mhurhangee/ep-ind-claims huggingface dataset:
Method for providing a closed water channel from a cylinder-like connection piece of a flush-mounted pipe of a water line, which connection piece is arranged on a flush-mounted side of a plasterboard comprising wall cladding, through the wall cladding to a room side of the wall cladding, and for connecting a fitting, wherein for preparing a construction of the wall cladding, the connection piece of the flush-mounted pipe is closed in a watertight manner with a stopper, wherein the construction of the wall cladding includes construction of the plasterboards for covering the water line and the flush-mounted pipes of the water line so that they are not visible from the room side, wherein, for preparing the construction of the wall cladding, a sealing sleeve with an assembly section, which is arranged at a first axial end of the sealing sleeve, is arranged circumferentially around the connection piece of the flush-mounted pipe and the stopper, which closes the connection piece in a watertight manner, is arranged inside the sealing sleeve, wherein the stopper is detachably connected to the connection piece, wherein after the wall cladding has been constructed, a continuous channel is provided through the sealing sleeve from the connection piece of the flush-mounted pipe arranged at the flush-mounted side of the wall cladding to the room side of the wall cladding while the stopper is accessible from a second axial end of the sealing sleeve, which is arranged on the room side of the wall cladding, and, during the construction of the wall cladding, a sealing collar is arranged on the sealing sleeve in a circumferentially closed manner and sealing in a watertight manner, the sealing collar having a flexible sealing lip with which it is pulled over the sealing sleeve for a sealing arrangement on the sealing sleeve, wherein, during subsequent connection of the fitting via a fitting connection part, the stopper is removed from the axial end of the sealing sleeve out of the sealing sleeve and thereafter, the fitting connection part is inserted into the sealing sleeve from the second axial end of the sealing sleeve and is connected to the connection piece arranged at the flush-mounted side of the wall cladding, wherein the sealing sleeve remains unchanged in its position after its arrangement at the connection piece, wherein the fitting is connected to the connection piece using the fitting connection part.
A vehicle lamp comprising: a transparent member which defines part of a lamp compartment; a light source that is accommodated in the lamp compartment and which shines light to the front through the transparent member; a detection device that is accommodated in the lamp compartment; and a stepped portion that is formed on an external surface of the transparent member and which guides drops of water adhering to the external surface so as to avoid a detection enabled area of the detection device, characterized in that the detection device obtains information on what exists ahead through the stepped portion of the transparent member and wherein the stepped portion (7A, 7B) is formed by causing part of the external surface of the transparent member to project outwards of the external surface of the transparent member, or wherein the stepped portion is formed by forming a groove in the external surface of the transparent member. a transparent member which defines part of a lamp compartment; a light source that is accommodated in the lamp compartment and which shines light to the front through the transparent member; a detection device that is accommodated in the lamp compartment; and a stepped portion that is formed on an external surface of the transparent member and which guides drops of water adhering to the external surface so as to avoid a detection enabled area of the detection device, characterized in that the detection device obtains information on what exists ahead through the stepped portion of the transparent member and wherein the stepped portion (7A, 7B) is formed by causing part of the external surface of the transparent member to project outwards of the external surface of the transparent member, or wherein the stepped portion is formed by forming a groove in the external surface of the transparent member.
A combination comprising: (a) a Mcl-1 inhibitor which is (2 R)-2-{[(5 S a)-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(5-fluorofuran-2-yl)thieno[2,3- d]pyrimidin-4-yl]oxy}-3-(2-{[1-(2,2,2-trifluoroethyl)-1 H -pyrazol-5-yl]methoxy}phenyl)propanoic acid or (2 R)-2-{[(5 S a)-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3- d]pyrimidin-4-yl]oxy}-3-(2-{[2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid, and (b) a second anticancer agent, wherein the second anticancer agent is selected from anthracyclines selected from idarubicin, daunorubicin and mitoxanthrone, cytarabine and hypomethylating agents selected from decitabine, azacitidine and guadecitabine, for simultaneous, sequential or separate use. (a) a Mcl-1 inhibitor which is (2 R)-2-{[(5 S a)-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(5-fluorofuran-2-yl)thieno[2,3- d]pyrimidin-4-yl]oxy}-3-(2-{[1-(2,2,2-trifluoroethyl)-1 H -pyrazol-5-yl]methoxy}phenyl)propanoic acid or (2 R)-2-{[(5 S a)-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3- d]pyrimidin-4-yl]oxy}-3-(2-{[2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid, and (b) a second anticancer agent, wherein the second anticancer agent is selected from anthracyclines selected from idarubicin, daunorubicin and mitoxanthrone, cytarabine and hypomethylating agents selected from decitabine, azacitidine and guadecitabine, for simultaneous, sequential or separate use.
Method for producing a container from a preform comprising a body and a neck, said neck defining an inner opening extending along an axis, said method comprising the following steps: - placing the preform in a mould comprising a moulding cavity having the shape of the container to be produced, - forming and filling the container by injecting a liquid in the preform through an injection nozzle, such that the preform acquires the shape of the container defined by the moulding cavity and is filled by the liquid, characterized in that, prior to the forming and filling of the container, the injection nozzle is connected to the preform in a fluid tight manner such that said injection nozzle is in fluidic communication with the inner opening of the neck of said preform and an extension device is placed on or attached to the neck of the preform, said extension device comprising an extension part extending along axis and defining an inner opening extending in the continuity of the inner opening of the neck, said extension device remaining placed on or attached to the neck of the preform at least during the forming and filling step, the liquid being injected in the preform and in the container through the injection nozzle and the inner opening of the extension device. - placing the preform in a mould comprising a moulding cavity having the shape of the container to be produced, - forming and filling the container by injecting a liquid in the preform through an injection nozzle, such that the preform acquires the shape of the container defined by the moulding cavity and is filled by the liquid,
A near net shape additive manufacturing method of fabricating a medical device for implantation in a human or animal body, the method comprising: applying a pulsed laser energy to a first quantity of a pre-alloyed metallic powder material comprising Titanium, Nickel and Hafnium on a substrate so as to fuse particles of the pre-alloyed powder material into a first layer on the substrate; forming at least one additional layer on the first layer by applying a pulsed laser energy to at least a second quantity of the pre-alloyed powder material on the first layer so as to fuse particles of the pre-alloyed powder material into the at least one additional layer on the first layer; and repeating the applying and the forming steps to fabricate a near net shape medical device from the pre-alloyed powder material; and wherein the pre-alloyed metallic powder material has: a Hafnium atomic percentage of between 4-10%, Ni atomic percentage between 50.5 - 51.5 % with the remainder being Ti. applying a pulsed laser energy to a first quantity of a pre-alloyed metallic powder material comprising Titanium, Nickel and Hafnium on a substrate so as to fuse particles of the pre-alloyed powder material into a first layer on the substrate; forming at least one additional layer on the first layer by applying a pulsed laser energy to at least a second quantity of the pre-alloyed powder material on the first layer so as to fuse particles of the pre-alloyed powder material into the at least one additional layer on the first layer; and repeating the applying and the forming steps to fabricate a near net shape medical device from the pre-alloyed powder material; and wherein the pre-alloyed metallic powder material has: a Hafnium atomic percentage of between 4-10%, Ni atomic percentage between 50.5 - 51.5 % with the remainder being Ti.
A SQUID magnetic field sensor only comprising one single low-noise operational amplifier for amplifying a voltage signal of the SQUID in the way of an open loop, wherein the magnetic field sensor is adapted such that a back coupling resistor and a back coupling coil will be directly operated by means of an output value which the single operational amplifier outputs in the way of open loop, characterized in that another back coupling resistor (R g) and a unipolar toggle switch are present, wherein the fixed, unipolar connection port of the toggle switch is connected to the output terminal of the operational amplifier, wherein a first connection port of the toggle switch is connected to one end of the other back coupling resistor (R g), wherein a second connection port of the toggle switch is connected to one end of the back coupling resistor, the other end of which is connected to the back coupling coil, wherein the other end of the other back coupling resistor (R g) is connected to the negative input terminal of the operational amplifier.
A cable gland comprising: a gland body having a cavity; a retaining nut configured to be selectively coupled to a first end of the gland body; a gland nut configured to be selectively coupled to a second end of the gland body; and a sealing gland comprising a bushing body and a sealant, the bushing body having a bore that is in fluid communication with the cavity, the bushing body being configured to be in a compressed state by a coupling of the gland nut to the gland body, wherein the sealant is configured for displacement into a portion of the bore upon the bushing body being in the compressed state, characterized in that the sealing gland further comprises a package, wherein the package is attached to the bushing body; the package defining at least a portion of an inner area that retains the sealant prior to the bushing body being in the compressed state, wherein the package is configured to rupture upon the bushing body being in the compressed state. a gland body having a cavity; a retaining nut configured to be selectively coupled to a first end of the gland body; a gland nut configured to be selectively coupled to a second end of the gland body; and a sealing gland comprising a bushing body and a sealant, the bushing body having a bore that is in fluid communication with the cavity, the bushing body being configured to be in a compressed state by a coupling of the gland nut to the gland body, wherein the sealant is configured for displacement into a portion of the bore upon the bushing body being in the compressed state, characterized in that the sealing gland further comprises a package, wherein the package is attached to the bushing body; the package defining at least a portion of an inner area that retains the sealant prior to the bushing body being in the compressed state, wherein the package is configured to rupture upon the bushing body being in the compressed state.
A glass furnace for heating and melting materials to be vitrified, comprising: - an inlet for the raw materials, - a superstructure provided with heating means, - a tank containing a bath of molten glass on which a blanket of raw materials floats from the inlet to a point a certain distance away inside the furnace, - an outlet through which the molten glass is discharged, the furnace, the tank, the oulet and the heating means being configured such that two molten glass recirculation loops (B1, B2), respectively primary and secondary, are formed in the bath between a hotter central region of the furnace and, respectively, the inlet and the outlet, which are at a lower temperature, the furnace including a means for slowing the flow rate of the molten glass in the primary recirculation loop, the means for slowing the flow rate in the primary recirculation loop comprises an inclination of the floor extending substantially from the inlet toward the interior of the furnace, over a distance of 20-100%, and preferably 50%, of the extent of the recirculation loop, in such a way that the depth of the floor increases from the furnace inlet toward the interior, characterized in that the reduction in the mean depth (h) is provided in a discontinuous way. - an inlet for the raw materials, - a superstructure provided with heating means, - a tank containing a bath of molten glass on which a blanket of raw materials floats from the inlet to a point a certain distance away inside the furnace, - an outlet through which the molten glass is discharged,
An installation for vacuum treatment, particularly of substrates, consisting of a plurality of modules, characterized in that: - the different modules are identical and independent, - the different modules are juxtaposed and aligned to be in communication, - each module is composed of two superimposed and aligned levels, - one of the levels of each module has a vacuum treatment chamber, - the other level of each module acts as transfer chamber and comprises means of transferring a substrate within one of the different chambers or from one chamber to another located downstream or upstream and directly next to it or separated by at least one module, - the transfer means being designed to enable while a substrate is in a treatment chamber, the transfer of another substrate into another chamber for a further treatment. - the different modules are identical and independent, - the different modules are juxtaposed and aligned to be in communication, - each module is composed of two superimposed and aligned levels, - one of the levels of each module has a vacuum treatment chamber, - the other level of each module acts as transfer chamber and comprises means of transferring a substrate within one of the different chambers or from one chamber to another located downstream or upstream and directly next to it or separated by at least one module, - the transfer means being designed to enable while a substrate is in a treatment chamber, the transfer of another substrate into another chamber for a further treatment.
Method for operating a vehicle comprising an all-wheel drive that can be enabled and disabled and a drive train which comprises two clutches (6, 13) actuated by a control unit for enabling and disabling the all-wheel drive and components (10, 16, 22, 23) rotating between the two clutches (6,13), the components being driven when the all-wheel drive is enabled and are uncoupled from the remaining drive train when the all-wheel drive is disabled, wherein when the all-wheel drive is disabled, the rotational speed (n) of at least one of the uncoupled components (10, 16, 22, 23) is measured in a time interval, characterised in that from the measured rotational speed an angular acceleration (a) of the uncoupled components (10, 16, 22, 23) is determined, wherein a drag torque is calculated on the basis of the determined angular acceleration (a) and a moment of inertia or mass moment of inertia of the uncoupled components (10, 16, 22, 23).
Arrangement for detecting connection loss at a circuit part having a capacitive behaviour, which circuit part is electrically connected to a useful signal source, comprising an evaluating circuit that is electrically connected to an input junction of the circuit part having a capacitive behaviour, characterized in that said evaluating circuit senses a pulsed useful signal (U USEFUL) that is output by the useful signal source at the input junction of the circuit part having a capacitive behaviour and evaluates the signal characteristic for the purpose of detecting connection loss, wherein the evaluating circuit evaluates as a signal characteristic a discharge curve of the pulsed useful signal (U USEFUL).
An occlusive device (1800,1900) configured to be positioned within an aneurysm, the device (1800,1900) comprising: a marker band; a ribbon-like strand of porous mesh formed of a plurality of braided wires, the mesh having a length, a first end of the length, and a second end of the length opposite the first end, wherein the band is disposed at the first end, and wherein the mesh has a predetermined shape such that, at least when the mesh is in an expanded configuration, at least a portion of the porous mesh is curved and configured to be positioned over a neck of the aneurysm; and a coil having a length, a first end of the length, and a second end of the length opposite the first end, wherein the first end of the coil is coupled to the first end of the mesh at the band. a marker band; a ribbon-like strand of porous mesh formed of a plurality of braided wires, the mesh having a length, a first end of the length, and a second end of the length opposite the first end, wherein the band is disposed at the first end, and wherein the mesh has a predetermined shape such that, at least when the mesh is in an expanded configuration, at least a portion of the porous mesh is curved and configured to be positioned over a neck of the aneurysm; and a coil having a length, a first end of the length, and a second end of the length opposite the first end, wherein the first end of the coil is coupled to the first end of the mesh at the band.
A putter head, comprising: a putter body including a ball striking face member made of a material having a first hardness characteristic, wherein a plurality of independent and separated openings are defined in the ball striking face member; and a polymeric material provided to at least partially fill the plurality of openings, wherein the polymeric material has a second hardness characteristic that is softer than the first hardness characteristic, and wherein the material making up the ball striking face member between adjacent openings and the polymeric material exposed in at least some of the openings provide a ball striking surface of the putter head that contacts a ball when struck by the putter head, wherein a groove is defined in the ball striking surface of the putter head, and wherein a first edge of the groove is defined by the material of the putter body and a second edge of the groove opposite the first edge is defined by the polymeric material. a putter body including a ball striking face member made of a material having a first hardness characteristic, wherein a plurality of independent and separated openings are defined in the ball striking face member; and a polymeric material provided to at least partially fill the plurality of openings, wherein the polymeric material has a second hardness characteristic that is softer than the first hardness characteristic, and wherein the material making up the ball striking face member between adjacent openings and the polymeric material exposed in at least some of the openings provide a ball striking surface of the putter head that contacts a ball when struck by the putter head, wherein a groove is defined in the ball striking surface of the putter head, and wherein a first edge of the groove is defined by the material of the putter body and a second edge of the groove opposite the first edge is defined by the polymeric material.
A combined treatment process of domestic garbage and sewage, comprising the following steps: 1) sorting iron out of the domestic garbage; 2) crushing the domestic garbage in which the iron has been removed; 3) feeding the crushed domestic garbage into a sewage treatment tank, adding water into the sewage treatment tank, where the domestic garbage is divided into three layers: floating substances, suspended substances and settled substances; 4) salvaging, dehydrating and drying the floating substances and then combusting them as fuel; characterized in that step 3) further comprising blowing air into the sewage treatment tank; and the process further comprises: 5) collecting, filtering and drying the settled substances, wherein the settled substances having a calorific value of more than 4180 kJ/kg are burnt as fuel, the burnt substances and the settled substances having a calorific value of less than 4180 kJ/kg are used to replace clay material in a cement plant or used for making bricks; 6) adding a flocculant into the sewage in which the floating substances and the settled substances have been removed so as to make the suspended substances settle, the suspended substances which have been settled are treated according to step; 7) treating the sewage. 1) sorting iron out of the domestic garbage; 2) crushing the domestic garbage in which the iron has been removed; 3) feeding the crushed domestic garbage into a sewage treatment tank, adding water into the sewage treatment tank, where the domestic garbage is divided into three layers: floating substances, suspended substances and settled substances; 4) salvaging, dehydrating and drying the floating substances and then combusting them as fuel; 5) collecting, filtering and drying the settled substances, wherein the settled substances having a calorific value of more than 4180 kJ/kg are burnt as fuel, the burnt substances and the settled substances having a calorific value of less than 4180 kJ/kg are used to replace clay material in a cement plant or used for making bricks; 6) adding a flocculant into the sewage in which the floating substances and the settled substances have been removed so as to make the suspended substances settle, the suspended substances which have been settled are treated according to step; 7) treating the sewage.
A combination of an all-suture anchor and an inserter, comprising: an inserter having a shaft, a pair of tines (24, 26) positioned at one end of the shaft and spaced apart to define a slot therebetween; an all suture anchor having a flexible web of ribbon-like or tape-like material with web ends (41a, 41b), and a plurality of filaments (44, 46) interweaving through the web, wherein the slot is configured to receive the all-suture anchor folded about a surface at a proximal-most end of the slot, characterised in that the shaft has a pair of opposing flat surfaces formed along an intermediate portion thereof, and the inserter further has a pair of broaching projections extending outwardly and oppositely from each of said pair of tines (24, 26). an inserter having a shaft, a pair of tines (24, 26) positioned at one end of the shaft and spaced apart to define a slot therebetween; an all suture anchor having a flexible web of ribbon-like or tape-like material with web ends (41a, 41b), and a plurality of filaments (44, 46) interweaving through the web, wherein the slot is configured to receive the all-suture anchor folded about a surface at a proximal-most end of the slot, characterised in that the shaft has a pair of opposing flat surfaces formed along an intermediate portion thereof, and the inserter further has a pair of broaching projections extending outwardly and oppositely from each of said pair of tines (24, 26).