mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an electrically conductive substance coated aluminum material, comprising: an aluminum material; an organic substance layer without carbon particles formed on a surface of the aluminum material; and an interposing layer formed in at least one part of regions of the surface of the aluminum material between the aluminum material and the organic substance layer and including a carbide of aluminum, the organic substance layer including a carbon precursor; wherein the method comprises: a resin layer formation step of forming a resin layer on a surface of the aluminum material; and an organic substance layer formation step of forming the organic substance layer by placing the aluminum material having the resin layer formed thereon in an enclosed space, wherein a hydrocarbon-containing substance is present, and heating the aluminum material and the hydrocarbon-containing substance, whereby the surface of the aluminum material is coated with the organic substance layer, whereby the interposing layer is formed between the aluminum material and the organic substance layer, and whereby the resin layer becomes the organic substance layer with electrical conductivity. an aluminum material; an organic substance layer without carbon particles formed on a surface of the aluminum material; and an interposing layer formed in at least one part of regions of the surface of the aluminum material between the aluminum material and the organic substance layer and including a carbide of aluminum, the organic substance layer including a carbon precursor; wherein the method comprises: a resin layer formation step of forming a resin layer on a surface of the aluminum material; and an organic substance layer formation step of forming the organic substance layer by placing the aluminum material having the resin layer formed thereon in an enclosed space, wherein a hydrocarbon-containing substance is present, and heating the aluminum material and the hydrocarbon-containing substance, whereby the surface of the aluminum material is coated with the organic substance layer, whereby the interposing layer is formed between the aluminum material and the organic substance layer, and whereby the resin layer becomes the organic substance layer with electrical conductivity. a resin layer formation step of forming a resin layer on a surface of the aluminum material; and an organic substance layer formation step of forming the organic substance layer by placing the aluminum material having the resin layer formed thereon in an enclosed space, wherein a hydrocarbon-containing substance is present, and heating the aluminum material and the hydrocarbon-containing substance, whereby the surface of the aluminum material is coated with the organic substance layer, whereby the interposing layer is formed between the aluminum material and the organic substance layer, and whereby the resin layer becomes the organic substance layer with electrical conductivity.
An acceleration detection device (12, 31), comprising: a vibration component elimination unit (20, 33) adapted to eliminate a vehicle body vibration component included in an acceleration sensor signal (Gsen) at transition from a vehicle stationary state to a running state, and a zero point correction unit adapted to correct a zero point position of the acceleration sensor signal (Gsen) by a correction value based on the acceleration sensor signal (Gsen) after the vehicle body vibration component being eliminated, characterized in that the vibration component elimination unit (20,33), comprising a filter with a cut-off frequency of about 3Hz, is configured to eliminate vehicle body vibration components occurring due to a brake off operation. a vibration component elimination unit (20, 33) adapted to eliminate a vehicle body vibration component included in an acceleration sensor signal (Gsen) at transition from a vehicle stationary state to a running state, and a zero point correction unit adapted to correct a zero point position of the acceleration sensor signal (Gsen) by a correction value based on the acceleration sensor signal (Gsen) after the vehicle body vibration component being eliminated, characterized in that the vibration component elimination unit (20,33), comprising a filter with a cut-off frequency of about 3Hz, is configured to eliminate vehicle body vibration components occurring due to a brake off operation.
An information sharing method comprising: A10: obtaining processing information during an information sharing process, regarding preset rules or sharing conditions which need to be met, wherein the processing information is obtained from a sending terminal and/or provided by a receiving terminal; A11: processing original information to be shared according to the processing information to obtain target sharing information; A12: sending the target sharing information; characterized in that, the method further comprises: D10: obtaining the target sharing information; D11: detecting whether the target sharing information is the same as first sharing information, wherein the first sharing information is original information to be shared; D12: in determining that the first sharing information is different from the original information to be shared, obtaining description information corresponding to the target sharing information, and sending the target sharing information and the description information; and; D13: in determining that the first sharing information is the same as the original information to be shared, only sending the target sharing information. A10: obtaining processing information during an information sharing process, regarding preset rules or sharing conditions which need to be met, wherein the processing information is obtained from a sending terminal and/or provided by a receiving terminal; A11: processing original information to be shared according to the processing information to obtain target sharing information; A12: sending the target sharing information; D10: obtaining the target sharing information; D11: detecting whether the target sharing information is the same as first sharing information, wherein the first sharing information is original information to be shared; D12: in determining that the first sharing information is different from the original information to be shared, obtaining description information corresponding to the target sharing information, and sending the target sharing information and the description information; and; D13: in determining that the first sharing information is the same as the original information to be shared, only sending the target sharing information.
Formulation for use in prophylaxis of oral cavity diseases in the form of a toothpaste comprising glycerol, silica, calcium glycerophosphate, methylparaben, propylparaben, titanium dioxide, perfume, sodium saccharate, sodium lauryl sulfate or alkylamidobetain, and drinking water, characterized in that it further comprises proteolytic enzyme bromelain, natural sweetener xylitol, xanthan gum, and magnesium chloride or magnesium glycerophosphate, at the following component ratio, % wt.: glycerol - 20 - 25; xylitol - 10 - 14; silica - 22 - 26; xanthan gum - 1.2 - 1.4; methylparaben - 0.2 - 0.3; propylparaben - 0.08 - 0.12; sodium saccharin - 0.1 - 0.3; titanium dioxide - 0.2 - 0.4; perfume - 0.7 - 1.0; bromelain - 0.1 - 0.7; sodium lauryl sulfate - 1.2 - 1.4 or alkylamidobetain - 1.2; calcium glycerophosphate - 0.6 - 1.0; magnesium chloride - 0.08 - 0.16 or magnesium glycerophosphate - 0.16; and water - up to 100. glycerol - 20 - 25; xylitol - 10 - 14; silica - 22 - 26; xanthan gum - 1.2 - 1.4; methylparaben - 0.2 - 0.3; propylparaben - 0.08 - 0.12; sodium saccharin - 0.1 - 0.3; titanium dioxide - 0.2 - 0.4; perfume - 0.7 - 1.0; bromelain - 0.1 - 0.7; sodium lauryl sulfate - 1.2 - 1.4 or alkylamidobetain - 1.2; calcium glycerophosphate - 0.6 - 1.0; magnesium chloride - 0.08 - 0.16 or magnesium glycerophosphate - 0.16; and water - up to 100.
Detergent portioning unit, comprising a) a dimensionally stable gel body comprising a bottom side, a top side and a shell surface connecting the bottom side and the top side, b) a coating substance in the form of two tablets which cover the underside and the upper side of the dimensionally stable gel body, wherein i) at least one of the tablets has a bottom side and a top side, which are connected to each other by a shell surface, and ii) this tablet has at least one spatial diagonal which connects two points lying opposite one another on the outer surface of the tablet, the density of the tablet changing at least twice along the spatial diagonal in such a way that the density initially increases and then decreases again, and iii) said tablet is further adhered on its underside to the dimensionally stable gel body, wherein iv) the upper surface of this tablet has an indentation whose depth is between 1% and 40% of the height of the tablet. a) a dimensionally stable gel body comprising a bottom side, a top side and a shell surface connecting the bottom side and the top side, b) a coating substance in the form of two tablets which cover the underside and the upper side of the dimensionally stable gel body, wherein i) at least one of the tablets has a bottom side and a top side, which are connected to each other by a shell surface, and ii) this tablet has at least one spatial diagonal which connects two points lying opposite one another on the outer surface of the tablet, the density of the tablet changing at least twice along the spatial diagonal in such a way that the density initially increases and then decreases again, and iii) said tablet is further adhered on its underside to the dimensionally stable gel body, wherein iv) the upper surface of this tablet has an indentation whose depth is between 1% and 40% of the height of the tablet. i) at least one of the tablets has a bottom side and a top side, which are connected to each other by a shell surface, and ii) this tablet has at least one spatial diagonal which connects two points lying opposite one another on the outer surface of the tablet, the density of the tablet changing at least twice along the spatial diagonal in such a way that the density initially increases and then decreases again, and iii) said tablet is further adhered on its underside to the dimensionally stable gel body, wherein iv) the upper surface of this tablet has an indentation whose depth is between 1% and 40% of the height of the tablet.
A method for producing a teat cleaner of a teat cleaning cup, which teat cleaner comprises an inner body, forming a central cavity configured to enclose a teat of an udder, wherein the inner body comprises an inner surface, facing the central cavity and an outer surface; and an exterior part, enclosing the inner body and a set of channels situated between the inner body and the exterior part, by injection moulding; which method comprises the steps of: moulding the inner body, in a first tool, comprising: a core for forming the central cavity of the inner body; a set of sliders for forming channel walls extending along the length of the inner body, each slider comprising at least one protrusion for forming an aperture in the inner body, extending from the outer surface of the inner body to the inner surface of the inner body; and an outer casting mould, for forming the outer surface of the inner body; separating the inner body from the first tool; placing the inner body in a second tool comprising a casting mould and a set of rods; inserting the set of rods for forming the set of channels, between at least some of the channel walls of the inner body; fixating the inserted set of rods; moulding the exterior part in the second tool, thereby fusing the exterior part with the inner body for forming the teat cleaner; separating the second tool from the fused teat cleaner; and removing the fixated set of rods from the set of channels of the teat cleaner. moulding the inner body, in a first tool, comprising: a core for forming the central cavity of the inner body; a set of sliders for forming channel walls extending along the length of the inner body, each slider comprising at least one protrusion for forming an aperture in the inner body, extending from the outer surface of the inner body to the inner surface of the inner body; and an outer casting mould, for forming the outer surface of the inner body; a core for forming the central cavity of the inner body; a set of sliders for forming channel walls extending along the length of the inner body, each slider comprising at least one protrusion for forming an aperture in the inner body, extending from the outer surface of the inner body to the inner surface of the inner body; and an outer casting mould, for forming the outer surface of the inner body; separating the inner body from the first tool; placing the inner body in a second tool comprising a casting mould and a set of rods; inserting the set of rods for forming the set of channels, between at least some of the channel walls of the inner body; fixating the inserted set of rods; moulding the exterior part in the second tool, thereby fusing the exterior part with the inner body for forming the teat cleaner; separating the second tool from the fused teat cleaner; and removing the fixated set of rods from the set of channels of the teat cleaner.
A baby transport device for the suspended transport of a baby in a bicycle trailer, wherein at least one flat baby transport area for receiving a baby to be transported at least partially is provided and wherein means for suspended attachment of the baby transport area in the bicycle trailer are provided and the flat baby transport area is formed from a dimensionally stable structure, wherein the dimensionally stable structure has lateral walls, characterised in that the lateral walls have an increased height in the head area to protect, by the lateral walls, a baby to be transported from intrusion forces that can result from an impact of objects during a side impact or a rollover of a bicycle trailer, wherein means for suspended attachment are arranged at the baby transport area itself and wherein the means for suspended attachment are tensioning elements.
Electrical feedthrough assembly comprising a base body, for the attachment to a housing, with at least one opening for at least one conductor embedded in a fixation material that is fed into each of the respective openings and sealing the respective opening, wherein said electrical feedthrough assembly further comprises at least one insulation element affixed to the base body, the insulation element having at least an insulation section for a conductor, the insulation section having an conductor opening through which the respective conductor is fed, the insulation element being configured and arranged such that a cavity is formed between the base body and the insulation section, characterized in that the insulation section further comprises at least one further opening allowing access to the cavity, the cavity being at least partially filled with an adhesive for forming a connection between the base body and the insulation section of the insulation element. said electrical feedthrough assembly further comprises at least one insulation element affixed to the base body, the insulation element having at least an insulation section for a conductor, the insulation section having an conductor opening through which the respective conductor is fed, the insulation element being configured and arranged such that a cavity is formed between the base body and the insulation section, characterized in that the insulation section further comprises at least one further opening allowing access to the cavity, the cavity being at least partially filled with an adhesive for forming a connection between the base body and the insulation section of the insulation element.
A level measuring device (401, 901, 1101) for measuring a level of a container, comprising: a level measuring unit configured for measuring a level of a container; at least one transmitting/receiving unit configured to communicate with a data processing unit; at least one mounting unit (208, 902, 1108) configured for mounting the level measuring unit (401, 901, 1101) to a surface of the container (103, 301, 1106); at least one monitoring means configured to monitor an attachment of the level measuring device (401, 901, 1101) to the container (103, 301, 1106) provided by the at least one attachment unit (208, 902, 1108), characterized in that the monitoring means are further configured to transmit an alarm message to the data processing unit via the transceiver unit when the monitoring means detects a detachment of the attachment of the level measuring device (401, 901, 1101) from the container (103, 301, 1106), wherein, the monitoring means comprise at least one acceleration sensor configured to detect an acceleration of the level measuring device (401, 901, 1101) at least in a direction parallel to the acceleration due to gravity, wherein the acceleration sensor is preferably a 3-axis acceleration sensor, wherein the monitoring means are configured to evaluate the acceleration values of the acceleration sensor to determine whether there is a loosening of the attachment of the level measuring device (401, 901, 1101) from the container (103, 301, 1106). a level measuring unit configured for measuring a level of a container; at least one transmitting/receiving unit configured to communicate with a data processing unit; at least one mounting unit (208, 902, 1108) configured for mounting the level measuring unit (401, 901, 1101) to a surface of the container (103, 301, 1106); at least one monitoring means configured to monitor an attachment of the level measuring device (401, 901, 1101) to the container (103, 301, 1106) provided by the at least one attachment unit (208, 902, 1108), characterized in that the monitoring means are further configured to transmit an alarm message to the data processing unit via the transceiver unit when the monitoring means detects a detachment of the attachment of the level measuring device (401, 901, 1101) from the container (103, 301, 1106), wherein, the monitoring means comprise at least one acceleration sensor configured to detect an acceleration of the level measuring device (401, 901, 1101) at least in a direction parallel to the acceleration due to gravity, wherein the acceleration sensor is preferably a 3-axis acceleration sensor, wherein the monitoring means are configured to evaluate the acceleration values of the acceleration sensor to determine whether there is a loosening of the attachment of the level measuring device (401, 901, 1101) from the container (103, 301, 1106).
A trolley compartment door system, comprising: a first trolley compartment side wall including a first load transferring attachment point, a second trolley compartment side wall including a second load transferring attachment point, first and second panels configured to cooperate as a bi-fold door, the first panel comprising a first arm, the second panel comprising a second arm, characterized in that the first and second arms are hinged to one another and the first and second arms overlap when the bi- fold door is closed, wherein the first panel is hinged to the first trolley compartment side wall at the first load transferring attachment point; wherein the second panel is removably securable to the second trolley compartment side wall at the second load transferring attachment point; and characterised in that the first arm has an inner face with at least one angled surface, wherein the second arm has an arm mating surface with at least one angled edge that corresponds to the at least one angled surface. a first trolley compartment side wall including a first load transferring attachment point, a second trolley compartment side wall including a second load transferring attachment point, first and second panels configured to cooperate as a bi-fold door, the first panel comprising a first arm, the second panel comprising a second arm, characterized in that the first and second arms are hinged to one another and the first and second arms overlap when the bi- fold door is closed, wherein the first panel is hinged to the first trolley compartment side wall at the first load transferring attachment point; wherein the second panel is removably securable to the second trolley compartment side wall at the second load transferring attachment point; and characterised in that the first arm has an inner face with at least one angled surface, wherein the second arm has an arm mating surface with at least one angled edge that corresponds to the at least one angled surface.
A method for manufacturing a carrier substrate, namely a metal-ceramic substrate, wherein the carrier substrate is a printed circuit board, which, in a manufactured state, serves to provide conductor track connection areas and/or contacts, comprising: - providing an insulating element, in the form of a ceramic element, a glass element or a glass-ceramic element, and at least one metal layer, wherein the insulating element and the at least one metal layer extend along a main extension plane, | - providing a solder material, - forming a stack, in which the insulating element, the at least one metal layer and the solder material are arranged on top of each another along a stack direction extending perpendicular to the main extension plane, wherein the solder material is arranged between the insulating element and the at least one metal layer, and - bonding the at least one metal layer to the insulating element by the solder material, characterized in that the at least one metal layer comprises as active metal titanium (Ti), zirconium (Zr), hafnium (Hf), chromium (Cr), niobium (Nb), cerium (Ce), tantalum (Ta), magnesium (Mg), lanthanum (La) and vanadium, molybdenum (Mo) or tungsten, wherein a proportion of the active metal in the at least one metal layer has a value between 0.01 and 5 wt.-%, wherein the solder material is a solder base material, wherein the solder base material has an active metal content of less than 1.5 wt. -%, more preferably less than 1.0 weight percent and most preferably less than 0.5 wt.-%. - providing an insulating element, in the form of a ceramic element, a glass element or a glass-ceramic element, and at least one metal layer, wherein the insulating element and the at least one metal layer extend along a main extension plane, | - providing a solder material, - forming a stack, in which the insulating element, the at least one metal layer and the solder material are arranged on top of each another along a stack direction extending perpendicular to the main extension plane, wherein the solder material is arranged between the insulating element and the at least one metal layer, and - bonding the at least one metal layer to the insulating element by the solder material, characterized in that the at least one metal layer comprises as active metal titanium (Ti), zirconium (Zr), hafnium (Hf), chromium (Cr), niobium (Nb), cerium (Ce), tantalum (Ta), magnesium (Mg), lanthanum (La) and vanadium, molybdenum (Mo) or tungsten, wherein a proportion of the active metal in the at least one metal layer has a value between 0.01 and 5 wt.-%, wherein the solder material is a solder base material, wherein the solder base material has an active metal content of less than 1.5 wt. -%, more preferably less than 1.0 weight percent and most preferably less than 0.5 wt.-%.