mhurhangee/ep-ind-claims huggingface dataset:
A scale, in particular a store scale, comprising a scale platform including a load cell integrated therein, a label printer unit, and a plastic housing unit, wherein the scale platform, the label printer unit and the plastic housing unit are each configured as a module, characterized in that the label printer unit and the plastic housing unit are arranged disposed laterally next to one another and together form a substructure for the scale platform which is placed on both the label printer unit and the plastic housing unit, in that the plastic housing unit has an outer housing wall which runs around at least in part, in particular at three sides or at least at three sides, and a housing base, with a stiffening structure (41, 43), which stiffens the outer housing wall from the inside, being provided in the interior of the plastic housing unit, and in that the stiffening structure (41, 43) has two supports which each extend vertically upwardly from the housing base, with the outer housing wall, the housing base and the supports being formed in one piece as a common injection molded part, and with the two supports each being spaced apart from the outer housing wall and holding a separately formed strut, in particular a flat strut, which contacts the outer housing wall at the inside. wherein the scale platform, the label printer unit and the plastic housing unit are each configured as a module, characterized in that the label printer unit and the plastic housing unit are arranged disposed laterally next to one another and together form a substructure for the scale platform which is placed on both the label printer unit and the plastic housing unit, in that the plastic housing unit has an outer housing wall which runs around at least in part, in particular at three sides or at least at three sides, and a housing base, with a stiffening structure (41, 43), which stiffens the outer housing wall from the inside, being provided in the interior of the plastic housing unit, and in that the stiffening structure (41, 43) has two supports which each extend vertically upwardly from the housing base, with the outer housing wall, the housing base and the supports being formed in one piece as a common injection molded part, and with the two supports each being spaced apart from the outer housing wall and holding a separately formed strut, in particular a flat strut, which contacts the outer housing wall at the inside.
Process for producing a viscous epoxy syrup from at least one liquid multifunctional epoxy, comprising the steps of: - adding an initiator selected from the group consisting of electron-poor monoisocyanate - wherein the electron poor monoisocyanate is selected from the group consisting of p-tolyl isocyanate, o-tolyl isocyanate and sulfonyl isocyanates -, photoinitiator and thermal initiator to at least one liquid multifunctional epoxy; - mixing the components; - initiating the polymerization; - polymerizing the multifunctional epoxy such that the viscosity of the resulting epoxy syrup is at least twice as high as the viscosity of the employed epoxy in the unreacted state, wherein the viscosity is measured as reported in the description, by employing the initiator in an amount of not more than 10% by weight when the initiator is selected as an electron-poor monoisocyanate or employing the initiator in an amount of not more than 0.1% by weight when the initiator is selected from the group consisting of photoinitiator and thermal initiator, characterized in that the resulting epoxy syrup comprises high molecular weight uncrosslinked polyepoxies. - adding an initiator selected from the group consisting of electron-poor monoisocyanate - wherein the electron poor monoisocyanate is selected from the group consisting of p-tolyl isocyanate, o-tolyl isocyanate and sulfonyl isocyanates -, photoinitiator and thermal initiator to at least one liquid multifunctional epoxy; - mixing the components; - initiating the polymerization; - polymerizing the multifunctional epoxy such that the viscosity of the resulting epoxy syrup is at least twice as high as the viscosity of the employed epoxy in the unreacted state, wherein the viscosity is measured as reported in the description, by employing the initiator in an amount of not more than 10% by weight when the initiator is selected as an electron-poor monoisocyanate or employing the initiator in an amount of not more than 0.1% by weight when the initiator is selected from the group consisting of photoinitiator and thermal initiator,
Device for manufacturing a batting roll from a batting web, comprising a machine frame; and comprising a circulating endless belt; and comprising a rotatably-borne deflection roller having a deflection roller axis; and comprising a rotatably-borne opening roller having an opening roller axis; and comprising a rotatably-borne ejection roller having an ejection roller axis; and comprising a rotatably-borne tensioning roller having a tensioning roller axis, wherein the belt runs around the tensioning roller and the deflection roller and the opening roller and the ejection roller; and comprising a core that is arranged so as to be stationary in a roll axis to receive the batting roll in a loop of the belt, which loop is formed between the deflection roller and the opening roller and becomes larger with an increasing batting roll diameter; wherein the opening roller and the ejection roller and the tensioning roller are in each instance borne rotatably on a stump axle (34, 44, 47) attached on one side and in a rotationally-fixed manner in a pivotable element (16, 19, 25), and the deflection roller is held rotatably in the machine frame with a one-sided bearing; characterized in that an adjustment of the inclination of the deflection roller axis or of the opening roller axis, or of the deflection roller axis and the opening roller axis, relative to the roll axis is provided.
A robotic surgical tool for use in a robotic surgical system having a processor which directs movement of a tool holder, the tool comprising: a probe having a proximal end and a distal end; a surgical end effector disposed adjacent the distal end of the probe; an interface disposed adjacent the proximal end of the probe, the interface releasably coupleable with the tool holder; circuitry mounted on the probe, the circuitry for transmitting an information signal via the interface to the processor; and at least one joint disposed between the interface and end effector, the joint defining a joint axis geometry, and characterized in that the information signal comprises tool type data that includes joint geometry data of the tool for use by the processor to reconfigure the way in which the processor controls movement of the surgical end effector. a probe having a proximal end and a distal end; a surgical end effector disposed adjacent the distal end of the probe; an interface disposed adjacent the proximal end of the probe, the interface releasably coupleable with the tool holder; circuitry mounted on the probe, the circuitry for transmitting an information signal via the interface to the processor; and at least one joint disposed between the interface and end effector, the joint defining a joint axis geometry, and characterized in that the information signal comprises tool type data that includes joint geometry data of the tool for use by the processor to reconfigure the way in which the processor controls movement of the surgical end effector.
A process for treating cellulose fibres which process comprises: - providing a slurry comprising cellulose fibers, - adding anionic polyacrylamide (A-PAM) with a molar mass above 10 x 10 6 g/mol to the slurry in a first step and - subjecting the slurry comprising fibers and A-PAM to a mechanical treatment in a second step thereby forming a composition comprising microfibrillated cellulose. - providing a slurry comprising cellulose fibers, - adding anionic polyacrylamide (A-PAM) with a molar mass above 10 x 10 6 g/mol to the slurry in a first step and - subjecting the slurry comprising fibers and A-PAM to a mechanical treatment in a second step thereby forming a composition comprising microfibrillated cellulose.
A computer-implemented method for performing a checkpoint and a restart between distinctly compiled executables of a software program, the method being characterized in that it comprises: executing a first version build of the software program, the first version build comprising a first distinctly compiled executable of the software program; performing a checkpoint by saving a checkpoint image of execution of the first version build at the checkpoint; and restarting execution, using the saved checkpoint image of execution of the first version build at the checkpoint, at least partly using a second version build of the software program or a modified version of the software program, the second version build comprising a second distinctly compiled executable that is different from the first distinctly compiled executable. executing a first version build of the software program, the first version build comprising a first distinctly compiled executable of the software program; performing a checkpoint by saving a checkpoint image of execution of the first version build at the checkpoint; and restarting execution, using the saved checkpoint image of execution of the first version build at the checkpoint, at least partly using a second version build of the software program or a modified version of the software program, the second version build comprising a second distinctly compiled executable that is different from the first distinctly compiled executable.
An illuminator comprising: a support frame comprising a rigid plate and a plurality of panels (52, 54, 56, 58); an optical diffuser connected to the support frame; a first plurality of light emitting diodes, LEDs, (62, 64, 66, 68), each of the first plurality of LEDs being supported by one of the plurality of panels of the support frame, the first plurality of LEDs being configured to provide dark field illumination at a high angle of incidence with respect to the direction to an object, the first plurality of LEDs further being configured to provide illumination to the object without the use of a diffuser or reflector; a second plurality of LEDs (32, 34) positioned near a center portion of the rigid plate of the support frame, the second plurality of LEDs being configured to provide bright field illumination at a low angle of incidence with respect to the direction to the object, the second plurality of LEDs further being configured to provide illumination to the object without the use of a light pipe, diffuser, or reflector; and a third plurality of LEDs (24, 26,28, 30), each of the third plurality of LEDs being positioned on a respective corner of the rigid plate of the support frame, the third plurality of LEDs being configured to provide bright field illumination through the optical diffuser without the use of a light pipe or reflector; characterized by a rigid belt connected to the plurality of panels at an edge of the optical diffuser; and wherein the rigid belt comprises transparent elements (136, 138) configured to distribute light from the first plurality of LEDs. a support frame comprising a rigid plate and a plurality of panels (52, 54, 56, 58); an optical diffuser connected to the support frame; a first plurality of light emitting diodes, LEDs, (62, 64, 66, 68), each of the first plurality of LEDs being supported by one of the plurality of panels of the support frame, the first plurality of LEDs being configured to provide dark field illumination at a high angle of incidence with respect to the direction to an object, the first plurality of LEDs further being configured to provide illumination to the object without the use of a diffuser or reflector; a second plurality of LEDs (32, 34) positioned near a center portion of the rigid plate of the support frame, the second plurality of LEDs being configured to provide bright field illumination at a low angle of incidence with respect to the direction to the object, the second plurality of LEDs further being configured to provide illumination to the object without the use of a light pipe, diffuser, or reflector; and a third plurality of LEDs (24, 26,28, 30), each of the third plurality of LEDs being positioned on a respective corner of the rigid plate of the support frame, the third plurality of LEDs being configured to provide bright field illumination through the optical diffuser without the use of a light pipe or reflector; characterized by a rigid belt connected to the plurality of panels at an edge of the optical diffuser; and wherein the rigid belt comprises transparent elements (136, 138) configured to distribute light from the first plurality of LEDs.
A method for determining the presence, absence, or quantity of an analyte in a fluid sample tested by an assay device, the method comprising: comparing measured colorimetric data relating to an assay device with a dataset of sample readings based on human visual perceptions of colorimetric changes of reference assay devices, the dataset of sample readings stored in a storage memory of an assay reader; generating a comparison signal in response to the comparing the measured colorimetric data with the dataset of sample readings; and generating a determination signal in response to the comparison signal, the determination signal indicative of the presence, absence, or quantity of an analyte in a fluid sample tested by the assay device read by the assay reader. comparing measured colorimetric data relating to an assay device with a dataset of sample readings based on human visual perceptions of colorimetric changes of reference assay devices, the dataset of sample readings stored in a storage memory of an assay reader; generating a comparison signal in response to the comparing the measured colorimetric data with the dataset of sample readings; and generating a determination signal in response to the comparison signal, the determination signal indicative of the presence, absence, or quantity of an analyte in a fluid sample tested by the assay device read by the assay reader.
A fluidic module for a flow reactor, the module comprising: at least first, second, and third parallel plates (20,30,40) stacked temporarily or permanently together and defining, between the first and second plates, a first thermal fluid layer, and, between the second and third plates, a process fluid layer; within the process fluid layer between the second and third plates (20,30), a process fluid passage having two or more U-bends and three or more successive process fluid passage segments, the successive process fluid passage segments joined by respective U-bends, each of the three or more successive process fluid passage segments lying adjacent to at least one other of the three or more successive process fluid passage segments, each successive process fluid passage segment having a respective process fluid passage segment centerline; in the first thermal fluid layer, in a surface of the second plate, at least two first-thermal-layer open thermal fluid channels or open thermal fluid channel segments, each first-thermal-layer open thermal fluid channel or open thermal fluid channel segment comprising two sidewalls and an open top and having a respective channel or channel segment centerline, the respective channel or channel segment centerlines positioned, when viewed in a plan view of the module, between respective adjacent process fluid passage segment centerlines. at least first, second, and third parallel plates (20,30,40) stacked temporarily or permanently together and defining, between the first and second plates, a first thermal fluid layer, and, between the second and third plates, a process fluid layer; within the process fluid layer between the second and third plates (20,30), a process fluid passage having two or more U-bends and three or more successive process fluid passage segments, the successive process fluid passage segments joined by respective U-bends, each of the three or more successive process fluid passage segments lying adjacent to at least one other of the three or more successive process fluid passage segments, each successive process fluid passage segment having a respective process fluid passage segment centerline; in the first thermal fluid layer, in a surface of the second plate, at least two first-thermal-layer open thermal fluid channels or open thermal fluid channel segments, each first-thermal-layer open thermal fluid channel or open thermal fluid channel segment comprising two sidewalls and an open top and having a respective channel or channel segment centerline, the respective channel or channel segment centerlines positioned, when viewed in a plan view of the module, between respective adjacent process fluid passage segment centerlines.
A compound represented by the formula I, wherein, R 1 is selected from a group consisting of hydrogen or alkyl group; R 2 is selected from a group consisting of hydrogen, alkyl, alkoxy, nitro, halogen, amino, N-substituted alkylamino; alkyl group is selected from a group consisting of methyl, ethyl and isopropyl; Ar is selected from a group consisting of aryl, substituted aryl, fused aryl, heteroaryl, and substituted heteroaryl, wherein the substitution in substituted aryl or substituted heteroaryl is with alkoxy, nitro or N,N-dimethyl amino group for use in the treatment of Alzheimer's disease.
Suspension device for suspension of an engine, designed to be inserted between an aircraft wing and said engine, said device comprising a rigid structure and a forward aerodynamic structure mounted fixed on said rigid structure through suspension means, said forward aerodynamic structure being designed to carry engine fan casings and to be inserted between said rigid structure and said wing, characterised in that said suspension means comprise at least one adjustable length connecting rod of which one end is mounted on said rigid structure, and the other end is mounted on said forward aerodynamic structure.
A prosthetic foot comprising: an elongate foot member extending from a generally horizontal proximal portion to a generally horizontal distal portion and having a curved portion therebetween, the curved portion being generally forwardly-facing concave, the proximal portion of the foot member at a location of a natural human ankle and configured to be coupled to an adapter, wherein the distal portion comprises a change in curvature that defines a toe region of the foot member that is distal of the change in curvature and that is downwardly vertically offset from the portion of the horizontal distal portion proximal of the change in curvature by a vertical offset distance (d), characterised in that the change in curvature is at a location corresponding to a metatarsal joint of a natural human foot, wherein the toe region and the portion of the horizontal distal portion proximal of the change in curvature are both concave and have the same radius of curvature such that the only change in the horizontal distal portion is the vertical offset. an elongate foot member extending from a generally horizontal proximal portion to a generally horizontal distal portion and having a curved portion therebetween, the curved portion being generally forwardly-facing concave, the proximal portion of the foot member at a location of a natural human ankle and configured to be coupled to an adapter, wherein the distal portion comprises a change in curvature that defines a toe region of the foot member that is distal of the change in curvature and that is downwardly vertically offset from the portion of the horizontal distal portion proximal of the change in curvature by a vertical offset distance (d), characterised in that the change in curvature is at a location corresponding to a metatarsal joint of a natural human foot, wherein the toe region and the portion of the horizontal distal portion proximal of the change in curvature are both concave and have the same radius of curvature such that the only change in the horizontal distal portion is the vertical offset.
An emergency exit assembly comprising first and second (5, 105) push-button units and an elongate flexible connecting means to connect the push-button units, characterised in that the first push-button unit is adapted on operation to release a first end of the connecting means to allow the connecting means to be withdrawn from the first push-button unit when released, and in that the second push-button unit (5, 105) is adapted on operation to release and eject a second end of the connecting means from the second push-button unit.
Aerosol-generating device comprising - a housing having a main portion and a lid portion, wherein the lid portion is hingedly connected to the main portion, - a mouthpiece provided on the lid portion, the mouthpiece being configured to be moveable between a first position, in which the mouthpiece is retracted into the housing, and a second position, in which the mouthpiece protrudes from the lid portion, and - a spring loaded mechanism, wherein the spring loaded mechanism is configured to move the mouthpiece from the one position into the other position. - a housing having a main portion and a lid portion, wherein the lid portion is hingedly connected to the main portion, - a mouthpiece provided on the lid portion, the mouthpiece being configured to be moveable between a first position, in which the mouthpiece is retracted into the housing, and a second position, in which the mouthpiece protrudes from the lid portion, and - a spring loaded mechanism, wherein the spring loaded mechanism is configured to move the mouthpiece from the one position into the other position.
A rotation assembly for forming a micro structure, comprising: a rotation body rotatable around a rotation shaft; a first support member positioned in the rotation body in such a way as to be isolated from the rotation shaft, a given viscous composition being positioned on an outer surface of the first support member; and a fluid communication unit through which an inside and outside of the rotation body communicate with each other, wherein when the rotation body is rotated, the viscous composition is outward extended in a radial direction of the rotation shaft, and the extended viscous composition is hardened through the fluid communication unit to form a micro structure. a rotation body rotatable around a rotation shaft; a first support member positioned in the rotation body in such a way as to be isolated from the rotation shaft, a given viscous composition being positioned on an outer surface of the first support member; and a fluid communication unit through which an inside and outside of the rotation body communicate with each other, wherein when the rotation body is rotated, the viscous composition is outward extended in a radial direction of the rotation shaft, and the extended viscous composition is hardened through the fluid communication unit to form a micro structure.
A sliding frame assembly having a first frame profile and a second frame profile, wherein the first frame profile and the second frame profile are connected by means of at least one insulating bar, wherein a sliding wing receiving profile is formed on the first frame profile to which a sliding wing with a surface element is guidingly fixed, and wherein the at least one insulating bar comprises at least one fixing element for fixing a third profile (150, 151), wherein the third profile (150, 151) is designed as a retaining profile (150, 151), and wherein the retaining profile (150, 151) is configured to interact with at least one retaining element such that the retaining profile (150, 151) and the retaining element support a wing of stationary design, in particular a window or door wing.