mhurhangee/patent-ind-claim-en huggingface dataset:
A synthetic, composite, laminate implantable multilayer mesh construct , the construct comprising: a. a base layer comprising a synthetic polymer; b. a first fibrous layer adjoined directly to the base layer ; c. a second fibrous layer adjoined directly to the first fibrous layer , wherein the first and second fibrous layers have non-identical properties in terms of average diameter of the fibers contained therein such that the first average diameter is greater than the second average diameter, and wherein the base layer is elastomeric and the first layer is elastomeric. a. a base layer comprising a synthetic polymer; b. a first fibrous layer adjoined directly to the base layer ; c. a second fibrous layer adjoined directly to the first fibrous layer ,
An aqueous dispersion comprising a graft-modified propylene·α-olefin copolymer (A) obtained by graft-reacting a polar monomer onto a propylene·α-olefin copolymer (a) comprising 50 to 90 mol% of propylene-derived structural units (C3) and 10 to 50 mol% of C 4-8 α-olefin-derived structural units (Cα) (wherein the total of the structural units C3 and Cα is 100 mol%), the graft-modified propylene·α-olefin copolymer satisfying the following requirements (i) to (iv) at the same time: (i) the amount of the polar monomer grafted is 0.4 to 1.5 wt%, (ii) the content of the polar monomer is not more than 1000 ppm, (iii) the content of a gel insoluble in xylene at 140°C is not more than 2.5 wt%, and (iv) the content of a volatile hydrocarbon compound is not more than 10 ppm. (i) the amount of the polar monomer grafted is 0.4 to 1.5 wt%, (ii) the content of the polar monomer is not more than 1000 ppm, (iii) the content of a gel insoluble in xylene at 140°C is not more than 2.5 wt%, and (iv) the content of a volatile hydrocarbon compound is not more than 10 ppm.
Bulk goods aligner for a bulk goods feeding assembly, comprising - an inlet for bulk goods, - a first outlet for the bulk goods which is at a spacing from the inlet in a pouring direction , wherein a bulk volume is defined along the pouring direction between the first outlet and the inlet , - at least two further outlets for the bulk goods, and - a bulk goods slide for each further outlet , which bulk goods slides are each displaceable independently from one another between a passive position releasing the bulk volume and an active position, - wherein, in the respective active position, each bulk goods slide projects at least in part into the bulk volume and extends up to the respective further outlet . - an inlet for bulk goods, - a first outlet for the bulk goods which is at a spacing from the inlet in a pouring direction , wherein a bulk volume is defined along the pouring direction between the first outlet and the inlet , - at least two further outlets for the bulk goods, and - a bulk goods slide for each further outlet , which bulk goods slides are each displaceable independently from one another between a passive position releasing the bulk volume and an active position, - wherein, in the respective active position, each bulk goods slide projects at least in part into the bulk volume and extends up to the respective further outlet .
A chuck for holding a work piece, in particular a ring, in a turning machine comprising a cylindrical base being configured for attaching said base to said turning machine, wherein the cylindrical base has radially extending slots , the chuck further comprising adaptors (4.1, 4.2) mounted in said radially extending slots, wherein each adaptor (4.1, 4.2) has a toothed rack (5.1, 5.2), which extends in parallel to said radially extending slots ; and jaw devices detachably mounted on said adaptors (4.1, 4.2) and radially movable thereon, wherein each jaw device has a locking element , the locking element being movable between a locking position and a release position, wherein the locking element is engaging with the toothed rack (5.1, 5.2) in the locking position and the locking element is not engaging with the toothed rack (5.1, 5.2) in the release position, wherein said locking element is movable from the locking position towards the release position by means of an actuating element , characterized in that the jaw device comprises a support element for rotatably supporting a lever tool in an actuating position in which the lever tool is actuating the actuating element ..
Method for creating a luggage bag , said method comprising the following operations: a) creating a one-piece casing having an inner surface and an outer surface , the casing being flexible, the casing having a housing and a flap , the flap being designed for placement in a folded-in position in which the casing has an interior volume and a slit extending between the housing and the flap , the slit being one continuous slit, the casing being entirely created by knitting, using at least one structural yarn , and b) attaching a sealing device on the housing and the flap , at the slit . a) creating a one-piece casing having an inner surface and an outer surface , the casing being flexible, the casing having a housing and a flap , the flap being designed for placement in a folded-in position in which the casing has an interior volume and a slit extending between the housing and the flap , the slit being one continuous slit, the casing being entirely created by knitting, using at least one structural yarn , and b) attaching a sealing device on the housing and the flap , at the slit .
A portable centrifuge comprising: a base, the base comprising a rotational mechanism; a sequester device , the sequester device being disposed onto the base, the sequester device comprises a first concentric ring and a second concentric ring that are spaced apart and a centrifuge cover , the centrifuge cover disposed over the sequester device to create a liquid impermeable seal, characterised in that , said first concentric ring and said second concentric ring are tiered to form at least one channel and a central container in a tiered formation. a base, the base comprising a rotational mechanism; a sequester device , the sequester device being disposed onto the base, the sequester device comprises a first concentric ring and a second concentric ring that are spaced apart and a centrifuge cover , the centrifuge cover disposed over the sequester device to create a liquid impermeable seal, characterised in that , said first concentric ring and said second concentric ring are tiered to form at least one channel and a central container in a tiered formation.
A nozzle (50; 50B) for conveying a plasma stream from a plasma generator to a reaction chamber, said nozzle comprising: a conduit extending between an inlet arranged to receive said plasma stream and an outlet arranged to fluidly couple with said reaction chamber, said plasma stream being conveyed by said conduit between said inlet and said outlet in an axial direction, characterised in that said nozzle is thermally-conductive and is arranged to receive liquid water and to use the hot temperature at which the nozzle is running to convert liquid water into water vapour, said nozzle having a plurality of apertures therein, said apertures being positioned circumferentially around at least one of said nozzle and said conduit and arranged to deliver said water vapour in said axial direction for mixing with said plasma stream . a conduit extending between an inlet arranged to receive said plasma stream and an outlet arranged to fluidly couple with said reaction chamber, said plasma stream being conveyed by said conduit between said inlet and said outlet in an axial direction, characterised in that said nozzle is thermally-conductive and is arranged to receive liquid water and to use the hot temperature at which the nozzle is running to convert liquid water into water vapour, said nozzle having a plurality of apertures therein, said apertures being positioned circumferentially around at least one of said nozzle and said conduit and arranged to deliver said water vapour in said axial direction for mixing with said plasma stream .
An inspection apparatus for structural members comprising an X-ray emission means for emitting X-ray beams through two or more paths, one or more X-ray detection means for detecting X-ray beams that have passed through a structural member , a multiple position distance measurement means for measuring the distance from the X-ray emission means to the structural member at a plurality of positions, and an image processing means , wherein the image processing means comprises a defect candidate detection means for detecting a defect candidate based on one images acquired by the X-ray detection means , a height measurement means for calculating the height position of the defect candidate from the image using a defect candidate detection means and the other images acquired by the X-ray detection means , an image computation means, wherein an image having recorded height position information obtained by the height measurement means and a defect candidate image obtained by the defect candidate detection means are logically multiplicated by said image computation means, an inspection region setting means for setting an inspection region based on the distance and the thickness of the structural member, and a defect identification means for identifying a defect when the inspection region contains a defect candidate, wherein the height measuring means is a stereo matching type and wherein the multiple position distance measurement means is a height profile measurement means for measuring the linear height profile by an optical cutting method, wherein linear light beams produced by a laser light source are applied to an object under measurement and the trajectories of reflected and scattered light beams are measured to determine the height profile. the image processing means comprises a defect candidate detection means for detecting a defect candidate based on one images acquired by the X-ray detection means , a height measurement means for calculating the height position of the defect candidate from the image using a defect candidate detection means and the other images acquired by the X-ray detection means , an image computation means, wherein an image having recorded height position information obtained by the height measurement means and a defect candidate image obtained by the defect candidate detection means are logically multiplicated by said image computation means, an inspection region setting means for setting an inspection region based on the distance and the thickness of the structural member, and a defect identification means for identifying a defect when the inspection region contains a defect candidate, wherein the height measuring means is a stereo matching type and wherein the multiple position distance measurement means is a height profile measurement means for measuring the linear height profile by an optical cutting method, wherein linear light beams produced by a laser light source are applied to an object under measurement and the trajectories of reflected and scattered light beams are measured to determine the height profile.
A method for a first playback device of a media playback system comprising a plurality of playback devices, the method comprising: receiving first audio information from a network-based audio information source; generating first audio signals based on the first audio information via the first playback device; receiving a first control message from a television ; and in response to receiving the first control message: changing a signal source from the network-based audio information source to the television ; joining the first playback device to a particular grouping comprising the plurality of playback devices including at least a second playback device; sending, to at least the second playback device that is grouped with the first playback device in the particular grouping, a signal to change to the television as the signal source; receiving audio data from the television ; and outputting, by the first playback device in synchrony with at least the second playback device, second audio signals based on the audio data received from the television . receiving first audio information from a network-based audio information source; generating first audio signals based on the first audio information via the first playback device; receiving a first control message from a television ; and in response to receiving the first control message: changing a signal source from the network-based audio information source to the television ; joining the first playback device to a particular grouping comprising the plurality of playback devices including at least a second playback device; sending, to at least the second playback device that is grouped with the first playback device in the particular grouping, a signal to change to the television as the signal source; receiving audio data from the television ; and outputting, by the first playback device in synchrony with at least the second playback device, second audio signals based on the audio data received from the television . changing a signal source from the network-based audio information source to the television ; joining the first playback device to a particular grouping comprising the plurality of playback devices including at least a second playback device; sending, to at least the second playback device that is grouped with the first playback device in the particular grouping, a signal to change to the television as the signal source; receiving audio data from the television ; and outputting, by the first playback device in synchrony with at least the second playback device, second audio signals based on the audio data received from the television .
Operating device for operating lighting means , the device comprising: a resonant converter for providing a voltage for operating the lighting means , the converter having a half-bridge circuit, a resonant circuit which is coupled to the half-bridge circuit, and a transformer which is coupled to the resonant circuit , a measuring circuit for detecting the current delivered by the resonant converter to the lighting means , and a control apparatus for controlling the resonant converter on the basis of the detected current, the measuring circuit comprising a transformer (25..27) and a first bridge rectifier having four controllable switches (30..33), at least one primary winding of the transformer (25..27) detecting the current delivered by the secondary winding of the transformer , the first bridge rectifier rectifying the current delivered by the secondary winding of the transformer (25..27), and the control apparatus being designed to control the resonant converter on the basis of the rectified current which indicates the current delivered by the resonant converter to the lighting means , characterized in that the four controllable switches (30..33) are actuated on the basis of a signal detected between the two switches of the half-bridge circuit. a resonant converter for providing a voltage for operating the lighting means , the converter having a half-bridge circuit, a resonant circuit which is coupled to the half-bridge circuit, and a transformer which is coupled to the resonant circuit , a measuring circuit for detecting the current delivered by the resonant converter to the lighting means , and a control apparatus for controlling the resonant converter on the basis of the detected current, the measuring circuit comprising a transformer (25..27) and a first bridge rectifier having four controllable switches (30..33), at least one primary winding of the transformer (25..27) detecting the current delivered by the secondary winding of the transformer , the first bridge rectifier rectifying the current delivered by the secondary winding of the transformer (25..27), and the control apparatus being designed to control the resonant converter on the basis of the rectified current which indicates the current delivered by the resonant converter to the lighting means , characterized in that the four controllable switches (30..33) are actuated on the basis of a signal detected between the two switches of the half-bridge circuit.
An optoelectronic package , comprising: an inner package including a first dielectric substrate including at least a first dielectric level having a photodetector PD die on a die attach area including a first contact and a second contact, first routing connecting the first contact to a first external bond pad FEBP , and second routing connecting the second contact to a second external bond pad SEBP ; the inner package inside an outer package OP including a second ceramic substrate including a base portion , at least one light source die including a first electrode and a second electrode on top of the at least one light source die and including the first electrode and second electrode on the base portion positioned to face the PD die to be in a direct line of sight with an emitting area of the light source die ; a first cavity die placed on top of the light source die between the first electrode (181 and the second electrode and the inner package is placed on the first cavity die ; and a first wire bond connecting the FEBP to a first terminal of the OP , a second wire bond connecting the SEBP to a second terminal of the OP , a third wire bond connecting the first electrode to a third terminal of the OP , and a fourth wire bond connecting the second electrode to a fourth terminal of the OP . an inner package including a first dielectric substrate including at least a first dielectric level having a photodetector PD die on a die attach area including a first contact and a second contact, first routing connecting the first contact to a first external bond pad FEBP , and second routing connecting the second contact to a second external bond pad SEBP ; the inner package inside an outer package OP including a second ceramic substrate including a base portion , at least one light source die including a first electrode and a second electrode on top of the at least one light source die and including the first electrode and second electrode on the base portion positioned to face the PD die to be in a direct line of sight with an emitting area of the light source die ; a first cavity die placed on top of the light source die between the first electrode (181 and the second electrode and the inner package is placed on the first cavity die ; and a first wire bond connecting the FEBP to a first terminal of the OP , a second wire bond connecting the SEBP to a second terminal of the OP , a third wire bond connecting the first electrode to a third terminal of the OP , and a fourth wire bond connecting the second electrode to a fourth terminal of the OP .
Method for manufacturing a printing bar unit for a printing system, the method comprising the steps of: - providing a support bar having a plurality of primary mounting positions ; - providing a plurality of exchangeable printheads , each printhead having a plurality of inkjet nozzles; and - releasably mounting the printheads to the support bar , characterized in that, preceding the step of releasably mounting the printheads to the support bar , a plurality of reference organs are connected at the primary mounting positions to the support bar and undergo an alignment finishing process for forming a plurality of secondary mounting positions , and then in a subsequent step the printheads are releasably mounted to the secondary mounting positions on the reference organs , wherein the alignment finishing process comprises a machining operation. - providing a support bar having a plurality of primary mounting positions ; - providing a plurality of exchangeable printheads , each printhead having a plurality of inkjet nozzles; and - releasably mounting the printheads to the support bar ,
A synthetic composition, comprising a plant element associated with a designed complex endophyte, the designed complex endophyte comprising a host fungal endophyte comprising a heterologous bacterial endophyte living inside the host fungal hyphae, wherein said designed complex endophyte comprises a host fungus from a class selected from the group consisting of: Mucoromycotina, Pezizomycotina, Dothideomycetes, Sordariomycetes and a bacterium from a class selected from the group consisting of: Bacilli, Gammaproteobacteria or Actinobacteria and wherein said designed complex endophyte is capable of providing a trait of agronomic importance to said plant element or plant with which said plant element is associated.
A method of compiling a shader source code module into an executable code via an intermediate representation , the shader source code module comprising a plurality of option indicators, each option indicator relating to an optional feature of the shader source code module , and each option indicator indicating a place in the shader source code module corresponding to enabling or disabling the corresponding optional feature of the shader source code module , the method comprising: generating the intermediate representation of the shader source code module , wherein the intermediate representation comprises a compiled version of the shader source code module , which includes a compiled option indicator corresponding to each of the plurality of option indicators in the shader source code module ; receiving an indication to produce executable code for a GPU, the indication indicating which features of the shader source code module are to be enabled or disabled such that the executable code is to embody a first plurality of features expressed in the shader source code module and the executable code is not to embody a second plurality of features expressed in the shader source code module ; and generating the executable code from the intermediate representation by compiling the whole intermediate representation and using the compiled option indicators to include the first plurality of features, and not include the second plurality of features, as required, in the executable code . generating the intermediate representation of the shader source code module , wherein the intermediate representation comprises a compiled version of the shader source code module , which includes a compiled option indicator corresponding to each of the plurality of option indicators in the shader source code module ; receiving an indication to produce executable code for a GPU, the indication indicating which features of the shader source code module are to be enabled or disabled such that the executable code is to embody a first plurality of features expressed in the shader source code module and the executable code is not to embody a second plurality of features expressed in the shader source code module ; and generating the executable code from the intermediate representation by compiling the whole intermediate representation and using the compiled option indicators to include the first plurality of features, and not include the second plurality of features, as required, in the executable code .
A panel splice connector configured to splice and thereby mechanically connect two adjacent linear panels at their respective longitudinal ends, the connector comprising a longitudinally extending base portion , having a length and a width, and two wall portions , each extending from the base portion at opposed, longitudinally extending sides thereof, wherein one or each wall portion comprises a resilient section that allows a free, longitudinally extending edge of said wall portion to be resiliently displaceable towards the base portion , wherein the or each resilient section is made of or includes a resilient material, and the resilient material is positioned at an edge of the or each wall portion remote from the base portion ; characterized in that : the resilient material is a friction material having a friction coefficient that is larger than that of the remainder of the panel splice connector, and the friction material is provided on a part of the connector that, in mounted condition, contacts the linear panels, is provided on at least a part of the wall portions , and is an elongate strip extending along at least a part of the longitudinal length of the connector.