mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a glass container, the method comprising: forming a glass container comprising a sidewall at least partially enclosing an interior volume, at least a portion of an interior surface of the sidewall having an interior surface layer with a persistent layer heterogeneity relative to a midpoint of the sidewall, wherein the glass composition of the glass container comprises one or more of a borate species or an alkali species and wherein the interior surface layer is silica-poor; and removing the interior surface layer from the interior surface of the sidewall by etching such that a modified interior surface of the sidewall has an interior region extending from 10 nm below the modified interior surface into a thickness of the sidewall, the interior region having a persistent layer homogeneity relative to the midpoint of the sidewall such that the modified interior surface is resistant to delamination. forming a glass container comprising a sidewall at least partially enclosing an interior volume, at least a portion of an interior surface of the sidewall having an interior surface layer with a persistent layer heterogeneity relative to a midpoint of the sidewall, wherein the glass composition of the glass container comprises one or more of a borate species or an alkali species and wherein the interior surface layer is silica-poor; and removing the interior surface layer from the interior surface of the sidewall by etching such that a modified interior surface of the sidewall has an interior region extending from 10 nm below the modified interior surface into a thickness of the sidewall, the interior region having a persistent layer homogeneity relative to the midpoint of the sidewall such that the modified interior surface is resistant to delamination.
A wheel hub for cycles comprising: a main body; a drive axle arrangement extending through the main body, the main body being rotatable about the drive axle arrangement; and a transmission assembly comprising first and second transmission arrangements (44, 46), the first transmission arrangement being provided on the drive axle arrangement, and the second transmission arrangement being provided on the main body; the first transmission arrangement being cooperable with the second transmission arrangement to transmit a driving force from the drive axle arrangement to the main body; wherein the drive axle arrangement comprises an axle portion and a sprocket carrier configured to carry at least one sprocket; characterised in that the wheel hub further includes a transmission member on which the second transmission arrangement is provided, wherein the transmission member comprises a brake component securable to the main body. a main body; a drive axle arrangement extending through the main body, the main body being rotatable about the drive axle arrangement; and a transmission assembly comprising first and second transmission arrangements (44, 46), the first transmission arrangement being provided on the drive axle arrangement, and the second transmission arrangement being provided on the main body; the first transmission arrangement being cooperable with the second transmission arrangement to transmit a driving force from the drive axle arrangement to the main body; wherein the drive axle arrangement comprises an axle portion and a sprocket carrier configured to carry at least one sprocket; characterised in that the wheel hub further includes a transmission member on which the second transmission arrangement is provided, wherein the transmission member comprises a brake component securable to the main body.
A method for producing a foamed particle foam material in the form of a granulate material, in which expandable particle foam material in the form of a granulate material is radiated by means of a thermal radiator, wherein the particle foam material is moved relative to the thermal radiator, characterized in that the particle foam material (13, 14) is detected by at least one sensor device before, during and/or after the radiation, and that at least one property of the resulting foamed particle foam material is adjusted by regulating at least one radiation parameter.
A wheel angle sensor assembly for measuring a relative rotation between a front axle of a vehicle with respect to a knuckle to be coupled to a wheel of the vehicle, the wheel angle sensor assembly comprising - a steering pin configured to be coupled via a mechanical shape coupling with a first member (2, 3) defined by one of the front axle and the knuckle, - an angle sensor configured to be carried and coupled at rotation with a second member (2, 3) defined by the other one of the front axle and the knuckle, and - a resilient element comprising a deformable material being softer than the material of at least one between the steering pin and the first member (2, 3); wherein one between the steering pin and the first member (2, 3) defines a groove configured for housing said resilient element, and wherein the other between the steering pin and the first member (2, 3) carries a protrusion configured to be housed in said groove, wherein said mechanical shape coupling is realized within the groove by interference between the resilient element and said protrusion said protrusion being inserted in a portion of the groove left free by the resilient element; the wheel angle sensor is characterized in that the resilient element comprises a base portion and at least one tooth portion that extends in a cantilever manner from the base portion; the mechanical shape coupling being realized by the protrusion that cooperates on at least one side with the at least one tooth portion. - a steering pin configured to be coupled via a mechanical shape coupling with a first member (2, 3) defined by one of the front axle and the knuckle, - an angle sensor configured to be carried and coupled at rotation with a second member (2, 3) defined by the other one of the front axle and the knuckle, and - a resilient element comprising a deformable material being softer than the material of at least one between the steering pin and the first member (2, 3); wherein one between the steering pin and the first member (2, 3) defines a groove configured for housing said resilient element, and wherein the other between the steering pin and the first member (2, 3) carries a protrusion configured to be housed in said groove, wherein said mechanical shape coupling is realized within the groove by interference between the resilient element and said protrusion said protrusion being inserted in a portion of the groove left free by the resilient element; the wheel angle sensor is characterized in that the resilient element comprises a base portion and at least one tooth portion that extends in a cantilever manner from the base portion; the mechanical shape coupling being realized by the protrusion that cooperates on at least one side with the at least one tooth portion.
A rutile-type titanium dioxide having a rectangular particulate form configured such that major axial planes of rod-shaped particles having a major axis diameter of from 30 to 200 nm and a minor axis diameter of 3 to 10 nm are oriented and aggregated in the minor axial direction, wherein an apparent average major axial length of the oriented and aggregated particles is 100 to 400 nm, an apparent average minor axial length of the oriented and aggregated particles is 30 to 150 nm, an apparent average axial ratio represented by apparent average major axial length/apparent average minor axial length is 2 to 5 and a specific surface area of the oriented and aggregated particles is 10 to 100 m 2 /g.
Device for free flow over a drainage object in accordance with DIN EN 1717:2011-08, comprising a housing with a housing inlet opening connectable to an outlet opening of a drinking water system, a housing outlet opening connectable to an inlet opening of a drainage pipe arranged below the outlet opening of the drinking water system, and at least one ventilation opening (38, 40) with a minimum diameter of at least 4 mm for air to pass through, wherein the relationships S1 + S2 +... ≥ (20 mm x 2πG)/3 and G ≥ E are satisfied, where S1 + S2 +... is the sum of all air passage areas defined by the ventilation openings (38, 40), G is the diameter of the drainage pipe, and E is the diameter of an outlet pipe forming the outlet opening of the drinking water system, and a jet-regulating control component with a jet regulator, wherein the regulating component is arranged in the housing in such a way that it regulates a jet of water flowing between the housing inlet opening and the housing outlet opening, wherein the regulating component is detachably connected to the housing and can be inserted into the housing through one of the ventilation openings (38, 40), characterized in that the regulating component comprises a flow rate limiter for limiting the flow rate, and in that the device has an overflow monitor which is assigned to an overflow edge formed by an edge of the housing corresponding to a lower boundary of the at least one ventilation opening (38, 40) and over which the water from the drainage pipe can overflow when pushed back or sucked back, thus leaving the housing. a housing with a housing inlet opening connectable to an outlet opening of a drinking water system, a housing outlet opening connectable to an inlet opening of a drainage pipe arranged below the outlet opening of the drinking water system, and at least one ventilation opening (38, 40) with a minimum diameter of at least 4 mm for air to pass through, wherein the relationships S1 + S2 +... ≥ (20 mm x 2πG)/3 and G ≥ E are satisfied, where S1 + S2 +... is the sum of all air passage areas defined by the ventilation openings (38, 40), G is the diameter of the drainage pipe, and E is the diameter of an outlet pipe forming the outlet opening of the drinking water system, and a jet-regulating control component with a jet regulator, wherein the regulating component is arranged in the housing in such a way that it regulates a jet of water flowing between the housing inlet opening and the housing outlet opening, wherein the regulating component is detachably connected to the housing and can be inserted into the housing through one of the ventilation openings (38, 40), characterized in that the regulating component comprises a flow rate limiter for limiting the flow rate, and in that the device has an overflow monitor which is assigned to an overflow edge formed by an edge of the housing corresponding to a lower boundary of the at least one ventilation opening (38, 40) and over which the water from the drainage pipe can overflow when pushed back or sucked back, thus leaving the housing.
A system configured for sequencing one or more polynucleotides, the system comprising: a) a stage configured to hold a solid substrate having one or more polynucleotides attached thereto; b) a fluid direction system for controllably moving one or more reagents having fluorescent labels into contact with the polynucleotides; c) a temperature control system for regulating a temperature of at least one of the solid substrate or of the reagents; d) an illumination system for exciting the fluorescent labels via total internal reflection, the illumination system comprising at least one excitation laser coupled through a multimode optical fiber having an index of refraction, wherein the index of refraction is dynamically changed to obtain a substantially uniform illumination footprint; e) a detector component configured to be proximal to the solid substrate for detecting fluorescence produced from excitation of the fluorescent labels by the illumination system; f) a computer system operably coupled to the detector component wherein the computer system comprises an instruction set for acquiring fluorescence images from the detector component and determining a polynucleotide sequence from the detected fluorescence. a) a stage configured to hold a solid substrate having one or more polynucleotides attached thereto; b) a fluid direction system for controllably moving one or more reagents having fluorescent labels into contact with the polynucleotides; c) a temperature control system for regulating a temperature of at least one of the solid substrate or of the reagents; d) an illumination system for exciting the fluorescent labels via total internal reflection, the illumination system comprising at least one excitation laser coupled through a multimode optical fiber having an index of refraction, wherein the index of refraction is dynamically changed to obtain a substantially uniform illumination footprint; e) a detector component configured to be proximal to the solid substrate for detecting fluorescence produced from excitation of the fluorescent labels by the illumination system; f) a computer system operably coupled to the detector component wherein the computer system comprises an instruction set for acquiring fluorescence images from the detector component and determining a polynucleotide sequence from the detected fluorescence.
Input apparatus, in particular of a vehicle-operator interface, comprising a touchpad, a pedestal secured to the touchpad, an actuation part mounted movably, such as rotatably, pivotably and/or slidably movably, on the pedestal, and a detection device (4, 6, 7), which is arranged on the touchpad and which comprises a transmitting device for generating an alternating electromagnetic field by means of a transmission signal and a receiving device for receiving the alternating electromagnetic field with generation of a reception signal, and an evaluation unit, which is electrically conductively connected to the detection device (4, 6, 7); an electrical resonant circuit arranged in the alternating electromagnetic field, wherein the actuation part is configured to vary a resonant frequency of the electrical resonant circuit in a position-dependent manner, and the evaluation unit is designed, on the basis of at least the reception signal, to detect a position-dependent absorption behaviour of the resonant circuit with respect to the alternating electromagnetic field or a position-dependent emission behaviour of the resonant circuit on account of a current induced in the resonant circuit, more particularly to detect the resonant frequency therefrom, and to determine therefrom position information relating to the position of the actuation part, and wherein the evaluation unit is designed to perform a switching and/or control function depending on the position information, wherein the electrical resonant circuit comprises an electromechanical switching element and the actuation part and the switching element mechanically cooperate in such a way that the electrical resonant circuit is closed or interrupted in a position-dependent manner, and wherein the electromechanical switching element is configured for sliding contacting (19, 20) and comprises at least one slider which is moved synchronously with an adjustment of the actuation part onto and across a contact surface of a printed circuit board of the pedestal in order to close the resonant circuit upon touching contact being established, such that the resonant circuit is closed or interrupted in a position-dependent manner.
Method for producing wheel disc forms, which have an attachment flange, a disc transition surface and a disc margin, for vehicle wheels from preferably metallic preforms on a flow-forming machine which has a spinning mandrel being rotatable about an axis of rotation, and at least one spinning roller, which is adjustable radially relative to the axis of rotation, for the flow forming of the preform against the spinning mandrel and production of a flow-formed transition surface on the wheel disc form, wherein in a subsequent method step, ventilation holes are formed in the wheel disc form by way of a punching or cutting process, characterized in that the preform is flow-formed against a spinning mandrel which has multiple local elevations being distributed over the circumference in order to generate zones which are distributed over the circumference of the wheel disc form and which have material reductions in the flow-formed transition surface, with the transition surface receiving transition zones having varying thickness comprising continuous change in thickness, and wherein in the subsequent method step, zones with material reductions created during the flow form step are removed for the production of the ventilation holes.
An isolated polynucleotide derived from a fungal source, which polynucleotide comprises a nucleic acid sequence selected from the group consisting of: (a) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having at least 85% sequence identity to the amino acid sequence presented in Figure 2 or SEQ ID NO: 2, or the complement thereof; (b) a nucleic acid sequence which encodes a polypeptide having, endoglucanase activity and having at least 90% sequence identity to the amino acid sequence presented in Figure 2 or SEQ ID NO: 2, or the complement thereof; (c) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having at least 95% sequence identity to the amino acid sequence presented in Figure 2 or SEQ ID.NO: 2, or the complement thereof; (d) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having the amino acid sequence presented in Figure 2, or the complement thereof; (e) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having the amino acid sequence presented as SEQ ID NO: 2, or the complement thereof; and (f) a nucleic acid sequence presented as SEQ ID NO: 4, or the complement thereof. (a) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having at least 85% sequence identity to the amino acid sequence presented in Figure 2 or SEQ ID NO: 2, or the complement thereof; (b) a nucleic acid sequence which encodes a polypeptide having, endoglucanase activity and having at least 90% sequence identity to the amino acid sequence presented in Figure 2 or SEQ ID NO: 2, or the complement thereof; (c) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having at least 95% sequence identity to the amino acid sequence presented in Figure 2 or SEQ ID.NO: 2, or the complement thereof; (d) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having the amino acid sequence presented in Figure 2, or the complement thereof; (e) a nucleic acid sequence which encodes a polypeptide having endoglucanase activity and having the amino acid sequence presented as SEQ ID NO: 2, or the complement thereof; and (f) a nucleic acid sequence presented as SEQ ID NO: 4, or the complement thereof.
A method for a robotic work tool system, where the method comprises: controlling the movement of an outdoor robotic work tool; characterized in controlling the outdoor robotic work tool to move an activation member at an outdoor robotic work tool charging station used for charging at least one rechargeable electric power source of the outdoor robotic work tool, where the activation member is moved in an activation direction such that an electrical switch arrangement is activated and a protect mode is entered, wherein, upon activation of the electrical switch arrangement, the electrical switch arrangement is used for isolating at least one electric unit (220, 221, 222, 223, 224) from at least one electrical connection (230, 231, 232, 233, 234), and upon de-activation of the electrical switch arrangement, the protect mode is left and the electrical switch arrangement is used for electrically connecting the electric unit (220, 221, 222, 223, 224) to said electrical connection (230, 231, 232, 233, 234). controlling the movement of an outdoor robotic work tool; characterized in controlling the outdoor robotic work tool to move an activation member at an outdoor robotic work tool charging station used for charging at least one rechargeable electric power source of the outdoor robotic work tool, where the activation member is moved in an activation direction such that an electrical switch arrangement is activated and a protect mode is entered, wherein, upon activation of the electrical switch arrangement, the electrical switch arrangement is used for isolating at least one electric unit (220, 221, 222, 223, 224) from at least one electrical connection (230, 231, 232, 233, 234), and upon de-activation of the electrical switch arrangement, the protect mode is left and the electrical switch arrangement is used for electrically connecting the electric unit (220, 221, 222, 223, 224) to said electrical connection (230, 231, 232, 233, 234).
A device comprising: a touch panel including a touch screen located on a first surface of the device; a plurality of optical components located on a second surface of the device; one or more electrodes located on the second surface of the device, the second surface opposite the first surface, each electrode located around one of the plurality of optical components; sensing circuitry coupled to the one or more electrodes and configured to generate sense signals indicative of one or more distances between the one or more electrodes and a proximate object; and logic coupled to the one or more electrodes, the logic configured to calculate the one or more distances. a touch panel including a touch screen located on a first surface of the device; a plurality of optical components located on a second surface of the device; one or more electrodes located on the second surface of the device, the second surface opposite the first surface, each electrode located around one of the plurality of optical components; sensing circuitry coupled to the one or more electrodes and configured to generate sense signals indicative of one or more distances between the one or more electrodes and a proximate object; and logic coupled to the one or more electrodes, the logic configured to calculate the one or more distances.
An air separator for an extracorporeal blood circuit for separating out air from a fluid flowing through the air separator, comprising at least one air separation chamber having - at least one inflow passage through which the fluid may flow into the air separation chamber, and having - at least one outflow passage through which the fluid may flow out from the air separation chamber, wherein the air separation chamber comprises - a first chamber having at least one first chamber cross-section, - at least one second chamber having a second chamber cross-section, from which the outflow passage exits, wherein between the first chamber and the second chamber a connection opening is provided through which the fluid may flow from the first chamber into the second chamber, characterized in that - the connection opening is arranged excentrically relative to a vertical center axis of the first chamber and of the second chamber during use of the air separator, and in that - the inflow passage opens out in the first chamber. - at least one inflow passage through which the fluid may flow into the air separation chamber, and having - at least one outflow passage through which the fluid may flow out from the air separation chamber, wherein the air separation chamber comprises - a first chamber having at least one first chamber cross-section, - at least one second chamber having a second chamber cross-section, from which the outflow passage exits, wherein between the first chamber and the second chamber a connection opening is provided through which the fluid may flow from the first chamber into the second chamber, - the connection opening is arranged excentrically relative to a vertical center axis of the first chamber and of the second chamber during use of the air separator, and in that - the inflow passage opens out in the first chamber.