mhurhangee/patent-ind-claim-en huggingface dataset:
A detection apparatus , comprising: an inlet structure , comprising: an inlet portion , having an inner surface ; and at least one micro structure , disposed in the inlet portion and connected with the inner surface , and a microchannel , connected to the inlet structure , wherein when a fluid (F) is injected into the inlet portion , the micro structure destroys a surface tension of the fluid (F) to cause the fluid (F) to flow into the microchannel by a capillary action, characterized in that the inlet portion further has an inclined surface and a bottom surface , the inner surface is connected between the inclined surface and the bottom surface , and the inner surface is perpendicularly or inclinedly connected to the bottom surface ; and wherein the micro structure is a convex-shaped micro structure protruding from the inner surface of the inlet portion or the micro structure is a concaved-shaped micro structure buried into the inner surface of the inlet portion . an inlet structure , comprising: an inlet portion , having an inner surface ; and at least one micro structure , disposed in the inlet portion and connected with the inner surface , and an inlet portion , having an inner surface ; and at least one micro structure , disposed in the inlet portion and connected with the inner surface , and a microchannel , connected to the inlet structure , wherein when a fluid (F) is injected into the inlet portion , the micro structure destroys a surface tension of the fluid (F) to cause the fluid (F) to flow into the microchannel by a capillary action,
A composite negative electrode active material, comprising: a silicon-based core particle; an outer carbon coating layer positioned on the silicon-based core particle; first single-walled carbon nanotubes in contact with the outer carbon coating layer, wherein the first single-walled carbon nanotubes protrude from the outer carbon coating layer; a conductive structure spaced apart from the outer carbon coating layer and including second single-walled carbon nanotubes; and a crosslinking material bonded to the first single-walled carbon nanotube and at least one of the second single-walled carbon nanotubes, wherein the at least one of the second single-walled carbon nanotubes is crosslinked with the first single-walled carbon nanotube by the crosslinking material, wherein the conductive structure and the first single-walled carbon nanotube are connected to each other, wherein the crosslinking material is at least one selected from the group consisting of carbon black, natural graphite, and artificial graphite, and wherein the outer carbon coating layer contains oxygen in an amount measured according to the description of 35 wt% to 55 wt%. a silicon-based core particle; an outer carbon coating layer positioned on the silicon-based core particle; first single-walled carbon nanotubes in contact with the outer carbon coating layer, wherein the first single-walled carbon nanotubes protrude from the outer carbon coating layer; a conductive structure spaced apart from the outer carbon coating layer and including second single-walled carbon nanotubes; and a crosslinking material bonded to the first single-walled carbon nanotube and at least one of the second single-walled carbon nanotubes, wherein the at least one of the second single-walled carbon nanotubes is crosslinked with the first single-walled carbon nanotube by the crosslinking material, wherein the conductive structure and the first single-walled carbon nanotube are connected to each other, wherein the crosslinking material is at least one selected from the group consisting of carbon black, natural graphite, and artificial graphite, and wherein the outer carbon coating layer contains oxygen in an amount measured according to the description of 35 wt% to 55 wt%.
A center cord-line V-belt which has no reinforcing fabric layer and no fabric wrap, the center cord-line V-belt comprising a radially centered cord line of helically wound tensile cord embedded in a very high-modulus adhesion gum ; an overcord layer ; and an undercord layer ; wherein the adhesion gum (!4) comprises a substantially isotropic modulus; the overcord and undercord layers comprises unequal with-grain and cross-grain moduli; the overcord and undercord cross-grain moduli are less than the adhesion gum modulus.
A valve device for a turbine comprising: a casing with a chamber and a plurality of channels a plurality of valves arranged in said chamber into which a fluid flows; each of the plurality of valves comprising a valve seat ; wherein the chamber and the channels provide communication between the plurality of valves and a cylinder of the turbine ; and a pressure receiving member configured to receive pressure of the fluid in the chamber to hold the two or more valve seats of the two or more valves on the casing , characterized in that the pressure receiving member has locking holes corresponding to the two or more valve seats , and the valve seats are fully circumferentially locked by inner peripheral edges of the locking holes . a casing with a chamber and a plurality of channels a plurality of valves arranged in said chamber into which a fluid flows; each of the plurality of valves comprising a valve seat ; wherein the chamber and the channels provide communication between the plurality of valves and a cylinder of the turbine ; and a pressure receiving member configured to receive pressure of the fluid in the chamber to hold the two or more valve seats of the two or more valves on the casing , characterized in that the pressure receiving member has locking holes corresponding to the two or more valve seats , and the valve seats are fully circumferentially locked by inner peripheral edges of the locking holes .
A device for sensing the pressure of a medium within a fluid medium received in a container, comprising a screen and a pressure sensor associated with or joined thereto, wherein the screen shields the pressure sensor at least on one side from swirls formed in the medium , for example during filling or emptying of the container , wherein the pressure sensor communicates with an external data-processing unit for evaluation of sensor data, and the screen is designed to be connectible to a pump lance of a container pump in the region of a pump foot and, in the connected state, forms together with said pump lance a measuring chamber in which the pressure sensor is received, wherein the screen is large enough to define a flow-free region within the medium and, in the connected state, is open at the top and has a compensating bore as a through-opening in the lower region. wherein the pressure sensor communicates with an external data-processing unit for evaluation of sensor data, and the screen is designed to be connectible to a pump lance of a container pump in the region of a pump foot and, in the connected state, forms together with said pump lance a measuring chamber in which the pressure sensor is received, wherein the screen is large enough to define a flow-free region within the medium and, in the connected state, is open at the top and has a compensating bore as a through-opening in the lower region.
An elevator system comprising: a hoistway ; an elevator component disposed in the hoistway ; and a power assembly disposed in the hoistway , the power assembly comprising: a first power component disposed in the hoistway , the first power component comprising a first power connection ; and a second power component operably coupled to the elevator component; wherein the first power component is configured to provide wireless power to the second power component , the elevator system further comprising: a guide rail disposed in the hoistway , the guide rail configured to engage the elevator component and direct the course of travel of the elevator component, wherein the first power component is operably coupled to the guide rail ; characterized by a safety device operably coupled to the elevator component, the safety device configured to engage the guide rail , wherein the second power component is operably coupled to the safety device. a hoistway ; an elevator component disposed in the hoistway ; and a power assembly disposed in the hoistway , the power assembly comprising: a first power component disposed in the hoistway , the first power component comprising a first power connection ; and a second power component operably coupled to the elevator component; wherein the first power component is configured to provide wireless power to the second power component , a first power component disposed in the hoistway , the first power component comprising a first power connection ; and a second power component operably coupled to the elevator component; wherein the first power component is configured to provide wireless power to the second power component , the elevator system further comprising: a guide rail disposed in the hoistway , the guide rail configured to engage the elevator component and direct the course of travel of the elevator component, wherein the first power component is operably coupled to the guide rail ; characterized by a safety device operably coupled to the elevator component, the safety device configured to engage the guide rail , wherein the second power component is operably coupled to the safety device. a guide rail disposed in the hoistway , the guide rail configured to engage the elevator component and direct the course of travel of the elevator component, wherein the first power component is operably coupled to the guide rail ; characterized by a safety device operably coupled to the elevator component, the safety device configured to engage the guide rail , wherein the second power component is operably coupled to the safety device.
A method for making a printing plate including the steps of - image-wise exposing a printing plate precursor including on a support a photopolymerizable coating and an overcoat provided on said coating, to heat and/or light; - heating the precursor; - developing the precursor; wherein the overcoat includes a compound capable of generating a volatile decomposition product. - image-wise exposing a printing plate precursor including on a support a photopolymerizable coating and an overcoat provided on said coating, to heat and/or light; - heating the precursor; - developing the precursor;
A method of manufacturing an article with the aid of an electroadhesive capture element, the method comprising: capturing a first article component placed on a first platform via electroadhesion and application of negative pressure; capturing a second article component placed on the first platform via electroadhesion and application of negative pressure; moving the captured first and second article components to a position over a second platform ; releasing the captured first article component to place the first article component on a first predetermined location of the second platform; and releasing the captured second article component to place the second article component on a second predetermined location of the second platform; wherein the first and second article components placed on the second platform are assembled into at least a portion of the article; characterized in that capturing the one or more of the first and second article components via electroadhesion comprises placing a planar electroadhesive surface of an electroadhesive capture element over the one or more of the first and second article components and activating the electroadhesive surface , and that a plurality of ports are formed in the electroadhesive surface through which negative pressure is applied wherein the negative pressure is applied at the electroadhesive surface of the capture element . capturing a first article component placed on a first platform via electroadhesion and application of negative pressure; capturing a second article component placed on the first platform via electroadhesion and application of negative pressure; moving the captured first and second article components to a position over a second platform ; releasing the captured first article component to place the first article component on a first predetermined location of the second platform; and releasing the captured second article component to place the second article component on a second predetermined location of the second platform; wherein the first and second article components placed on the second platform are assembled into at least a portion of the article; characterized in that capturing the one or more of the first and second article components via electroadhesion comprises placing a planar electroadhesive surface of an electroadhesive capture element over the one or more of the first and second article components and activating the electroadhesive surface , and that a plurality of ports are formed in the electroadhesive surface through which negative pressure is applied wherein the negative pressure is applied at the electroadhesive surface of the capture element .
A compound comprising a modified oligonucleotide consisting of 8 to 25 linked nucleosides, wherein the nucleobase sequence of the modified oligonucleotide is complementary to miR-17, for use in a method of treating polycystic kidney disease.
A method for adjusting a size of a contention window in a wireless communication system, the method performed by a base station, BS , and comprising: transmitting a physical downlink shared channel, PDSCH, to a user equipment, UE , on a frequency bandwidth; receiving an acknowledgement/negative-acknowledgement, ACK/NACK, signal for the PDSCH from the UE; and adjusting the size of the contention window based on the ACK/NACK signal, wherein the method further comprises: based on the frequency bandwidth overlapping with a plurality of frequency bands for channel access procedure, CAP, of the BS, adjusting the size of the contention window for each of the plurality of frequency bands for the CAP of the B S based on the ACK/NACK signal. transmitting a physical downlink shared channel, PDSCH, to a user equipment, UE , on a frequency bandwidth; receiving an acknowledgement/negative-acknowledgement, ACK/NACK, signal for the PDSCH from the UE; and adjusting the size of the contention window based on the ACK/NACK signal, wherein the method further comprises: based on the frequency bandwidth overlapping with a plurality of frequency bands for channel access procedure, CAP, of the BS, adjusting the size of the contention window for each of the plurality of frequency bands for the CAP of the B S based on the ACK/NACK signal.
A seal member that is elastically deformable, comprising: a hollow tube and a porous body that is inserted in the interior of said tube ; wherein: the interior of said tube is not completely filled by said porous body , and air-holding space is provided between a portion of the inner wall of said tube and a portion of the outer surface of said porous body ; said porous body is composed of a material having a water absorption coefficient of at least 10% and no greater than 3000% in an uncompressed state; said porous body is arranged such that the volume of said porous body occupies at least 2.5% of the internal volume of said tube ; and characterized in that said hollow tube has a configuration in which a plurality of hollow tube members are joined by way of a joint ; and said porous body is bonded to the inner surface of said joint and to the inner surface of said tube member into which said porous body has been inserted. a hollow tube and a porous body that is inserted in the interior of said tube ; wherein: the interior of said tube is not completely filled by said porous body , and air-holding space is provided between a portion of the inner wall of said tube and a portion of the outer surface of said porous body ; said porous body is composed of a material having a water absorption coefficient of at least 10% and no greater than 3000% in an uncompressed state; said porous body is arranged such that the volume of said porous body occupies at least 2.5% of the internal volume of said tube ; and characterized in that said hollow tube has a configuration in which a plurality of hollow tube members are joined by way of a joint ; and said porous body is bonded to the inner surface of said joint and to the inner surface of said tube member into which said porous body has been inserted. the interior of said tube is not completely filled by said porous body , and air-holding space is provided between a portion of the inner wall of said tube and a portion of the outer surface of said porous body ; said porous body is composed of a material having a water absorption coefficient of at least 10% and no greater than 3000% in an uncompressed state; said porous body is arranged such that the volume of said porous body occupies at least 2.5% of the internal volume of said tube ; and characterized in that said hollow tube has a configuration in which a plurality of hollow tube members are joined by way of a joint ; and said porous body is bonded to the inner surface of said joint and to the inner surface of said tube member into which said porous body has been inserted.
Granulator for obtaining a solid product in the form of granules, starting from a supply of said product in liquid form, said granulator comprising walls which define a granulation chamber , characterized in that it comprises a system for removing encrustations or dust from at least one wall , said system comprising at least one shaking member which acts on said wall and which is configured to impart a pulsed deformation to said wall and said wall has a double structure, comprising a load-bearing wall and an internal wall facing the granulation chamber and said encrustation removal system is arranged to impart said pulsed deformation to said internal wall .
A computer-implemented method comprising: - receiving, at a processing means, a crop data indicative of the type of a crop; - receiving, at the processing means, a region data indicative of at least one harmful organism that may be present at or around the location of the crop; - selecting from a database, using the processing means, a sensor arrangement suitable for selectively genotyping at least one relevant harmful organism; wherein the at least one relevant harmful organism is among the at least one harmful organism, and wherein the selection is performed in response to the crop data and the region data, wherein the sensor arrangement is suitable for in-situ genotyping the at least one relevant harmful organism, wherein the sensor arrangement is a lab-on-a-chip device. - receiving, at a processing means, a crop data indicative of the type of a crop; - receiving, at the processing means, a region data indicative of at least one harmful organism that may be present at or around the location of the crop; - selecting from a database, using the processing means, a sensor arrangement suitable for selectively genotyping at least one relevant harmful organism; wherein the at least one relevant harmful organism is among the at least one harmful organism, and wherein the selection is performed in response to the crop data and the region data, wherein the sensor arrangement is suitable for in-situ genotyping the at least one relevant harmful organism, wherein the sensor arrangement is a lab-on-a-chip device.
A resource acquiring method, wherein the method is used by a consumer application to acquire a producer data resource generated by a producer application , and comprises: receiving a request message that is used to acquire the producer data resource and that is sent by the consumer application , wherein the request message carries indication information that is used to instruct to update the producer data resource and return an updated producer data resource; based on the indication information, acquiring current moment data from the producer application , and updating the producer data resource by using the current moment data; and returning the updated producer data resource to the consumer application receiving a request message that is used to acquire the producer data resource and that is sent by the consumer application , wherein the request message carries indication information that is used to instruct to update the producer data resource and return an updated producer data resource; based on the indication information, acquiring current moment data from the producer application , and updating the producer data resource by using the current moment data; and returning the updated producer data resource to the consumer application
A pharmaceutical composition comprising edaravone or a salt thereof as an active ingredient, a filler, a binder and a disintegrant, wherein the pharmaceutical composition is a sublingual tablet; wherein the pharmaceutical composition does not comprise active ingredients other than edaravone or a salt thereof; wherein the filler is mannitol; wherein the binder is hydroxypropyl methylcellulose; and wherein the disintegrant comprises at least one selected from the group consisting of croscarmellose sodium and crospovidone; wherein the filler accounts for 25% to 90%, 30% to 80%, 35% to 75% or 40% to 70% by mass of the pharmaceutical composition. wherein the pharmaceutical composition is a sublingual tablet; wherein the pharmaceutical composition does not comprise active ingredients other than edaravone or a salt thereof; wherein the filler is mannitol; wherein the binder is hydroxypropyl methylcellulose; and wherein the disintegrant comprises at least one selected from the group consisting of croscarmellose sodium and crospovidone; wherein the filler accounts for 25% to 90%, 30% to 80%, 35% to 75% or 40% to 70% by mass of the pharmaceutical composition.