mhurhangee/ep-ind-claims huggingface dataset:
A reusable stair system comprising: a platform; a first set of legs having a first upper attachment region detachably connected to the platform, the first set of legs extending downwardly from the platform and having base plates for contacting a surface on which the stair system is to be assembled; a first stair having a front edge and a rear edge, the rear edge of the first stair being detachably connected to a lower attachment region of the first set of legs at a first distance below the platform; a second set of legs having an upper attachment region detachably connected to the front edge of the first stair, the second set of legs being detachably connected to the first set of legs by the first stair, the second set of legs extending downwardly from the first stair and including base plates for contacting the surface on which the stair system is to be assembled; a second stair having a front edge and a rear edge, the rear edge of the second stair being detachably connected to a lower attachment region of the second set of legs at a distance below the first stair; and a third set of legs having an upper attachment region detachably connected to the front edge of the second stair, the third set of legs being detachably connected to the second set of legs by the second stair, the third set of legs extending downwardly from the second stair and including base plates for contacting the surface on which the stair system is to be assembled. a platform; a first set of legs having a first upper attachment region detachably connected to the platform, the first set of legs extending downwardly from the platform and having base plates for contacting a surface on which the stair system is to be assembled; a first stair having a front edge and a rear edge, the rear edge of the first stair being detachably connected to a lower attachment region of the first set of legs at a first distance below the platform; a second set of legs having an upper attachment region detachably connected to the front edge of the first stair, the second set of legs being detachably connected to the first set of legs by the first stair, the second set of legs extending downwardly from the first stair and including base plates for contacting the surface on which the stair system is to be assembled; a second stair having a front edge and a rear edge, the rear edge of the second stair being detachably connected to a lower attachment region of the second set of legs at a distance below the first stair; and a third set of legs having an upper attachment region detachably connected to the front edge of the second stair, the third set of legs being detachably connected to the second set of legs by the second stair, the third set of legs extending downwardly from the second stair and including base plates for contacting the surface on which the stair system is to be assembled.
A pen injecting device for delivering a liquid medicament comprising: - a pen body, - a needle received in a first end of the pen body, - an inner needle shield removeably located over the needle to enclose the needle, - an outer needle shield removeably located over the inner needle shield to enclose the inner needle shield, and - a pen cap removeably attached to the first end of the pen body so as to enclose the outer needle shield, wherein the pen cap comprises an arm depending from an inside surface of the cap and extending away from the first end of the pen body toward the inner and outer needle shields, the arm having a sharp end so that, as the cap is removed from the body, the sharp end of the arm grips the inner needle shield to retain it in the cap and expose the needle. - a pen body, - a needle received in a first end of the pen body, - an inner needle shield removeably located over the needle to enclose the needle, - an outer needle shield removeably located over the inner needle shield to enclose the inner needle shield, and - a pen cap removeably attached to the first end of the pen body so as to enclose the outer needle shield, wherein the pen cap comprises an arm depending from an inside surface of the cap and extending away from the first end of the pen body toward the inner and outer needle shields, the arm having a sharp end so that, as the cap is removed from the body, the sharp end of the arm grips the inner needle shield to retain it in the cap and expose the needle.
A sealing structure, comprising: an elastic seal made of rubber, and configured to be inserted into a recess formed in an inner peripheral surface of a bore through which a reciprocating rod is inserted; and a backup ring configured to support a back surface of the elastic seal, wherein the elastic seal includes an inside diameter lip and an outside diameter lip, the sealing structure further includes a guide ring made of synthetic resin, and integrally including a thin wall portion which has a low-pressure-side end portion being in contact with the backup ring, and which is configured to support a seal inner peripheral surface of the elastic seal toward the back surface, and characterised in that the guide ring further integrally includes a projecting portion connected to the thin wall portion, fitted into a small recess formed in an axially central portion of the seal inner peripheral surface, and having a round V-shaped cross section, and under pressures, rubber in a surrounding region of a proximal portion of the inside diameter lip of the elastic seal is guided radially outward by the projecting portion. an elastic seal made of rubber, and configured to be inserted into a recess formed in an inner peripheral surface of a bore through which a reciprocating rod is inserted; and a backup ring configured to support a back surface of the elastic seal, wherein the elastic seal includes an inside diameter lip and an outside diameter lip, the sealing structure further includes a guide ring made of synthetic resin, and integrally including a thin wall portion which has a low-pressure-side end portion being in contact with the backup ring, and which is configured to support a seal inner peripheral surface of the elastic seal toward the back surface, and characterised in that the guide ring further integrally includes a projecting portion connected to the thin wall portion, fitted into a small recess formed in an axially central portion of the seal inner peripheral surface, and having a round V-shaped cross section, and under pressures, rubber in a surrounding region of a proximal portion of the inside diameter lip of the elastic seal is guided radially outward by the projecting portion.
An electronic distance measuring instrument comprising; a light projecting optical system for emitting a distance measuring light projected from a distance measuring light source onto a distance measuring optical axis and a light receiving optical system for receiving a reflected distance measuring light from an object to be measured and leading to a photodetector, wherein said light projecting optical system is so arranged that a projection optical axis crosses a light receiving optical axis with each other and has a projection optical axis deflecting unit for deflecting said projection optical axis so that said projection optical axis coincides with said light receiving optical axis at an intersecting position of said projection optical axis and said light receiving optical axis, said light receiving optical system has a condenser lens, a first light receiving optical axis deflecting unit and a second light receiving optical axis deflecting unit which are arranged on a same plane, characterized in that said first light receiving optical axis deflecting unit reflects said light receiving optical axis at an angle of 60° - 80°, and deflects said light receiving optical axis toward said second light receiving optical axis deflecting unit, said second light receiving optical axis deflecting unit is provided on an optical axis deflected by said first light receiving optical axis deflecting unit, said second light receiving optical axis deflecting unit reflects said optical axis at an angle of 30° - 60°, said second light receiving optical axis deflecting unit deflects said optical axis in a direction apart from said plane in such a manner that said optical axis becomes an optical axis, said photodetector is provided on said optical axis, said condenser lens condenses said reflected distance measuring light on said photodetector arranged at a position apart from said plane.
Method for manufacturing a film, notably monocrystalline, on a flexible sheet, wherein the method comprises the following steps: - providing a donor substrate, - forming an embrittlement zone in the donor substrate so as to delimit the film, - forming the flexible sheet on the surface of the film, - detaching the donor substrate along the embrittlement zone, so as to transfer said film onto the flexible sheet, characterized in that the flexible sheet is formed on the surface of the film by deposition. - providing a donor substrate, - forming an embrittlement zone in the donor substrate so as to delimit the film, - forming the flexible sheet on the surface of the film, - detaching the donor substrate along the embrittlement zone, so as to transfer said film onto the flexible sheet,
A method of identifying a selected phenotype associated with a synthetic modular polypeptide in a cell ex vivo / in vitro, the method comprising: a) introducing a barcoded library of nucleic acids into host cells, thereby generating a heterogeneous population of genetically modified host cells, wherein the barcoded library of nucleic acids comprises a plurality of members, each of which plurality of members comprises a nucleotide sequence encoding a different synthetic modular polypeptide, the nucleotide sequence comprising: a coding region comprising two or more coding sequences encoding two or more variable modules, wherein the two or more coding sequences are in-frame with each other; and a barcode region comprising two or more unique barcodes, wherein each variable module in the coding region is correlated with a specific unique barcode in the barcode region; b) identifying a genetically modified host cell within the heterogeneous population that displays the selected phenotype in response to a stimulus; and (c) from the identified host cell of (b), identifying and/or quantifying the barcode region by sequencing, thereby identifying the synthetic modular polypeptide and/or module thereof producing the selected phenotype; wherein the host cells are selected from mammalian primary cells and immortalized cell lines and the synthetic modular polypeptide is a modular receptor. a) introducing a barcoded library of nucleic acids into host cells, thereby generating a heterogeneous population of genetically modified host cells, wherein the barcoded library of nucleic acids comprises a plurality of members, each of which plurality of members comprises a nucleotide sequence encoding a different synthetic modular polypeptide, the nucleotide sequence comprising: a coding region comprising two or more coding sequences encoding two or more variable modules, wherein the two or more coding sequences are in-frame with each other; and a barcode region comprising two or more unique barcodes, wherein each variable module in the coding region is correlated with a specific unique barcode in the barcode region; b) identifying a genetically modified host cell within the heterogeneous population that displays the selected phenotype in response to a stimulus; and (c) from the identified host cell of (b), identifying and/or quantifying the barcode region by sequencing, thereby identifying the synthetic modular polypeptide and/or module thereof producing the selected phenotype;
Cartridge storing liquefied gas under pressure, which is connectable to a combustion device and comprises a container with an opening and a valve fitted in said opening for controlling the flow of gas outwards from the cartridge to the combustion device, whereby the valve has a jacket that is fitted to the container, which jacket encloses a hollow body with an inlet for the gas that is stored in the cartridge and an outlet for the gas when the gas flows outwards from the cartridge, which hollow body has in its interior a movable element, configured to move under the action of complementary means of the combustion device between a position that allows the flow of the gas outwards from the cartridge and a position that does not allow the flow of the gas outwards from the cartridge, and a restoring element that pushes the movable element towards the position that does not allow the flow of the gas outwards from the cartridge, whereby the hollow body has one end that is within the container, which end is sealed with an impermeable bottom, which does not allow the flow of the gas from said end towards the interior of the hollow body even when the free surface of the liquified gas is in contact with the bottom, whereby the hollow body has a side wall and the inlet for the gas is configured in the side wall above the bottom and whereby the hollow body has four almost parallel slots, which form the inlet for the gas.
An IgG1 antibody binding to human CD3, wherein said antibody comprises a first and a second IgG1 heavy chain comprising a human IgG1 Fc region, said antibody comprising a binding region comprising a heavy chain variable region having the sequence as set forth in SEQ ID NO:6, and a light chain variable region having the sequence as set forth in SEQ ID NO:10, said VL region comprised in a lambda light chain, wherein the amino acid in the position T41 of SEQ ID NO:10 is K; or the amino acids in the positions F10, T41, K55, and L97 of SEQ ID NO:10 are L, K, N, and H, respectively; or the amino acids in the positions F10, R23, A35, R47, D71, A82, D83, S86, I87, and F89 of SEQ ID NO:10 are L, A, P, T, G, P, E, A, E, and Y, respectively.
A proximity sensor being an event-based vision sensor comprising: a point identification, ID, unit configured to identify a point in an image at which light output from a focused light source is reflected from an object; and a distance determination unit configured to determine a distance between the object and the proximity sensor based on a position of the point in the image, CHARACTERISED BY a pattern detection unit configured to detect an event pattern of a reflected light reflected from the object, the event pattern corresponding to a pattern in which the intensity of the output light is changed, wherein the point ID unit is configured to identify the point in the image based on the event pattern of the reflected light and to distinguish the point from a noise generated by another light source based on a comparison of the event pattern and a temporal change of the light output by the focused light source, wherein a number of events corresponding to the temporal change of the output light among events of the event pattern is inverse proportional to the distance between the object and the proximity sensor, and wherein the distance determination unit is configured to determine proximity of the object using the number of events corresponding to the temporal change of the output light among the events of the event pattern. a point identification, ID, unit configured to identify a point in an image at which light output from a focused light source is reflected from an object; and a distance determination unit configured to determine a distance between the object and the proximity sensor based on a position of the point in the image, CHARACTERISED BY a pattern detection unit configured to detect an event pattern of a reflected light reflected from the object, the event pattern corresponding to a pattern in which the intensity of the output light is changed, wherein the point ID unit is configured to identify the point in the image based on the event pattern of the reflected light and to distinguish the point from a noise generated by another light source based on a comparison of the event pattern and a temporal change of the light output by the focused light source, wherein a number of events corresponding to the temporal change of the output light among events of the event pattern is inverse proportional to the distance between the object and the proximity sensor, and wherein the distance determination unit is configured to determine proximity of the object using the number of events corresponding to the temporal change of the output light among the events of the event pattern.
Vehicle electrical system comprising - a starter - a first switch element arranged between a generator-battery line and a starter-battery line of a vehicle electrical system comprising the starter, such that the generator-battery line and the starter-battery line can be short circuited spatially in the region of the starter, wherein - the starter-battery line has a narrowing of its cross section, to which the first switch element is connected and - the narrowing of the cross section is such that the starter-battery line has a greter cross section between the first switch element and the starter than the starter-battery line at least in parts between the first switch element and a battery. - a starter - a first switch element arranged between a generator-battery line and a starter-battery line of a vehicle electrical system comprising the starter, such that the generator-battery line and the starter-battery line can be short circuited spatially in the region of the starter, wherein - the starter-battery line has a narrowing of its cross section, to which the first switch element is connected and - the narrowing of the cross section is such that the starter-battery line has a greter cross section between the first switch element and the starter than the starter-battery line at least in parts between the first switch element and a battery.
An integrated process for the production of polyester tape, comprising the steps of a) preparing feed polyester comprising a polymerisation reaction in one or more reactors in series and measuring the viscosity of the obtained feed polyester, b) feeding the feed polyester obtained from step a) and optional additives to a melt mixing device, mixing said feed polyester and said optional additives so as to form a molten polyester composition and measuring the viscosity of the obtained polyester composition c) extruding the molten polyester composition through a film extrusion die thereby forming a molten film of said polyester composition, d) preparing a polyester tape from said molten polyester film, said preparing comprising trimming the edges of the film at a stage where said film is below its melting temperature, e) feeding at least a part of the trimmed edges obtained in step d) in-line to the melt mixing device in step b). wherein the amount of trimmed edges and optional further additives fed to the melt mixing device in step b) is controlled on the basis of the measured viscosity of the polyester composition. a) preparing feed polyester comprising a polymerisation reaction in one or more reactors in series and measuring the viscosity of the obtained feed polyester, b) feeding the feed polyester obtained from step a) and optional additives to a melt mixing device, mixing said feed polyester and said optional additives so as to form a molten polyester composition and measuring the viscosity of the obtained polyester composition c) extruding the molten polyester composition through a film extrusion die thereby forming a molten film of said polyester composition, d) preparing a polyester tape from said molten polyester film, said preparing comprising trimming the edges of the film at a stage where said film is below its melting temperature, e) feeding at least a part of the trimmed edges obtained in step d) in-line to the melt mixing device in step b).
A method for communication in a wireless network, comprising; a first wireless station establishing an infrastructure channel between the first wireless station and a wireless access point connected to a network; the first wireless station establishing a direct link channel between the first wireless station and a second wireless station without action by the access point, wherein the first wireless station and the wireless access point, and the first wireless station and the second wireless station are concurrently connected, wherein the second wireless station is not connected to the wireless access point; the first wireless station performing throughput tests and selecting a channel from the direct link channel and the infrastructure channel for best performance; and the first wireless station and the second wireless station communicating on the selected channel, wherein the first wireless station has Internet access through the wireless access point while it concurrently shares files/applications with the second wireless station that is not connected to the wireless access point.
A lighting device, including: - an electrically-powered light radiation source, - a beam-narrowing optical system facing the light radiation source and propagating a narrowed light radiation beam from said source along a longitudinal axis of the device, and arranged distally of the beam-narrowing optical system along said longitudinal axis, a cascaded arrangement of: - a light reflector, - a light-driving lens, - a filament-like body including a plurality of annular reflective surfaces extending around said optical axis and exposed to light radiation of the light radiation source propagated through the light reflector and the light-driving lens, - a distal mirror member having a reflective surface towards the filament-like body to reflect light radiation towards annular reflective surfaces in said plurality of annular reflective surfaces, wherein light radiation reflected by the annular reflective surfaces of the filament-like body is spread radially outwardly of the longitudinal axis of the device. - an electrically-powered light radiation source, - a beam-narrowing optical system facing the light radiation source and propagating a narrowed light radiation beam from said source along a longitudinal axis of the device, and arranged distally of the beam-narrowing optical system along said longitudinal axis, a cascaded arrangement of: - a light reflector, - a light-driving lens, - a filament-like body including a plurality of annular reflective surfaces extending around said optical axis and exposed to light radiation of the light radiation source propagated through the light reflector and the light-driving lens, - a distal mirror member having a reflective surface towards the filament-like body to reflect light radiation towards annular reflective surfaces in said plurality of annular reflective surfaces,
A dispenser cap for a liquid container having an opening, the cap comprising a means for attachment to the container at the opening, a housing for insertion into the opening, the housing comprising a liquid inlet to receive liquid from the container, a channel and a liquid outlet to expel liquid from the container, the channel comprising a moveable seal defining an outlet-side liquid volume and an inlet-side liquid volume, the moveable seal being biased to a first position towards the liquid inlet, and is moveable from the first position to a second position towards the liquid outlet by increasing the inlet-side liquid pressure, such movement thereby causing a dispensable volume of liquid flow out of the outlet, characterised in that the moveable seal also comprising a liquid outlet seal means which is operable to seal the liquid outlet when the moveable seal is in its second position, thereby preventing further flow of liquid out of the outlet, the cap also comprising a dispensable liquid volume adjustment means (32, 34), operable to permit an end user to adjust the fixed volume of dispensable liquid, by manipulation of the volume adjustment means (32, 34), and wherein the liquid outlet is a non-return valve, allowing only the flow of liquid out and no backflow of atmospheric gas into the container.