mhurhangee/patent-ind-claim-en huggingface dataset:
A cap assembly for a secondary battery , characterized in that , comprising: a cap plate comprising an electrode lead-out hole ; an electrode terminal disposed at a side of the cap plate and covering the electrode lead-out hole ; a fixing component , wherein the fixing component and the electrode terminal are disposed at the same side of the cap plate , the electrode terminal is connected to the cap plate through the fixing component , and the fixing component comprises a protrusion extending between the electrode terminal and the cap plate ; and a sealing ring , wherein the cap plate is connected to the electrode terminal through the sealing ring , and in an axial direction of the electrode lead-out hole , a projection of the sealing ring at least partially overlaps with a projection of the protrusion , wherein the sealing ring is at least partially disposed between the protrusion and the cap plate , and a portion of the sealing ring is configured to be disposed between the electrode terminal and the cap plate , and both the electrode terminal and the cap plate are configured to be directly connected to the sealing ring . a cap plate comprising an electrode lead-out hole ; an electrode terminal disposed at a side of the cap plate and covering the electrode lead-out hole ; a fixing component , wherein the fixing component and the electrode terminal are disposed at the same side of the cap plate , the electrode terminal is connected to the cap plate through the fixing component , and the fixing component comprises a protrusion extending between the electrode terminal and the cap plate ; and a sealing ring , wherein the cap plate is connected to the electrode terminal through the sealing ring , and in an axial direction of the electrode lead-out hole , a projection of the sealing ring at least partially overlaps with a projection of the protrusion , wherein the sealing ring is at least partially disposed between the protrusion and the cap plate , and a portion of the sealing ring is configured to be disposed between the electrode terminal and the cap plate , and both the electrode terminal and the cap plate are configured to be directly connected to the sealing ring .
A method of wireless communication performed by a first base station, comprising: configuring a group wake-up signal based at least in part on a sidelink zone identifier that corresponds to a geographical area of a sidelink zone that is located in a coverage area of one or more base stations including the first base station and that covers user equipments, UEs, that are in geographical proximity to each other for sidelink communication; and transmitting the group wake-up signal to collectively wake up at least a subset of the UEs located in the geographical area corresponding to the sidelink zone identifier. configuring a group wake-up signal based at least in part on a sidelink zone identifier that corresponds to a geographical area of a sidelink zone that is located in a coverage area of one or more base stations including the first base station and that covers user equipments, UEs, that are in geographical proximity to each other for sidelink communication; and transmitting the group wake-up signal to collectively wake up at least a subset of the UEs located in the geographical area corresponding to the sidelink zone identifier.
Refrigerator (R), in particular domestic refrigerator, having an internal compartment (C) with side walls (W), each wall (W) being provided with molded parts for supporting a glass shelf (G) of the refrigerator (R), wherein two parallel sides of the glass shelf (G) are provided with plastic elements having a C-shaped cross-section for embedding, at least partially, the respective edges of the glass shelf, each plastic element being provided with a first elastic portion configured to cooperate with a corresponding seat of a molded part , wherein each plastic element comprises on an upper side thereof first series of linear protrusions configured to slidably receive a bottom wall of a plastic drawer of the refrigerator (R), characterized in that each plastic element comprises on an upper side thereof second series of protrusions , said second series of protrusions being hook-shaped and configured cooperate with side rails of the bottom wall of a plastic drawer .
A method for preparing a biological sample for use in an immunolabeling process, the method comprising: - labeling the biological sample with a labeling component, the labeling component comprising a primary antibody conjugated with a first enhancer antigen, wherein the primary antibody is selected to bind directly to a target antigen comprised with the biological sample, and - providing a first enhancer antibody, the first enhancer antibody selected to solely bind to the first enhancer antigen, wherein: - the first enhancer antigen is not present in the biological sample and not present in other reagents used in the immunolabeling process, and the first enhancer antigen is a non-biological peptide, - the first enhancer antibody is generated based on the first enhancer antigen, and - the first enhancer antigen is a non-biological peptide formed from one or more artificially formulated peptide sequences that are not present in any proteins in nature. - labeling the biological sample with a labeling component, the labeling component comprising a primary antibody conjugated with a first enhancer antigen, wherein the primary antibody is selected to bind directly to a target antigen comprised with the biological sample, and - providing a first enhancer antibody, the first enhancer antibody selected to solely bind to the first enhancer antigen, - the first enhancer antigen is not present in the biological sample and not present in other reagents used in the immunolabeling process, and the first enhancer antigen is a non-biological peptide, - the first enhancer antibody is generated based on the first enhancer antigen, and - the first enhancer antigen is a non-biological peptide formed from one or more artificially formulated peptide sequences that are not present in any proteins in nature.
A method for fetching a content identified by a content identifier from a web server , for use with distinct first and second servers and an intermediate device that are each connected to the Internet and are each addressable in the Internet using a respective Internet Protocol, IP, address, wherein the content identifier is comprised in a content request sent by a client device requesting the content to be fetched, wherein the first server, upon selecting an IP address from a list of IP addresses corresponding to available intermediate devices, directs the intermediate device corresponding to the selected IP address to initiate communication and establish connection with the second server, by sending a message containing the IP address of the second server to the intermediate device, the method comprising: establishing , by the intermediate device over the Internet, a connection with the first server, in response to detecting of connecting to the Internet of the intermediate device; receiving , by the intermediate device from the first server over the established connection, a first message that comprises the content identifier; sending , by the intermediate device to the web server over the Internet, a content request that comprises the content identifier, so that the web server is only aware of the IP address of the intermediate device as a content requesting device; receiving , by the intermediate device from the web server over the Internet, the content, in response to the content request; and sending , by the intermediate device to the second server over the Internet the content, in response to the received first message, so that the second server sends the content to the requesting client device. establishing , by the intermediate device over the Internet, a connection with the first server, in response to detecting of connecting to the Internet of the intermediate device; receiving , by the intermediate device from the first server over the established connection, a first message that comprises the content identifier; sending , by the intermediate device to the web server over the Internet, a content request that comprises the content identifier, so that the web server is only aware of the IP address of the intermediate device as a content requesting device; receiving , by the intermediate device from the web server over the Internet, the content, in response to the content request; and sending , by the intermediate device to the second server over the Internet the content, in response to the received first message, so that the second server sends the content to the requesting client device.
A method of making a dry graphene material comprising: electrolytically reducing a transition metal oxide to a transition metal at a temperature of 900°C to 1000°C in an electrolytic cell using a molten salt electrolyte and a carbon anode, wherein the molten salt electrolyte is molten CaCl 2 having CaO content up to 11wt.%, characterized in that the method further comprises: extracting a graphene material from the electrolytic cell following said step of electrolytically reducing the transition metal oxide, purifying the graphene material in one or more steps selected from centrifuging, panning, solvent separation, and interfacial separation; and drying the graphene material to produce the dry graphene material. extracting a graphene material from the electrolytic cell following said step of electrolytically reducing the transition metal oxide, purifying the graphene material in one or more steps selected from centrifuging, panning, solvent separation, and interfacial separation; and drying the graphene material to produce the dry graphene material.
A data processing device comprising: a camera configured to capture successive images, each image being captured during a respective image capture period such that respective different portions of the captured image are captured at respective different capture times within the image capture period; a detector configured to detect, from images captured by the camera, information indicating a relative location of a remote marker with respect to the data processing device, and to associate a timestamp with a detected relative location indicating a time at which the relative location was detected; and a motion sensor configured to detect motion of the data processing device and to control operation of the detector in response to the detected motion, in which for a given captured image the detector is configured to detect an image of the remote marker within the given captured image and to derive a respective timestamp in dependence upon a location of the image of the remote marker within the given captured image , in which the detector is configured to apply a positional transformation to the location of the image of the remote marker within the given captured image in dependence upon the motion of the data processing device detected by the motion sensor during the image capture period of the given captured image. a camera configured to capture successive images, each image being captured during a respective image capture period such that respective different portions of the captured image are captured at respective different capture times within the image capture period; a detector configured to detect, from images captured by the camera, information indicating a relative location of a remote marker with respect to the data processing device, and to associate a timestamp with a detected relative location indicating a time at which the relative location was detected; and a motion sensor configured to detect motion of the data processing device and to control operation of the detector in response to the detected motion, in which for a given captured image the detector is configured to detect an image of the remote marker within the given captured image and to derive a respective timestamp in dependence upon a location of the image of the remote marker within the given captured image , in which the detector is configured to apply a positional transformation to the location of the image of the remote marker within the given captured image in dependence upon the motion of the data processing device detected by the motion sensor during the image capture period of the given captured image.
An apparatus for detecting partial discharge for an electric power device, the apparatus comprising: an insulator having a predetermined shape; a receiving unit including a plurality of receiving electrodes (131 to 134, 135 to 137) that is installed inside or outside the insulator to receive a signal of each of a plurality of sub-bands(A to D); and a connection electrode connectable to a coaxial cable to transmit a signal of each of the plurality of receiving electrodes (131 to 134, 135 to 137) to the coaxial cable , characterized in that , wherein the plurality of receiving electrodes (131 to 134, 135 to 137) are arranged such that the plurality of receiving electrodes (131 to 134) are disposed to face each other based on the insulator outside of the insulator or the plurality of receiving electrodes (135 to 137) are disposed in parallel to each other based on at least one parallel maintaining electrode inside of the insulator , and wherein the plurality of receiving electrodes (131 to 134, 135 to 137) maintain the same capacitance and have different inductances between the respective receiving electrodes (131 to 134, 135 to 137), such that the plurality of receiving electrodes (131 to 134, 135 to 137) configures a multi-resonance circuit to form different resonant frequencies (a to d). an insulator having a predetermined shape; a receiving unit including a plurality of receiving electrodes (131 to 134, 135 to 137) that is installed inside or outside the insulator to receive a signal of each of a plurality of sub-bands(A to D); and a connection electrode connectable to a coaxial cable to transmit a signal of each of the plurality of receiving electrodes (131 to 134, 135 to 137) to the coaxial cable , characterized in that , wherein the plurality of receiving electrodes (131 to 134, 135 to 137) are arranged such that the plurality of receiving electrodes (131 to 134) are disposed to face each other based on the insulator outside of the insulator or the plurality of receiving electrodes (135 to 137) are disposed in parallel to each other based on at least one parallel maintaining electrode inside of the insulator , and wherein the plurality of receiving electrodes (131 to 134, 135 to 137) maintain the same capacitance and have different inductances between the respective receiving electrodes (131 to 134, 135 to 137), such that the plurality of receiving electrodes (131 to 134, 135 to 137) configures a multi-resonance circuit to form different resonant frequencies (a to d).
Use of a composition, or an aqueous mixture comprising water and a composition, against a biofilm, wherein the composition comprises: benzalkonium chloride, didecyl dimethyl ammonium chloride, poly hexamethylene biguanide hydrochloride, bronopol, p-chloro-m-cresol, ethanol, and ethylene glycol, wherein the use is not in a method for treatment of the human or animal body by therapy. benzalkonium chloride, didecyl dimethyl ammonium chloride, poly hexamethylene biguanide hydrochloride, bronopol, p-chloro-m-cresol, ethanol, and ethylene glycol,
A method of planarising a surface of a coating on a glass pane comprising: providing a glass pane that is directly or indirectly coated on a major surface thereof with an underlayer, and depositing at least one layer based on one or more silazane on said underlayer, and wherein the method further comprises partially or completely converting the at least one layer based on one or more silazane to at least one layer based on silica and/or an organo silica, and wherein the underlayer comprises at least one layer based on a transparent conductive coating (TCC), wherein the TCC is a transparent conductive oxide (TCO), and wherein the TCO is one or more of fluorine doped tin oxide (SnO 2 :F), zinc oxide doped with aluminium, gallium or boron (ZnO:Al, ZnO:Ga, ZnO:B), indium oxide doped with tin (ITO), cadmium stannate, ITO:ZnO, ITO:Ti, In 2 O 3 , In 2 O 3 -ZnO (IZO), In 2 O 3 :Ti, In 2 O 3 :Mo, In 2 O 3 :Ga, In 2 O 3 :W, In 2 O 3 :Zr, In 2 O 3 :Nb, In 2-2x M x Sn x O 3 with M being Zn or Cu, ZnO:F, Zn 0.9 Mg 0.1 O:Ga, (Zn,Mg)O:P, ITO:Fe, SnO 2 :Co, In 2 O 3 :Ni, In 2 O 3 :(Sn,Ni), ZnO:Mn, and/or ZnO:Co, and wherein each layer of the at least one layer based on a TCC has a thickness of at least 20 nm, but at most 600 nm, and wherein after depositing the layer based on one or more silazane, and/or after partially or completely converting the layer based on one or more silazane to at least one layer based on silica and/or an organo silica, said pane exhibits a haze value, measured in accordance with the ASTM D 1003-61 standard, of from 0.2% to 1.0%. providing a glass pane that is directly or indirectly coated on a major surface thereof with an underlayer, and depositing at least one layer based on one or more silazane on said underlayer, and wherein the method further comprises partially or completely converting the at least one layer based on one or more silazane to at least one layer based on silica and/or an organo silica, and wherein the underlayer comprises at least one layer based on a transparent conductive coating (TCC), wherein the TCC is a transparent conductive oxide (TCO), and wherein the TCO is one or more of fluorine doped tin oxide (SnO 2 :F), zinc oxide doped with aluminium, gallium or boron (ZnO:Al, ZnO:Ga, ZnO:B), indium oxide doped with tin (ITO), cadmium stannate, ITO:ZnO, ITO:Ti, In 2 O 3 , In 2 O 3 -ZnO (IZO), In 2 O 3 :Ti, In 2 O 3 :Mo, In 2 O 3 :Ga, In 2 O 3 :W, In 2 O 3 :Zr, In 2 O 3 :Nb, In 2-2x M x Sn x O 3 with M being Zn or Cu, ZnO:F, Zn 0.9 Mg 0.1 O:Ga, (Zn,Mg)O:P, ITO:Fe, SnO 2 :Co, In 2 O 3 :Ni, In 2 O 3 :(Sn,Ni), ZnO:Mn, and/or ZnO:Co, and wherein each layer of the at least one layer based on a TCC has a thickness of at least 20 nm, but at most 600 nm, and wherein after depositing the layer based on one or more silazane, and/or after partially or completely converting the layer based on one or more silazane to at least one layer based on silica and/or an organo silica, said pane exhibits a haze value, measured in accordance with the ASTM D 1003-61 standard, of from 0.2% to 1.0%.
Gas generator, comprising - a compartment confined by a casing , - active material configured to generate a target gas in response to thermal activation, - an electrical heater structure configured and arranged to heat the active material for generating the target gas, wherein the active material is arranged in the compartment, wherein the compartment has a volume of less than 0.5 cm3, wherein the active material is a compacted powder or a compacted granulate, wherein the heater structure is arranged outside of the compartment, wherein the heater structure is arranged to heat the active material from at least two sides, wherein the casing comprises a base plate and a cap arranged on and attached to the base plate , the cap comprising a shell and a front end opposite the base plate , wherein electrical conductors in electrical contact with the heater structure are arranged in or on the base plate . - a compartment confined by a casing , - active material configured to generate a target gas in response to thermal activation, - an electrical heater structure configured and arranged to heat the active material for generating the target gas, wherein the active material is arranged in the compartment, wherein the compartment has a volume of less than 0.5 cm3, wherein the active material is a compacted powder or a compacted granulate, wherein the heater structure is arranged outside of the compartment, wherein the heater structure is arranged to heat the active material from at least two sides, wherein the casing comprises a base plate and a cap arranged on and attached to the base plate , the cap comprising a shell and a front end opposite the base plate , wherein electrical conductors in electrical contact with the heater structure are arranged in or on the base plate .
A method of producing a resin composition, comprising: a step 1 of obtaining an aqueous latex containing fine polymer particles (A) and an emulsifying agent (C); a step 2 of obtaining, with use of the aqueous latex, slurry containing a coagulate of the fine polymer particles (A); a step 3 of taking out the coagulate from the slurry and adjusting a water content of the coagulate to not less than 10% with respect to a weight of the coagulate; and a step 4 of mixing the coagulate and a thermosetting resin (B), the fine polymer particles (A) containing a rubber-containing graft copolymer having an elastic body and a graft part grafted to the elastic body, the graft part being a polymer containing at least one type of structural unit derived from at least one type of monomer selected from the group consisting of aromatic vinyl monomers, vinyl cyanide monomers, and (meth)acrylate monomers, the step 2 further including a step of adding a resin (E) to the aqueous latex, the resin (E) being a liquid having a viscosity of 100 mPa·s to 1,000,000 mPa·s at 25°C, a semisolid, or a solid. a step 1 of obtaining an aqueous latex containing fine polymer particles (A) and an emulsifying agent (C); a step 2 of obtaining, with use of the aqueous latex, slurry containing a coagulate of the fine polymer particles (A); a step 3 of taking out the coagulate from the slurry and adjusting a water content of the coagulate to not less than 10% with respect to a weight of the coagulate; and a step 4 of mixing the coagulate and a thermosetting resin (B), the fine polymer particles (A) containing a rubber-containing graft copolymer having an elastic body and a graft part grafted to the elastic body, the graft part being a polymer containing at least one type of structural unit derived from at least one type of monomer selected from the group consisting of aromatic vinyl monomers, vinyl cyanide monomers, and (meth)acrylate monomers, the step 2 further including a step of adding a resin (E) to the aqueous latex, the resin (E) being a liquid having a viscosity of 100 mPa·s to 1,000,000 mPa·s at 25°C, a semisolid, or a solid.
Waste compactor including a frame , to which compaction equipment and a sliding plane are fitted for a waste bin , the frame is essentially free of protruding parts, and it is dimensioned to be smaller than a cabinet for installing the waste compactor in the cabinet, and the compaction equipment includes a compactor being a scissors mechanism , and the compactor includes a drive shaft that extends in the longitudinal direction of the frame , the compaction equipment includes two or three compactors , and the drive shaft is shared by the compactors , characterised in that the scissors mechanisms are manual, and, arranged as an extension to the drive shaft , there is a crank , which is fitted on the face of a cover included in the frame .