mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fiber cable comprising: a central strength member encapsulated by a thermoplastic buffer ; a plurality of optical fiber units 31 surrounding the central strength member , each optical fiber unit includes a plurality of optical fiber members , a polymer coating and a tight buffer , each optical fiber member including an optical fiber and a protective coating surrounding the optical fiber ; the polymer coating surrounding the plurality of optical fiber members , wherein a portion of the polymer coating is located between at least some of the optical fiber members , the optical fiber members and the polymer coating forming an optical fiber unit ; the tight buffer surrounding the optical fiber unit , the tight buffer being extruded directly onto an outer surface of the polymer coating so that an inner wall of the tight buffer is in direct and intimate contact with the outer surface of the polymer coating ; an outer jacket of the cable containing the central strength member and the optical fiber members , and the cable includes aramid yarn located adjacent to the inside surface of the outer jacket , wherein the tight buffer is primarily made from a thermoplastic elastomer material. a central strength member encapsulated by a thermoplastic buffer ; a plurality of optical fiber units 31 surrounding the central strength member , each optical fiber unit includes a plurality of optical fiber members , a polymer coating and a tight buffer , each optical fiber member including an optical fiber and a protective coating surrounding the optical fiber ; the polymer coating surrounding the plurality of optical fiber members , wherein a portion of the polymer coating is located between at least some of the optical fiber members , the optical fiber members and the polymer coating forming an optical fiber unit ; the tight buffer surrounding the optical fiber unit , the tight buffer being extruded directly onto an outer surface of the polymer coating so that an inner wall of the tight buffer is in direct and intimate contact with the outer surface of the polymer coating ; an outer jacket of the cable containing the central strength member and the optical fiber members , and the cable includes aramid yarn located adjacent to the inside surface of the outer jacket , wherein the tight buffer is primarily made from a thermoplastic elastomer material.
Device for longitudinal welding of films of thermoplastic material, comprising - a heatable welding element , over the contact area of which at least two films are led, lying one on top of the other, - a supporting element for supporting the films on their rear side, facing away from the welding element , and - a concurrently running band (11-14) of a temperature-resistant, low-friction material, in particular of Teflon, which is arranged between the welding element and the films and covers the contact area of the welding element , wherein the concurrently running band (11-14) has a conveying driver with an associated controller, which allows it to be driven continuously at the conveying speed of the films, wherein a further heating element is integrated in the supporting element, characterized in that the device has the following features: - two welding bars arranged mirror-invertedly one over the other, - supporting elements arranged between the two welding bars , which supporting elements are designed as inner heating elements , and with - four driven bands (11-14) of a temperature-resistant, low-friction material, of which two are led through between the upper heatable welding element and the supporting element arranged thereunder and two are led through between the lower welding element and the supporting element arranged thereover, wherein - in each case two films lying one on top of the other are led through between the two upper bands and two films lying one on top of the other are led through between the lower bands . - a heatable welding element , over the contact area of which at least two films are led, lying one on top of the other, - a supporting element for supporting the films on their rear side, facing away from the welding element , and - a concurrently running band (11-14) of a temperature-resistant, low-friction material, in particular of Teflon, which is arranged between the welding element and the films and covers the contact area of the welding element , - two welding bars arranged mirror-invertedly one over the other, - supporting elements arranged between the two welding bars , - four driven bands (11-14) of a temperature-resistant, low-friction material, of which two are led through between the upper heatable welding element and the supporting element arranged thereunder and two are led through between the lower welding element and the supporting element arranged thereover, wherein - in each case two films lying one on top of the other are led through between the two upper bands and two films lying one on top of the other are led through between the lower bands .
Medical packaging for the sterile storage of medical objects in a sterile packaging sleeve (1; 28, 29) consisting at least of two parts and sealable to be air-tight with a sealed, foil-like outer packaging positively surrounding the packaging sleeve (1; 28, 29), wherein in the outer packaging there is a negative pressure reduced with respect to the atmosphere and the length of the outer packaging is longer than the length of the packaging sleeve (1; 28, 29) and protrudes beyond the end-face side region of the packaging sleeve and forms an axial projecting length there, wherein a sealing seam or welding seam is arranged at least in the end-face side region of the packaging sleeve and at least one of the end-face sides of the packaging sleeve (1; 28, 29), but preferably both end-face sides, form a streamlined profile which, starting from the greater circumference of the packaging sleeve (1; 28, 29), changes into a thin region with reduced thickness, characterised in that the at least one and/or both end-face sides of the sleeve parts of the packaging sleeve are designed as flat ends , wherein the end-face sides of the packaging sleeve running flat are adapted to the sealed projecting length of the outer packaging designed to be flat and thus the end-face side transition from the packaging sleeve to the outer packaging is substantially crease-free.
A method of operating a first wireless terminal in a system including a first wireless communications link from a second wireless terminal to a third wireless terminal, said first communications link having a higher priority than a second communications link from the first wireless terminal to a fourth wireless terminal, the method comprising: transmitting a transmission request to the fourth wireless terminal; receiving a first transmission request response from the third wireless terminal transmitted in response to a transmission request from the second wireless terminal; receiving a second transmission request response from the fourth wireless terminal transmitted in response to the transmission request transmitted by the first wireless terminal; estimating the quality of the first communications link from the received first transmission request response signal; dynamically generating a yielding threshold based on at least one of: i) historic link quality information corresponding to the first link; or ii) quality of service information corresponding to the second communications link; and making a decision whether or not to transmit traffic data in a transmission segment corresponding to the received second transmission request response based on the estimated quality of the first communications link and the dynamically generated threshold. transmitting a transmission request to the fourth wireless terminal; receiving a first transmission request response from the third wireless terminal transmitted in response to a transmission request from the second wireless terminal; receiving a second transmission request response from the fourth wireless terminal transmitted in response to the transmission request transmitted by the first wireless terminal; estimating the quality of the first communications link from the received first transmission request response signal; dynamically generating a yielding threshold based on at least one of: i) historic link quality information corresponding to the first link; or ii) quality of service information corresponding to the second communications link; and making a decision whether or not to transmit traffic data in a transmission segment corresponding to the received second transmission request response based on the estimated quality of the first communications link and the dynamically generated threshold.
An organic light emitting device comprising, in sequence, a first electrode , a first charge transport layer , a second charge transport layer in contact with the first charge transport layer , a light emitting layer in contact with the second charge transport layer , and a second electrode , characterised in that the first charge transport layer includes a first material and a second material, the second charge transport layer includes the second material and a third material, and the light emitting layer includes the third material and a fourth material. characterised in that the first charge transport layer includes a first material and a second material, the second charge transport layer includes the second material and a third material, and the light emitting layer includes the third material and a fourth material.
Emission lifetime measuring method, in particular for measuring a mean lifetime (τ) of electronically excited states of a sample, comprising the steps - illuminating the sample with at least one excitation light pulse, - time-resolved detecting an emission response from the sample and collecting a temporal detector output signal representing a time dependency of the emission response from the sample, and - calculating the mean lifetime (τ) of the electronically excited states on the basis of a temporal detector response function, characterized in that - the at least one excitation light pulse is shaped such that the sample achieves an equilibrium excited steady-state including a linearly increasing or constant number of the electronically excited states, - the temporal detector response function is created such that it includes a linear output signal section with a constant slope, and - the mean lifetime (τ) of the electronically excited states is calculated accounting for at least one of either a time position of the linear output signal section relative to a reference time of the at least one excitation light pulse or the slope of the linear response function section. - illuminating the sample with at least one excitation light pulse, - time-resolved detecting an emission response from the sample and collecting a temporal detector output signal representing a time dependency of the emission response from the sample, and - calculating the mean lifetime (τ) of the electronically excited states on the basis of a temporal detector response function, - the at least one excitation light pulse is shaped such that the sample achieves an equilibrium excited steady-state including a linearly increasing or constant number of the electronically excited states, - the temporal detector response function is created such that it includes a linear output signal section with a constant slope, and - the mean lifetime (τ) of the electronically excited states is calculated accounting for at least one of either a time position of the linear output signal section relative to a reference time of the at least one excitation light pulse or the slope of the linear response function section.
A safety scalpel comprising: a handle ; a blade cartridge releasably attached to the handle, the blade cartridge comprising: a blade ; a housing ; and a blade holder in communication with the blade, wherein the blade holder is configured to allow the blade to extend between a stowed position in a pre-cutting state of the blade holder and a cutting position upon activation of the blade holder; and a resilient lock member disposed within the housing, wherein the resilient lock member is in an unbiased condition when the blade holder is in the pre-cutting state, and wherein the resilient lock member is configured to engage the blade holder to lock the blade cartridge to the handle when the blade is in the cutting position upon activation of the blade holder, wherein the resilient lock member is arranged to be moved by the blade holder into a locking aperture of the handle to lock the blade cartridge to the handle when the blade is in the cutting position upon activation of the blade holder. a handle ; a blade cartridge releasably attached to the handle, the blade cartridge comprising: a blade ; a housing ; and a blade holder in communication with the blade, wherein the blade holder is configured to allow the blade to extend between a stowed position in a pre-cutting state of the blade holder and a cutting position upon activation of the blade holder; and a resilient lock member disposed within the housing, wherein the resilient lock member is in an unbiased condition when the blade holder is in the pre-cutting state, and wherein the resilient lock member is configured to engage the blade holder to lock the blade cartridge to the handle when the blade is in the cutting position upon activation of the blade holder, wherein the resilient lock member is arranged to be moved by the blade holder into a locking aperture of the handle to lock the blade cartridge to the handle when the blade is in the cutting position upon activation of the blade holder. a blade ; a housing ; and a blade holder in communication with the blade, wherein the blade holder is configured to allow the blade to extend between a stowed position in a pre-cutting state of the blade holder and a cutting position upon activation of the blade holder; and a resilient lock member disposed within the housing, wherein the resilient lock member is in an unbiased condition when the blade holder is in the pre-cutting state, and wherein the resilient lock member is configured to engage the blade holder to lock the blade cartridge to the handle when the blade is in the cutting position upon activation of the blade holder, wherein the resilient lock member is arranged to be moved by the blade holder into a locking aperture of the handle to lock the blade cartridge to the handle when the blade is in the cutting position upon activation of the blade holder.
A composition dispensing hair removal device, said device comprising a composition comprising from 0.1% to 60% by weight of a silicone polyether block copolymer wherein said silicone polyether block copolymer comprises from 1 to 50%, by weight of polyethylene oxide, from 20% to 90% by weight of polypropylene oxide and from 1% to 20%, more preferably 15% by weight of silicone wherein said silicone polyether block copolymer has a molecular weight of from 10000 to 15000.
Clamp with a clamping band , which has a first end , a second end and at least one recess , wherein one of the two ends is led through the at least one recess in the radial direction (R) of the clamp from the inside to the outside, so that both ends are arranged on the outer circumference of the clamp , wherein the clamping band has at least one overlapping area extending in the circumferential direction (U) of the clamp , in which the clamping band lies at least in two layers on top of one another in the radial direction (R), wherein the at least two layers of the clamping band lie against one another in the overlapping area in the radial direction in the intended use, wherein the clamping band extends over more than 720° in the circumferential direction (U), characterized in that the clamping band lies in several layers on top of one another in the radial direction (R) in the area of the at least one recess and the end led from the inside to the outside is led through these several layers of the clamping band . with a clamping band , which has a first end , a second end and at least one recess , wherein one of the two ends is led through the at least one recess in the radial direction (R) of the clamp from the inside to the outside, so that both ends are arranged on the outer circumference of the clamp , wherein the clamping band has at least one overlapping area extending in the circumferential direction (U) of the clamp , in which the clamping band lies at least in two layers on top of one another in the radial direction (R), wherein the at least two layers of the clamping band lie against one another in the overlapping area in the radial direction in the intended use, wherein the clamping band extends over more than 720° in the circumferential direction (U), characterized in that the clamping band lies in several layers on top of one another in the radial direction (R) in the area of the at least one recess and the end led from the inside to the outside is led through these several layers of the clamping band .
A sleep aid apparatus comprising: a light source adapted to generate a light signal , projected from said sleep aid apparatus with a first luminosity, wherein said first luminosity is periodically variable and wherein said light signal has a wavelength selected from a range of 600 nm to 700 nm; and a sound source adapted to generate an audio signal, characterised in that within a predetermined frequency range said audio signal has a signal intensity which decreases as the frequency increases. a light source adapted to generate a light signal , projected from said sleep aid apparatus with a first luminosity, wherein said first luminosity is periodically variable and wherein said light signal has a wavelength selected from a range of 600 nm to 700 nm; and a sound source adapted to generate an audio signal, characterised in that within a predetermined frequency range said audio signal has a signal intensity which decreases as the frequency increases.
A container with a handle , wherein the container comprises: - a lower base (2.1), and - an upper base (2.2) from which there emerges a neck (2.3) with an opening (2.4) for accessing the inside of the container ; wherein the handle is for a stackable container that can be vertically stacked and wherein the handle comprises: - a fixing ring (1.1) adapted for being coupled to the neck (2.3) of the container ; - a gripping element (1.3); and - an attachment section (1.2) between the gripping element (1.3) and the fixing ring (1.1); wherein: - the lower base (2.1) is configured for being supported on the upper base (2.2) of the container arranged immediately thereunder when it is stacked in a stack in the operative mode, - the lower base (2.1) has a cavity (2.1.1) for housing the neck (2.3) and the opening (2.4) of the container arranged immediately thereunder when it is stacked in a stack in the operative mode, - the fixing ring (1.1) of the handle is fixed to the neck (2.3) of the container characterized in that - the attachment section (1.2) of the handle comprises a sheet-like portion (1.2.1) configured for being arranged between the upper base (2.2) of the container on which the fixing ring (1.1) is fixed and the lower base (2.1) of the upper stacked container when they are stacked in the operative mode, and - the gripping element (1.3) is spaced from the support area between the upper base (2.2) and the lower base (2.1) of two consecutively stacked containers in order to leave the handle accessible for the user after stacking. - a lower base (2.1), and - an upper base (2.2) from which there emerges a neck (2.3) with an opening (2.4) for accessing the inside of the container ; - a fixing ring (1.1) adapted for being coupled to the neck (2.3) of the container ; - a gripping element (1.3); and - an attachment section (1.2) between the gripping element (1.3) and the fixing ring (1.1); - the lower base (2.1) is configured for being supported on the upper base (2.2) of the container arranged immediately thereunder when it is stacked in a stack in the operative mode, - the lower base (2.1) has a cavity (2.1.1) for housing the neck (2.3) and the opening (2.4) of the container arranged immediately thereunder when it is stacked in a stack in the operative mode, - the fixing ring (1.1) of the handle is fixed to the neck (2.3) of the container characterized in that - the attachment section (1.2) of the handle comprises a sheet-like portion (1.2.1) configured for being arranged between the upper base (2.2) of the container on which the fixing ring (1.1) is fixed and the lower base (2.1) of the upper stacked container when they are stacked in the operative mode, and - the gripping element (1.3) is spaced from the support area between the upper base (2.2) and the lower base (2.1) of two consecutively stacked containers in order to leave the handle accessible for the user after stacking.
Protection device including an inflatable element , wherein said inflatable element is configured to assume a deflated condition and an inflated condition, and wherein said inflatable element comprises: - a first layer and a second layer defining an internal chamber of said inflatable element and - an intermediate layer , wherein said first layer has a first internal surface and said second layer has a second internal surface , wherein said first internal surface and said second internal surface are facing towards said internal chamber , and said intermediate layer is interposed between the first internal surface of said first layer and the second internal surface of said second layer , and wherein said intermediate layer is joined adheringly, or adheres, to said first internal surface in first connection regions or areas and is joined adheringly, or adheres, to said second internal surface in second connection regions or areas , and wherein said intermediate layer is detached, or free, from said first internal surface in first detachment regions or areas and is detached, or free, from said second internal surface in second detachment regions or areas , characterized in that , said first connection regions or areas are positioned on said first internal surface offset or not superimposed with respect to said second connection regions or areas when said inflatable element is in an inflated condition and said first detachment regions or areas alternate on said first internal surface with said first connection regions or areas , and wherein said second detachment regions or areas alternate on said second internal surface with said second connection regions or areas . - a first layer and a second layer defining an internal chamber of said inflatable element and - an intermediate layer ,
Method for manufacturing a heavy-duty laundry detergent wipe characterized by the following steps: (a) hydrophobic coating of a hydrophilic substrate to obtain a multilayered carrier substrate which is solid at ambient temperature, (b) applying a dispersion comprising a liquid washing detergent and a water insoluble functional additive comprising a zeolite and/or a phyllosilicate to the substrate. (a) hydrophobic coating of a hydrophilic substrate to obtain a multilayered carrier substrate which is solid at ambient temperature, (b) applying a dispersion comprising a liquid washing detergent and a water insoluble functional additive comprising a zeolite and/or a phyllosilicate to the substrate.