mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising a display screen and a frame disposed around the display screen, the display device further comprising an infrared receiver; and a light guide member having a securing surface, the light guide member further comprising a receiving end and a light exiting surface, the receiving end formed at a display side of the display screen, wherein a width of the receiving surface in a direction perpendicular to the frame to which the light guide member is fixed is narrower than a width of the light exiting surface in the direction; and the receiving end receives the infrared control signals and changes transmission direction thereof so as to transmit the signals to the infrared receiver, and a distance between the securing surface of the light guide member through which the light guide member is secured to the frame and a surface of the light guide member opposite to the securing surface is continuously increased in a direction from the receiving end to the light exiting surface, characterised in that the light guide member is secured to the frame through the securing surface; the receiving end has a first receiving surface and a second receiving surface for receiving infrared control signals, the first receiving surface being parallel to the display side of the display screen, and the second receiving surface intersecting with the first receiving surface and opposite to the securing surface; and a lower surface of the receiving end is an arc surface.
A method for updating configuration data used by a load balancer (202, 202a, 202b) to balance traffic among targets included in a pool of targets whereby the method comprises: receiving, from a first target, a resource request message requesting use of a network resource, wherein the resource request message includes information identifying the network resource, wherein the network resource comprises a port number, and wherein the port number is a Transmission Control Protocol, TCP, port number; determining whether the network resource is available to be used by the first target; transmitting, to the first target, a response message indicating that the network resource is available to be used by the first target, wherein the step of transmitting occurs in direct response to determining that the network resource is available to be used by the first target; and updating the configuration data in response to transmitting the response message, wherein: the configuration data comprises information identifying the targets that are included in the pool of targets, and the step of updating the configuration data comprises modifying the configuration data such that the first target is included in the pool of targets. receiving, from a first target, a resource request message requesting use of a network resource, wherein the resource request message includes information identifying the network resource, wherein the network resource comprises a port number, and wherein the port number is a Transmission Control Protocol, TCP, port number; determining whether the network resource is available to be used by the first target; transmitting, to the first target, a response message indicating that the network resource is available to be used by the first target, wherein the step of transmitting occurs in direct response to determining that the network resource is available to be used by the first target; and updating the configuration data in response to transmitting the response message, wherein: the configuration data comprises information identifying the targets that are included in the pool of targets, and the step of updating the configuration data comprises modifying the configuration data such that the first target is included in the pool of targets. the configuration data comprises information identifying the targets that are included in the pool of targets, and the step of updating the configuration data comprises modifying the configuration data such that the first target is included in the pool of targets.
A device for indicating passage of a pig beyond a predetermined location in a pipeline, the device comprising: a pig detector for connecting to a pipeline and communicating with the interior of the pipeline through an opening at the location; a trigger slidably mounted in the pig detector and adapted to project downwardly into the interior of the pipeline through the opening; an indicator housing located at a distance from the pig detector; an indicator being vertically slidably mounted within the indicator housing; characterized in that the device further comprises a push/pull control cable with a first end attached to the trigger and a second end attached to the indicator, such that, when a pig moves in the pipeline past the trigger and actuates the trigger, the push/pull control cable allows the indicator to move upwardly beyond the indicator housing so as to provide a visual indication that the pig has passed by. a pig detector for connecting to a pipeline and communicating with the interior of the pipeline through an opening at the location; a trigger slidably mounted in the pig detector and adapted to project downwardly into the interior of the pipeline through the opening; an indicator housing located at a distance from the pig detector; an indicator being vertically slidably mounted within the indicator housing;
A printing subassembly (100, 200), comprising: a frame (102, 216, 308) having first and second members (104, 106, 220, 222) extending in a first direction (108, 202), the first and second members spaced apart in a second direction (110, 204) orthogonal to the first direction, wherein the first and second directions are orthogonal to a third direction (112, 206), the frame being removably coupleable to a printing device; a printbar (114, 210, 324) coupled to the frame; and an alignment system (124, 224, 306) coupled to the frame having at least four alignment features (116, 226) cooperating to constrain translation of the printing subassembly in the third direction and rotation about axes in the first and second directions with respect to the printing device, characterized in that the at least four alignment features comprise at least two features extending from one of the first and second members in the first direction and at least two features extending from the other of the first and second members in the second direction. a frame (102, 216, 308) having first and second members (104, 106, 220, 222) extending in a first direction (108, 202), the first and second members spaced apart in a second direction (110, 204) orthogonal to the first direction, wherein the first and second directions are orthogonal to a third direction (112, 206), the frame being removably coupleable to a printing device; a printbar (114, 210, 324) coupled to the frame; and an alignment system (124, 224, 306) coupled to the frame having at least four alignment features (116, 226) cooperating to constrain translation of the printing subassembly in the third direction and rotation about axes in the first and second directions with respect to the printing device, characterized in that the at least four alignment features comprise at least two features extending from one of the first and second members in the first direction and at least two features extending from the other of the first and second members in the second direction.
Dispensing head for a product dispensing system, said head comprising a body having a mounting well for said head on a pressurised feed tube for the product and a housing communicating with said well by way of a dispensing path, said housing being equipped with a nozzle delimiting a dispensing space between said path and an outlet passage formed in said nozzle, said head being characterised in that the nozzle is equipped with an insert which has a membrane forming, in the dispensing space, a communication interface between an upstream part wherein leads the dispensing path and a downstream part, which supplies the outlet passage, said membrane being reversibly deformable by pressurising the product coming from the upstream part, between a rest state wherein the dimension of the communication interface is minimal and a constrained state wherein the dimension of said interface is increased to ensure the dispensing.
Device for controlling gear shifts in a gearbox, comprising a bearing in which a control rod can slide and turn, a selector lever able to cause the rod to slide in relation to the bearing, a gear shift lever able to cause the rod to turn about its geometric axis, and an inertial mass articulated in rotation in relation to a pivot connection which is associated with the bearing and substantially parallel to the control rod, the mass being connected with the gear shift lever via a link rod, characterized in that the pivot connection comprises a pin of the mass inserted in a bore of the bearing or comprises a pin of the bearing inserted in a bore of the mass, and in that the mass is retained axially in relation to the axis of the pivot connection by at least one elastically deformable retaining lug formed on the bearing.
Vibronic sensor designed to determine and/or monitor at least one process variable of a medium in a vessel, comprising at least a unit capable of vibrating mechanically, a drive/reception unit and an electronic unit, wherein the drive/reception unit is designed to excite the unit that is capable of vibrating mechanically to perform mechanical vibrations by means of an electrical excitation signal (U A), and to receive the mechanical vibrations of the unit capable of vibrating mechanically and to convert them to an electrical reception signal (U E), wherein the electronic unit is designed to generate the excitation signal (U A) on the basis of the reception signal (U E), and to determine the at least one process variable from the reception signal (U E), wherein the electronic unit comprises at least an adaptive filter, characterized in that the electronic unit is designed to regulate the filter characteristic of the adaptive filter in such a way that a target phase shift (Ø soll) occurs between the excitation signal (U A) and the reception signal (U E), in that the electronic unit is designed to regulate the target phase shift (Ø soll) by setting the center frequency (f m) of the adaptive filter, in that the electronic unit comprises a phase regulation unit, wherein said phase regulation unit is designed to regulate the center frequency of the adaptive filter in such a way that a predefinable value is present for a phase shift (Ø filter) between an input signal and an output signal of the filter in such a way that results in the target phase shift (Ø soll) between the excitation signal (U A) and the reception signal (U E), and in that the bandwidth of the adaptive filter can be set in a measuring mode for the purpose of reducing interference signals.
An optical transmitter for modulating light from a light source to generate an optical transmission signal with use of a data sequence as an electric signal, the optical transmitter comprising: a mapping section for mapping the data sequence to be converted into multi-level data based on modulation multi-level degree information indicating multi-level degree of the modulation, wherein the mapping section is adapted to change the multi-level degree adaptively, and wherein the number of the kinds of the multi-level degree is two or more; a D/A converter (15a, 15b) for converting the multi-level data output from the mapping section into an analog signal; an optical modulator to be driven based on the analog signal output from the D/A converter (15a, 15b), for modulating the light from the light source; and a bias control section adapted to set control polarity of DC bias control of the optical modulator based on the modulation multi-level degree information, wherein the optical modulator comprises two Mach-Zehnder modulators (11a, 11b) connected in parallel. a mapping section for mapping the data sequence to be converted into multi-level data based on modulation multi-level degree information indicating multi-level degree of the modulation, wherein the mapping section is adapted to change the multi-level degree adaptively, and wherein the number of the kinds of the multi-level degree is two or more; a D/A converter (15a, 15b) for converting the multi-level data output from the mapping section into an analog signal; an optical modulator to be driven based on the analog signal output from the D/A converter (15a, 15b), for modulating the light from the light source; and a bias control section adapted to set control polarity of DC bias control of the optical modulator based on the modulation multi-level degree information, wherein the optical modulator comprises two Mach-Zehnder modulators (11a, 11b) connected in parallel.
A network function for supporting end-to-end communication services with and/or without network slices in a communication network, the communication network comprising a first management system for managing a 3GPP 5G subnetwork of the communication network and a second management system (405; 601) for managing a 3GPP legacy subnetwork and/or a non-3GPP subnetwork of the communication network, wherein the network function is configured to provide an interface between the first management system and the second management system (405; 601), wherein the first management system and/or the second management system (405; 601) comprises a plurality of network management functions (501a-c; 505a-c; 603a-b) and/or network management function instances (503a-c) and wherein the network function is configured to select one or more of the plurality of network management functions (501a-c; 505a-c; 603a-b) and/or network management function instances (503a-c) in response to a service request on the basis of a load balancing requirement, a minimum latency requirement defined by the service request and/or a quality of service requirement defined by the service request, wherein the network function is implemented as part of one network management function of the plurality of network management functions (501a-c) of the first management system, or part of one network management function instance of the plurality of network management function instances (503a-c) of the first management system, wherein the network function is configured to generate local identifiers for the network management function (501a-c) or network management function instance (503a-c) of which the network function is implemented as part, and for the selected network management functions (501a-c; 505a-c; 603a-b) and/or network management function instances (503a-c), and the local identifiers are used to store a mapping of management function instances into a local mapping database, and wherein the network function is further configured to store a mapping of a communication service associated with the service request to the mapped management function instances into the local mapping database. wherein the network function is implemented as part of one network management function of the plurality of network management functions (501a-c) of the first management system, or part of one network management function instance of the plurality of network management function instances (503a-c) of the first management system, wherein the network function is configured to generate local identifiers for the network management function (501a-c) or network management function instance (503a-c) of which the network function is implemented as part, and for the selected network management functions (501a-c; 505a-c; 603a-b) and/or network management function instances (503a-c), and the local identifiers are used to store a mapping of management function instances into a local mapping database, and wherein the network function is further configured to store a mapping of a communication service associated with the service request to the mapped management function instances into the local mapping database.
A moving picture decoding method for decoding a current block of a picture, comprising: setting a fixed number of first motion vector predictor candidates, said fixed number being a maximum number of predictor candidates, each motion vector predictor candidate having a motion vector that has been obtained from a block adjacent to the current block; deleting a redundant candidate from the first motion vector predictor candidates; deleting, from the first motion vector predictor candidates, a non-available motion vector predictor candidate that has been obtained from a block coded by intra-prediction, a block located outside a boundary of a slice or a picture which includes the current block, or a block which is not decoded yet; determining whether the total number of first motion vector predictor candidates after the deleting steps is less than the fixed number; deriving a second motion vector predictor candidate having a second motion vector when the total number of first motion vector predictor candidates is less than the fixed number, the second motion vector being a zero vector; and decoding a coded index indicating either one of the first motion vector predictor candidates after the deleting steps or the second motion vector predictor candidate; decoding the current block using the motion vector of the indicated motion vector predictor candidate; wherein the fixed number is used to decode the coded index. setting a fixed number of first motion vector predictor candidates, said fixed number being a maximum number of predictor candidates, each motion vector predictor candidate having a motion vector that has been obtained from a block adjacent to the current block; deleting a redundant candidate from the first motion vector predictor candidates; deleting, from the first motion vector predictor candidates, a non-available motion vector predictor candidate that has been obtained from a block coded by intra-prediction, a block located outside a boundary of a slice or a picture which includes the current block, or a block which is not decoded yet; determining whether the total number of first motion vector predictor candidates after the deleting steps is less than the fixed number; deriving a second motion vector predictor candidate having a second motion vector when the total number of first motion vector predictor candidates is less than the fixed number, the second motion vector being a zero vector; and decoding a coded index indicating either one of the first motion vector predictor candidates after the deleting steps or the second motion vector predictor candidate; decoding the current block using the motion vector of the indicated motion vector predictor candidate; wherein the fixed number is used to decode the coded index.
Awning structure comprising an awning box, a front bar for deploying the awning and arms (3, 4) for deploying the front bar, the box being provided with two side plates (5, 6) for supporting the fixed ends of the arms (3, 4) for deploying the front bar, in which structure the arms (3, 4) are articulated with respect to the side plates (5, 6) by means of two components (7, 8) each provided with a pivot pin for folding and unfolding the arms (3, 4) which comprises a mechanism for inclining these components (7, 8) such that it is possible to adjust the inclination of the arms (3, 4) with respect to the box, characterized in that the inclination mechanism comprises within each articulation for folding and unfolding the arms (3, 4): - two flanges (9, 10) which project towards the inside of the side plate (5, 6) and are each provided with an articulation orifice so that they constitute an articulation yoke for the component (7, 8), - an orifice passing through the component (7, 8), - an articulation pin intended to be introduced into the articulation orifices and the through-orifice, - two tapped orifices in the component (7, 8) which are oriented towards the side plate (5, 6), - two orifices passing through the side plate (5, 6) and arranged facing the tapped orifices, - two screws (11, 12) for immobilizing the component (7, 8) and which are intended to pass through the through-orifices and to screw into the tapped orifices. - two flanges (9, 10) which project towards the inside of the side plate (5, 6) and are each provided with an articulation orifice so that they constitute an articulation yoke for the component (7, 8), - an orifice passing through the component (7, 8), - an articulation pin intended to be introduced into the articulation orifices and the through-orifice, - two tapped orifices in the component (7, 8) which are oriented towards the side plate (5, 6), - two orifices passing through the side plate (5, 6) and arranged facing the tapped orifices, - two screws (11, 12) for immobilizing the component (7, 8) and which are intended to pass through the through-orifices and to screw into the tapped orifices.
A magenta toner comprising a binder resin and a magenta colorant, wherein a compound A and a compound B are contained as the magenta colorant and the compound A is C.I. Pigment Red 146 or C.I. Pigment Red 147, and the compound B is C.I. Solvent Violet 59, and wherein a total content of the compound A and the compound B is from 3 to 30 parts by mass with respect to 100 parts by mass of the binder resin, and a mass ratio of the content of the compound A to the content of the compound B (compound A/compound B) is from 0.8 to 20. wherein a compound A and a compound B are contained as the magenta colorant and the compound A is C.I. Pigment Red 146 or C.I. Pigment Red 147, and the compound B is C.I. Solvent Violet 59, and wherein a total content of the compound A and the compound B is from 3 to 30 parts by mass with respect to 100 parts by mass of the binder resin, and a mass ratio of the content of the compound A to the content of the compound B (compound A/compound B) is from 0.8 to 20.
Cosmetic composition, notably a hair composition, comprising: - one or more anionic surfactants, - one or more amphoteric surfactants, - one or more cationic polysaccharides, and - one or more unsaturated fatty alcohols, in a total content of less than 1% by weight relative to the total weight of the composition; said composition being clear. - one or more anionic surfactants, - one or more amphoteric surfactants, - one or more cationic polysaccharides, and - one or more unsaturated fatty alcohols, in a total content of less than 1% by weight relative to the total weight of the composition;
An infusion pump comprising: an optical emitter arranged to emit a light beam directed along an optical axis; and a photosensitive detector arranged to receive the light beam along the optical axis, wherein the photosensitive detector is configured to generate a detector signal representing an intensity of light received thereby; characterised in that the generated detector signal is a predetermined ratio of a baseline detector signal when a cassette is properly loaded in the infusion pump due to absorption of a portion of the light beam by a window of the cassette, wherein the predetermined ratio is greater than 0% and less than 100%. an optical emitter arranged to emit a light beam directed along an optical axis; and a photosensitive detector arranged to receive the light beam along the optical axis, wherein the photosensitive detector is configured to generate a detector signal representing an intensity of light received thereby; characterised in that the generated detector signal is a predetermined ratio of a baseline detector signal when a cassette is properly loaded in the infusion pump due to absorption of a portion of the light beam by a window of the cassette, wherein the predetermined ratio is greater than 0% and less than 100%.