mhurhangee/ep-ind-claims huggingface dataset:
Packaging machine for packaging goods to be packaged by means of a stretchable film, having a film transport device for the supply of film to goods to be packaged, which has a first and a second belt conveyor device (12a, 12b) for transporting the film, wherein the belt conveyor devices (12a, 12b) each comprise a first and a second transport belt (13a, 13b), which are driven synchronously in a film transport direction predefined by the film transport device and are arranged beside each other, wherein at least the second belt conveyor device can be moved in a direction at right angles to the film transport direction, and having a movable film guide element, with which the film can be inserted into the film transport device, wherein the film guide element comprises a guide plate (18a, 18b) for guiding the film, which has a first recess and a second recess in an upper edge facing the belt conveyor devices (12a, 12b) in the vertical direction, wherein the first belt conveyor device can be inserted into the first recess and the second belt conveyor device can be inserted into the second recess, characterized in that the film transport device has cleaning devices (30a, 30b) for the belt conveyor devices (12a, 12b), and in that a cleaning device (30a, 30b) comprises a cleaning element (31a, 31b) which is in direct contact with the surface of a transport belt (13a, 13b) which touches the stretchable film during the film transport.
Method for manufacturing a multi-walled device, in particular a multi-walled roof device, comprising of: - providing a first wall element having an upper side and an underside, and a second wall element having an upper side and an underside; - placing the first and second wall element one above the other, wherein at least one spacer is arranged between the upper side of the first wall element and the underside of the second wall element; said method for manufacturing being characterised by the following steps: - providing a mould which extends from the upper side of the second wall element to the underside of the first wall element, such that a space R is formed which is bounded by at least the mould, the at least one spacer and a peripheral part (41; 51; 61) of the first and second wall element; wherein the mould is provided with a flexible part extending in a peripheral direction; - introducing an injection part via the flexible part into the space R and arranging a sealing material in said space in the mould in pressureless manner with the injection part while the injection part is being moved relative to the peripheral part of the first and second wall element. - providing a first wall element having an upper side and an underside, and a second wall element having an upper side and an underside; - placing the first and second wall element one above the other, wherein at least one spacer is arranged between the upper side of the first wall element and the underside of the second wall element; said method for manufacturing being characterised by the following steps: - providing a mould which extends from the upper side of the second wall element to the underside of the first wall element, such that a space R is formed which is bounded by at least the mould, the at least one spacer and a peripheral part (41; 51; 61) of the first and second wall element; wherein the mould is provided with a flexible part extending in a peripheral direction; - introducing an injection part via the flexible part into the space R and arranging a sealing material in said space in the mould in pressureless manner with the injection part while the injection part is being moved relative to the peripheral part of the first and second wall element. - providing a mould which extends from the upper side of the second wall element to the underside of the first wall element, such that a space R is formed which is bounded by at least the mould, the at least one spacer and a peripheral part (41; 51; 61) of the first and second wall element; wherein the mould is provided with a flexible part extending in a peripheral direction; - introducing an injection part via the flexible part into the space R and arranging a sealing material in said space in the mould in pressureless manner with the injection part while the injection part is being moved relative to the peripheral part of the first and second wall element.
A pedestal washing machine comprising: a case which has a volume and a height smaller than those of a washer to stably support the washer; an outer tub installed in the case to accommodate washing water; a rotating body which is rotatably installed in the outer tub to shake laundry; and characterized in that the pedestal washing machine further comprises a driving device installed in a space formed between the outer tub and a corner of the case to transfer a rotational force to the rotating body; a water supply valve which is disposed in the space formed between the outer tub and the corner of the case to selectively supply washing water into the outer tub from an external water supply source; and a water supply pipe which has at least a portion with a variable length and is connected to the water supply valve to supply washing water into the outer tub. a case which has a volume and a height smaller than those of a washer to stably support the washer; an outer tub installed in the case to accommodate washing water; a rotating body which is rotatably installed in the outer tub to shake laundry; and characterized in that the pedestal washing machine further comprises a driving device installed in a space formed between the outer tub and a corner of the case to transfer a rotational force to the rotating body;
A kit for fabricating a dummy shell for practice ammunition having external dimensions substantially equal to dimensions of a corresponding shell for live ammunition of a same caliber provided with explosive charge and detonating fuse, said kit for fabricating a dummy shell for practice ammunition comprising a single-piece metal ogival body having a bottom and a side wall defining an inner cavity having an apical opening, wherein the side wall and the bottom of said ogival body are thicker than in the corresponding shell for live ammunition, and the actual weight of said single-piece metal ogival body optionally encircled by a driving band is smaller than the nominal weight of the corresponding shell for live ammunition, said kit for fabricating a dummy shell further comprising a set of plugs made of a same material and having a head of same dimension and transverse sections, and a stem with different longitudinal length adapted to be inserted into said apical opening, such that a plug having a weight substantially equal to the difference between said nominal weight and said actual weight can be chosen from said set of plugs and soldered on said apical opening for sealing said inner cavity that is void.
An optical effect layer (x10; OEL) comprising a radiation cured coating composition comprising non-spherical oblate magnetic or magnetizable pigment particles, said non-spherical oblate magnetic or magnetizable pigment particles being oriented according to an orientation pattern, wherein the orientation pattern is circularly symmetric around a center of rotation, wherein the non-spherical oblate magnetic or magnetizable pigment particles at at least two, preferably four, distinct locations x i along any selected diameter of the OEL have an average zenithal deflection angle φ' at location x i and an average azimuth angle θ with respect to the selected diameter at the same location x i that satisfy the condition |φ' sin (θ)| ≥ 10°, preferably |φ' sin (θ)| ≥ 15°, and said optical effect layer providing an optical impression of at least one circularly moving spot or at least one comet-shaped spot rotating around said center of rotation upon tilting said OEL. wherein the non-spherical oblate magnetic or magnetizable pigment particles at at least two, preferably four, distinct locations x i along any selected diameter of the OEL have an average zenithal deflection angle φ' at location x i and an average azimuth angle θ with respect to the selected diameter at the same location x i that satisfy the condition |φ' sin (θ)| ≥ 10°, preferably |φ' sin (θ)| ≥ 15°, and said optical effect layer providing an optical impression of at least one circularly moving spot or at least one comet-shaped spot rotating around said center of rotation upon tilting said OEL.
Mould for the continuous casting of double T-shaped preliminary sections, whose mould passage is provided with a tapering from the upper to the lower side of the mould, wherein the mould is provided from an integral tubular blank, characterised in that the blank is manufactured with a plunger, which is considered as a negative form, that all of the interior walls (7a to 71) of the mould in the mould passage have each a tapering (9 to 12) extending from this upper to the lower side of the mould towards the as straight line shaped or curved centre axis of the mould passage, with which the tapering (9 to 12) is in each case so dimensioned that it compensates everywhere the there occurring shrinkage, whereby the inner walls are made by machining.
A scroll pump tip seal to seal a single stage of a scroll pump that comprises a first scroll and a second scroll, said tip seal comprising a plurality of seal segments (46 -) to be fitted contiguously end to end to a tip face (34,40) of a scroll wall (28,36) of one of said first and second scrolls (20,22) to form a continuous seal between said tip face (34,40) and a base plate (32,38) of the other of said first and second scrolls (20,22) wherein said seal segments (46 -) each comprise at least one end (58,60) provided with an end formation configured to mate with an end formation of an adjacent said seal segment when said seal segments (46 -) are disposed in said contiguous end to end relationship characterised in that said end formations are configured to provide a hinged connection between said adjacent seal segments (46 -).
A process for forming an inkjet chamber over a hole defined in a frontside surface of a wafer substrate, said process comprising the steps of: (i) laminating a layer of dry film photoresist onto the frontside surface defining the hole, such that the layer of dry film photoresist bridges over the hole; (ii) defining, using a photoimaging process, wall openings corresponding to chamber walls in the dry film photoresist; (iii) depositing chamber material into the wall openings and over the dry film photoresist so as to form chamber walls and a chamber roof; (iv) defining a nozzle opening in the chamber roof; and (v) removing the dry film photoresist to form the inkjet chamber over the hole, wherein the chamber material is selected from the group consisting of: silicon oxide, silicon nitride and silicon oxynitride. (i) laminating a layer of dry film photoresist onto the frontside surface defining the hole, such that the layer of dry film photoresist bridges over the hole; (ii) defining, using a photoimaging process, wall openings corresponding to chamber walls in the dry film photoresist; (iii) depositing chamber material into the wall openings and over the dry film photoresist so as to form chamber walls and a chamber roof; (iv) defining a nozzle opening in the chamber roof; and (v) removing the dry film photoresist to form the inkjet chamber over the hole,
System for converting electrical energy into thermal energy which comprises two electrodes (1, 2) which are separated by a distance d along the axis which joins them and which are capable of creating field lines which define an influence zone when subjected to a potential difference (ddp), a device which is for supplying electrical energy to these electrodes and which is capable of supplying the potential difference (ddp), a device which is for initiating an electric arc between these two electrodes, comprising a device for emitting a laser pulse, characterised in that the initiation device further comprises a device for focusing the pulse which is arranged to produce N focal points which are located in the strongest influence zone of the field lines created by the two electrodes, with a peak power density of the pulse per focal point greater than 1GW/cm 2, N being determined in accordance with the peak power of the pulse and the distance d which is fixed, so as to form an electrically conductive zone between the two electrodes.
A multifunctional measuring device, comprising a housing having an upper shell and a lower shell, which are movable relative to one another by means of a hinge mechanism and comprise cavities which correspond to one another, wherein the cavities form a chamber accessible from the outside for receiving a human finger, wherein an optical measuring unit having an optical module, which comprises at least one light source and at least one sensor, is arranged in the chamber, and wherein means for data evaluation and/or data transfer are integrated in or on the housing, wherein at least one electrical measuring unit is provided, with at least two measuring electrodes in the chamber, characterized in that on two sides of the lower shell, on two outer sides of the measuring device, each are two measuring electrodes for bioimpedance and ECG measurements and on one of the sides additionally a temperature sensor are located.
A guide extension catheter, comprising: a proximal member having a proximal outer diameter, a proximal portion, and an extension portion extending from a distal end of the proximal portion to a distal end of the proximal member; a collar member attached to the extension portion; a distal sheath member attached to the collar member, the distal sheath member having a lumen and a distal outer diameter larger than the proximal outer diameter; and wherein the extension portion has a width and a length allowing a delivery device to extend along a surface of the extension portion and align with the lumen of the distal sheath member, and the extension portion extends less than 10 millimeters proximal of a distal end of the proximal member. a proximal member having a proximal outer diameter, a proximal portion, and an extension portion extending from a distal end of the proximal portion to a distal end of the proximal member; a collar member attached to the extension portion; a distal sheath member attached to the collar member, the distal sheath member having a lumen and a distal outer diameter larger than the proximal outer diameter; and wherein the extension portion has a width and a length allowing a delivery device to extend along a surface of the extension portion and align with the lumen of the distal sheath member, and the extension portion extends less than 10 millimeters proximal of a distal end of the proximal member.
Docking element made of an elastomeric material and having a funnel-shaped portion and a cylindrical portion for establishing a releasable line connection, wherein a cylindrical sub-portion can be fastened or formed, at least in part, on one end of the line, and a cylindrical sub-portion has a folding bellows having at least two folds (8, 9, 10) with troughs and peaks, and wherein the cylindrical portion is followed by the funnel-shaped portion, into the end of which can be introduced a usually spherical docking element, which corresponds with the funnel, characterized in that at least one fold (8, 9, 10) of the folding bellows has a material weakening and/or a fold-peak radius which is larger than that of the other fold (8, 9 10).
An oral care device comprising: a housing (502, 512) defining a cavity and configured for at least partial insertion into an oral cavity, the housing (502, 512) comprising a base substrate; an opening in the housing (502, 512) fluidly connecting the cavity to an environment of the housing; a first electrode disposed in the cavity; a second electrode disposed in the cavity and spaced from the first electrode; and an electrical connection electrically connecting the first electrode and the second electrode to a power source, wherein at least one of the first electrode or the second electrode is a sacrificial electrode and passing a current through the electrical connection causes the sacrificial electrode to give off ions; wherein the base substrate comprises a flexible substrate; and wherein the power source is disposed on the base substrate or the power source includes the base substrate. a housing (502, 512) defining a cavity and configured for at least partial insertion into an oral cavity, the housing (502, 512) comprising a base substrate; an opening in the housing (502, 512) fluidly connecting the cavity to an environment of the housing; a first electrode disposed in the cavity; a second electrode disposed in the cavity and spaced from the first electrode; and an electrical connection electrically connecting the first electrode and the second electrode to a power source, wherein at least one of the first electrode or the second electrode is a sacrificial electrode and passing a current through the electrical connection causes the sacrificial electrode to give off ions; wherein the base substrate comprises a flexible substrate; and wherein the power source is disposed on the base substrate or the power source includes the base substrate.
A nitride semiconductor light emitting diode, comprising: a substrate having a pair of main surfaces that face each other; a semiconductor layer of a first conductivity type on one of the main surfaces of said substrate; a semiconductor layer of a second conductivity type on said semiconductor layer of the first conductivity type; an active layer formed between said semiconductor layer of the first conductivity type and said semiconductor layer of the second conductivity type; and a reflective layer formed on said semiconductor layer of the second conductivity type for reflecting light from said active layer toward said semiconductor layer of the second conductivity type, a p electrode and an n electrode, both of which are formed on a same side of said substrate; wherein the other main surface of said substrate is used as the main light emitting surface, wherein a translucent conductive layer is interposed between said reflective layer and the semiconductor layer of the second conductivity type so as to physically isolate said reflective layer from said semiconductor layer of the second type, wherein an uneven surface is formed as an interface between said translucent conductive layer and said reflective layer. a substrate having a pair of main surfaces that face each other; a semiconductor layer of a first conductivity type on one of the main surfaces of said substrate; a semiconductor layer of a second conductivity type on said semiconductor layer of the first conductivity type; an active layer formed between said semiconductor layer of the first conductivity type and said semiconductor layer of the second conductivity type; and a reflective layer formed on said semiconductor layer of the second conductivity type for reflecting light from said active layer toward said semiconductor layer of the second conductivity type, a p electrode and an n electrode, both of which are formed on a same side of said substrate; wherein the other main surface of said substrate is used as the main light emitting surface, wherein a translucent conductive layer is interposed between said reflective layer and the semiconductor layer of the second conductivity type so as to physically isolate said reflective layer from said semiconductor layer of the second type, wherein an uneven surface is formed as an interface between said translucent conductive layer and said reflective layer.
A process for recovering one or more compounds from a residual stream derived from purification of methyl methacrylate or methacrylic acid, wherein the one or more compounds are selected from the group consisting of methylacrylic acid and 2-methacrylamide, said process comprising the steps of: providing the residual stream which comprises at least MAA, MAM and heavy compounds; separating the residual stream into an overhead stream and a residual organic stream comprising MAA, MAM, and the heavy compounds; and separating the MAA and MAM from the heavy compounds by subjecting the residual organic stream to extraction with a solvent comprising water to form an aqueous extractant comprising MAA and MAM, and an organic raffinate stream comprising the heavy compounds, wherein said separation step is performed, at least in part, by distillation, and wherein the residual organic stream is a distillation bottoms stream. providing the residual stream which comprises at least MAA, MAM and heavy compounds; separating the residual stream into an overhead stream and a residual organic stream comprising MAA, MAM, and the heavy compounds; and separating the MAA and MAM from the heavy compounds by subjecting the residual organic stream to extraction with a solvent comprising water to form an aqueous extractant comprising MAA and MAM, and an organic raffinate stream comprising the heavy compounds,
A mobile node operable to communicate via a communications system utilising an internet protocol, the mobile node having an application program (210, 310) and an operating system (220, 320, 420), the application program (210, 310) being operable to provide a communications session using internet protocol address information, the operating system (220, 320, 420) comprising an internet protocol stack (230, 330, 430) configured to store a plurality of internet protocol addresses, the operating system (220, 320, 420) being operable to monitor the internet protocol address information of the internet protocol stack (230, 330, 430), characterised in that the operating system (220, 320, 420) is operable to inform the application program (210, 310) of a change of internet protocol address information, wherein the application program (210, 310) is arranged to adapt the communications session in accordance with the change of internet protocol address information.
A method of reducing aluminosilicate containing scale in a Bayer process comprising: adding to a Bayer liquor an aluminosilicate scale reducing amount of a non-polymeric reaction product resulting from the reaction of: a surfactant, an amine binder, an epoxide binder, and a glycidoxyalkyltrimethoxysilane, wherein the surfactant is dodecyl-1,3-propanediamine, a surfactant, an amine binder, an epoxide binder, and a glycidoxyalkyltrimethoxysilane, wherein the surfactant is dodecyl-1,3-propanediamine,
A method for adaptive load balancing comprising the steps of: monitoring operating conditions of a server of multiple servers providing a particular service; obtaining operating conditions of one or more other servers of the multiple servers providing a particular service; determining, based on the operating conditions, whether to send a behavior modification hint to one or more clients that are served by a server of the multiple servers by determining whether the operating conditions meet a certain criteria; determining two or more alternative servers of the multiple servers based on their operating conditions; generating the behavior modification hint based on the operating conditions; wherein the behavior modification hint comprises a suggestion of the two or more alternative servers; and sending the behavior modification hint to the one or more clients. monitoring operating conditions of a server of multiple servers providing a particular service; obtaining operating conditions of one or more other servers of the multiple servers providing a particular service; determining, based on the operating conditions, whether to send a behavior modification hint to one or more clients that are served by a server of the multiple servers by determining whether the operating conditions meet a certain criteria; determining two or more alternative servers of the multiple servers based on their operating conditions; generating the behavior modification hint based on the operating conditions; wherein the behavior modification hint comprises a suggestion of the two or more alternative servers; and sending the behavior modification hint to the one or more clients.