mhurhangee/patent-ind-claim-en huggingface dataset:
An office-type chair comprising; a base ; a height-adjustable pedestal extending upward from the base ; a seat assembly including a rear seat part and a front seat part ; a linkage system connecting the pedestal to the seat assembly , wherein the linkage system is adapted to pivot the seat assembly between a first generally horizontal position to serve as a task chair and a second more upward and forwardly angled position to serve as an elevated sitting support in which the rear seat part tilts forward with respect to in the first position, and a backrest arrangement including a recline mechanism and backrest support, the backrest support extending upwardly from the seat assembly for supporting the back of a user in the first and second positions, wherein the recline mechanism is connected to the rear seat part of the seat assembly and the backrest support rotates with respect to the recline mechanism, wherein: the backrest arrangement is connected to a rear edge of the rear seat part of the seat assembly ; and the backrest support is configured to recline from an upright position to a reclined position. a base ; a height-adjustable pedestal extending upward from the base ; a seat assembly including a rear seat part and a front seat part ; a linkage system connecting the pedestal to the seat assembly , wherein the linkage system is adapted to pivot the seat assembly between a first generally horizontal position to serve as a task chair and a second more upward and forwardly angled position to serve as an elevated sitting support in which the rear seat part tilts forward with respect to in the first position, and a backrest arrangement including a recline mechanism and backrest support, the backrest support extending upwardly from the seat assembly for supporting the back of a user in the first and second positions, wherein the recline mechanism is connected to the rear seat part of the seat assembly and the backrest support rotates with respect to the recline mechanism, wherein: the backrest arrangement is connected to a rear edge of the rear seat part of the seat assembly ; and the backrest support is configured to recline from an upright position to a reclined position. the backrest arrangement is connected to a rear edge of the rear seat part of the seat assembly ; and the backrest support is configured to recline from an upright position to a reclined position.
A distributed load balancer system, comprising: one or more processors with associated memory that implement an ingress node , configured to: receive a packet of a packet flow from a client ; determine that the packet flow is not currently mapped to any of a plurality of server nodes in mappings stored by the ingress node; identify a flow tracker node for the packet flow by selecting the flow tracker node from a plurality of load balancer nodes according to a consistent hash function applied to attributes of the packet flow, including the packet flow's source address, source port, destination address, and destination port; send data in the packet to the flow tracker node; obtain from the flow tracker node connection information for a connection to a server node from the plurality of server nodes mapped to the packet flow; record a mapping for the packet flow and the server node in the mappings; and forward packets in the packet flow to the server node according to the mapping; and one or more processors with associated memory that implement the flow tracker node, configured to: cause the connection to be opened to the server node for the packet flow. one or more processors with associated memory that implement an ingress node , configured to: receive a packet of a packet flow from a client ; determine that the packet flow is not currently mapped to any of a plurality of server nodes in mappings stored by the ingress node; identify a flow tracker node for the packet flow by selecting the flow tracker node from a plurality of load balancer nodes according to a consistent hash function applied to attributes of the packet flow, including the packet flow's source address, source port, destination address, and destination port; send data in the packet to the flow tracker node; obtain from the flow tracker node connection information for a connection to a server node from the plurality of server nodes mapped to the packet flow; record a mapping for the packet flow and the server node in the mappings; and forward packets in the packet flow to the server node according to the mapping; and receive a packet of a packet flow from a client ; determine that the packet flow is not currently mapped to any of a plurality of server nodes in mappings stored by the ingress node; identify a flow tracker node for the packet flow by selecting the flow tracker node from a plurality of load balancer nodes according to a consistent hash function applied to attributes of the packet flow, including the packet flow's source address, source port, destination address, and destination port; send data in the packet to the flow tracker node; obtain from the flow tracker node connection information for a connection to a server node from the plurality of server nodes mapped to the packet flow; record a mapping for the packet flow and the server node in the mappings; and forward packets in the packet flow to the server node according to the mapping; one or more processors with associated memory that implement the flow tracker node, configured to: cause the connection to be opened to the server node for the packet flow.
Conveying installation for conveying material to be conveyed , having a conveyor belt , a feeding apparatus for feeding material to be conveyed onto the conveyor belt , a belt installation in which the conveyor belt is guided, wherein the belt installation has a first belt-shaping device , by way of which the conveyor belt is shaped from a substantially flat shape into a U shape until the feeding apparatus is reached, so that the material to be conveyed is able to be introduced into the U shape, and wherein the belt installation has a second belt-shaping device , by way of which the conveyor belt is able to be shaped into a closed tube in the conveying direction after the feeding apparatus , wherein each belt-shaping device has at least three rollers shaping the conveyor belt , wherein the rollers are arranged on that surface of the conveyor belt which faces away from the material to be conveyed , characterized in that , in the conveying direction, the U shape has a cross section which is constant in relation to the conveying direction, and in that the feeding apparatus has at least one collecting region , which is configured in such a way that material to be conveyed accumulates therein and forms an impact surface onto which material to be conveyed is able to be fed. a conveyor belt , a feeding apparatus for feeding material to be conveyed onto the conveyor belt , a belt installation in which the conveyor belt is guided, wherein the belt installation has a first belt-shaping device , by way of which the conveyor belt is shaped from a substantially flat shape into a U shape until the feeding apparatus is reached, so that the material to be conveyed is able to be introduced into the U shape, and wherein the belt installation has a second belt-shaping device , by way of which the conveyor belt is able to be shaped into a closed tube in the conveying direction after the feeding apparatus , wherein each belt-shaping device has at least three rollers shaping the conveyor belt , wherein the rollers are arranged on that surface of the conveyor belt which faces away from the material to be conveyed , characterized in that , in the conveying direction, the U shape has a cross section which is constant in relation to the conveying direction, and in that the feeding apparatus has at least one collecting region , which is configured in such a way that material to be conveyed accumulates therein and forms an impact surface onto which material to be conveyed is able to be fed.
A liquid product automatic injection device , comprising interconnected distal part and proximal part, the distal part comprising: - an end sleeve - a syringe support mobile relative to the end sleeve , the syringe support being intended to carry an injection syringe fitted with a removable protection cap , the injection syringe being housed in the syringe support , - a deformable ring , this ring being elastically deformable between an immobilization configuration intended for the axial immobilization of the injection syringe in the syringe support and a passage configuration intended for the passage of the protection cap through the deformable ring , the deformable ring being kinematically connected to the syringe support , the deformable ring 40 being therefore mobile relative to the end sleeve , at least one sector of the deformable ring , preferably two diametrically opposite sectors of the deformable ring , including an axial abutment , the deformable ring being deformed axially between its immobilization and passage configurations by radial movement of the sector carrying the axial abutment , characterized in that the axial abutment is intended to cooperate with a distal shoulder of the injection syringe when the deformable ring is in the axial immobilization configuration, and in that the deformable ring comprises at least one steering radial projection for steering the deformable ring , preferably two diametrically opposite steering radial projections , carried by the sector carrying the axial abutment , this steering radial projection being intended to cooperate with a complementary surface integral with the end sleeve according to the configuration to be imposed on the deformable ring . - an end sleeve - a syringe support mobile relative to the end sleeve , the syringe support being intended to carry an injection syringe fitted with a removable protection cap , the injection syringe being housed in the syringe support , - a deformable ring , this ring being elastically deformable between an immobilization configuration intended for the axial immobilization of the injection syringe in the syringe support and a passage configuration intended for the passage of the protection cap through the deformable ring ,
A tile levelling device of the type used on a surface to level at least two adjacent tiles and comprising: - a support designed to be positioned between at least two adjacent tiles and equipped with a base designed to be positioned underneath the at least two tiles; an elongated body or rod which extends orthogonally from the base and is equipped with means for the gripping thereof consisting of an external thread ; - a pressure and levelling body designed to be removably connected to the said support by means of the elongated body or rod and comprising a structure which is endowed with a lower edge endowed with a flat support surface intended to operate in contact with at least one of the upper surfaces of the at least two adjacent tiles , the said support surface being positioned perpendicular to the central axis of the pressure body ; - whereby the pressure body may be coaxially coupled to an external rotating member , characterised in that the task of said external rotating member is to generate, on command, the rotation of the pressure body in both directions. - a support designed to be positioned between at least two adjacent tiles and equipped with a base designed to be positioned underneath the at least two tiles; an elongated body or rod which extends orthogonally from the base and is equipped with means for the gripping thereof consisting of an external thread ; - a pressure and levelling body designed to be removably connected to the said support by means of the elongated body or rod and comprising a structure which is endowed with a lower edge endowed with a flat support surface intended to operate in contact with at least one of the upper surfaces of the at least two adjacent tiles , the said support surface being positioned perpendicular to the central axis of the pressure body ; - whereby the pressure body may be coaxially coupled to an external rotating member , characterised in that the task of said external rotating member is to generate, on command, the rotation of the pressure body in both directions.
A three-dimensional scanner for acquiring three-dimensional shape information of an object by using a focusing method, comprising: a light source that emits light from an emission end face of a housing to the object; a sensor that detects light from light source reflected by the object; a variable focus lens that is provided between the object and the sensor and changes a focal position for the object; and a controller that performs control to change the focal position of the variable focus lens in a process of acquiring the three-dimensional shape information of the object, characterised in that the controller changes an amount of light from the light source , which is reflected by the object and reaches the sensor , based on the focal position of the variable focus lens . a light source that emits light from an emission end face of a housing to the object; a sensor that detects light from light source reflected by the object; a variable focus lens that is provided between the object and the sensor and changes a focal position for the object; and a controller that performs control to change the focal position of the variable focus lens in a process of acquiring the three-dimensional shape information of the object, characterised in that the controller changes an amount of light from the light source , which is reflected by the object and reaches the sensor , based on the focal position of the variable focus lens .
An apparatus for use in a User Equipment, UE, the apparatus comprising: a Wireless Local Area Network, WLAN, transceiver ; a cellular transceiver to receive from an Evolved Node B , eNB, a cellular message comprising regulatory information indicating one or more regulatory restrictions corresponding to WLAN communications over at least one WLAN frequency band, the regulatory information comprising at least an indication on whether or not WLAN active scanning is allowed over the WLAN frequency band; and a controller component configured to, based on the regulatory information, enable or disable said WLAN transceiver to perform a WLAN active scan over the WLAN frequency band; wherein the regulatory information is provided in an information element including one of: a passive scanning only indicator to indicate whether or not only passive scanning is allowed; and an active scanning allowed indicator to indicate whether or not active scanning is allowed. a Wireless Local Area Network, WLAN, transceiver ; a cellular transceiver to receive from an Evolved Node B , eNB, a cellular message comprising regulatory information indicating one or more regulatory restrictions corresponding to WLAN communications over at least one WLAN frequency band, the regulatory information comprising at least an indication on whether or not WLAN active scanning is allowed over the WLAN frequency band; and a controller component configured to, based on the regulatory information, enable or disable said WLAN transceiver to perform a WLAN active scan over the WLAN frequency band; wherein the regulatory information is provided in an information element including one of: a passive scanning only indicator to indicate whether or not only passive scanning is allowed; and an active scanning allowed indicator to indicate whether or not active scanning is allowed.
A method for printing a large surface , in particular for a surface which is located on a substrate which cannot be fed to a printing device and which can be divided in one direction into printing paths corresponding to the printing width of a print head , the print head being mounted on a first axis so as to be movable along a printing path in the vertical y-direction, wherein the first axle is mounted on a chassis movable in the horizontal x-direction, and wherein the surface is printed by sequentially printing the vertical printing paths, wherein the orthogonal distance Az0 in the horizontal z-direction, which is orthogonal to the horizontal x-direction, of a reference point of the device is determined at a plurality of points distributed over the vertical printing path to the surface to be printed and the orthogonal distance Az0 in the horizontal z-direction of the print head from the surface to be printed at the points distributed over the vertical printing path is set in each case in accordance with a previously recorded measured value, characterized in that the recorded measured values Az0 of each vertical printing path for each point measured along the printing path are combined in a control device at a specific height in the y-direction to form measurement series, wherein a trend is determined from the measured values of at least one measurement series, a steering movement of the chassis , which can be moved in the horizontal direction, being changed if the trend exceeds a previously defined threshold.
An electroluminescent (EL) device, comprising: - a substrate ; - a light-emitting area formed over the substrate and comprising first and second electrodes and one or more EL unit(s) comprising at least one light-emitting layer formed between the electrodes , wherein the light-emitting layer comprises inorganic light-emitting quantum dots in a semiconductor matrix, wherein at least one electrode comprises a transparent electrode; - a cover located over the light-emitting area; wherein either the substrate or cover is transparent and transmits light emitted from the EL unit (s) ; - a light-scattering layer located between the substrate and the cover , and being adjacent to and in contact with the transparent electrode on a side opposite the one or more EL unit(s), wherein the light-scattering layer comprises transparent, light-scattering particles characterised in that the ratio of the volume of light-scattering particles to the volume of the light-scattering layer is between 0.55 and 0.75 over a majority of the light-emitting area, and the light-scattering particles have an average maximum diameter between one half and two micrometers, and the light-scattering layer is less than one micrometer thick. - a substrate ; - a light-emitting area formed over the substrate and comprising first and second electrodes and one or more EL unit(s) comprising at least one light-emitting layer formed between the electrodes , wherein the light-emitting layer comprises inorganic light-emitting quantum dots in a semiconductor matrix, wherein at least one electrode comprises a transparent electrode; - a cover located over the light-emitting area; wherein either the substrate or cover is transparent and transmits light emitted from the EL unit (s) ; - a light-scattering layer located between the substrate and the cover , and being adjacent to and in contact with the transparent electrode on a side opposite the one or more EL unit(s), wherein the light-scattering layer comprises transparent, light-scattering particles characterised in that
A method of feeding a calf comprising: providing at least 0.816 kg (1.8 pounds) of a milk replacer by dry weight per calf per day beginning from about the time of birth for at least twenty-one days, the milk replacer comprising at least about 25 percent protein by dry weight and wherein at least about 1 percent of the protein by dry weight is a non-milk protein, wherein the non-milk protein is free of egg and egg protein, and wherein at twenty-one days from birth, the calf experiences improved performance in response to ingesting said milk replacer. providing at least 0.816 kg (1.8 pounds) of a milk replacer by dry weight per calf per day beginning from about the time of birth for at least twenty-one days, the milk replacer comprising at least about 25 percent protein by dry weight and wherein at least about 1 percent of the protein by dry weight is a non-milk protein, wherein the non-milk protein is free of egg and egg protein, and wherein at twenty-one days from birth, the calf experiences improved performance in response to ingesting said milk replacer.
A method for determining whether a Monoclonal Gammopathy of Undetermined Significance (MGUS) or Myeloma patient carries monoclonal immunoglobulin (mc Ig) which is specific for an infectious agent, wherein said method comprises a protein microarray assay comprising the steps of: a) incubating a purified monoclonal immunoglobulin biological sample of the MGUS or myeloma patient with a protein microarray comprising (a) a substrate, (b) antigens immobilized on the substrate, said antigens comprising at least one infectious agent antigen, b) detecting if said monoclonal immunoglobulin is bound to said antigens, wherein the purified monoclonal immunoglobulins have been separated from polyclonal immunoglobulins and other globulins. a) incubating a purified monoclonal immunoglobulin biological sample of the MGUS or myeloma patient with a protein microarray comprising (a) a substrate, (b) antigens immobilized on the substrate, said antigens comprising at least one infectious agent antigen, b) detecting if said monoclonal immunoglobulin is bound to said antigens,
An aqueous synthetic acid composition comprising: - lysine and hydrogen chloride in a molar ratio ranging from 1:6 to 1: 12.5. - lysine and hydrogen chloride in a molar ratio ranging from 1:6 to 1: 12.5.
Redundantly designed automation system , which has at least a first subsystem , at least a second subsystem and at least a third subsystem , wherein a sequence program is implemented in the subsystems of the automation system in each case, which can be executed in a runtime environment in order to fulfil automation tasks, and wherein a data memory is implemented in the subsystems of the automation system in each case, wherein the sequence program has at least a first subprogram and a second subprogram , and wherein the data memory in each case has at least one first submemory and a second submemory , wherein the first submemory is assigned to the first subprogram and the second submemory is assigned to the second subprogram , and wherein the automation system is designed to synchronise the first subprogram of the first subsystem with the first subprogram of the second subsystem with a first synchronisation clock and to synchronise the first submemory of the first subsystem with the first submemory of the second subsystem with the first synchronisation clock, and to synchronise the second subprogram of the first subsystem with the second subprogram of the third subsystem with a second synchronisation clock, and to synchronise the second submemory of the first subsystem with the second submemory of the third subsystem with the second synchronisation clock, wherein the first synchronisation clock and the second synchronisation clock differ from one another. wherein a sequence program is implemented in the subsystems of the automation system in each case, which can be executed in a runtime environment in order to fulfil automation tasks, and wherein a data memory is implemented in the subsystems of the automation system in each case, wherein the sequence program has at least a first subprogram and a second subprogram , and wherein the data memory in each case has at least one first submemory and a second submemory , wherein the first submemory is assigned to the first subprogram and the second submemory is assigned to the second subprogram , and wherein the automation system is designed to synchronise the first subprogram of the first subsystem with the first subprogram of the second subsystem with a first synchronisation clock and to synchronise the first submemory of the first subsystem with the first submemory of the second subsystem with the first synchronisation clock, and to synchronise the second subprogram of the first subsystem with the second subprogram of the third subsystem with a second synchronisation clock, and to synchronise the second submemory of the first subsystem with the second submemory of the third subsystem with the second synchronisation clock, wherein the first synchronisation clock and the second synchronisation clock differ from one another.