the limiter cables being configured to pass through the inside of the self-centering shafts of the bottom base plate and allowing the top base plate and the bottom base plate to be attached and to have the movement thereof limited - a bottom base plate on which the mortar is configured to be placed, said bottom base plate comprising a planar plate with several self-centering shafts integrally attached to the top face of the planar plate and several metallic elements integrally attached to the bottom face of the planar plate and supporting the bottom base plate on the ground - a top base plate configured to be coupled to the vehicle, said top base plate comprising a structure with several truncated cone shaped hoppers integrally attached to the structure and a pressure-applying post integrally attached to the structure of the top base plate at its lower end and to a cargo area of a mortar carrier vehicle - connection means between the top base plate and the bottom base plate, said connection means comprising limiter cables, upper stops, and lower stops, said limiter cables being secured to the hoppers of the top base plate by means of an upper stop and to the bottom base plate by means of a lower stop, the limiter cables being configured to pass through the inside of the self-centering shafts of the bottom base plate and allowing the top base plate and the bottom base plate to be attached and to have the movement thereof limited
An anti-theft device for a monitoring system, the device comprising: - a main body; - a circuit housed in said main body; - an elongated electrically conductive element electrically connected to said circuit, mechanically attached to said main body and extending externally of the main body itself to a define an annular structure suitable for engagement with a product to be monitored, characterised in that said circuit comprises means configured to receive from the monitoring system a request signal to power said circuit and to generate therefrom to the monitoring system a corresponding response signal, and in that said circuit means is further configured to generate said response signal to the monitoring system when said elongated element is electrically connected to said circuit and it's configured to stop to generate said response signal to the monitoring system when said elongated element is broken. - a main body; - a circuit housed in said main body; - an elongated electrically conductive element electrically connected to said circuit, mechanically attached to said main body and extending externally of the main body itself to a define an annular structure suitable for engagement with a product to be monitored, characterised in that said circuit comprises means configured to receive from the monitoring system a request signal to power said circuit and to generate therefrom to the monitoring system a corresponding response signal, and in that said circuit means is further configured to generate said response signal to the monitoring system when said elongated element is electrically connected to said circuit and it's configured to stop to generate said response signal to the monitoring system when said elongated element is broken.
A process for purifying succinic acid from a fermentation broth, the process comprises: filtering a fermentation broth; adjusting pH to yield a succinate-containing filtrate having a pH value less than or equal to 3.0; running said acidified filtrate through a chromatographic column having a non-functionalized resin selectively at an operational temperature in a range from 20°C to 100°C, such that at least two distinct fractions are achieved, at least one of which contains succinic acid or succinate salt, characterized in that said operational temperature is selected to be either a) greater than 50°C to produce a free succinic acid, wherein this free succinic acid-producing operation is an isocratic elution of deionized water, or b) less than 50°C to produce a salt of succinic acid, wherein this salt-producing operation is a binary elution of deionized water and aqueous strong base or a binary elution of deionized water and an organic solvent. a) greater than 50°C to produce a free succinic acid, wherein this free succinic acid-producing operation is an isocratic elution of deionized water, or b) less than 50°C to produce a salt of succinic acid, wherein this salt-producing operation is a binary elution of deionized water and aqueous strong base or a binary elution of deionized water and an organic solvent.
A PD variant of the Coxsackie B3 group virus for use in the treatment of cancer, wherein the PD variant is defined by an amino acid sequence comprising the sequence of Figure 2B (SEQ 2) and wherein the cancer is colorectal carcinoma.
Ladder system for hoisting rescue vehicles, comprising a plurality of ladder segments being telescopically extendable with regard to each other, with a bottom ladder set being mountable on top of a base part of the vehicle and an top ladder set supported on top of the bottom ladder set, each of the bottom ladder set and the top ladder set comprising a plurality of ladder segments, wherein the ladder system comprises two independent telescopic drives for driving the extension of the respective ladder segments of the bottom ladder set and the top ladder set, wherein the telescopic drives comprise a bottom drive for extending the bottom ladder segments of the bottom ladder set and a top drive for extending the top ladder segments of the top ladder set and being mounted to the top ladder set, said ladder system further comprising a control device to operate both telescopic drives independent of each other, characterized in that the control device is configured to start the operation of the bottom drive and the top drive in a predetermined order depending on one of a plurality of operation modes of the control device, such operation modes corresponding to different loads acting on the ladder system in an at least partially extended state. said ladder system further comprising a control device to operate both telescopic drives independent of each other, characterized in that the control device is configured to start the operation of the bottom drive and the top drive in a predetermined order depending on one of a plurality of operation modes of the control device, such operation modes corresponding to different loads acting on the ladder system in an at least partially extended state.
A method for allocating resources for a sidelink transmission by a user equipment, UE, in a wireless communication system, the method comprising: establishing a connection with a network; receiving information on multiple carriers from the network; selecting a first carrier among the multiple carriers; allocating a first resource on the first carrier; allocating a second resource on a second carrier, among the multiple carriers except the first carrier, by applying a time offset or a frequency offset between the first resource on the first carrier and the second resource on the second carrier; and performing the sidelink transmission by using the first resource on the first carrier and the second resource on the second carrier, wherein the time offset or the frequency offset changes according to a channel busy ratio, CBR, of the second carrier. establishing a connection with a network; receiving information on multiple carriers from the network; selecting a first carrier among the multiple carriers; allocating a first resource on the first carrier; allocating a second resource on a second carrier, among the multiple carriers except the first carrier, by applying a time offset or a frequency offset between the first resource on the first carrier and the second resource on the second carrier; and performing the sidelink transmission by using the first resource on the first carrier and the second resource on the second carrier, wherein the time offset or the frequency offset changes according to a channel busy ratio, CBR, of the second carrier.
A biotechnological phytodepuration system for polluted water, the system comprising a tank containing a filtering bed constituted of porous material and vegetable species planted out onto said filtering bed, an inlet for introduction of polluted water into said tank and an outlet for discharge of depurated water from the tank, the system being characterized in that said filtering bed contains a microorganism consortium inoculum, said consortium inoculum comprising: a) symbiont fungi belonging to the genera Glomus spp. and Gigaspora spp., b) saprophytic fungus belonging to the genus Trichoderma spp., and c) bacteria of the rhizosphere belonging to the genera Bacillus spp., Pseudomonas spp. and Actinomycetales spp., d) biosurfactant fungi belonging to the genera Acinetobacter spp., Pichia spp., Torulopsis spp., Candida spp., Saccharomyces spp., Schizonella spp., and Ustilago spp., and e) biosurfactant bacteria belonging to the genera Agrobacterium spp., Serratia spp., Flavobacterium spp., Mycobacterium spp., Nocardia spp., Corynebacterium spp., Rhodococcus spp., Arthrobacter spp., Thiobacillus spp., Gluconobacter spp., Aspergillus spp., and Alcanivorax spp.. a) symbiont fungi belonging to the genera Glomus spp. and Gigaspora spp., b) saprophytic fungus belonging to the genus Trichoderma spp., and c) bacteria of the rhizosphere belonging to the genera Bacillus spp., Pseudomonas spp. and Actinomycetales spp., d) biosurfactant fungi belonging to the genera Acinetobacter spp., Pichia spp., Torulopsis spp., Candida spp., Saccharomyces spp., Schizonella spp., and Ustilago spp., and e) biosurfactant bacteria belonging to the genera Agrobacterium spp., Serratia spp., Flavobacterium spp., Mycobacterium spp., Nocardia spp., Corynebacterium spp., Rhodococcus spp., Arthrobacter spp., Thiobacillus spp., Gluconobacter spp., Aspergillus spp., and Alcanivorax spp..
A method for creating and managing linked decentralized identifiers for an entity, the method comprising: determining that a child decentralized identifier is to be created for a parent decentralized identifier, the parent decentralized identifier having an associated parent private key, wherein each of the decentralized identifiers is associated with a permission, wherein the permission defines a scope of data and an associated permitted use of said scope of data; in response to the determination, using the parent private key to generate a child private key; and creating the child decentralized identifier at least by assigning the generated child private key as the private key for the child decentralized identifier, and associating the child decentralized identifier with a child permission, wherein the child permission associated with the child decentralized identifier is a subset of the permission granted to the parent decentralized identifier. determining that a child decentralized identifier is to be created for a parent decentralized identifier, the parent decentralized identifier having an associated parent private key, wherein each of the decentralized identifiers is associated with a permission, wherein the permission defines a scope of data and an associated permitted use of said scope of data; in response to the determination, using the parent private key to generate a child private key; and creating the child decentralized identifier at least by assigning the generated child private key as the private key for the child decentralized identifier, and associating the child decentralized identifier with a child permission, wherein the child permission associated with the child decentralized identifier is a subset of the permission granted to the parent decentralized identifier.
An electronic device (100, 500, 2000, 2100) comprising: a plurality of electronic parts; one or more housing components (200. 1400, 1500, 1600, 1700, 1800, 1900) forming a space for receiving the plurality of electronic parts; and a cover (230, 530, 1430, 1530, 1630, 1730, 1830, 1930) detachable from the one or more housing components; characterized in that the cover includes a first housing member (231, 1431, 1531, 1631, 1731, 1831, 1931) having a plurality of separated metal elements (5311, 14311, 15311, 16311, 17311, 19311) suspended in a plastic injection member (5320, 14320, 15320, 16320, 17320, 19320)that is formed by filling the spaces between the metal elements with molten plastic via insert injection, and a second non-metal housing member (232, 1432, 1532, 1632, 1732, 1832, 1932) coupled to the first housing member. a plurality of electronic parts; one or more housing components (200. 1400, 1500, 1600, 1700, 1800, 1900) forming a space for receiving the plurality of electronic parts; and a cover (230, 530, 1430, 1530, 1630, 1730, 1830, 1930) detachable from the one or more housing components; characterized in that the cover includes a first housing member (231, 1431, 1531, 1631, 1731, 1831, 1931) having a plurality of separated metal elements (5311, 14311, 15311, 16311, 17311, 19311) suspended in a plastic injection member (5320, 14320, 15320, 16320, 17320, 19320)that is formed by filling the spaces between the metal elements with molten plastic via insert injection, and a second non-metal housing member (232, 1432, 1532, 1632, 1732, 1832, 1932) coupled to the first housing member.
A method for making a recycled electrode material for an energy-storage device, the method comprising: harvesting a lithium-deficient electrode material from a recycling or waste stream; and replenishing at least some lithium in the lithium-deficient electrode material to obtain a recycled electrode material, characterised in that replenishing the at least some lithium comprises promoting a hydrothermal reaction of the lithium-deficient electrode material with a lithium-ion-containing solution, and the recycled electrode material is heated to a sintering temperature. harvesting a lithium-deficient electrode material from a recycling or waste stream; and replenishing at least some lithium in the lithium-deficient electrode material to obtain a recycled electrode material, characterised in that replenishing the at least some lithium comprises promoting a hydrothermal reaction of the lithium-deficient electrode material with a lithium-ion-containing solution, and the recycled electrode material is heated to a sintering temperature.
A method of estimating tension in a target post-tensioned rod, the method comprising: determining frequency differences between first and second modal frequencies (2302, 2304) for: a plurality of post-tensioned rods, wherein the frequency differences are determined for each rod at one or more levels of tension; and the target post-tensioned rod; measuring cantilever lengths of: the plurality of post-tensioned rods, wherein the cantilever lengths are measured for each rod at one or more levels of tension; and the target post-tensioned rod; and applying regression analysis to estimate tension in the target post-tensioned rod, wherein the regression analysis is based on at least the frequency differences determined for the plurality of post-tensioned rods, the frequency difference for the target post-tensioned rod, the measured cantilever lengths for the plurality of post-tensioned rods, and the measured cantilever length of the target post-tensioned rod. determining frequency differences between first and second modal frequencies (2302, 2304) for: a plurality of post-tensioned rods, wherein the frequency differences are determined for each rod at one or more levels of tension; and the target post-tensioned rod; a plurality of post-tensioned rods, wherein the frequency differences are determined for each rod at one or more levels of tension; and the target post-tensioned rod; measuring cantilever lengths of: the plurality of post-tensioned rods, wherein the cantilever lengths are measured for each rod at one or more levels of tension; and the target post-tensioned rod; and the plurality of post-tensioned rods, wherein the cantilever lengths are measured for each rod at one or more levels of tension; and the target post-tensioned rod; and applying regression analysis to estimate tension in the target post-tensioned rod, wherein the regression analysis is based on at least the frequency differences determined for the plurality of post-tensioned rods, the frequency difference for the target post-tensioned rod, the measured cantilever lengths for the plurality of post-tensioned rods, and the measured cantilever length of the target post-tensioned rod.
A device for expression of a powder, comprising: a) an elongated hollow reservoir, the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, and wherein said manual air pump comprises a bellows; b) a plunger with a porous filter mounted on said plunger, slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter; wherein the powder is disposed within the reservoir between the filter and the expression port, and the pump is in a fluid communication with the expression port through the porous filter and through the powder. a) an elongated hollow reservoir, the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, and wherein said manual air pump comprises a bellows; b) a plunger with a porous filter mounted on said plunger, slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter;
A method for determining severity of hemophilia, the method comprising the steps of: coagulating a blood specimen to acquire a coagulation waveform; acquiring an average change rate of a coagulation rate from the coagulation waveform, wherein the average change rate of the coagulation rate is calculated based on a waveform of rate obtained by differentiating the coagulation waveform; and determining the severity of hemophilia in the blood specimen based on the average change rate of the coagulation rate. coagulating a blood specimen to acquire a coagulation waveform; acquiring an average change rate of a coagulation rate from the coagulation waveform, wherein the average change rate of the coagulation rate is calculated based on a waveform of rate obtained by differentiating the coagulation waveform; and determining the severity of hemophilia in the blood specimen based on the average change rate of the coagulation rate.
An orthopaedic element comprising: a body comprising at least one of the following: an orthopaedic prosthetic component (16,18); an orthopaedic trauma product; an orthopaedic instrument; and an orthopaedic trial; a carrier element (41,43) assembled with the body, an information storage portion for storing information that is part of the carrier element; a transmitter portion associated with the body and coupled to the information storage portion for transmitting a signal related to the information stored in the information storage portion; and an internal power source portion associated with the body and connected to supply power to the transmitter, characterised in that the carrier element is assembled with the body by a press fit, taper fit, snap fit or threaded connection such that the carrier element can be intraoperatively detached from the remainder of the body. a body comprising at least one of the following: an orthopaedic prosthetic component (16,18); an orthopaedic trauma product; an orthopaedic instrument; and an orthopaedic trial; a carrier element (41,43) assembled with the body, an information storage portion for storing information that is part of the carrier element; a transmitter portion associated with the body and coupled to the information storage portion for transmitting a signal related to the information stored in the information storage portion; and an internal power source portion associated with the body and connected to supply power to the transmitter, characterised in that the carrier element is assembled with the body by a press fit, taper fit, snap fit or threaded connection such that the carrier element can be intraoperatively detached from the remainder of the body.
A power switch, being able to be connected to a light fixture, the power switch comprising: a housing assembly; a switch structure, disposed in the housing assembly; characterized in that the housing assembly, comprising an annular accommodating groove; and the power switch further comprising: a connection assembly, disposed at the annular accommodating groove, the connection assembly comprising: a connecting element, adapted to be connected to the light fixture, the connecting element having an annular portion; and an outer collar, sleeved at the annular portion of the connecting element and accommodated in the annular accommodating groove. a housing assembly; a switch structure, disposed in the housing assembly; characterized in that the housing assembly, comprising an annular accommodating groove; and the power switch further comprising: a connection assembly, disposed at the annular accommodating groove, the connection assembly comprising: a connecting element, adapted to be connected to the light fixture, the connecting element having an annular portion; and an outer collar, sleeved at the annular portion of the connecting element and accommodated in the annular accommodating groove. a connecting element, adapted to be connected to the light fixture, the connecting element having an annular portion; and an outer collar, sleeved at the annular portion of the connecting element and accommodated in the annular accommodating groove.