mhurhangee/patent-ind-claim-en huggingface dataset:
A plumbing arrangement comprising a pre-insulated pipe section , the pre-insulated pipe section comprising a pipe and a thermal insulation layer of rigid foam molded to surround the pipe, wherein the pre-insulated pipe section comprises fasteners made of rigid material fixedly connected to the insulation layer as integral parts for connecting the pre-insulated pipe section to another structure; characterized in that the fastener comprises a baseplate comprising perforations which form passageways for the uncured foam during molding for securing the baseplate to the rigid foam, when cured, and a fastening member arranged to the baseplate for connecting the pre-insulated pipe section to another structure.
An electrical coupling for transferring electrical signals between a camera head and a cable, comprising a first coupling part associated with the camera head and a second coupling part associated with the cable and connectable to the first coupling part for establishing contact between connectors of the first and second coupling part , wherein the first coupling part comprises a first connection position configured for reception of the second coupling part , wherein the first coupling part comprises a second connection position configured for reception of the second coupling part , wherein the first connection position is configured for reception of the second coupling part by insertion along a first axis (X1) associated with the first coupling part , and wherein the second connection position is configured for reception of the second coupling part by insertion along a second axis (X2) associated with the first coupling part, the second axis (X2) being perpendicular to the first axis (X1) wherein the connectors of the first and second connector part comprises dot shaped connectors and elongated connectors , wherein one of the first coupling part and the second coupling part comprises the dot shaped connectors , and the other one of the first coupling part and the second coupling part comprises the elongated connectors , wherein connectors of the first coupling part are arranged in a wall section of the first coupling part facing the connectors of the second coupling part when the second coupling part is arranged in the first or second connection position wherein each dot shaped connector is associated with a unique one of the elongated connectors , and wherein the connectors are arranged such that each dot shaped connector connects with the unique associated elongated connector in both the first connection position and the second connection position .
Method for assessing a position of a vehicle, in particular an autonomously guided vehicle, by means of an apparatus for determining a position of a vehicle, having an antenna for receiving satellite navigation data from a global satellite navigation system (GNSS), at least one processing unit for processing the received satellite navigation data, and a secure safety unit for the secure processing of data, having the steps of: - transmitting a first absolute position determined by a first processing unit to the safety unit, - receiving the satellite navigation data by means of the safety unit, - determining a second absolute position on the basis of the satellite navigation data by means of the safety unit, - comparing the first absolute position with the second absolute position by means of the safety unit, and - assessing the first absolute positions on the basis of the deviation from the second absolute position or vice versa by means of the safety unit, wherein at least that part of the safety unit which determines the second absolute position is in the form of a safety unit which is secure in terms of software and/or hardware, wherein the safety unit is in the form of an independent microcontroller, and wherein the microcontroller is designed to meet the requirements of ASIL A, B, C or D according to ISO 26262. - transmitting a first absolute position determined by a first processing unit to the safety unit, - receiving the satellite navigation data by means of the safety unit, - determining a second absolute position on the basis of the satellite navigation data by means of the safety unit, - comparing the first absolute position with the second absolute position by means of the safety unit, and - assessing the first absolute positions on the basis of the deviation from the second absolute position or vice versa by means of the safety unit,
Decorative element , wherein the decorative element has a microstructure which generates an optical effect in incident light and/or in transmitted light, wherein the microstructure has a base area and several base elements in a first region , which in each case have an increased or reduced element area in comparison to the base area , and an edge arranged between the element area and the base area , wherein the base area of the microstructure defines a base plane spanned by coordinate axes x and y, wherein the element areas of the base elements respectively run substantially parallel to the base plane, wherein in at least one or several first zones of the first region , the element areas of the base elements and the base area are spaced apart by a first distance in a direction running perpendicular to the base plane in the direction of a coordinate axis z, said distance being selected in such a way that, due to interference of the light reflected on the base area and the element areas, in incident light and/or, due to interference of the light transmitted through the element areas and the base areas, in transmitted light, a colour is generated in the one or several first zones , wherein the formation and/or positioning of the base elements in the first region or in at least one first section of the first region is pseudo-randomly varied, wherein the microstructure is designed in such a way that it generates the colour in the first diffraction order or in scattered light, wherein in the first region or in the at least one first section of the first region, one or several of the parameters: positioning of the base element , spacing apart of the base element from the nearest adjacent base element, shape- and/or area size of the projection of the base element onto the base plane and lateral preferential direction of the projection of the base element onto the base plane of the base elements arranged in the first region or in the at least one first section, is varied pseudo-randomly within a respective variation range pre-defined for the first region or respective first section, characterised in that the variation ranges are selected as follows: variation range for the parameter spacing of the base elements from the nearest adjacent base element: 0.4 μm to 50 μm, and/or variation range of the parameter area size of the projection of the base element onto the base plane: variation at least of a lateral dimension of the projection of the base element onto the base planes in a variation range of from 0.5 μm to 30 μm, wherein the spacing apart of the base elements from the nearest adjacent base element and/or at least one lateral dimension of the projection of the base element onto the base plane is or are pseudo-randomly varied.
A method performed in a network node for assisting a communication device to perform handover from a serving cell to a target cell in a communication network , wherein the network node is a serving node for the communication device in the serving cell , the method comprising: obtaining a first round trip time between the network node and an application server residing in an IP network; obtaining a second round trip time between a target node in the target cell and the server ; instructing the communication device to perform handover from the serving cell to the target cell if the first round trip time is longer than the second round trip time or if the second round trip time is longer than the first round time but shorter than a pre-determined threshold and a signal quality of the target cell is better than the serving cell . obtaining a first round trip time between the network node and an application server residing in an IP network; obtaining a second round trip time between a target node in the target cell and the server ; instructing the communication device to perform handover from the serving cell to the target cell if the first round trip time is longer than the second round trip time or if the second round trip time is longer than the first round time but shorter than a pre-determined threshold and a signal quality of the target cell is better than the serving cell .
Iron comprising an ironing surface, a heating soleplate for heating the ironing surface and a steam generation chamber , the heating soleplate comprising a first electrical resistance arranged directly above a so-called hot zone of the ironing surface, the steam generation chamber being provided in a heating body comprising a second electrical resistance , the steam generation chamber being arranged directly above a so-called cold zone of the ironing surface comprising steam outlet holes , the steam outlet holes being supplied by a steam diffusion chamber provided outside the steam generation chamber in a cavity formed between the steam generation chamber and the cold zone of the ironing surface, characterised in that the entire ironing surface is carried by an underside of a cap , in one piece, which is attached under the heating soleplate or by an underside of the heating soleplate .
A microfluidic cartridge , for use in a cytometer having a sliding cartridge slot and an array of light sources with associated optics and an array of light detectors with associated optics, the microfluidic cartridge comprising: a plurality of layers between a broad surface and an opposite general surface ; a counter-sunk opening sunk below the broad surface; a flow channel situated within thin layers close to the general surface and close to a top surface of the counter-sunk opening; characterized in that : some of the material from the broad surface at an edge of the counter-sunk opening has been removed to make a clearance at a new surface for a detector cone , to eliminate an obstruction that may prevent some light having significant data from being detected from the detector cone. a plurality of layers between a broad surface and an opposite general surface ; a counter-sunk opening sunk below the broad surface; a flow channel situated within thin layers close to the general surface and close to a top surface of the counter-sunk opening;
Hot-gas-generating apparatus for reacting a propellant, the hot-gas generating apparatus comprising a combustion chamber ; at least one injector arranged in front of the combustion chamber , that injector being able to block the propellant supply towards the combustion chamber , and that injector incorporating electrodes ; and at least one supply line for the propellant; wherein the propellant is a monergolic propellant and a substantially anhydrous ionic solution of very low vapor pressure, with a residual water content of less than five percent by mass, and the capability of self-sustained combustion at a given combustion chamber pressure; the electrodes comprise at least two electrodes of opposite polarity capable of electrically igniting the propellant by an electric current passing through the propellant when the propellant passes between the electrodes of opposite polarity; and for blocking the propellant supply towards the combustion chamber , an automatically sealing injector head is situated between the combustion chamber and the injector, wherein said injector head can only be passed by the propellant above a crack-pressure on the injector side that represents an overpressure relative to the combustion chamber pressure, which causes a sealing effect below the crack-pressure on the injector side. a combustion chamber ; at least one injector arranged in front of the combustion chamber , that injector being able to block the propellant supply towards the combustion chamber , and that injector incorporating electrodes ; and at least one supply line for the propellant; wherein the propellant is a monergolic propellant and a substantially anhydrous ionic solution of very low vapor pressure, with a residual water content of less than five percent by mass, and the capability of self-sustained combustion at a given combustion chamber pressure; the electrodes comprise at least two electrodes of opposite polarity capable of electrically igniting the propellant by an electric current passing through the propellant when the propellant passes between the electrodes of opposite polarity; and for blocking the propellant supply towards the combustion chamber , an automatically sealing injector head is situated between the combustion chamber and the injector, wherein said injector head can only be passed by the propellant above a crack-pressure on the injector side that represents an overpressure relative to the combustion chamber pressure, which causes a sealing effect below the crack-pressure on the injector side.
A multipath scheduler device for scheduling data traffic for transmission via at least one first type data path and at least one second type data path , the multipath scheduler device comprising: at least one first type data path ; at least one second type data path ; and a scheduler configured to schedule part of the data traffic for transmission via the at least one first type data path and schedule part of the data traffic for delayed transmission via the at least one second type data path when a bursty traffic pattern of the data traffic is detected, wherein the part of the data traffic scheduled for delayed transmission via the at least one second type data path is at least a first part of the data traffic overflowing a capacity threshold of the at least one first type data path, and wherein when the bursty traffic pattern is detected , the scheduler is further configured to: delay access to the second type data path based on a trigger or an access limitation function, and buffer and schedule for transmission at a later time via the at least one first type data path at least a second part of the data traffic overflowing the capacity threshold of the at least one first type data path. at least one first type data path ; at least one second type data path ; and a scheduler configured to schedule part of the data traffic for transmission via the at least one first type data path and schedule part of the data traffic for delayed transmission via the at least one second type data path when a bursty traffic pattern of the data traffic is detected, wherein the part of the data traffic scheduled for delayed transmission via the at least one second type data path is at least a first part of the data traffic overflowing a capacity threshold of the at least one first type data path, and wherein when the bursty traffic pattern is detected , the scheduler is further configured to: delay access to the second type data path based on a trigger or an access limitation function, and buffer and schedule for transmission at a later time via the at least one first type data path at least a second part of the data traffic overflowing the capacity threshold of the at least one first type data path. delay access to the second type data path based on a trigger or an access limitation function, and buffer and schedule for transmission at a later time via the at least one first type data path at least a second part of the data traffic overflowing the capacity threshold of the at least one first type data path.
Detection device (DD) for a system (S) comprising a closed space (EF) with a metallic environment and comprising at least one object provided with a wave transmitter/receiver identification element (EI), said device (DD) comprising an identification reader (LI) exchanging messages with said identification element (EI), via at least one antenna (AER) transmitting/receiving waves and intended to be installed in said closed space ( EF), in order to detect its presence, characterized in that it further comprises at least one metasurface ( MSj ) intended to be installed in said closed space (EF) and configured so as to reflect according to at least a first chosen law of waves coming from said antenna (AER) and intended for said identification element (EI) and according to at least a second chosen law of waves coming from said identification element (EI) and intended for said antenna (AER), and in that each metasurface ( MSj ) is configurable, and in that it comprises a calculator (CA) comprising at least one processor (PR) and at least one memory (MD) arranged to carry out the operations consisting of determining each first law and each second law as a function of said metallic environment and a configuration of said closed space (EF), then to determine each configuration of said configurable metasurface ( MSj ) as a function of said first and second determined laws, then to trigger an establishment of each configuration by said metasurface configurable ( MSj ).
An oral care composition, comprising: an orally acceptable carrier; from 0.5 to 3% by weight zinc phosphate; from 0.05 to 11% by weight stannous fluoride; from 1 to 8% by weight alkali phosphate salts selected from sodium phosphate dibasic, potassium phosphate dibasic, dicalcium phosphate dihydrate, tetrasodium pyrophosphate, tetrapotassium pyrophosphate, calcium pyrophosphate, sodium tripolyphosphate, and mixtures of any two or more of these, relative to the weight of the oral care composition; and a silica abrasive; and wherein the amount of the water is 12% by weight or more, relative to the weight of the oral care composition. an orally acceptable carrier; from 0.5 to 3% by weight zinc phosphate; from 0.05 to 11% by weight stannous fluoride; from 1 to 8% by weight alkali phosphate salts selected from sodium phosphate dibasic, potassium phosphate dibasic, dicalcium phosphate dihydrate, tetrasodium pyrophosphate, tetrapotassium pyrophosphate, calcium pyrophosphate, sodium tripolyphosphate, and mixtures of any two or more of these, relative to the weight of the oral care composition; and a silica abrasive; and
A resource management method, comprising: encapsulating , by a resource manager RM, according to a type and a quantity of application masters AMs that need to be started in advance of receiving a job submitted by a client, resources that are registered by a node manager NM into multiple containers matching the AMs that need to be started in advance; starting, by the RM, the AMs that need to be started in advance in the matching containers; when receiving the job submitted by the client, checking , by the RM, in the AMs that have been started in advance and according to information about the job, whether there is a matching AM to be used to execute the job, if there is a matching AM to be used to execute the job, submitting the job to the matching AM for execution; recording, by the RM, information about the AMs, wherein the information comprises host names, IP addresses, port numbers, application types and statuses of the AMs; and checking, by the RM, whether the AMs are in a normal state, and if there is an AM among the AMs in an abnormal state, reallocating a resource to start the AM that has failed. encapsulating , by a resource manager RM, according to a type and a quantity of application masters AMs that need to be started in advance of receiving a job submitted by a client, resources that are registered by a node manager NM into multiple containers matching the AMs that need to be started in advance; starting, by the RM, the AMs that need to be started in advance in the matching containers; when receiving the job submitted by the client, checking , by the RM, in the AMs that have been started in advance and according to information about the job, whether there is a matching AM to be used to execute the job, if there is a matching AM to be used to execute the job, submitting the job to the matching AM for execution; recording, by the RM, information about the AMs, wherein the information comprises host names, IP addresses, port numbers, application types and statuses of the AMs; and checking, by the RM, whether the AMs are in a normal state, and if there is an AM among the AMs in an abnormal state, reallocating a resource to start the AM that has failed.
An LED circuit configuration with a plurality of LED strings connected in parallel which are provided to be supplied by a common operating device , wherein one or more LED strings branch in sections into a greater or smaller number of parallel LED strings characterized in that the branching of the LED strings is such that current always runs through an identical number of LEDs , irrespective of the path via which current runs from an input point to an output point of the LED circuit configuration , wherein all the LEDs are substantially identical.
A button mechanism for a top mount for toilets, comprising a button body , a first elastic piece , a second elastic piece , a connecting rod and a switch contact , the connecting rod is connected with the switch contact , the button body is connected with the connecting rod , the first elastic piece and the second elastic piece are respectively located on two sides of the connecting rod , and the first elastic piece and the second elastic piece support two ends of the button body ; wherein the first elastic piece is provided with a first extension part and a second extension part , the second elastic piece is provided with a third extension part and a fourth extension part , and wherein both the first and the second elastic piece each comprise a U-like structure in a longitudinal vertical section with each of the first extension part and the second extension part and with each of the third extension part and the fourth extension part , surrounding a body of the first and the second elastic piece , respectively, the first extension part and the second extension part and/or the third extension part and the fourth extension part are lapped on a button base plate after being bent, thus sealing a through-hole of a button base plate , extending towards a position below the button baseplate and then overturning towards the button base plate .
A circulating dynamic vehicle viewing system comprising: a first circulating dynamic vehicle ; a second circulating dynamic vehicle ; a drive device used for driving the circulating dynamic vehicles in motion; a first rocking platform and a second rocking platform used for controlling the circulating dynamic vehicles in reciprocating motion; wherein the first rocking platform and the second rocking platform are each provided with several independent motion platform apparatuses used for securing the circulating dynamic vehicles ; wherein the independent motion platform apparatuses are provided with an airbag apparatus used for controlling an up and down movement of the circulating dynamic vehicles ; characterized in that the independent motion platform apparatus is a recess arrangement on the rocking platform, the airbag apparatus is arranged at a recess portion of the independent motion platform apparatus , when the circulating dynamic vehicle travels to the independent motion platform apparatus , the independent motion platform apparatus would lock out wheels of the circulating dynamic vehicle , then the circulating dynamic vehicle can be moved upward, downward, leftward, rightward, forward, backward via an up and down movement of the airbag apparatus and a reciprocating motion of the rocking platform.