mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a honeycomb structure comprising a columnar body having a plurality of holes that are open at an end surface of the columnar body, the method comprising: a center closing step of inserting a center closing jig into a part of a plurality of through-holes at the center of an end surface in a green honeycomb molded body in which a plurality of through-holes mutually partitioned by partition walls are open at the end surface of a columnar body to join the partition walls to each other, thereby closing the through-holes at the center of the end surface; characterized in that the method comprises an outer periphery closing step of closing through-holes at an outer periphery of the end surface of the green honeycomb molded body by an outer periphery closing jig that is a cylindrical jig having an inner peripheral surface with the inner diameter being continuously reduced from one end to the other end, by pressing the outer periphery of the end surface by the inner peripheral surface to collapse the through-holes at the outer periphery, thereby closing the through-holes at the outer periphery of the end surface. a center closing step of inserting a center closing jig into a part of a plurality of through-holes at the center of an end surface in a green honeycomb molded body in which a plurality of through-holes mutually partitioned by partition walls are open at the end surface of a columnar body to join the partition walls to each other, thereby closing the through-holes at the center of the end surface; characterized in that the method comprises an outer periphery closing step of closing through-holes at an outer periphery of the end surface of the green honeycomb molded body by an outer periphery closing jig that is a cylindrical jig having an inner peripheral surface with the inner diameter being continuously reduced from one end to the other end, by pressing the outer periphery of the end surface by the inner peripheral surface to collapse the through-holes at the outer periphery, thereby closing the through-holes at the outer periphery of the end surface.
A peptide aldehyde of the formula B 2 -B 1 -B 0 -H wherein: H is hydrogen; B 0 is a Tyr residue; B 1 is an amino acid residue of alanine, cysteine, glycine, proline, serine, threonine, valine, norvaline, or norleucine; and B 2 is a single residue of Gly, Arg or Leu with an N-terminal protection group attached, or two amino acid residues comprising an acetyl (Ac) N-terminal protection group. H is hydrogen; B 0 is a Tyr residue; B 1 is an amino acid residue of alanine, cysteine, glycine, proline, serine, threonine, valine, norvaline, or norleucine; and B 2 is a single residue of Gly, Arg or Leu with an N-terminal protection group attached, or two amino acid residues comprising an acetyl (Ac) N-terminal protection group.
Measuring device with a measuring tube suitable for guiding a medium, having at least one sensor unit , wherein the sensor unit is designed for capturing at least one parameter of a medium, wherein the sensor unit is at least partially integrated in the measuring tube wall of the measuring tube , and with at least one control and evaluation unit , characterized in that the sensor unit has at least one deflectable measuring sensor with at least one cavity and at least one stationary base unit , wherein the measuring sensor is connected to the base unit via at least one spring element , wherein the base unit is arranged outside the interior of the measuring tube, wherein at least one side of the measuring sensor is in contact with the medium during operation, and wherein the cavity is arranged on the side of the measuring sensor facing the medium, and wherein the measuring sensor is integrated into the measuring tube wall in such a way that it can be deflected at least in the plane of the measuring tube wall, and that the sensor unit has a means for capturing the deflection of the measuring sensor . having at least one sensor unit , wherein the sensor unit is designed for capturing at least one parameter of a medium, wherein the sensor unit is at least partially integrated in the measuring tube wall of the measuring tube , and with at least one control and evaluation unit , characterized in that the sensor unit has at least one deflectable measuring sensor with at least one cavity and at least one stationary base unit , wherein the measuring sensor is connected to the base unit via at least one spring element , wherein the base unit is arranged outside the interior of the measuring tube, wherein at least one side of the measuring sensor is in contact with the medium during operation, and wherein the cavity is arranged on the side of the measuring sensor facing the medium, and wherein the measuring sensor is integrated into the measuring tube wall in such a way that it can be deflected at least in the plane of the measuring tube wall, and that the sensor unit has a means for capturing the deflection of the measuring sensor .
An electronic device comprising: a case including a main circuit board; a connector device mounted inside the case ; an opening provided in the case and formed as a single part; wherein the connector device comprises: a body part including a connector body , the body part being mounted on the main circuit board; a sealing member that seals a gap between the body part and the opening provided in the case ; and a connector terminal being mounted on the body part inside the case ,wherein the connector terminal is exposed outwardly through the opening provided in the case , and is configured to connect to an external device; characterised in that the connector device further comprises a guide member provided in the case between the main circuit board and the body part in a peripheral portion of the body part to support the body part. a case including a main circuit board; a connector device mounted inside the case ; an opening provided in the case and formed as a single part; wherein the connector device comprises: a body part including a connector body , the body part being mounted on the main circuit board; a sealing member that seals a gap between the body part and the opening provided in the case ; and a connector terminal being mounted on the body part inside the case ,wherein the connector terminal is exposed outwardly through the opening provided in the case , and is configured to connect to an external device; a body part including a connector body , the body part being mounted on the main circuit board; a sealing member that seals a gap between the body part and the opening provided in the case ; and a connector terminal being mounted on the body part inside the case ,wherein the connector terminal is exposed outwardly through the opening provided in the case , and is configured to connect to an external device; characterised in that the connector device further comprises a guide member provided in the case between the main circuit board and the body part in a peripheral portion of the body part to support the body part.
Device for rolling, in particular for stepped rolling, of rolling stock with at least one pair of rolls and at least one linear drive which is arranged downstream of the pair of rolls in the rolling direction and which, together with the pair of rolls, can apply tensile stress to the rolling stock, characterized by means for detecting the tensile stress and by a control device for controlling the drive power of the linear drive as a function of the tensile stress detected, in order optionally to vary the tensile stress applied to the rolling stock or to keep the tensile stress constant behind the roll gap as the drive speeds change.
A method of producing an electrostatic ink composition, the method comprising: mixing a resin, a hydrocarbon liquid carrier, and a conductive metallic pigment having a coating of surfactant thereon, to form an electrostatic ink composition comprising the resin and the conductive metallic pigment dispersed in the liquid carrier, wherein the surfactant comprises a succinimide, and the resin comprises a polymer having acidic side groups.
Method for producing digestible, partly hydrolyzed keratinaceous material, preferably from feathers, hair, wool, hooves or nails, comprising the steps of hydrolyzing keratinaceous material in the presence of water, in a hydrolyser with heat and at a pressure between 2 bar and 100 bar, and concurrently drying and grinding the resultant partly hydrolyzed keratinaceous material in an air turbulence mill at about atmospheric pressure such that the drop in pepsin and/or ileal digestibility is less than 10%, and/or the pepsin and ileal digestibility remain higher than respectively 75% and 80%, wherein the resultant keratinaceous material comprises at least partly insoluble material, and wherein the average particle size of the dry product leaving the air turbulence mill measured as d50 in volume fraction, as measured with laser diffraction using a dry powder Beckman Coulter particle size analyzer, is between about 20 μm and about 0.7 mm and the d90, as measured with laser diffraction using a dry powder Beckman Coulter particle size analyzer, is below about 1 mm.
Floor-bound continuous conveyor for intralogistics, comprising at least one frame rigidly connected to the ground and at least one load-carrying means which has a conveying plane for unit loads and which is designed to transport the unit loads in a conveying direction (F), wherein a stop means is provided, which is designed to stop a unit load transported on the conveying plane (E) in the conveying direction (F) at a predetermined position on the load-carrying means , and comprising a movement device which is designed to move the unit load , which is in contact with the stop means on the conveying plane (E), from its starting position (AL), which is on the conveying plane (E) of the load-carrying means , into an end position (EL), which is different from the starting position (AL), on the load-carrying means out of the conveying plane (E) of the load-carrying means into the end position (EL), wherein the movement device is a tilting device which is arranged in a stationary manner with respect to the frame and has an adjustable contact device which is designed to tilt the unit load resting against the stop means from its starting position (AL) into its end position (EL), wherein the contact device being mounted so as to be movable with respect to the frame from a storage position (VP) into an actuated position (BP) relative to the load-carrying means , characterized in that the contact device is mounted on a pulling means of the movement device or of the tilting device so as to be adjustable in height in a rotating or reversing manner, the pulling means being mounted on the frame and being driven by a motor .
A tissue removal device , comprising: an outer cannula having an outer cannula lumen , a proximal end , a distal end , and an outer cannula opening adjacent the distal end , wherein the outer cannula opening defines a cutting edge for severing tissue; an inner cannula disposed in the outer cannula lumen and selectively reciprocable within the outer cannula lumen , the inner cannula having an inner cannula lumen , a proximal end , an open distal end , a hinge , a relieved section whereby a portion of a side wall of the inner cannula is removed to allow for selective bending of the inner cannula , and a cutting edge disposed at the distal end of the inner cannula ; wherein the relieved section is positioned proximal to the hinge and has a length extending axially along the inner cannula that is greater than a length of the hinge ; and a seal in contact with the proximal end of the outer cannula and disposed around the inner cannula . an outer cannula having an outer cannula lumen , a proximal end , a distal end , and an outer cannula opening adjacent the distal end , wherein the outer cannula opening defines a cutting edge for severing tissue; an inner cannula disposed in the outer cannula lumen and selectively reciprocable within the outer cannula lumen , the inner cannula having an inner cannula lumen , a proximal end , an open distal end , a hinge , a relieved section whereby a portion of a side wall of the inner cannula is removed to allow for selective bending of the inner cannula , and a cutting edge disposed at the distal end of the inner cannula ; wherein the relieved section is positioned proximal to the hinge and has a length extending axially along the inner cannula that is greater than a length of the hinge ; and a seal in contact with the proximal end of the outer cannula and disposed around the inner cannula .
A method of identifying an optimized spinal cord simulation "SCS" pattern for pain reduction, the method comprising: generating a plurality of SCS patterns using an optimization algorithm based on predetermined performance criteria, wherein the predetermined performance criteria comprise variance of pain score reduction across different pain states; evaluating the plurality of SCS patterns for pain reduction using a computational model of a neuronal network; and identifying at least one candidate SCS pattern having an optimized temporal pattern of stimulation capable of reducing pain. generating a plurality of SCS patterns using an optimization algorithm based on predetermined performance criteria, wherein the predetermined performance criteria comprise variance of pain score reduction across different pain states; evaluating the plurality of SCS patterns for pain reduction using a computational model of a neuronal network; and identifying at least one candidate SCS pattern having an optimized temporal pattern of stimulation capable of reducing pain.
A cooking device , in particular a commercial cooking device, - comprising a housing , in which a cooking chamber is arranged, which comprises a cooking chamber opening , - comprising an optical device , which comprises at least one optical detecting device in the region of the cooking chamber opening , and - comprising a contamination protection for the optical device , characterized in that : - the contamination protection comprises a collecting surface , which is part of a flat, in particular circular, rotating disc , which is rotatable by a driving device for removing contamination particles from the collecting surface via centrifugal effect, wherein the collecting surface , as viewed in the detecting direction (R) of the optical device , is arranged in front of this and is optically transparent. - comprising a housing , in which a cooking chamber is arranged, which comprises a cooking chamber opening , - comprising an optical device , which comprises at least one optical detecting device in the region of the cooking chamber opening , and - comprising a contamination protection for the optical device , characterized in that : - the contamination protection comprises a collecting surface , which is part of a flat, in particular circular, rotating disc , which is rotatable by a driving device for removing contamination particles from the collecting surface via centrifugal effect, wherein the collecting surface , as viewed in the detecting direction (R) of the optical device , is arranged in front of this and is optically transparent.
An illumination module for generating a patterned illumination suitable for generating three-dimensional data, the illumination module comprising: an array of light sources having a common emission plane , each light source generating light having a near-field intensity profile at the common emission plane ; the array of light sources comprising at least two light sources having different respective near-field intensity profiles at the common emission plane , wherein the light sources comprise different respective apertures , and wherein the array of light sources is arranged at a light-source pitch ; and an optical assembly mounted at a distance from the common emission plane , the optical assembly and the array of light sources being operable to substantially replicate the different respective near-field intensity profiles of the at least two light sources in a far-field , and wherein the optical assembly is a microlens array, the microlens array including a plurality of microlenses respectively arranged at a microlens pitch , and wherein the at least two light sources having different respective near-field intensity profiles are operable to generate light having the same wavelength, and wherein the microlens pitch is substantially equal to the square root of the product of the integer 2 divided by an integer greater than or equal to 1, the wavelength and the distance. an array of light sources having a common emission plane , each light source generating light having a near-field intensity profile at the common emission plane ; the array of light sources comprising at least two light sources having different respective near-field intensity profiles at the common emission plane , wherein the light sources comprise different respective apertures , and wherein the array of light sources is arranged at a light-source pitch ; and an optical assembly mounted at a distance from the common emission plane , the optical assembly and the array of light sources being operable to substantially replicate the different respective near-field intensity profiles of the at least two light sources in a far-field , and wherein the optical assembly is a microlens array, the microlens array including a plurality of microlenses respectively arranged at a microlens pitch , and wherein the at least two light sources having different respective near-field intensity profiles are operable to generate light having the same wavelength, and wherein the microlens pitch is substantially equal to the square root of the product of the integer 2 divided by an integer greater than or equal to 1, the wavelength and the distance.
A kit for stabilizing a population of nucleic acids within a biological cell, comprising: at least one irreversible protein translation inhibitor; at least one ribonucleic acid transcription inhibitor; and at least one electron transport chain agent comprising an electron transport chain inhibitor and/or an electron transport chain decoupling agent. at least one irreversible protein translation inhibitor; at least one ribonucleic acid transcription inhibitor; and at least one electron transport chain agent comprising an electron transport chain inhibitor and/or an electron transport chain decoupling agent.
Method for producing a shaped product, consisiting of a plurality of layers, from a pseudoplastic material, using a dispensing device for the pseudoplastic material, characterized by the following steps: a) applying a layer of material to a carrier body and/or to an already applied layer of material by guiding the dispensing device over this carrier body; b) exposing this applied layer of material to ultrasound; c) repeating steps a) and b) to produce the desired shaped product, and d) curing the applied material. a) applying a layer of material to a carrier body and/or to an already applied layer of material by guiding the dispensing device over this carrier body; b) exposing this applied layer of material to ultrasound; c) repeating steps a) and b) to produce the desired shaped product, and d) curing the applied material.
A device (V) for an internal combustion engine, in particular for generating a negative pressure in a crankcase and/or for venting a crankcase , having: a crankcase , at least one combustion chamber , at least one oil separator which is connected to the crankcase , and at least one pressure-setting device which is designed to set a negative pressure in the crankcase during operation, so that the pressure difference between the crankcase and the combustion chamber is expediently reduced, wherein the crankcase is connected via a line device (X) at a connecting point (A) to a charge air feed line for feeding charge air into the combustion chamber , wherein the line device (X) comprises a control means , and the control means serves to limit the setting of the negative pressure in the crankcase to the operating state of idling, weak load and/or thrust of the internal combustion engine, and characterized in that the line device (X) comprises a non-return valve (18.1) between the pressure-setting device (17.1, 17.2) and the connecting point (A). a crankcase , at least one combustion chamber , at least one oil separator which is connected to the crankcase , and at least one pressure-setting device which is designed to set a negative pressure in the crankcase during operation, so that the pressure difference between the crankcase and the combustion chamber is expediently reduced, wherein the crankcase is connected via a line device (X) at a connecting point (A) to a charge air feed line for feeding charge air into the combustion chamber , wherein the line device (X) comprises a control means , and the control means serves to limit the setting of the negative pressure in the crankcase to the operating state of idling, weak load and/or thrust of the internal combustion engine, and characterized in that the line device (X) comprises a non-return valve (18.1) between the pressure-setting device (17.1, 17.2) and the connecting point (A).
A method for channel sensing and signal transmission on a cell in an unlicensed frequency band, the method comprising: performing, by a sending node, channel sensing before transmitting at least one of a data signal or a discovery signal where the data signal includes physical downlink shared channel, PDSCH, signals; determining whether to transmit the data signal or transmit the discovery signal not including the data signal; in case that it is determined to transmit the discovery signal not including the data signal and an unlicensed frequency band channel is idle for a first channel sensing interval, transmitting, the discovery signal not including the data signal on a first period in a subframe within a predefined time window, a duration of the first period is less than 1ms and the duration of the first period corresponds to 12 orthogonal frequency division multiplexing, OFDM, symbols in the subframe; and in case that it is determined to transmit the data signal and the unlicensed frequency band channel is idle for a second channel sensing interval, transmitting the data signal on a second period in the subframe within the predefined time window, wherein a duration of the first channel sensing interval is equal to or shorter than a duration of the second channel sensing interval. performing, by a sending node, channel sensing before transmitting at least one of a data signal or a discovery signal where the data signal includes physical downlink shared channel, PDSCH, signals; determining whether to transmit the data signal or transmit the discovery signal not including the data signal; in case that it is determined to transmit the discovery signal not including the data signal and an unlicensed frequency band channel is idle for a first channel sensing interval, transmitting, the discovery signal not including the data signal on a first period in a subframe within a predefined time window, a duration of the first period is less than 1ms and the duration of the first period corresponds to 12 orthogonal frequency division multiplexing, OFDM, symbols in the subframe; and in case that it is determined to transmit the data signal and the unlicensed frequency band channel is idle for a second channel sensing interval, transmitting the data signal on a second period in the subframe within the predefined time window, wherein a duration of the first channel sensing interval is equal to or shorter than a duration of the second channel sensing interval.