mhurhangee/patent-ind-claim-en huggingface dataset:
A cooler for a vehicle comprising: a cooler housing having a cooling water passage therein; tubes disposed inside the cooler housing and having exhaust gas passages therein; cooling pins arranged inside each of the tubes in a predetermined pattern; and a cup plate attached to both ends of the cooler housing , characterized in that the cup plate includes a first core material and a first bonding layer that is bonded to both outer surfaces of the first core material , and has a plurality of slots penetrating the first bonding layer and the first core material in a thickness direction, wherein each of the tubes has an end part penetrating each of the plurality of slots and includes a second core material and a second bonding layer that is in contact with an interior surface of each of the plurality of slots , wherein the second bonding layer is in contact with the first bonding layer and the first core material , wherein the first bonding layer includes a material having a corrosion potential lower than that of the second bonding layer , wherein the cup plate has a clad material having a three-layered structure of which the first bonding layer having A4000 series is bonded on both surfaces of the first core material , wherein each of the tubes includes a diffusion preventing layer having A1000 series is respectively bonded on both surfaces of the second core material , and wherein the second bonding layer is respectively bonded on each exterior surface of the diffusion preventing layer . a cooler housing having a cooling water passage therein; tubes disposed inside the cooler housing and having exhaust gas passages therein; cooling pins arranged inside each of the tubes in a predetermined pattern; and a cup plate attached to both ends of the cooler housing , characterized in that the cup plate includes a first core material and a first bonding layer that is bonded to both outer surfaces of the first core material , and has a plurality of slots penetrating the first bonding layer and the first core material in a thickness direction, wherein each of the tubes has an end part penetrating each of the plurality of slots and includes a second core material and a second bonding layer that is in contact with an interior surface of each of the plurality of slots , wherein the second bonding layer is in contact with the first bonding layer and the first core material , wherein the first bonding layer includes a material having a corrosion potential lower than that of the second bonding layer , wherein the cup plate has a clad material having a three-layered structure of which the first bonding layer having A4000 series is bonded on both surfaces of the first core material , wherein each of the tubes includes a diffusion preventing layer having A1000 series is respectively bonded on both surfaces of the second core material , and wherein the second bonding layer is respectively bonded on each exterior surface of the diffusion preventing layer .
A housing assembly comprising a middle frame , wherein the middle frame comprises a side surface , a first sound cavity , a second sound cavity and a sound outlet , an end of the first sound cavity is configured to correspond to a receiver, the first sound cavity extends toward the side surface and an another end of the first sound cavity is in communication with the second sound cavity , the second sound cavity extends along a lengthwise direction of the side surface and is in communication with the sound outlet , characterized in that , the first sound cavity passes through the side surface to form an outlet , the housing assembly further comprises a sealing member , and the sealing member is attached to the side surface and covers the outlet to keep sound waves from the first sound cavity from passing through the outlet directly.
A running wire rope formed by twisting a plurality of strands around a resin core served as a resin core member, wherein the resin core is formed by a plurality of resin layers , and resin materials of the resin layers adjacent to each other are different, characterized in that the colors of the resin layers adjacent to each other are different.
An arrangement for a roof greening on a roof of a building, including in the specified order: • a waterproof seal of the roof of the building; • a drainage layer; • a water retention element (10; 30); and • a substrate layer for the accommodation of plants, wherein the retention element (10; 30) is formed as a planar element with a plurality of recesses which are arranged next to each other and are upwardly open, wherein the recesses have base areas , which together form a lower side of the retention element (10; 30), and side areas , at the upper ends of which the recesses are connected together by means of web elements , and wherein at least a portion of the recesses in the base areas and/or in a lower region of the side areas have one or more through openings , characterised in that the total area of the through openings in relation to the entire surface area of the base areas occupy a proportion of 0.02% to 0.5%. • a waterproof seal of the roof of the building; • a drainage layer; • a water retention element (10; 30); and • a substrate layer for the accommodation of plants, wherein the retention element (10; 30) is formed as a planar element with a plurality of recesses which are arranged next to each other and are upwardly open, wherein the recesses have base areas , which together form a lower side of the retention element (10; 30), and side areas , at the upper ends of which the recesses are connected together by means of web elements , and wherein at least a portion of the recesses in the base areas and/or in a lower region of the side areas have one or more through openings , characterised in that the total area of the through openings in relation to the entire surface area of the base areas occupy a proportion of 0.02% to 0.5%.
A bed bug detection device , which is not based on physical capture of bed bugs but rather by passively observing tell tale signs which indicate their presence, comprises: a. a refuge which elicits a taxis response from bed bugs, attracting the bed bugs to a location; and b. a non-trapping indicator surface , comprising a non-trapping indicator skirt surrounding and extending outwardly from the refuge, which is slightly absorbent so that faeces and/ or cast skins which indicate the presence of the bed bugs mark or stick to the indicator surface, which is a light shade selected to contrast with the bed bugs faecal matter or cast skins such that the bed bugs are detected by observing the presence of the faeces or cast skins which are left on the non-trapping indicator surface by the bed bugs as they travel across the indicator surface on their way to or from the refuge which is positioned in close proximity to said non-trapping indicator surface. a. a refuge which elicits a taxis response from bed bugs, attracting the bed bugs to a location; and b. a non-trapping indicator surface , comprising a non-trapping indicator skirt surrounding and extending outwardly from the refuge, which is slightly absorbent so that faeces and/ or cast skins which indicate the presence of the bed bugs mark or stick to the indicator surface, which is a light shade selected to contrast with the bed bugs faecal matter or cast skins such that the bed bugs are detected by observing the presence of the faeces or cast skins which are left on the non-trapping indicator surface by the bed bugs as they travel across the indicator surface on their way to or from the refuge which is positioned in close proximity to said non-trapping indicator surface.
A system comprising a pair of sound output devices , wherein each of the pair of sound output devices comprises an attachment portion comprising: a housing , wherein a speaker is arranged in the housing ; a detachable body detachably attached to the housing ; and a connection member mounted to the housing and adapted to receive a cord , wherein a distal end portion of the housing forms a first pressing portion , wherein a distal end portion of the detachable body forms a second pressing portion , wherein the detachable body comprises a flexible material and is adapted to be deformed in order to press the first pressing portion and the second pressing portion against opposite surfaces of an auricle for attaching the respective sound output device to an ear by sandwiching the auricle, wherein the attachment portions of the pair of sound output devices are engageable with each other. a housing , wherein a speaker is arranged in the housing ; a detachable body detachably attached to the housing ; and a connection member mounted to the housing and adapted to receive a cord , wherein a distal end portion of the housing forms a first pressing portion , wherein a distal end portion of the detachable body forms a second pressing portion , wherein the detachable body comprises a flexible material and is adapted to be deformed in order to press the first pressing portion and the second pressing portion against opposite surfaces of an auricle for attaching the respective sound output device to an ear by sandwiching the auricle, wherein the attachment portions of the pair of sound output devices are engageable with each other.
A combustor arrangement for a gas turbine assembly, comprising a first burner , a first combustion chamber , a mixer for admixing a dilution gas to the hot gases leaving the first combustion chamber during operation, a second burner , and a second combustion chamber arranged sequentially in a fluid flow connection, wherein the first burner , the first combustion chamber , the mixer for admixing the dilution gas before the second burner , the second burner and the second combustion chamber are arranged in a row to form a flow path extending between the first combustion chamber and the second burner , and wherein the combustor arrangement comprises a central lance body arranged inside the flow path and extending from the first burner through the first combustion chamber into the mixer and into the second burner , wherein the central lance body comprises at least one fuel duct for providing fuel for the first burner and for the second burner , characterized in that the second burner is arranged downstream of the first combustion chamber and is provided in an annular region around the lance body .
A crystalline form of 2-{[5-{3-Chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl) ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3-d]pyrimidin-4-yl]oxy}-3-(2-{[2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid (Compound A).
A household appliance having at least two feet , whereby each of said at least two feet comprises: a hydraulic plate ; a sheath , being fixedly connected with the hydraulic plate ; an adjustable foot , being arranged in the sheath and axially movable relative to the sheath , an accommodating chamber being formed by the hydraulic plate , the sheath and the adjustable foot ; a hydraulic medium, being arranged in the accommodating chamber, and the hydraulic medium being compressed or expanded depending on pressure changes to drive the adjustable foot to move axially in the sheath for leveling; whereby said household appliance further comprises a communicating device for putting in communication said at least two feet of the household appliance to allow the hydraulic medium to flow between said at least two feet of the household appliance; wherein, a control device for turning on/off the flowing of the hydraulic medium is provided on the communicating device, whereby a bottom of the housing of the household appliance is provided with said at least two feet of the household appliance communicating with each other, the household appliance being characterized in that a door corresponding to the control device is arranged on said housing of the household appliance, so that a user can open the door to directly operate the control device to control the hydraulic medium to flow or be cut off between said at least two feet of the household appliance. a hydraulic plate ; a sheath , being fixedly connected with the hydraulic plate ; an adjustable foot , being arranged in the sheath and axially movable relative to the sheath , an accommodating chamber being formed by the hydraulic plate , the sheath and the adjustable foot ; a hydraulic medium, being arranged in the accommodating chamber, and the hydraulic medium being compressed or expanded depending on pressure changes to drive the adjustable foot to move axially in the sheath for leveling; a communicating device for putting in communication said at least two feet of the household appliance to allow the hydraulic medium to flow between said at least two feet of the household appliance; wherein, a control device for turning on/off the flowing of the hydraulic medium is provided on the communicating device, whereby a bottom of the housing of the household appliance is provided with said at least two feet of the household appliance communicating with each other, the household appliance being characterized in that a door corresponding to the control device is arranged on said housing of the household appliance, so that a user can open the door to directly operate the control device to control the hydraulic medium to flow or be cut off between said at least two feet of the household appliance.
An apparatus configured for hepatic neuromodulation, for example hepatic denervation, wherein the apparatus is configured for delivering energy to disrupt neural communication along one or more nerves surrounding a hepatic artery and innervating the liver, the apparatus comprising: a neuromodulation catheter configured for percutaneous insertion and intravascular delivery to a location within a hepatic artery in a subject, the catheter having a proximal end and a distal end, the catheter being sufficiently flexible to navigate a tortuous vasculature of the hepatic artery, and the catheter further configured to deliver ablative radiofrequency energy to one or more nerves surrounding the hepatic artery and innervating the liver to disrupt neural communication, wherein the catheter comprises an expandable structure, wherein the catheter comprises a plurality of radiofrequency electrodes that are coupled to the expandable structure and that are spaced apart radially and/or along a length of the catheter, wherein the catheter is configured to cause the plurality of electrodes to be positioned so as to be in contact with an inner wall of the hepatic artery at multiple energy delivery locations or points within the hepatic artery, wherein the plurality of electrodes is configured to deliver a therapeutically effective amount of radiofrequency energy sufficient to ablate the one or more nerves surrounding the hepatic artery and innervating the liver, wherein the energy is within a frequency range of 50 kHz and 5 MHz, the energy has a voltage level of between 20 V and 100 V, wherein the plurality of radiofrequency electrodes comprise monopolar electrodes, and wherein the catheter comprises cooling elements. a neuromodulation catheter configured for percutaneous insertion and intravascular delivery to a location within a hepatic artery in a subject, the catheter having a proximal end and a distal end, the catheter being sufficiently flexible to navigate a tortuous vasculature of the hepatic artery, and the catheter further configured to deliver ablative radiofrequency energy to one or more nerves surrounding the hepatic artery and innervating the liver to disrupt neural communication, wherein the catheter comprises an expandable structure, wherein the catheter comprises a plurality of radiofrequency electrodes that are coupled to the expandable structure and that are spaced apart radially and/or along a length of the catheter, wherein the catheter is configured to cause the plurality of electrodes to be positioned so as to be in contact with an inner wall of the hepatic artery at multiple energy delivery locations or points within the hepatic artery, wherein the plurality of electrodes is configured to deliver a therapeutically effective amount of radiofrequency energy sufficient to ablate the one or more nerves surrounding the hepatic artery and innervating the liver, wherein the energy is within a frequency range of 50 kHz and 5 MHz, the energy has a voltage level of between 20 V and 100 V, wherein the plurality of radiofrequency electrodes comprise monopolar electrodes, and wherein the catheter comprises cooling elements.
Method for forming a train consisting of at least one road trailer suitable for the transportation of goods and at least two bogies guided on a track which can be driven on by rail vehicles by means of a loading device with at least one platform which can be moved at least transversely to the track direction, characterised by the method steps: - providing at least two bogies , spaced apart in the track direction, on the track , - parking the road trailer on the platform of the loading device which can be moved at least transversely to the track direction, preferably by driving the road trailer onto the platform of the loading device , - loading the road trailer between two bogies spaced apart in the track direction by means of the loading device , - coupling the road trailer to a first bogie of the two bogies by a relative movement between the road trailer and the first bogie in the track direction, - coupling the road trailer to the second bogie of the two bogies by a relative movement between the road trailer together with the coupled first bogie and the second bogie in the track direction. - providing at least two bogies , spaced apart in the track direction, on the track , - parking the road trailer on the platform of the loading device which can be moved at least transversely to the track direction, preferably by driving the road trailer onto the platform of the loading device , - loading the road trailer between two bogies spaced apart in the track direction by means of the loading device , - coupling the road trailer to a first bogie of the two bogies by a relative movement between the road trailer and the first bogie in the track direction, - coupling the road trailer to the second bogie of the two bogies by a relative movement between the road trailer together with the coupled first bogie and the second bogie in the track direction.
A heat treatment method of bearings, comprising: quenching a bearing-shaped steel part comprising, by weight, 0.5% to 1.20% carbon and 1.0% to 2.0% silicon, further comprising, by weight, 0.20% to 1.00% manganese, 1.30% to 1.60% chromium, at least one element selected from the group consisting of, by weight, up to 0.1% aluminum, up to 1.0% nickel and up to 1.0% copper, further comprising up to 0.025% phosphorus and up to 0.025% sulfur as impurities and the balance iron; maintaining the quenched steel part for at least one minute to 10 minutes or less, and partitioning the quenched steel part at a temperature ranging from M s -100°C to M s for at least 10 minutes, where M s represents a temperature at which formation of martensite will start, whereby to produce bearings having an internal structure comprising martensite and retained austenite, wherein any type of carbide in the martensite except for a spheroidized carbide is substantially excluded; and wherein M s ° C = 512 − 453 C − 16.9 Ni + 15 Cr − 9.5 Mo + 217 C 2 − 71.5 C Mn − 67.6 C Cr in which C, Ni, Cr, Mo and Mn indicate the wt% of the respective elements.
An operating method of a professional tunnel dish-washing machine comprising: an outer casing which is provided with a pass-through longitudinal tunnel extending substantially horizontally through the same casing ; one or more inspection doors selectively openable to access a corresponding stretch of the longitudinal tunnel ; and a linear conveyer adapted to advance a series of dish racks along said longitudinal tunnel ; the longitudinal tunnel having inside at last one washing station wherein a first group of nozzles directs jets of washing liquid against the dish racks moving above a first collecting basin located on the bottom of the longitudinal tunnel ; and at least one rinse station wherein a second group of nozzles directs jets of rinsing liquid against the dish racks moving above a second collecting basin located at the bottom of the longitudinal tunnel ; the operating method comprising the step of producing/ creating/preparing a descaling solution inside a tank communicating with said second group of nozzles , and the step of feeding said descaling solution to said second group of nozzles , said operating method being characterized by comprising the step of feeding said descaling solution also to one or more auxiliary nozzles which are located inside of the longitudinal tunnel and are orientated so as to direct corresponding jets of descaling solution against one or more of said inspection doors , so as to remove the scale present on the same inspection doors , and additionally comprising the step of stopping the flow of descaling solution to the second group of nozzles and to the auxiliary nozzles when the descaling solution accumulated inside the collecting basins reaches a predetermined maximum level.
An isolated mammalian pancreatic progenitor cell that expresses (i) insulin, (ii) betatrophin protein or betatrophin mRNA, and (iii) C-peptide, and wherein miR-124 expression is elevated in the cell.
A brake apparatus comprising: a master cylinder unit including a housing including a piston configured to carry out a stroke via a rod axially actuated according to an operation performed by a driver on a brake pedal in a cylinder formed in the housing , and including therein an oil passage through which brake fluid flows after flowing out according to the stroke of the piston , an electromagnetic valve disposed on one side surface of the housing , and configured to establish and block communication of the oil passage , and a control unit disposed on one side of the housing where the one side surface is located, and configured to drive the electromagnetic valve ; and a stroke sensor attached to an outer wall of another side surface of the housing opposite from the one side surface, and configured to detect an axial stroke amount of the piston . a master cylinder unit including a housing including a piston configured to carry out a stroke via a rod axially actuated according to an operation performed by a driver on a brake pedal in a cylinder formed in the housing , and including therein an oil passage through which brake fluid flows after flowing out according to the stroke of the piston , an electromagnetic valve disposed on one side surface of the housing , and configured to establish and block communication of the oil passage , and a control unit disposed on one side of the housing where the one side surface is located, and configured to drive the electromagnetic valve ; and a housing including a piston configured to carry out a stroke via a rod axially actuated according to an operation performed by a driver on a brake pedal in a cylinder formed in the housing , and including therein an oil passage through which brake fluid flows after flowing out according to the stroke of the piston , an electromagnetic valve disposed on one side surface of the housing , and configured to establish and block communication of the oil passage , and a control unit disposed on one side of the housing where the one side surface is located, and configured to drive the electromagnetic valve ; and a stroke sensor attached to an outer wall of another side surface of the housing opposite from the one side surface, and configured to detect an axial stroke amount of the piston .