mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a vehicle (100; 101) to determine a route section, the method comprising operating the vehicle (100;101) in an automated driving mode; determining an exceptional traffic situation; transmitting information related to the exceptional traffic situation to a network component using a mobile communication system ; and receiving information related to driving instructions for the route section to overcome the exceptional traffic situation from the network component , wherein the receiving of the driving instructions comprises tele-operating the vehicle along the route section to overcome the exceptional traffic situation, wherein the method further comprises providing information related to an environmental model of the vehicle (100; 101), information related to vehicle data, and information related to video data to the network component in addition to the information related to the exceptional traffic situation, characterized in that , during a first period of fully tele-operating, the method comprises transmitting video data with a first higher data rate from the vehicle to the network component and wherein, during a second period of partially tele-operating, the method comprises transmitting video data with a second lower data rate from the vehicle to the network component, and during the second period of partially tele-operating, the method comprises receiving information related to a partial route section from the network component and wherein the partially tele-operating is supported by at least partially maneuvering the vehicle along the partial route section automatically. operating the vehicle (100;101) in an automated driving mode; determining an exceptional traffic situation; transmitting information related to the exceptional traffic situation to a network component using a mobile communication system ; and receiving information related to driving instructions for the route section to overcome the exceptional traffic situation from the network component , wherein the receiving of the driving instructions comprises tele-operating the vehicle along the route section to overcome the exceptional traffic situation, wherein the method further comprises providing information related to an environmental model of the vehicle (100; 101), information related to vehicle data, and information related to video data to the network component in addition to the information related to the exceptional traffic situation, characterized in that , during a first period of fully tele-operating, the method comprises transmitting video data with a first higher data rate from the vehicle to the network component and wherein, during a second period of partially tele-operating, the method comprises transmitting video data with a second lower data rate from the vehicle to the network component, and during the second period of partially tele-operating, the method comprises receiving information related to a partial route section from the network component and wherein the partially tele-operating is supported by at least partially maneuvering the vehicle along the partial route section automatically.
A method for managing caching for a content delivery system , the method comprising: receiving , by a business logic agent from a caching agent , a content request indicating that the caching agent is requesting content data for a client, wherein the business logic agent and the caching agent are operatively coupled via a network; filling , by the business logic agent, the content data in a first cache storage of the business logic agent, wherein the content data is received from an upstream node of the content delivery system; providing , by the business logic agent, the cached content data to the caching agent; and while a second cache storage of the caching agent is being filled with the content data, maintaining , by the business logic agent, the cached content data in response to receiving additional content requests from the caching agent, wherein the additional content requests indicate that the caching agent is requesting the same content data for additional clients; wherein the content delivery system is a content delivery network , CDN; the business logic agent and the caching agent are on a same edge node of the CDN; the upstream node is an origin server that stores the content data or a node (140 between the edge node and the origin node in the CDN that stores the content data; and the network is a local host connection. receiving , by a business logic agent from a caching agent , a content request indicating that the caching agent is requesting content data for a client, wherein the business logic agent and the caching agent are operatively coupled via a network; filling , by the business logic agent, the content data in a first cache storage of the business logic agent, wherein the content data is received from an upstream node of the content delivery system; providing , by the business logic agent, the cached content data to the caching agent; and while a second cache storage of the caching agent is being filled with the content data, maintaining , by the business logic agent, the cached content data in response to receiving additional content requests from the caching agent, wherein the additional content requests indicate that the caching agent is requesting the same content data for additional clients; wherein the content delivery system is a content delivery network , CDN; the business logic agent and the caching agent are on a same edge node of the CDN; the upstream node is an origin server that stores the content data or a node (140 between the edge node and the origin node in the CDN that stores the content data; and the network is a local host connection.
A scope for examining or surgically treating ears comprising: at least one camera ; and a stabilizer for supporting the camera in or on the stabilizer , the stabilizer being configured to stabilize the scope in an ear canal wherein the scope is configured to maintain its centre of gravity within a volume contained within the stabilizer ; wherein the camera is provided on a probe mountable on the stabilizer at a probe mounting ; the stabilizer comprises a speculum holder and a detachable or integrated speculum ; characterised in that : the centre of gravity of the scope is located within a volume contained within the speculum by a balancing weight to balance the weight of the probe . at least one camera ; and a stabilizer for supporting the camera in or on the stabilizer , the stabilizer being configured to stabilize the scope in an ear canal wherein the scope is configured to maintain its centre of gravity within a volume contained within the stabilizer ;
An infrared external photoemissive detector, comprising: an n-p heterojunction comprising an n-type semiconductor layer and a p-layer; the p-layer is a p-type diamond film, characterized by the n-layer semiconductor comprising doped silicon embedded with nanoparticles forming Schottky barriers. an n-p heterojunction comprising an n-type semiconductor layer and a p-layer; the p-layer is a p-type diamond film, characterized by the n-layer semiconductor comprising doped silicon embedded with nanoparticles forming Schottky barriers.
Cover for a floor opening near a curb stone , - having a cover body with a top side and a bottom side , - wherein the top side has a traffic surface and - has at the edge an elongated platform surface of an elongated platform , - wherein the platform surface is arranged higher than the traffic surface , - and having a frame , - into which the cover body can be laid and out of which the cover body can be removed, characterised in that - between the cover body and the frame is formed at least one detent connection when the cover body is laid into the frame , - wherein the detent connection is arranged below the traffic surface - and has at least one flexurally elastic detent element - and a detent element receptacle . - having a cover body with a top side and a bottom side , - wherein the top side has a traffic surface and - has at the edge an elongated platform surface of an elongated platform , - wherein the platform surface is arranged higher than the traffic surface , - and having a frame , - into which the cover body can be laid and out of which the cover body can be removed, - between the cover body and the frame is formed at least one detent connection when the cover body is laid into the frame , - wherein the detent connection is arranged below the traffic surface - and has at least one flexurally elastic detent element - and a detent element receptacle .
A tie layer composition comprising functionalized polyethylene, styrene block copolymer, base polyethylene, and antioxidant co-stabilizers, wherein the antioxidant co-stabilizers comprise at least one oxygen scavenger, at least one peroxy free radical scavenger, and at least one alkyl free radical scavenger comprising an acrylate.
A shelf-stable aqueous composition, comprising: (a) an aqueous dispersion of an anionically stabilized polymer selected from an acrylic (co)polymer, an acrylic modified polyurethane, or mixtures thereof, (b) a water soluble polyfunctional amine polymer, and (c) a suspension or dispersion of a phyllosilicate in a volatile base, wherein the concentration of the phyllosilicate is from 1% to 18% by weight, based on the total weight of the suspension or dispersion, and wherein the volatile base is used in an amount such that the composition has a pH wherein substantially all the polyfunctional amine polymer is in a non-ionic state, and wherein the shelf-stable aqueous composition has shelf stability of at least 3 months when stored at room temperature (23 ± 2 °C). (a) an aqueous dispersion of an anionically stabilized polymer selected from an acrylic (co)polymer, an acrylic modified polyurethane, or mixtures thereof, (b) a water soluble polyfunctional amine polymer, and (c) a suspension or dispersion of a phyllosilicate in a volatile base, wherein the concentration of the phyllosilicate is from 1% to 18% by weight, based on the total weight of the suspension or dispersion, and wherein the volatile base is used in an amount such that the composition has a pH wherein substantially all the polyfunctional amine polymer is in a non-ionic state, and wherein the shelf-stable aqueous composition has shelf stability of at least 3 months when stored at room temperature (23 ± 2 °C).
Jet engine having a connection apparatus and having at least one operating medium device which has a first fluid region and a second fluid region , wherein the jet engine is attachable to an element of an aircraft either in a first installation position or in at least one second installation position, wherein, in the first installation position, the first fluid region is assigned to a first functionality and, in the first installation position, the second fluid region is assigned to a second functionality, characterized in that , in the second installation position, the fluid regions are assigned to the respective other functionality.
An extruded oriental noodle, consisting of a starch and water, characterized in that the starch used in the preparation of the noodle is low cross-linked pea starch, the phosphorus content of said low cross-linked pea starch being between 5 mg to 10 mg per kg of crude starch.
A device comprising a tray filled with gel, a robotic arm , injection means , the robotic arm being capable of modifying the position and/or the orientation of the injection means relative to the tray , the device including first supply means comprising an oblong connector having a first end and a second end , first connecting means mechanically connecting the first end with the first supply means and second connecting means mechanically connecting the second end with the injection means , the mechanical connection, which is implemented by at least one of the first and second connecting means, being removable, characterised in that the connector has a cross section forming an ovoid.
Method for balancing the load in a communication network, which method is carried out in a computing unit and comprises: capturing mobility data relating to at least one terminal (D4), wherein the mobility data indicate one or more future positions (K1, K2, K3, K4) of the terminal (D4) in one or more predetermined periods of time, wherein the mobility data also comprise at least one probability value which indicates the probability with which the terminal (D4) will be at one of the one or more positions (K1, K2, K3, K4) at the predetermined time, and determining a load level of a first access point (AP1) of the communication network at least on the basis of parameters of the services which are made available to terminals (D1, D2, D3) by the access point, and additionally determining a load level of the first access point (AP1) at a future time on the basis of the captured mobility data for at least one terminal and on the basis of parameters of the services which are presumably intended to be provided for the at least one terminal (D4) by the access point at the future time, wherein a future load caused by the terminal (D4) is weighted with the probability value of the mobility data; and, if the load level of the first access point (AP1) is above a predefined first threshold value at the present time or at a future time, preparing for a transfer of at least one service for the first terminal to a second access point from one or more adjacent access points (AP2, AP3), wherein the coverage areas of the adjacent access points (AP2, AP3) at least partially overlap the coverage area of the first access point (AP1) and therefore form an overlapping area . determining a load level of a first access point (AP1) of the communication network at least on the basis of parameters of the services which are made available to terminals (D1, D2, D3) by the access point, and additionally determining a load level of the first access point (AP1) at a future time on the basis of the captured mobility data for at least one terminal and on the basis of parameters of the services which are presumably intended to be provided for the at least one terminal (D4) by the access point at the future time, wherein a future load caused by the terminal (D4) is weighted with the probability value of the mobility data; and, if the load level of the first access point (AP1) is above a predefined first threshold value at the present time or at a future time, preparing for a transfer of at least one service for the first terminal to a second access point from one or more adjacent access points (AP2, AP3), wherein the coverage areas of the adjacent access points (AP2, AP3) at least partially overlap the coverage area of the first access point (AP1) and therefore form an overlapping area .
Flexible packaging for solid waste with a capacity greater than 5 m 3 , consisting of a mechanically strong outer shell and an inner shell , the inner shell and the outer shell each defining a pocket and each comprising a cover that can be closed on the corresponding pocket by fastening means, characterized in that the inner shell is dust-tight and in that the packaging further comprises at least one flap extending from the top peripheral edge of the packaging , the flap being interposed between the cover of the inner shell and the cover of the outer shell when the packaging is closed, the flap being dimensioned so as to cover the fastening means of the inner cover and being provided with fixing means for fixing onto the inner cover when in its position covering the fastening means, so as to seal the closure of the inner cover on the inner pocket .
A generator comprises as a first part a stack of disc-like annular rotors (33-36) spaced one from the other and coaxially located upon and rotating with an elongate central member each rotor (33-36) having an inner annular portion and an outer annular portion, the outer annular portion bearing and/or comprising a magnetic annulus, one or more spacers (37-39) being coaxially mounted around the elongate central member in between the inner annular portions of each rotor (33-36) and abutting against them in such manner such as to brace them to remain orthogonal to the longitudinal axis of the assembly as well as providing the required spacing therebetween, and a plurality of the bolts passing through the first part and holding the spacers (37-39) in contact with the rotors (33-36), and as a second part, a stack of annular stators interposed between the rotors (33-36) and mounted over the spacers (37-39) but having an inner clearance diameter greater than that of the outer diameter of the portion of spacer over which they are located, the first part further comprising outer discs sandwiching the rotors (33-36) and the spacers (37-39) and transferring torque from the rotors (33-36) to the elongate central member via the bolts, characterised in that the diameter of the cross section of the spacers (37-39) at a longitudinal position corresponding to a stator is less than the diameter of portions of spacers (37-39) pressing against sides of the rotors (33-36).
An aluminum alloy comprising ≥1.5 % Mg, ≤ 0.8 % Cu, ≤ 0.5 % Fe, ≤ 0.4 % Mn, 0.2 - 0.4 % Si, ≤ 0.5 % Zn, and ≤ 0.25 % Cr by weight, the remainder being Al and unavoidable impurities, produced by a process comprising cold-rolling to a final gauge and solutionizing at temperatures above 480°C, wherein the process comprises T4 temper.
Picking robot having a movable base with a front side facing a conveyor system during operation and a gripper arm arranged upright on the base and projecting towards the front side for picking goods at a goods-to-person picking workstation , at least one support arm attached to the base independently of the gripper arm in a mounting position for supporting at least one camera for capturing image data for the order picking process, wherein the support arm is arranged behind the gripper arm with respect to the direction of the front side and projects, with regard to the mounting position located in the rear region of the base , over the front side, so that the camera is arranged in front of the front side of the base approximately centrally above source and/or target containers on the conveyor system and in front of the front side of the base , and the support arm projects in height beyond the gripper arm in at least one operating configuration with an upright first member and a horizontal second member , characterised in that in the at least one operating configuration, the camera is arranged in front of the free end of the gripper arm in the vertical direction and at least 40-60 cm in front of the front side of the base , and in that the support arm projects above the gripper arm by 10-30 cm in height in the at least one operating configuration with upright first member and horizontal second member , and wherein locking means are provided for locking the base in a predetermined position relative to the conveyor system at the front side of the base , which in operation faces the conveyor system of the picking workstation . at least one support arm attached to the base independently of the gripper arm in a mounting position for supporting at least one camera for capturing image data for the order picking process, wherein the support arm is arranged behind the gripper arm with respect to the direction of the front side and projects, with regard to the mounting position located in the rear region of the base , over the front side, so that the camera is arranged in front of the front side of the base approximately centrally above source and/or target containers on the conveyor system and in front of the front side of the base , and the support arm projects in height beyond the gripper arm in at least one operating configuration with an upright first member and a horizontal second member , characterised in that in the at least one operating configuration, the camera is arranged in front of the free end of the gripper arm in the vertical direction and at least 40-60 cm in front of the front side of the base , and in that the support arm projects above the gripper arm by 10-30 cm in height in the at least one operating configuration with upright first member and horizontal second member , and wherein locking means are provided for locking the base in a predetermined position relative to the conveyor system at the front side of the base , which in operation faces the conveyor system of the picking workstation .
A regenerative heat exchange apparatus comprising: - a heat storage tank ; - a heat storage material disposed inside the heat storage tank , the heat storage material having a heat storage capability and a heat rejection capability; - a liquid passage covered by the heat storage material inside the heat storage tank , the liquid passage having a first straight pipe portion through which a liquid flows horizontally; and - a heat medium passage covered by the heat storage material inside the heat storage tank , the heat medium passage being adjacent to and in a set with the liquid passage , the heat medium passage having a second straight pipe portion through which a heat medium flows horizontally, the heat medium being at a temperature higher than the liquid, characterised in that - the heat storage material has a higher density in solid state than in liquid state, - the liquid flowing in the first straight pipe portion obtains heat from the heat storage material and solidifies the heat storage material in liquid state, the heat medium in the second straight pipe portion gives heat to the heat storage material and melts the heat storage material in solid state, wherein the first straight pipe portion is located vertically lower than the second straight pipe portion , that is in a set with the first straight pipe portion . - a heat storage tank ; - a heat storage material disposed inside the heat storage tank , the heat storage material having a heat storage capability and a heat rejection capability; - a liquid passage covered by the heat storage material inside the heat storage tank , the liquid passage having a first straight pipe portion through which a liquid flows horizontally; and - a heat medium passage covered by the heat storage material inside the heat storage tank , the heat medium passage being adjacent to and in a set with the liquid passage , the heat medium passage having a second straight pipe portion through which a heat medium flows horizontally, the heat medium being at a temperature higher than the liquid, - the heat storage material has a higher density in solid state than in liquid state, - the liquid flowing in the first straight pipe portion obtains heat from the heat storage material and solidifies the heat storage material in liquid state, the heat medium in the second straight pipe portion gives heat to the heat storage material and melts the heat storage material in solid state,