mhurhangee/ep-ind-claims huggingface dataset:
A process for making man-made vitreous fibres (MMVF) which comprise at least 3 wt% iron oxides determined as Fe 2 O 3, comprising providing a gas-fired furnace, mineral raw material, gaseous fuel and combustion gas, wherein the mineral raw material comprises (a) metallic aluminium and (b) other mineral component, introducing the mineral raw material, gaseous fuel and combustion gas to the furnace, combusting the gaseous fuel, thereby melting the mineral raw material to form a melt pool at the base of the furnace, thereby forming a mineral melt, and forming MMVF from the mineral melt; wherein the metallic aluminium is in the form of (a) aluminium granulate or (b) one or more blocks; wherein the aluminium granulate or blocks comprise from 45 to 100 wt% metallic aluminium. providing a gas-fired furnace, mineral raw material, gaseous fuel and combustion gas, wherein the mineral raw material comprises (a) metallic aluminium and (b) other mineral component, introducing the mineral raw material, gaseous fuel and combustion gas to the furnace, combusting the gaseous fuel, thereby melting the mineral raw material to form a melt pool at the base of the furnace, thereby forming a mineral melt, and forming MMVF from the mineral melt; wherein the metallic aluminium is in the form of (a) aluminium granulate or (b) one or more blocks; wherein the aluminium granulate or blocks comprise from 45 to 100 wt% metallic aluminium.
System consisting of a shaft designed for implantation in a long bone and of a plug-on module for pushing onto a free end of the shaft, comprising a holding body, with an axial bore at the lower end of the holding body for the shaft, and a joint head as a part of a joint endoprosthesis, characterized in that the joint head is offset downward in the axial direction from the upper end of the holding body sufficiently far and in such a way that the shaft protrudes upward beyond the joint head.
A packaged sensor apparatus comprising: a substrate; a semiconductor device disposed over the substrate, the semiconductor device including: an array of sensors, each sensor including: a chemical field effect transistor having a gate electrode structure; and a surface electrode structure forming at least part of the gate electrode structure; a saccharide coating formed over each surface electrode structure of the semiconductor device; and a flow cell lid over the substrate and defining a flow cell between the flow cell lid and the substrate; and wherein the saccharide coating is configured to be removed prior to use of the sensor apparatus. a substrate; a semiconductor device disposed over the substrate, the semiconductor device including: an array of sensors, each sensor including: a chemical field effect transistor having a gate electrode structure; and a surface electrode structure forming at least part of the gate electrode structure; a saccharide coating formed over each surface electrode structure of the semiconductor device; and an array of sensors, each sensor including: a chemical field effect transistor having a gate electrode structure; and a surface electrode structure forming at least part of the gate electrode structure; a chemical field effect transistor having a gate electrode structure; and a surface electrode structure forming at least part of the gate electrode structure; a saccharide coating formed over each surface electrode structure of the semiconductor device; and a flow cell lid over the substrate and defining a flow cell between the flow cell lid and the substrate; and wherein the saccharide coating is configured to be removed prior to use of the sensor apparatus.
A panel for being detachably arranged between a skin of a means of transport and an interior lining of the means of transport, wherein said panel has a plate-like insulating body that features at least one integrated air-conditioning duct (18, 20), characterized in that the plate-like insulating body features at least one groove-like cable conduit (22, 24) that is at least sectionally open toward the inner surface.
A flow control unit for controlling liquid flow in a vacuum waste system, comprising: (a) an incoming liquid line; (b) an intermediate transfer tube or tank; characterised in that the flow control unit further comprises: (c) a left transfer tube comprising an upper left flush valve and a lower left flush valve; and (d) a right transfer tube comprising an upper right flush valve and a lower right flush valve, wherein the upper left and upper right valves (30, 34) are configured to control liquid flow between the intermediate transfer tube or tank and the left and right transfer tubes (26, 28), and wherein the left and right lower valves (32, 36) are configurable to control liquid flow between the left and right transfer tubes (26, 28) and one or more waste tanks of the vacuum waste system. (a) an incoming liquid line; (b) an intermediate transfer tube or tank; (c) a left transfer tube comprising an upper left flush valve and a lower left flush valve; and (d) a right transfer tube comprising an upper right flush valve and a lower right flush valve,
1. A dishwasher comprising: a sump for storing wash water; a main arm provided in the sump for receiving wash water from the sump; an auxiliary arm (140, 150) rotatably mounted to the main arm, having therein an auxiliary flow passage in which wash water flows; and an auxiliary arm connection member extending from the main arm for rotatably supporting the auxiliary arm (140, 150) about the auxiliary arm connection member, characterized in that the auxiliary arm connection member comprises: a flow tube (1120, 1140) connected to the main arm so as to communicate with the auxiliary flow passage; a shaft extending to the auxiliary arm (140, 150) so as to be inserted into the auxiliary flow passage; and at least two support ribs (1151, 1152, 1153) connected to the flow tube (1120, 1140) and the shaft, and having a flow hole through in the vertical direction. a sump for storing wash water; a main arm provided in the sump for receiving wash water from the sump; an auxiliary arm (140, 150) rotatably mounted to the main arm, having therein an auxiliary flow passage in which wash water flows; and an auxiliary arm connection member extending from the main arm for rotatably supporting the auxiliary arm (140, 150) about the auxiliary arm connection member, characterized in that the auxiliary arm connection member comprises: a flow tube (1120, 1140) connected to the main arm so as to communicate with the auxiliary flow passage; a shaft extending to the auxiliary arm (140, 150) so as to be inserted into the auxiliary flow passage; and at least two support ribs (1151, 1152, 1153) connected to the flow tube (1120, 1140) and the shaft, and having a flow hole through in the vertical direction. a flow tube (1120, 1140) connected to the main arm so as to communicate with the auxiliary flow passage; a shaft extending to the auxiliary arm (140, 150) so as to be inserted into the auxiliary flow passage; and at least two support ribs (1151, 1152, 1153) connected to the flow tube (1120, 1140) and the shaft, and having a flow hole through in the vertical direction.
A CBN compact comprising CBN particles and a matrix phase incorporating a secondary hard phase selected from TiCN, TiC, TiN, mixtures and solids solutions thereof and a maximum amount of titanium diboride where the XRD peak height of the titanium diboride peak, after background correction, is less than 5% of the peak height of the CBN peak, and which CBN compact contains 35 to 65 volume % of the CBN.
An integrated shielding protector, arranged at a position where a first high voltage electrical pathway the voltage of which is high and at least one of a second high voltage electrical pathway the voltage of which is high but lower than that of the first high voltage electrical pathway and a low voltage electrical pathway the voltage of which is low are wired in parallel in the same course, formed of material having conductivity, and divided for each voltage level and formed to integrally have at least one of a second high voltage accommodating part (31;53) which accommodates the second high voltage electrical pathway and a low voltage accommodating part which accommodates the low voltage electrical pathway, and a first high voltage accommodating part (30;43) which accommodates the first high voltage electrical pathway.
Domestic dishwasher having a drain pump for pumping dirty washing liquid out of a washing compartment, a discharge line that is connected to the drain pump on the pressure side and linked to a venting shaft located above the topmost liquid level of the washing compartment, with a first valve that is closed when the drain pump is operating and otherwise open being located in the venting shaft, characterised in that the drain pump and discharge line are linked by means of a bypass line for venting the drain pump, wherein the bypass line is connected by a first end to a reversing section - situated above the topmost liquid level - of the discharge line and wherein the bypass line leads at a second end into a section of a housing of the drain pump which is a top section in the direction of gravity.
A cutting machine comprising: - a support structure, which is provided with an equipped working table; - a saw carriage, which comprises at least one circular blade, which is suited to run, during the panel cutting operation, along a cutting slot, which is obtained on said working table; - at least one pressing unit, which acts on the panels to be cut on at least one side of said cutting slot; and - the working table comprising at least one closing device,,,, for closing the cutting slot, so as to prevent off-cuts from dropping therein; said closing device comprising at least one closing member, which is orthogonal to the cutting slot itself; - the at least one closing device,,,, for closing the cutting slot being operated during the cutting operation and while the pressing unit acts on the panels under cutting; the cutting machine being characterized by comprising: - a pressing area, (A*), (A**), (A***), (A****) arranged next to the cutting slot, onto which a force, substantially exerted by the pressing unit, is applied for clamping the panels during the cutting phase; - said pressing area, (A*), (A**), (A***), (A****) being comprised in the upper surface of a portion of the equipped working table; - said portion of said equipped working table comprising said pressing area, (A*), (A**), (A***), (A****) is housing and/or guiding at least one portion of said closing device,,,, for closing the cutting slot. - a support structure, which is provided with an equipped working table; - a saw carriage, which comprises at least one circular blade, which is suited to run, during the panel cutting operation, along a cutting slot, which is obtained on said working table; - at least one pressing unit, which acts on the panels to be cut on at least one side of said cutting slot; and - the working table comprising at least one closing device,,,, for closing the cutting slot, so as to prevent off-cuts from dropping therein; said closing device comprising at least one closing member, which is orthogonal to the cutting slot itself; - the at least one closing device,,,, for closing the cutting slot being operated during the cutting operation and while the pressing unit acts on the panels under cutting; - a pressing area, (A*), (A**), (A***), (A****) arranged next to the cutting slot, onto which a force, substantially exerted by the pressing unit, is applied for clamping the panels during the cutting phase; - said pressing area, (A*), (A**), (A***), (A****) being comprised in the upper surface of a portion of the equipped working table; - said portion of said equipped working table comprising said pressing area, (A*), (A**), (A***), (A****) is housing and/or guiding at least one portion of said closing device,,,, for closing the cutting slot.
A method for producing microcapsules each having a shell that comprises silica as a constituent component, and a core that comprises at least one organic compound inside the shell, which comprises: Step 1: a step of emulsifying an aqueous phase component comprising an emulsifier and an oily phase component comprising at least one organic compound and a tetraalkoxysilane to give an emulsified liquid, Step 2: a step of subjecting the emulsified liquid prepared in the step 1 to a sol-gel reaction under an acidic condition to form microcapsules each having a core and a first shell comprising silica as a constituent component, thereby giving an aqueous dispersion comprising the microcapsules, and Step 3: a step of further adding a tetraalkoxysilane to the aqueous dispersion comprising the microcapsules formed in the step 2, and subjecting the obtained mixture to sol-gel reaction to form microcapsules each having a second shell that encapsulates the first shell, wherein: the emulsifier used in the step 1 comprises a cationic surfactant, and the content of the emulsifier in the aqueous phase component in the step 1 is 0.30% by mass or less. Step 1: a step of emulsifying an aqueous phase component comprising an emulsifier and an oily phase component comprising at least one organic compound and a tetraalkoxysilane to give an emulsified liquid, Step 2: a step of subjecting the emulsified liquid prepared in the step 1 to a sol-gel reaction under an acidic condition to form microcapsules each having a core and a first shell comprising silica as a constituent component, thereby giving an aqueous dispersion comprising the microcapsules, and Step 3: a step of further adding a tetraalkoxysilane to the aqueous dispersion comprising the microcapsules formed in the step 2, and subjecting the obtained mixture to sol-gel reaction to form microcapsules each having a second shell that encapsulates the first shell, wherein: the emulsifier used in the step 1 comprises a cationic surfactant, and the content of the emulsifier in the aqueous phase component in the step 1 is 0.30% by mass or less. the emulsifier used in the step 1 comprises a cationic surfactant, and the content of the emulsifier in the aqueous phase component in the step 1 is 0.30% by mass or less.
Use of an ink set comprising a plurality of inks including a first ink and a second ink in an ink-ejection method in which the first ink and the second ink are ejected from a recording head having a first ejection orifice line for ejecting the first ink and a second ejection orifice line for ejecting the second ink and wherein the first ejection orifice line and the second ejection orifice line are capped with the same cap, wherein the plurality of inks constituting the ink set is stored respectively in ink cartridges each having an ink storage portion which is brought into a hermetically-closed state such that the ink stored in the ink storage portion communicates with the atmosphere only through an ink supply opening, wherein the difference in specific gravity, as determined according to the description, between the first ink having the largest specific gravity and the second ink having the smallest specific gravity among the plurality of inks constituting the ink set is less than 0.020, and wherein the coloring materials contained in the plurality of inks are pigments.
A ceramic foam filter for use in filtering non-ferrous metals, comprising calcined alumina as a core material, silica as a binder, borate glass and boric oxide, wherein the filter has a chemical composition comprising calcined alumina in the range 75-95 wt%, silica in the range 3-15 wt%, borate glass in the range 3-15 wt% and no more than 5 wt% boric oxide.
Process for cleaning production rooms for producing polycrystalline silicon which comprise a multiplicity of CVD reactors, wherein cleaning is performed at least once within two weeks, wherein an aqueous cleaning liquid is used for cleaning, wherein outer casings of the CVD reactors, pipelines and floors of the production rooms are cleaned.
A method of forging dissimilar materials, the method comprising: preparing a press comprising upper and lower molds, each of which has a punching part, a cutting/pressing part, a pressing part, and an extraction part that are sequentially provided from one side to an opposite side thereof, and repeatedly elevating the upper mold; continuously forming material passing/fixing parts in a tray plate through the punching part by supplying a tray plate by one pitch from one side to an opposite side towards an upper side of the lower mold whenever the upper mold is lifted; the method being characterized by introducing material plates from a front side to upper sides of the material passing/fixing parts whenever the upper mold is lifted, repeatedly cutting the material plates through the cutting/pressing part, continuously introducing the cut materials to upper sides of the material passing/fixing parts, pressing the introduced material, and fixing the materials to the material passing/fixing parts; pressing the materials that are moved while being fixed to the tray plate, through the pressing part; and separating the materials that have been formed while being fixed to the tray plate, and extracting the separated materials to a lower side. preparing a press comprising upper and lower molds, each of which has a punching part, a cutting/pressing part, a pressing part, and an extraction part that are sequentially provided from one side to an opposite side thereof, and repeatedly elevating the upper mold; continuously forming material passing/fixing parts in a tray plate through the punching part by supplying a tray plate by one pitch from one side to an opposite side towards an upper side of the lower mold whenever the upper mold is lifted; the method being characterized by introducing material plates from a front side to upper sides of the material passing/fixing parts whenever the upper mold is lifted, repeatedly cutting the material plates through the cutting/pressing part, continuously introducing the cut materials to upper sides of the material passing/fixing parts, pressing the introduced material, and fixing the materials to the material passing/fixing parts; pressing the materials that are moved while being fixed to the tray plate, through the pressing part; and separating the materials that have been formed while being fixed to the tray plate, and extracting the separated materials to a lower side.
A method for unifying, by a first user equipment, UE, which is a group owner of a first proximity services, ProSe, group, ProSe groups in a wireless communication system, the method comprising: receiving measurement results with respect to a second UE which is a group owner of a second ProSe group, from members of the first ProSe group; characterised in that the method comprises the following steps: determining ProSe group unification of the first ProSe group and the second ProSe group based on at least one of the received measurement results, priorities of the first UE and the second UE, or priorities of the first ProSe group and the second ProSe group; if it is determined to perform ProSe group unification, determining a new group owner of a unified ProSe group with the second UE; and transmitting information on the ProSe group unification to members of the first ProSe group. receiving measurement results with respect to a second UE which is a group owner of a second ProSe group, from members of the first ProSe group; characterised in that the method comprises the following steps: determining ProSe group unification of the first ProSe group and the second ProSe group based on at least one of the received measurement results, priorities of the first UE and the second UE, or priorities of the first ProSe group and the second ProSe group; if it is determined to perform ProSe group unification, determining a new group owner of a unified ProSe group with the second UE; and transmitting information on the ProSe group unification to members of the first ProSe group.
A sealing assembly for sealing a valve gear mechanism of an internal combustion engine comprising a valve stem, a valve guide and an oil seal, the valve guide having one end facing a cam side and the other end facing a cylinder side, and the valve stem being coaxially arranged in an inner peripheral side of the valve guide so as to reciprocate therein, the oil seal sealing an annular space between the valve guide and the valve steam, the oil seal being provided with a reinforcing ring having an axially extending portion fitted to an outer peripheral side of the valve guide, a radially extending portion extending from the end of the axially extending portion on the cam side in the radially inner direction and an inclined portion formed on an inner peripheral side of the radially extending portion a main seal portion having a main seal lip and a back pressure seal lip, the main seal lip being slidably brought into close contact with the valve stem and extending toward the cam side, the back pressure seal lip being positioned on the cylinder side in relation to the main seal lip and preventing a pressure from being applied to the main seal lip, characterized in that, the inclined portion of the reinforcing ring extends in an inclined manner toward the cam side and the main seal portion is positioned on the cam side in relation to the radially extending portion, and the back pressure seal lip is positioned on the cylinder side in relation to an inner peripheral end portion of the inclined portion, wherein a base portion of the back pressure seal lip is positioned on the cylinder side in relation to the inner peripheral end of the inclined portion, and a lip leeding end of the back pressure seal lip extends toward the cylinder side, and is slidably brought into close contact with the valve stem.
An imaging device comprising a first pixel, wherein the first pixel includes: a photoelectric converting portion that converts incident light into signal charge; and a first capacitance element including a first terminal and a second terminal, the first terminal being electrically connected to the photoelectric converting portion in at least a period of exposure; the first pixel characterized by further comprising a first transistor including a first source and a first drain, one of the first source and the first drain being electrically connected to the second terminal, and a directcurrent potential being applied to the other of the first source and the first drain, wherein the first transistor is configured to switch a first state in which the directcurrent potential is applied to the second terminal and a second state in which the second terminal is electrically floating. a photoelectric converting portion that converts incident light into signal charge; and a first capacitance element including a first terminal and a second terminal, the first terminal being electrically connected to the photoelectric converting portion in at least a period of exposure; the first pixel characterized by further comprising a first transistor including a first source and a first drain, one of the first source and the first drain being electrically connected to the second terminal, and a directcurrent potential being applied to the other of the first source and the first drain, wherein the first transistor is configured to switch a first state in which the directcurrent potential is applied to the second terminal and a second state in which the second terminal is electrically floating.
System for the production of three-dimensional screen-printed articles, comprising a press bed with a printing screen, by means of which at least one printing object is multiply printable, characterized by a measurement and control device designed such that after each printing the value of the screen lift-off can be increased by the application thickness of the previous printing.