mhurhangee/ep-ind-claims huggingface dataset:
A connector comprising: a packing that includes a seal portion having an annular shape and a piece portion protruding from the seal portion and having a through-hole; and a fitting portion mounted with the packing and configured to hold a terminal, wherein the fitting portion is configured to be connected to a target to be fitted so that a space between the fitting portion and the target to be fitted is sealed by the packing, wherein the fitting portion includes: a first member that includes a cylindrical portion having an outer surface on which the seal portion is mounted; a second member that is attached to the cylindrical portion; a projection portion that is provided in one member (7, 8) of the first member and the second member, is inserted into the through-hole, and includes a tip projecting from the through-hole; characterized in that an opening portion is provided in the other member (8, 7) of the first member and the second member and into which the tip is inserted. a packing that includes a seal portion having an annular shape and a piece portion protruding from the seal portion and having a through-hole; and a fitting portion mounted with the packing and configured to hold a terminal, wherein the fitting portion is configured to be connected to a target to be fitted so that a space between the fitting portion and the target to be fitted is sealed by the packing, wherein the fitting portion includes: a first member that includes a cylindrical portion having an outer surface on which the seal portion is mounted; a second member that is attached to the cylindrical portion; a projection portion that is provided in one member (7, 8) of the first member and the second member, is inserted into the through-hole, and includes a tip projecting from the through-hole; characterized in that an opening portion is provided in the other member (8, 7) of the first member and the second member and into which the tip is inserted. a first member that includes a cylindrical portion having an outer surface on which the seal portion is mounted; a second member that is attached to the cylindrical portion; a projection portion that is provided in one member (7, 8) of the first member and the second member, is inserted into the through-hole, and includes a tip projecting from the through-hole; characterized in that an opening portion is provided in the other member (8, 7) of the first member and the second member and into which the tip is inserted.
A method for displaying at least a first medical image (317; 1104) and a second medical image (318; 1105) of an object on a display (304, 305), the method comprising the steps of: providing a distance value between an edge of the first image (317; 1104) and an edge of the second image (318; 1105) of the object by a distance value input device; automatically displaying a side by side view of the first image (317; 1104) and the second image (318; 1105) on the display (304, 305) in case the provided distance value exceeds a distance threshold value, wherein a distance between the edge of the displayed first image (317; 1104) and the edge of the displayed second image (318; 1105) corresponds to the provided distance value; or automatically displaying an overlay view of the first image (317; 1104) and the second image (318; 1105) in case the provided distance value is less than the distance threshold value. providing a distance value between an edge of the first image (317; 1104) and an edge of the second image (318; 1105) of the object by a distance value input device; automatically displaying a side by side view of the first image (317; 1104) and the second image (318; 1105) on the display (304, 305) in case the provided distance value exceeds a distance threshold value, wherein a distance between the edge of the displayed first image (317; 1104) and the edge of the displayed second image (318; 1105) corresponds to the provided distance value; or automatically displaying an overlay view of the first image (317; 1104) and the second image (318; 1105) in case the provided distance value is less than the distance threshold value.
A method of manufacturing a polyolefin foam sheet composition comprising: (a) extruding a foaming agent and at least one polyolefin resin selected from the group consisting of a polypropylene and a polyethylene to obtain an unfoamed, extruded sheet; (b) irradiating the extruded sheet with ionizing radiation to obtain a physically crosslinked sheet; (c) foaming the physically crosslinked sheet with heat to obtain a foamed layer; and (d) skiving the foamed layer to obtain a foam sheet with at least one skived surface, wherein the skived surface of the foam sheet has a Sa of 20 to 150 μm and a Sz of 250 to 668.7 μm, wherein the polyolefin resin consist of a polypropylene having a melt flow index of 0.1 to 25 grams per 10 minutes at 230°C and a polyethylene having a melt flow index of 0.1 to 25 grams per 10 minutes at 190°C or a blend thereof. (a) extruding a foaming agent and at least one polyolefin resin selected from the group consisting of a polypropylene and a polyethylene to obtain an unfoamed, extruded sheet; (b) irradiating the extruded sheet with ionizing radiation to obtain a physically crosslinked sheet; (c) foaming the physically crosslinked sheet with heat to obtain a foamed layer; and (d) skiving the foamed layer to obtain a foam sheet with at least one skived surface, wherein the skived surface of the foam sheet has a Sa of 20 to 150 μm and a Sz of 250 to 668.7 μm,
A connection arrangement comprising a first elongate component, a second elongate component and a connector member, wherein the first elongate component is provided with a channel of re-entrant form, and the connector member includes a hook receivable within the channel, wherein the channel includes a first lip extending towards a plane in which a face of the first component is located, a free edge of the lip being spaced from the said plane by a first spacing, and the hook includes a second lip having a height less than or equal to the first spacing, wherein the height is defined between a free edge of the lip and a part of the hook most remote from the free edge of the lip, wherein a hook of a second, similar connector member can be received within the channel with the first mentioned hook already in situ.
Method of providing a generation code for generating a twin sensor by parameter inheritance, the twin sensor being adapted for replacing a sensor, comprising: connecting a mobile terminal to the first sensor to transmit signals; configuring the first sensor by means of the mobile terminal, wherein the configuring is based on configuration parameters transmitted to the first sensor by means of the mobile terminal, wherein the configuration parameters are transmitted to the first sensor for a commissioning of the first sensor; generating a unique generation code for the inheritance of the configuration parameters by means of a generation module based on the configuration parameters; wherein the first sensor and/or a configuration server, which is adapted and configured to be signal-coupled to the first sensor, comprises the generation module; providing the generation code by the generation module, respectively by the first sensor or the configuration server, for generating the twin sensor by inheritance of the configuration parameters, wherein the inheritance of the configuration parameters is based on the generation code; and wherein the generation module is configured to be signal-coupled to the twin sensor by means of an interface for transmitting the generation code to the twin sensor. connecting a mobile terminal to the first sensor to transmit signals; configuring the first sensor by means of the mobile terminal, wherein the configuring is based on configuration parameters transmitted to the first sensor by means of the mobile terminal, wherein the configuration parameters are transmitted to the first sensor for a commissioning of the first sensor; generating a unique generation code for the inheritance of the configuration parameters by means of a generation module based on the configuration parameters; wherein the first sensor and/or a configuration server, which is adapted and configured to be signal-coupled to the first sensor, comprises the generation module; providing the generation code by the generation module, respectively by the first sensor or the configuration server, for generating the twin sensor by inheritance of the configuration parameters, wherein the inheritance of the configuration parameters is based on the generation code; and wherein the generation module is configured to be signal-coupled to the twin sensor by means of an interface for transmitting the generation code to the twin sensor.
An electric power tool comprising: a holder configured to fix a tip tool thereon so as to allow the tip tool to rotate in a rotational direction around a rotational axis (Al); a barrel to which the holder is fixed; a grip protruding from the barrel; a level; and a fixing member configured to be attached onto the barrel and fix the level on the fixing member, the fixing member being able to turn, along with the level, around the barrel, in a plane perpendicular to the rotational axis and in the rotational direction of the tip tool or in an opposite direction thereof, characterized in that the level is able to turn in the rotational direction, or in the opposite direction, with respect to the fixing member. a holder configured to fix a tip tool thereon so as to allow the tip tool to rotate in a rotational direction around a rotational axis (Al); a barrel to which the holder is fixed; a grip protruding from the barrel; a level; and a fixing member configured to be attached onto the barrel and fix the level on the fixing member, the fixing member being able to turn, along with the level, around the barrel, in a plane perpendicular to the rotational axis and in the rotational direction of the tip tool or in an opposite direction thereof, characterized in that the level is able to turn in the rotational direction, or in the opposite direction, with respect to the fixing member.
Process for producing a composition containing isocyanate and isocyanurate groups, which comprises the steps: 1) mixing a monomeric polyisocyanate with polymeric diphenylmethane diisocyanate to give a mixture; 2) allowing the mixture obtained in step A) to react in the presence of a trimerization catalyst to give a composition containing isocyanate and isocyanurate groups; characterized in that the monomeric polyisocyanate used in step 1) has a total chlorine content of ≤ 100 ppm (determined by X-ray fluorescence analysis in accordance with DIN 51577 part 4). 1) mixing a monomeric polyisocyanate with polymeric diphenylmethane diisocyanate to give a mixture; 2) allowing the mixture obtained in step A) to react in the presence of a trimerization catalyst to give a composition containing isocyanate and isocyanurate groups;
A vessel comprising line-handling apparatus for use in assembling a line being deployed from the vessel, that line comprising at least two sections (16, 18, 20) in longitudinal sequence, wherein the apparatus comprises a hang-off carriage having at least one line support (88, 90) adapted to support the line, the line support (88, 90) being capable of supporting a length of line hanging from the carriage via that support (88, 90), the carriage being movable around a horizontal area located beneath separate line deployment locations (54, 56) on the vessel spaced horizontally from each other, to align the line support (88, 90) with each line deployment location, and to move the supported length of line between the line deployment locations (54, 56) for connection of subsequent sections of the line.
Supply circuit of the cathode of at least one electrochemical cell of the PEMFC type, which further comprises a membrane separating an anode and said cathode, with this circuit comprising: - a supply channel comprising an inlet and which makes it possible to convey a fluid in contact with the cathode; - a discharge channel that makes it possible to remove gases from the cell, - a recirculation channel (100, 100') delimited by a wall at least partially sealing the fluid, comprising: - a first opening connected to the outlet of the discharge channel; - a second opening; - a third opening and means for removing allowing at least one portion of the fluid to be removed from the recirculation channel by the third opening, characterized in that: - the second opening is connected to the inlet of the supply channel, by the intermediary of a connector, said connector further making it possible to convey a combustion agent fluid to the cathode, which mixes with the fluid exiting from the recirculation channel by the second opening - the recirculation channel (100, 100') further comprising at least one compressor (C1, C2), which makes it possible to control the flow rates and/or the proportion of the fluids to be mixed in the connector;.- the circuit further comprising control means configured for controlling the means for removal, according to the value of the electrical voltage at the terminals of the electrochemical cell and/or to its internal temperature and/or the operating state of at least one compressor (C1, C1', C2) in such a way that the temperature of the electrochemical cell is equal to or greater than 50°C. - a supply channel comprising an inlet and which makes it possible to convey a fluid in contact with the cathode; - a discharge channel that makes it possible to remove gases from the cell, - a recirculation channel (100, 100') delimited by a wall at least partially sealing the fluid, comprising: - a first opening connected to the outlet of the discharge channel; - a second opening; - a third opening and means for removing allowing at least one portion of the fluid to be removed from the recirculation channel by the third opening, - the second opening is connected to the inlet of the supply channel, by the intermediary of a connector, said connector further making it possible to convey a combustion agent fluid to the cathode, which mixes with the fluid exiting from the recirculation channel by the second opening - the recirculation channel (100, 100') further comprising at least one compressor (C1, C2), which makes it possible to control the flow rates and/or the proportion of the fluids to be mixed in the connector;.- the circuit further comprising control means configured for controlling the means for removal, according to the value of the electrical voltage at the terminals of the electrochemical cell and/or to its internal temperature and/or the operating state of at least one compressor (C1, C1', C2) in such a way that the temperature of the electrochemical cell is equal to or greater than 50°C.
Dry padded optic fiber ribbons for dry optic fiber cables, comprising: a plurality of optic fiber ribbons stacked on top of each other having a cross-sectionally rectangular shape; four dry paddings, each having an inner side and an outer side; and at least one tape wrapped continuously around the four dry paddings in repeated cable lays, wherein each cable lay represents one spiral wrap of the at least one tape around the four dry paddings, wherein each of the four dry paddings is applied at a different side of the rectangular shape of the stacked optic fiber ribbons, wherein each inner side of the four dry paddings is in a flush contact with the respective side of the rectangular shape and the outer sides of the four dry paddings are configured to curve in such a way that the combined outside contour of the four dry paddings forms an elliptical shape cross-sectionally, characterized in that the at least one tape is applied with air gaps between neighbouring cable lays as the at least one tape spirally rotates along the direction the four dry paddings extend, the air gaps extending downward in a tilted direction to induce water on the outside of the four dry paddings to flow downward, and in that each of the four dry paddings is made of a water absorbent material. a plurality of optic fiber ribbons stacked on top of each other having a cross-sectionally rectangular shape; four dry paddings, each having an inner side and an outer side; and at least one tape wrapped continuously around the four dry paddings in repeated cable lays, wherein each cable lay represents one spiral wrap of the at least one tape around the four dry paddings, wherein each of the four dry paddings is applied at a different side of the rectangular shape of the stacked optic fiber ribbons, wherein each inner side of the four dry paddings is in a flush contact with the respective side of the rectangular shape and the outer sides of the four dry paddings are configured to curve in such a way that the combined outside contour of the four dry paddings forms an elliptical shape cross-sectionally, characterized in that the at least one tape is applied with air gaps between neighbouring cable lays as the at least one tape spirally rotates along the direction the four dry paddings extend, the air gaps extending downward in a tilted direction to induce water on the outside of the four dry paddings to flow downward, and in that each of the four dry paddings is made of a water absorbent material.
Production process (2, 102, 202, 302) of a solid catalyst material (7, 107, 207, 307, 307') using a solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), having at least one pore or at least one cavity, the pore or the cavity having one diameter of less than 1 μm, preferably less than 50 nm, more preferably less than 2 nm, like a mesoporous silica based material, a zeolite, a metallic foam, an alumina or titania based material, an activated carbon or high surface area carbon material such as expanded graphite, nano graphite, graphene or a few graphene layer structure, which is exposed to a metal complex (15, 15', 115, 115', 215, 315), like metal carbonyl molecules or metal organic compounds, entering the pore or cavity, wherein the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") is impregnated with metal by the following production process steps: - adsorption of the metal complex (15, 15', 115, 115', 215, 315) in the pore or in the cavity of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), and - decomposition of the metal complex (15, 15', 115, 115', 215, 315) by means of oxidation due to exposure to oxidizing gas (17, 17',117, 217, 317), like air, oxygen, a halogene or ammonia, preferably mixed with a first carrier gas (18, 18', 118, 218, 318), entering the pore or cavity, wherein metal from the metal complex (15, 15', 115, 115', 215, 315) is attached to a surface of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), characterized in that in the step of adsorption, temperature (39, 39', 139, 139') of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") is controlled at a temperature below a room temperature of 25 °C, metal is bond to the surface of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308") at least in part along the pore or the cavity, and at least some of the structures enclosing the pore or the cavity bind metal dispersed as monomeric species or dimeric species of metal or metal bound to the oxidizing gas (17, 17',117, 217, 317), preferably forming a bi-functionalized catalyst surface, whereby all monomeric species exceed all oligomeric species by number. - adsorption of the metal complex (15, 15', 115, 115', 215, 315) in the pore or in the cavity of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"), and - decomposition of the metal complex (15, 15', 115, 115', 215, 315) by means of oxidation due to exposure to oxidizing gas (17, 17',117, 217, 317), like air, oxygen, a halogene or ammonia, preferably mixed with a first carrier gas (18, 18', 118, 218, 318), entering the pore or cavity, wherein metal from the metal complex (15, 15', 115, 115', 215, 315) is attached to a surface of the solid material (8, 8', 108, 108', 208, 208', 308, 308', 308"),
An airfoil comprising: an airfoil body defining a longitudinal axis, the airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall to define a camber line there between, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining a cavity in the airfoil body; and four ribs each extending longitudinally in the cavity and being laterally spaced apart from each other relative to the longitudinal axis, and in at least one plane perpendicular to the longitudinal axis, each of the four ribs connecting the first side wall and the second side wall along respective minimum distance directions perpendicular to the camber line, and at least two of the respective minimum distance directions are non-parallel; wherein the cavity has a longitudinal span from a base of the airfoil body to a tip end of the airfoil body, with the base being at 0% of the span and a tip end being at 100% of the span, the at least one plane including a first plane located at 0%-33% of the span and a second plane located at greater than 33% of the span; the airfoil characterized in that it comprises another plane at greater than 66% span, wherein the respective minimum distance directions are parallel, and wherein each of the four ribs has a homogenous microstructure with regard to microstructural discontinuities. an airfoil body defining a longitudinal axis, the airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall to define a camber line there between, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining a cavity in the airfoil body; and four ribs each extending longitudinally in the cavity and being laterally spaced apart from each other relative to the longitudinal axis, and in at least one plane perpendicular to the longitudinal axis, each of the four ribs connecting the first side wall and the second side wall along respective minimum distance directions perpendicular to the camber line, and at least two of the respective minimum distance directions are non-parallel; wherein the cavity has a longitudinal span from a base of the airfoil body to a tip end of the airfoil body, with the base being at 0% of the span and a tip end being at 100% of the span, the at least one plane including a first plane located at 0%-33% of the span and a second plane located at greater than 33% of the span; the airfoil characterized in that it comprises another plane at greater than 66% span, wherein the respective minimum distance directions are parallel, and wherein each of the four ribs has a homogenous microstructure with regard to microstructural discontinuities.