mhurhangee/patent-ind-claim-en huggingface dataset:
A synthesis method of a catalyst structure having a plurality of nanostructured catalyst particles dispersed in a support by a one-step process using a high-temperature high-pressure closed reactor, wherein the one-step process comprises: supplying the support and a catalyst source into the high-temperature high-pressure closed reactor; perfectly sealing the high-temperature high-pressure closed reactor and heating the reactor to produce the catalyst structure in the reactor under self-generated pressure and synthesis temperature conditions, the temperature ranging between 200°C and 600°C, the catalyst structure including the plurality of nanostructured catalyst particles dispersed in the support; characterized by removing internal gases of the reactor to allow the reactor to be in a high-temperature, ranging between 200°C to 600°C, atmospheric pressure state and supplying an inert gas into the reactor to remove unreacted materials and byproducts remaining in the reactor; and cooling the reactor to room temperature while supplying the inert gas to synthesize the catalyst structure. supplying the support and a catalyst source into the high-temperature high-pressure closed reactor; perfectly sealing the high-temperature high-pressure closed reactor and heating the reactor to produce the catalyst structure in the reactor under self-generated pressure and synthesis temperature conditions, the temperature ranging between 200°C and 600°C, the catalyst structure including the plurality of nanostructured catalyst particles dispersed in the support; characterized by removing internal gases of the reactor to allow the reactor to be in a high-temperature, ranging between 200°C to 600°C, atmospheric pressure state and supplying an inert gas into the reactor to remove unreacted materials and byproducts remaining in the reactor; and cooling the reactor to room temperature while supplying the inert gas to synthesize the catalyst structure.
Board, wherein this board is a board comprising 5Mg(OH2).MgSO4.7H2O.
A topical veterinary spot on or line on composition comprising 2 to 20 wt/v % of at least one halogenated salicylanilide, or a pharmaceutically acceptable salt or hydrate thereof, 35 to 55 wt/v % dimethyl sulfoxide, wherein the at least one halogenated salicylanilide is selected from niclosamide and/or oxyclozanide and wherein the composition is dissolved in diethylene glycol monoethyl ether.
A three-point safety belt, comprising a belt body , a winder , a shoulder belt guide ring and a lock tongue , the winder and the shoulder belt guide ring being fixed to a vehicle body, the winder being located under the shoulder belt guide ring , the lock tongue being disposed on the belt body , the lock tongue dividing the belt body into a shoulder belt for restraining the chest of a passenger and a waist belt for restraining the abdomen of the passenger, the shoulder belt passing through the shoulder belt guide ring , further comprising a free end of the shoulder belt which is away from the lock tongue and a free end of the waist belt which is away from the lock tongue are both retracted within the same winder , and the winder synchronously retracts or releases the shoulder belt and the waist belt , characterized in that the winder comprises a winder housing and a belt guide bracket , the winder housing is fixed to the vehicle body, the belt guide bracket is fixed on the winder housing and located at one side from which the waist belt is drawn out, when the belt body is drawn out or taken up, the belt guide bracket contacts with the waist belt and guides the draw-out or take-up of the waist belt .
Computer-implemented method for determining at least one quality attribute for at least one defect of interest , comprising the step: a. Providing an input data set comprising the at least one defect of interest (S1) ; the computer-implemented method being characterized by the further steps: b. Determining the at least one quality attribute for the at least one defect of interest using a classification algorithm based on the input data set (S2); and c. Providing the determined at least one quality attribute (S3); wherein the determined at least one quality attribute is standardized. a. Providing an input data set comprising the at least one defect of interest (S1) ; the computer-implemented method being characterized by the further steps: b. Determining the at least one quality attribute for the at least one defect of interest using a classification algorithm based on the input data set (S2); and c. Providing the determined at least one quality attribute (S3); wherein the determined at least one quality attribute is standardized.
A device for damping vibrations in cables of a suspension system of a civil engineering structure, the damping device comprising an interconnecting structure (24; 30; 40; 50; 60; 70; 80; 90) between cables (16; 16A-C) of a group of at least three cables of the suspension system which extend substantially in a common suspension plane (P), wherein the interconnecting structure comprises at least one an energy dissipating element (34B-C; 74, 76; 86, 88; 94B-C) arranged so as to develop a damping force in response to movement of one of the cables of the group relative to the other cables of the group in a direction perpendicular to the suspension plane, and the interconnecting structure (24; 30; 40; 50; 60; 70; 80; 90) has, outside the suspension plane, at least one bearing point for the energy dissipating element (34B-C; 74, 76; 86, 88; 94B-C).
A method for testing platelet aggregation, comprising subjecting anticoagulated blood to a weak platelet-activation treatment with a platelet-activating reagent, passing the treated anticoagulated blood through a capillary having a platelet-adhesive surface on at least a part of its inner surface, and observing or measuring the behavior of the blood in the capillary to test platelet aggregation, wherein at least a part of the inside of said capillary has a section comprising walls which extend along the direction of the blood flow in the capillary and divide the width of the capillary into not less than 5 channels, wherein the width of each channel in said section is 10 to 200 μm, wherein said platelet-adhesive surface is provided in said section of the capillary, and wherein said weak platelet-activation treatment is carried out by mixing the anticoagulated blood with a platelet-activating reagent in an amount with which irreversible platelet aggregation does not occur.
A passenger seat headrest comprising: a body comprising a forward side , an aft side distal from the forward side , a first side edge extending between the forward side and the aft side , and a second side edge distal from the first side edge and extending between the forward side and the aft side ; a side wing (120A, B) pivotably connected to the first side edge of the body and pivotable between a deployed position and a stowed position; and a dress cover covering at least a portion of the body , characterized in that the dress cover comprises a hammock portion (138A, B) connected to the body and to the side wing (120A, B) having a construction based on the anthropometric dimensions of a passenger's head so as to cradle the side of the head and cheek of the passenger's head and thereby, retain the head of the passenger while sleeping. a body comprising a forward side , an aft side distal from the forward side , a first side edge extending between the forward side and the aft side , and a second side edge distal from the first side edge and extending between the forward side and the aft side ; a side wing (120A, B) pivotably connected to the first side edge of the body and pivotable between a deployed position and a stowed position; and a dress cover covering at least a portion of the body , characterized in that the dress cover comprises a hammock portion (138A, B) connected to the body and to the side wing (120A, B) having a construction based on the anthropometric dimensions of a passenger's head so as to cradle the side of the head and cheek of the passenger's head and thereby, retain the head of the passenger while sleeping.
A grain bin system, comprising: a cylindrical sidewall formed of a plurality of sheets aligned in a plurality of rings; a stiffener connected to an exterior surface of the sidewall ; a stud bolt having a first threaded end , a second threaded end , wherein the first threaded end of the stud bolt is inserted through the sidewall and wherein the second threaded end of the stud bolt is inserted through the stiffener ; characterized in that : the stud bolt further comprises a feature which serves to engage the exterior surface of the sidewall of the grain bin as the first threaded end is tightened against the sidewall , the feature being positioned between the first threaded end and the second threaded end , and between the stiffener and the sidewall ; the system further comprises a sealing member positioned between the feature and the sidewall , and when the stud bolt is tightened against the sidewall , the sealing member forms a seal against the sidewall . a cylindrical sidewall formed of a plurality of sheets aligned in a plurality of rings; a stiffener connected to an exterior surface of the sidewall ; a stud bolt having a first threaded end , a second threaded end , wherein the first threaded end of the stud bolt is inserted through the sidewall and wherein the second threaded end of the stud bolt is inserted through the stiffener ; characterized in that : the stud bolt further comprises a feature which serves to engage the exterior surface of the sidewall of the grain bin as the first threaded end is tightened against the sidewall , the feature being positioned between the first threaded end and the second threaded end , and between the stiffener and the sidewall ; the system further comprises a sealing member positioned between the feature and the sidewall , and when the stud bolt is tightened against the sidewall , the sealing member forms a seal against the sidewall . the stud bolt further comprises a feature which serves to engage the exterior surface of the sidewall of the grain bin as the first threaded end is tightened against the sidewall , the feature being positioned between the first threaded end and the second threaded end , and between the stiffener and the sidewall ; the system further comprises a sealing member positioned between the feature and the sidewall , and when the stud bolt is tightened against the sidewall , the sealing member forms a seal against the sidewall .
An exhaust gas heater for an exhaust gas system of an internal combustion engine, comprising a carrier arrangement through which exhaust gas can flow substantially in the direction of an exhaust gas heater longitudinal axis (L) and at least one heating conductor supported on the carrier arrangement , wherein the at least one heating conductor is constructed with bent flat material, for the provision of a heating conductor profile which is meandering at least in regions, with heating conductor flat sides opposite one another and heating conductor broad sides opposite one another, wherein the at least one heating conductor comprises at least one heating conductor meandering field (F 1 , F 2 , F 3 , F 4 ) with a multiplicity of meandering portions which are longitudinally extended in the direction of a meandering portion longitudinal direction (M) and are substantially parallel to one another, wherein directly adjacent meandering portions in in each case one of their meandering portion end regions are connected to one another by a meandering portion connecting portion transversely to the meandering portion longitudinal direction (M), characterized in that at least one meandering portion is formed between its meandering portion end regions at least in regions in an undulating manner with a multiplicity of consecutive wave crests in the meandering portion longitudinal direction (M).
A sound signal processing apparatus comprising: a directional microphone configured to receive a mixed sound signal comprising a user's voice and an external sound, to detect a user voice signal comprising the user's voice, and configured such that in use the directional microphone faces an utterance point of the user's voice; a non-directional microphone configured to detect the mixed sound signal; and a processor configured to generate an external sound signal by attenuating the user's voice from the mixed sound signal, by differentially calculating the user voice signal from the mixed sound signal; and characterized in that the sound signal processing apparatus is a glasses-type wearable apparatus, the directional microphone and the non-directional microphone are arranged on a glasses frame of the glasses-type wearable apparatus, and the directional microphone is arranged so that one plane for receiving the mixed sound faces the utterance point of the user's voice, and wherein the directional microphone is arranged on a glasses bridge or the glasses frame of the glasses-type wearable apparatus, and the non-directional microphone is separated from the directional microphone and is arranged on a frame or leg of the glasses-type wearable apparatus. a directional microphone configured to receive a mixed sound signal comprising a user's voice and an external sound, to detect a user voice signal comprising the user's voice, and configured such that in use the directional microphone faces an utterance point of the user's voice; a non-directional microphone configured to detect the mixed sound signal; and a processor configured to generate an external sound signal by attenuating the user's voice from the mixed sound signal, by differentially calculating the user voice signal from the mixed sound signal; and characterized in that the sound signal processing apparatus is a glasses-type wearable apparatus, the directional microphone and the non-directional microphone are arranged on a glasses frame of the glasses-type wearable apparatus, and the directional microphone is arranged so that one plane for receiving the mixed sound faces the utterance point of the user's voice, and wherein the directional microphone is arranged on a glasses bridge or the glasses frame of the glasses-type wearable apparatus, and the non-directional microphone is separated from the directional microphone and is arranged on a frame or leg of the glasses-type wearable apparatus.
Washing machine comprising a tub in which a drum is rotatably mounted, and a storage tank having a flow connection to the tub via a feeding line provided with a pump and a three-port valve adapted to drive the flow to a drain or to said storage tank for storing rinsing fluid in the storage tank for subsequent reuse, a return line connecting the storage tank to the tub with an auxiliary pump placed thereon, characterized in that said connection is by means of a two-port valve , on such return line the auxiliary pump being placed downstream the two-port valve .
A downhole tool comprising a rubber member for downhole tools, which is a degradable rubber member and of which a decrease rate of a 50% strain compressive stress measured in accordance with JIS K7181 (conforming to ISO604) after immersion for 24 hours in 150°C water relative to a 50% strain compressive stress measured in accordance with JIS K7181 (conforming to ISO604)) before immersion is not less than 5%, the degradable rubber member containing a polyester-type urethane rubber having an ester-bond in the main chain thereof.
Gear unit for a food processor , which has a first gear stage with a first sun wheel and at least one first planetary wheel which engages with the first sun wheel and is rotatably mounted on a planetary carrier , a first coupling piece for receiving a first shaft of a first tool, wherein the first coupling piece is connected to a first planetary wheel of the first gear stage , wherein in addition to the first coupling piece a second coupling piece for receiving a second shaft of a second tool is mounted rotatably on or in the planetary carrier , wherein the gear unit is designed to drive the second coupling piece so that the second coupling piece rotates together with the planetary carrier with a self-rotation which differs from the first coupling piece , wherein the gear unit comprises a second gear stage , which is designed to drive the second coupling piece so that the second coupling piece rotates together with the planetary carrier with a self-rotation which differs from the first coupling piece , characterised in that the second gear stage comprises a second sun wheel and at least one second planetary wheel which engages with the second sun wheel and which is mounted rotatably on the planetary carrier , wherein one of the second planetary wheels is connected to the second coupling piece .
A headphone arrangement comprising at least one earphone , the at least one earphone comprising: a sealed hollow housing comprising a tube with a longitudinal axis , the tube comprising an aperture and being curved along its longitudinal axis to form a closed or open ring, the ring having an open inner area and being configured to totally or partly surround an ear of a user such that no acoustic barrier is placed between an ambient sound source and the ear of the user; and a first speaker mounted to the housing at the aperture so that the housing together with the first speaker encloses a closed acoustic volume . a sealed hollow housing comprising a tube with a longitudinal axis , the tube comprising an aperture and being curved along its longitudinal axis to form a closed or open ring, the ring having an open inner area and being configured to totally or partly surround an ear of a user such that no acoustic barrier is placed between an ambient sound source and the ear of the user; and a first speaker mounted to the housing at the aperture so that the housing together with the first speaker encloses a closed acoustic volume .
A bonded structure comprising - a substrate component having a plurality of first pads arranged on or within a surface of the substrate component ; - an integrated circuit component having a plurality of second pads arranged on or within a surface of the integrated circuit component ; and - a plurality of connection elements physically connecting the first pads to the second pads , wherein - - the surface of the integrated circuit component is tilted obliquely to the surface of the substrate component at a tilt angle (α); - the tilt angle (α) results from nominal variations of surface sizes of the first and second pads characterised in that the first pads and/or the second pads are arranged in recesses formed on the respective surface . - a substrate component having a plurality of first pads arranged on or within a surface of the substrate component ; - an integrated circuit component having a plurality of second pads arranged on or within a surface of the integrated circuit component ; and - a plurality of connection elements physically connecting the first pads to the second pads , wherein - - the surface of the integrated circuit component is tilted obliquely to the surface of the substrate component at a tilt angle (α); - the tilt angle (α) results from nominal variations of surface sizes of the first and second pads
Device for connecting two tubular objects, the device having a connection piece housing and a securing element , wherein the connection piece housing has a sleeve portion with a receiving opening , wherein the securing element is shaped in a complementary manner with respect to the receiving opening and is arranged rotatably in the receiving opening , and has an insertion opening for receiving a connection piece , wherein the securing element has securing tabs spaced apart from one another in the circumferential direction, and each have a radially inwardly facing securing body for engaging in shaped features of an inserted connection piece and can be moved from a first radial position into a second radial position lying radially on the outside, wherein the connection piece housing has, for each securing tab , a ramp surface which is bevelled radially inwards and on which the respective securing tab rests with a supporting surface , wherein the ramp surface and the supporting surface are shaped such that, by rotation of the securing element about a central axis of the connection piece housing in a first direction, the securing tabs are pushed into the second radial position and, in an unloaded state, the securing element is rotated back in a second direction opposed to the first direction by the securing tabs springing back into the first position, characterized in that the supporting surface has a lead-in portion and a transition portion , wherein the lead-in portion is bevelled radially inwards and the transition portion is bevelled radially outwards, wherein the lead-in portion is arranged on a defining edge of the relevant securing tab on the circumferential side and forms a second angle (β) relative to a second radius line (r2) which is located on a plane perpendicular to the central axis and which extends centrally through the securing tab , wherein the second angle (β) ranges from 55° to 65°.
A neuromodulation system comprising: an external device for programming an implantable medical device, IMD, wherein the IMD comprises a plurality of electrodes implantable in a patient's spinal column, and wherein the external device comprises a non-transitory computer readable medium comprising instructions, which when executed by the external device configure the external device to: select a stimulation program defining a plurality of sequential pulses, wherein each pulse comprises a first phase having a first polarity and a second phase having a second polarity opposite of the first polarity, wherein the first and second phases are separated by an inter-phase interval, IPI; enable the IMD to apply the stimulation program to the patient's spinal cord using a plurality of differing IPIs; based on a determination of effectiveness of the stimulation program using the differing IPIs, determine a best IPI for addressing the patient's pain; and use the best IPI in programming the IMD; wherein the determination of effectiveness is based on one or more of patient feedback and an electrospinogram, ESG, trace. an external device for programming an implantable medical device, IMD, wherein the IMD comprises a plurality of electrodes implantable in a patient's spinal column, and wherein the external device comprises a non-transitory computer readable medium comprising instructions, which when executed by the external device configure the external device to: select a stimulation program defining a plurality of sequential pulses, wherein each pulse comprises a first phase having a first polarity and a second phase having a second polarity opposite of the first polarity, wherein the first and second phases are separated by an inter-phase interval, IPI; enable the IMD to apply the stimulation program to the patient's spinal cord using a plurality of differing IPIs; based on a determination of effectiveness of the stimulation program using the differing IPIs, determine a best IPI for addressing the patient's pain; and use the best IPI in programming the IMD; wherein the determination of effectiveness is based on one or more of patient feedback and an electrospinogram, ESG, trace. select a stimulation program defining a plurality of sequential pulses, wherein each pulse comprises a first phase having a first polarity and a second phase having a second polarity opposite of the first polarity, wherein the first and second phases are separated by an inter-phase interval, IPI; enable the IMD to apply the stimulation program to the patient's spinal cord using a plurality of differing IPIs; based on a determination of effectiveness of the stimulation program using the differing IPIs, determine a best IPI for addressing the patient's pain; and use the best IPI in programming the IMD; wherein the determination of effectiveness is based on one or more of patient feedback and an electrospinogram, ESG, trace.