mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a network element for determining and configuring of capabilities of network element components, the network element components including a set of control elements where the set of control elements determines capabilities of each of a set of forwarding elements, the method comprising the steps of: initiating communication with a forwarding element in the set of forwarding elements by a control element in the set of control elements; requesting, by the control element, the forwarding element to provide a set of logical function block identifiers of supported logical function blocks for the forwarding element; receiving the set of logical function block identifiers from the forwarding element in response to the request; matching the set of logical function block identifiers with known forwarding element capabilities to determine capabilities of the forwarding element; and updating a forwarding element capability model with the capabilities of the forwarding element; characterized by further comprising the steps of: configuring the forwarding element to provide new logical function block identifiers of supported logical function blocks upon instantiation of new logical function blocks. initiating communication with a forwarding element in the set of forwarding elements by a control element in the set of control elements; requesting, by the control element, the forwarding element to provide a set of logical function block identifiers of supported logical function blocks for the forwarding element; receiving the set of logical function block identifiers from the forwarding element in response to the request; matching the set of logical function block identifiers with known forwarding element capabilities to determine capabilities of the forwarding element; and updating a forwarding element capability model with the capabilities of the forwarding element; characterized by further comprising the steps of: configuring the forwarding element to provide new logical function block identifiers of supported logical function blocks upon instantiation of new logical function blocks. configuring the forwarding element to provide new logical function block identifiers of supported logical function blocks upon instantiation of new logical function blocks.
A method of controlling power in an electromagnetic test system, the electromagnetic test system having at least one operational path having a channel emulator output, at least one of an amplifier /attenuator combination and a variable gain amplifier, VGA, and an antenna, the method comprising: for a given desired output power level, C for the path, setting a channel emulator output power of the path to a power level B, and setting one of the attenuator and the VGA to achieve an attenuation setting A, such that C is a function of B and A; the attenuation setting A being calculated based on an upper limit of the output power of the channel emulator and the desired output power level C; and a sequence in which the setting of the channel emulator output power level B and the setting of the attenuation A are performed depending upon whether the desired output power level C is less than a current output level. for a given desired output power level, C for the path, setting a channel emulator output power of the path to a power level B, and setting one of the attenuator and the VGA to achieve an attenuation setting A, such that C is a function of B and A; the attenuation setting A being calculated based on an upper limit of the output power of the channel emulator and the desired output power level C; and
A method of digitally modeling an industrial space, the industrial space comprising a plurality of equipment items (E1-E7) arranged in an industrial building, the modeling method is characterized by: - a step of three-dimensional digitization of the industrial space so as to obtain a web comprising a plurality of points defining meshes representing the outer envelope of the industrial space with all of its equipment items (E1-E7), - a step of real-time segmentation of the web in a virtual environment by a user during which: - an encompassing shape is positioned by the user in the virtual environment to encompass at least one equipment item to be segmented (E1-E7) - the points of the web, belonging to the volume of the encompassing shape, are associated so as to form a virtual object corresponding to a single equipment item (E1-E7), to a plurality of equipment items (E1-E7) associated together, or only to a part of an equipment item (E1-E7). - a step of three-dimensional digitization of the industrial space so as to obtain a web comprising a plurality of points defining meshes representing the outer envelope of the industrial space with all of its equipment items (E1-E7), - a step of real-time segmentation of the web in a virtual environment by a user during which: - an encompassing shape is positioned by the user in the virtual environment to encompass at least one equipment item to be segmented (E1-E7) - the points of the web, belonging to the volume of the encompassing shape, are associated so as to form a virtual object corresponding to a single equipment item (E1-E7), to a plurality of equipment items (E1-E7) associated together, or only to a part of an equipment item (E1-E7). - an encompassing shape is positioned by the user in the virtual environment to encompass at least one equipment item to be segmented (E1-E7) - the points of the web, belonging to the volume of the encompassing shape, are associated so as to form a virtual object corresponding to a single equipment item (E1-E7), to a plurality of equipment items (E1-E7) associated together, or only to a part of an equipment item (E1-E7).
A cap (20; 120) for a biological fluid collection device, the cap comprising: a cap body (70; 170) defining a chamber (76; 172), the chamber having an opening at a front end (80; 180) and an opening at a back end (82; 182); and a venting plug disposed outside of the chamber (76; 172) of the cap body (70; 170) and covering the opening at the back end (82, 182) of the chamber (76; 172), characterized in that the venting plug (44; 122, 124) comprises a carboxymethylcellulose additive. a cap body (70; 170) defining a chamber (76; 172), the chamber having an opening at a front end (80; 180) and an opening at a back end (82; 182); and a venting plug disposed outside of the chamber (76; 172) of the cap body (70; 170) and covering the opening at the back end (82, 182) of the chamber (76; 172), characterized in that the venting plug (44; 122, 124) comprises a carboxymethylcellulose additive.
An abradable coating for a turbomachine part, characterized in that it comprises a matrix made of a first ceramic material and particles made of a second ceramic material that are dispersed in said matrix, the first ceramic material having a dynamic viscosity greater than or equal to 10 12 Pa.s at 1300°C, the second ceramic material having a dynamic viscosity less than or equal to 10 2 Pa.s at 1300°C.
A method comprising: determining, by use of a processor, a number of Transmission Time Intervals, TTI, in a scheduled transmission of a plurality of TTI; and determining one or more reference signal locations based on the number of TTI, wherein the one or more reference signal locations are further determined from the number of TTI and one or more of a parameter received from a higher layer wherein the higher layer is higher than a physical layer, a subframe index, a subband size, or a Time Division Duplex, TDD, configuration for the scheduled transmission; wherein the one or more reference signal locations are further determined to be in one or more predetermined subband instances of one or more predetermined TTI instances. determining, by use of a processor, a number of Transmission Time Intervals, TTI, in a scheduled transmission of a plurality of TTI; and determining one or more reference signal locations based on the number of TTI, wherein the one or more reference signal locations are further determined from the number of TTI and one or more of a parameter received from a higher layer wherein the higher layer is higher than a physical layer, a subframe index, a subband size, or a Time Division Duplex, TDD, configuration for the scheduled transmission; wherein the one or more reference signal locations are further determined to be in one or more predetermined subband instances of one or more predetermined TTI instances.
An acoustic panel for use as a ceiling and wall covering, having - a base plate at least comprising a portion of a wood material board having an upper side and an underside and a top layer arranged on the upper side, - locking profiles (13a, 13b) which correspond to one another on the longitudinal sides (3a, 3b) and/or transverse sides (4a, 4b) of the base plate in order to connect to additional acoustic panels without using adhesive, - an absorber unit arranged on the underside for absorbing ambient noise, and - a plurality of recesses completely penetrating the base plate in order to conduct ambient noise hitting the upper side of the panel into the absorber unit, characterized in that the absorber unit comprises a mineral plate. - a base plate at least comprising a portion of a wood material board having an upper side and an underside and a top layer arranged on the upper side, - locking profiles (13a, 13b) which correspond to one another on the longitudinal sides (3a, 3b) and/or transverse sides (4a, 4b) of the base plate in order to connect to additional acoustic panels without using adhesive, - an absorber unit arranged on the underside for absorbing ambient noise, and - a plurality of recesses completely penetrating the base plate in order to conduct ambient noise hitting the upper side of the panel into the absorber unit, characterized in that the absorber unit comprises a mineral plate.
Infant scale with a scale pan for holding an infant, a measuring device which bears the scale pan and is intended for determining the weight of the infant, and a display for displaying the weight determined, the measuring device comprising a plurality of weighing cells and the scale pan comprising two pan halves (3, 4) that are foldable against one another and can be folded from an unfolded weighing position into a folded-up storage position and in the folded-up state form a housing, which has an opening in the region where the pan halves (3, 4) are connected to one another, characterized by an insert with which the opening can be closed and is intended for receiving any desired utensils.
Exhaust gas sound absorber for exhaust gas after-treatment for a vehicle, preferably commercial vehicle, wherein the exhaust gas sound absorber comprises a tread surface, characterized by an outer wall of the exhaust gas sound absorber, which has an indentation, a) wherein, at the indentation, a lower wall portion is formed as the tread surface and/or b) wherein the tread surface is mounted in a foldable or pivotable manner in the indentation; and/or c) wherein the tread surface, preferably as a step tread, is fixedly mounted within the indentation. a) wherein, at the indentation, a lower wall portion is formed as the tread surface and/or b) wherein the tread surface is mounted in a foldable or pivotable manner in the indentation; and/or c) wherein the tread surface, preferably as a step tread, is fixedly mounted within the indentation.
A kit comprising: a mesh substrate including a pocket configured for disposal of an implantable medical device; a polymer that is fixed to the mesh substrate, the polymer comprising an active agent that is configured to elute over time; and a hemostatic agent, wherein the hemostatic agent is separate from the mesh substrate and the polymer; and wherein the mesh substrate and the polymer are disposed in a first sterile package and the hemostatic agent is disposed in a second sterile package that is separate from the first sterile package. a mesh substrate including a pocket configured for disposal of an implantable medical device; a polymer that is fixed to the mesh substrate, the polymer comprising an active agent that is configured to elute over time; and a hemostatic agent, wherein the hemostatic agent is separate from the mesh substrate and the polymer; and wherein the mesh substrate and the polymer are disposed in a first sterile package and the hemostatic agent is disposed in a second sterile package that is separate from the first sterile package.
A manifold structure for cooling a heat-dissipating surface, the manifold structure comprising: an inlet fluid passage; an outlet fluid passage; at least one cooling channel that is connected between the inlet fluid passage and the outlet fluid passage and extends along a length of the heat-dissipating surface; and a plurality of fins that are arranged within the at least one cooling channel, wherein the plurality of fins include a material transition area in which the plurality of fins gradually transitions from a first material to second material; wherein the plurality of fins include a first set of fins arranged proximate the inlet fluid passage and formed of a first material, a second set of fins arranged proximate the outlet fluid passage and formed of a second material, and a third set of fins arranged between the first set of fins and the second set of fins and formed of non-uniform materials, wherein the third set of fins is configured to provide the material transition area, whereby the plurality of fins are configured to provide a gradient thermal conductivity across the length of the heat-dissipating surface. an inlet fluid passage; an outlet fluid passage; at least one cooling channel that is connected between the inlet fluid passage and the outlet fluid passage and extends along a length of the heat-dissipating surface; and a plurality of fins that are arranged within the at least one cooling channel, wherein the plurality of fins include a material transition area in which the plurality of fins gradually transitions from a first material to second material; wherein the plurality of fins include a first set of fins arranged proximate the inlet fluid passage and formed of a first material, a second set of fins arranged proximate the outlet fluid passage and formed of a second material, and a third set of fins arranged between the first set of fins and the second set of fins and formed of non-uniform materials, wherein the third set of fins is configured to provide the material transition area, whereby the plurality of fins are configured to provide a gradient thermal conductivity across the length of the heat-dissipating surface.
A pole grip, in particular for walking sticks, trekking poles, alpine ski poles, cross-country ski poles and Nordic walking poles comprising a grip body and comprising a hook-like device for fastening a hand-retaining device, in particular in the form of a hand loop or a glove, wherein displaceable or twistable latching means are arranged in the area of the hook-like device in such a manner that a loop-shaped, ring-shaped or eyelet-shaped device inserted into the hook-like device substantially from above, which is provided on the hand-retaining device, is fixed in the hook-like device in a self-latching manner, characterized in that means are provided on the hook-like device which prevent any twisting of a loop-shaped, ring-shaped or eyelet-shaped device fastened on the hook-like device about the longitudinal axis of the hook-like device by means of form closure, wherein the means are configured in the form of a groove in the hook-like device extending along the longitudinal axis and/or in the form of a rib on the hook-like device extending along the longitudinal axis.
An earplug apparatus, comprising a biological feature detection module, the biological feature detection module being arranged in the earplug apparatus and being configured to be fit in a region enclosed by an outer ear canal and an ear canal entrance, wherein the biological feature detection module comprises a light emitting unit and a light receiving unit, the light emitting unit is configured to emit light to the enclosed region, the light emitted by the light emitting unit is processed by an ear tissue in the enclosed region and transmitted to the light receiving unit, and the light receiving unit is configured to convert the received light photoelectrically to an original electrical signal for biological feature detection, wherein the earplug apparatus further comprises a sound conduction chamber; and the biological feature detection module is positioned in a groove that is cut around a circumferential periphery of an outer wall of the sound conduction chamber, an in-ear earmuff is provided around the circumferential periphery of the outer wall of the sound conduction chamber, and the in-ear earmuff partially fits in the groove circumferentially.
Hairstyling device including a first and a second arm configured to form a clamp, a first and a second treatment surface that face one another, on said arms respectively, for pressing a lock of hair during clamping, and a first comb configured on the first arm upstream of the first treatment surface in order to suitably distribute the lock between the two treatment surfaces and to place tension on the lock before the passage thereof between said treatment surfaces, at least one of the two treatment surfaces including heating means, characterised in that the first comb includes teeth that are mutually spaced apart by a constant spacing (p) of between 0.50mm and 8.00mm, said teeth including at least one tooth portion in the shape of a rectangular-based pyramid or rectangular-based frustum of pyramid.
A processing device comprising: a color material removal device having at least one discharge nozzle configured to discharge particles containing cellulose so as to bombard a cellulose containing substrate holding color material with the discharged particles, and remove the color material from the substrate.
. A cable treatment device for treatment of an end section of a power cable, the cable treatment device comprising: - an affixing means for reversible securing around a circumference of a power cable, - a kinematic means having attachment means for attaching to the affixing means, said kinematic means is adapted to provide kinematic motion relative to said attachment means, the kinematic motion being fully controllable through a plurality of force input connections, and - a tooling means attached to said kinematic means, said tooling means adapted to receive said kinematic motion, wherein the kinematic means allows the tooling means to move cross-sectionally relative to the extension of a power cable, to which the affixing means is securable, preferably the cable treatment device further has a tool head connected to said tooling means, said tool head being a cable end treatment tool facing a cable end of a power cable securabled by the affixing means. - an affixing means for reversible securing around a circumference of a power cable, - a kinematic means having attachment means for attaching to the affixing means, said kinematic means is adapted to provide kinematic motion relative to said attachment means, the kinematic motion being fully controllable through a plurality of force input connections, and - a tooling means attached to said kinematic means, said tooling means adapted to receive said kinematic motion, wherein the kinematic means allows the tooling means to move cross-sectionally relative to the extension of a power cable, to which the affixing means is securable,
An isolated nucleic acid molecule comprising a polynucleotide that encodes a 5-enolpyruvylshikimate-3-phosphate synthase (EPSPS) that confers glyphosate tolerance to a plant, wherein the EPSPS is at least 90% identical with the amino acid sequence of SEQ ID NO:1 and when aligned with SEQ ID NO:1 comprises an alanine at the position corresponding to position 84 of SEQ ID NO:1, wherein the polynucleotide is a synthetic sequence that has been designed for expression in a plant selected from the group consisting of: a polynucleotide comprising a nucleotide sequence having at least 80% sequence identity to the nucleotide sequence of SEQ ID NO:2 or SEQ ID NO:3; and a polynucleotide comprising a nucleotide sequence that hybridizes to another nucleic acid having the nucleotide sequence of SEQ ID NO:2 or SEQ ID NO:3 under high-stringency conditions, wherein the polynucleotide is operably linked to a promoter, wherein preferably the promoter is directing expression of a gene. a polynucleotide comprising a nucleotide sequence having at least 80% sequence identity to the nucleotide sequence of SEQ ID NO:2 or SEQ ID NO:3; and a polynucleotide comprising a nucleotide sequence that hybridizes to another nucleic acid having the nucleotide sequence of SEQ ID NO:2 or SEQ ID NO:3 under high-stringency conditions, wherein the polynucleotide is operably linked to a promoter, wherein preferably the promoter is directing expression of a gene.
A crane comprising a crane column and an image acquisition system which is arranged to be raised and lowered by a lifting device for acquisition of a region of a crane environment, that cannot be directly viewed by an operator of the crane, wherein the image acquisition system is arranged on a jib, that extends straight, of the lifting device, wherein the image acquisition system is moveable upwardly by an extension of the jib from a lift column and is lowerable by retraction of the jib into the lift column into a transport position in which the jib is disposed substantially completely in the lift column and the image acquisition system is moved towards the lift column, characterised in that the image acquisition system is arranged on a tip of the jib, that forms a highest point of the jib, wherein the lift column and the jib include an angle different from zero with the crane column in a vertical plane which has both the lift column and also the crane column.
A solar module comprising: a solar laminate comprising a plurality of solar cells interposed between a transparent front cover sheet and a rear cover sheet; a frame enclosing the solar laminate at lateral edges of the solar laminate; and at least one reinforcement strut arranged at a rear surface of the solar laminate between opposing portions of the frame; wherein the frame has a frame surface and a frame thickness, the frame surface being defined by a length of the frame multiplied by a width of the frame; wherein a ratio between the frame surface and the frame thickness is between 45000 and 70000, preferably between 50000 and 65000 and more preferably between 53000 and 57000, with dimensions of the frame being measured in millimetres; and characterised in that the solar module comprises a spacer element cooperating with the frame such as to push against a rear surface of the reinforcement strut to push the reinforcement strut in a direction towards the laminate. a solar laminate comprising a plurality of solar cells interposed between a transparent front cover sheet and a rear cover sheet; a frame enclosing the solar laminate at lateral edges of the solar laminate; and at least one reinforcement strut arranged at a rear surface of the solar laminate between opposing portions of the frame; wherein the frame has a frame surface and a frame thickness, the frame surface being defined by a length of the frame multiplied by a width of the frame; wherein a ratio between the frame surface and the frame thickness is between 45000 and 70000, preferably between 50000 and 65000 and more preferably between 53000 and 57000, with dimensions of the frame being measured in millimetres; and characterised in that the solar module comprises a spacer element cooperating with the frame such as to push against a rear surface of the reinforcement strut to push the reinforcement strut in a direction towards the laminate.