mhurhangee/patent-ind-claim-en huggingface dataset:
A method for evaluating a battery value, comprising: applying a predetermined charge/discharge current pattern to a battery; obtaining a highest SOC value and a lowest SOC value when the predetermined charge/discharge current pattern is applied to the battery; calculating a first width between the highest SOC value and the lowest SOC value; detecting, by referring to a preset SOC-vs-charge current curve, a first SOC value in a case that the battery is charged with a first current value detected at the time immediately before reaching the highest SOC value, the preset SOC-vs-charge current curve being obtained by measuring characteristics of the battery and plotting a maximal current that enables charge based on a SOC of the battery; detecting, by referring to a preset SOC-vs-discharge current curve, a second SOC value in a case that the battery is discharged with a second current value detected at the time immediately before reaching the lowest SOC value, the preset SOC-vs-discharge current curve being obtained by measuring the characteristics of the battery and plotting a maximal current that enables discharge based on the SOC of the battery; calculating a second width between the first SOC value and the second SOC value; and determining that the battery reaches end of life, when the second width is smaller than the first width. applying a predetermined charge/discharge current pattern to a battery; obtaining a highest SOC value and a lowest SOC value when the predetermined charge/discharge current pattern is applied to the battery; calculating a first width between the highest SOC value and the lowest SOC value; detecting, by referring to a preset SOC-vs-charge current curve, a first SOC value in a case that the battery is charged with a first current value detected at the time immediately before reaching the highest SOC value, the preset SOC-vs-charge current curve being obtained by measuring characteristics of the battery and plotting a maximal current that enables charge based on a SOC of the battery; detecting, by referring to a preset SOC-vs-discharge current curve, a second SOC value in a case that the battery is discharged with a second current value detected at the time immediately before reaching the lowest SOC value, the preset SOC-vs-discharge current curve being obtained by measuring the characteristics of the battery and plotting a maximal current that enables discharge based on the SOC of the battery; calculating a second width between the first SOC value and the second SOC value; and determining that the battery reaches end of life, when the second width is smaller than the first width.
A wireless communications device , comprising: a user interface configured to receive user input data; a memory configured to store an application module ; a controller configured to execute the application module to: receive the user input data from the user interface ; request, from a communications network , information indicative of a bearer service selected from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in the communications network ; receive a command signal from the network identifying the selected bearer service; responsive to receiving the command signal, switch to the selected bearer service; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and a transceiver configured to transmit the one or more messages to the SNS server over the selected bearer service. a user interface configured to receive user input data; a memory configured to store an application module ; a controller configured to execute the application module to: receive the user input data from the user interface ; request, from a communications network , information indicative of a bearer service selected from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in the communications network ; receive a command signal from the network identifying the selected bearer service; responsive to receiving the command signal, switch to the selected bearer service; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and receive the user input data from the user interface ; request, from a communications network , information indicative of a bearer service selected from a plurality of bearer services to carry the user input data to a Social Networking Service, SNS, server in the communications network ; receive a command signal from the network identifying the selected bearer service; responsive to receiving the command signal, switch to the selected bearer service; and convert the user input data into one or more messages according to a protocol associated with the selected bearer service; and a transceiver configured to transmit the one or more messages to the SNS server over the selected bearer service.
A household appliance comprising a network card providing a connection to a wireless local area network WLAN, and a memory unit that is disposed on the network card and that contains ID information, protocols and configuration data comprising software modules, characterized by further comprising a control card that provides serial communication with the network card ; wherein the memory unit of the network card is installed by the user or under the supervision of the user according to the information received from the control card .
A method for treating an aqueous fluid resulting from a fluorine-containing polymer production step , the method comprising: separating the aqueous fluid into a solid component and a filtrate using diatomaceous earth as a filter aid, wherein the aqueous fluid comprises a fluorine-containing surfactant, a solid component comprising at least one of an uncoagulated polymer and a particulate polymer, the separation comprising adding the filter aid at a concentration of 1 to 10000 ppm to the aqueous fluid and contacting the aqueous fluid with a filter aid retaining member on which a layer of the filter aid with a thickness of 0.5 to 10 mm was formed prior to the filtration; and then separating the filtrate into a permeated liquid and a concentrated liquid using a filtration membrane. separating the aqueous fluid into a solid component and a filtrate using diatomaceous earth as a filter aid, wherein the aqueous fluid comprises a fluorine-containing surfactant, a solid component comprising at least one of an uncoagulated polymer and a particulate polymer, the separation comprising adding the filter aid at a concentration of 1 to 10000 ppm to the aqueous fluid and contacting the aqueous fluid with a filter aid retaining member on which a layer of the filter aid with a thickness of 0.5 to 10 mm was formed prior to the filtration; and then separating the filtrate into a permeated liquid and a concentrated liquid using a filtration membrane.
A scraping roller for scraping the skin side of an animal pelt such as a mink pelt, wherein the scraping roller comprises a plurality of scraping teeth arranged longitudinally on the outer surface of the scraping roller , wherein the scraping roller comprises an inner structure provided with a plurality of groove structures allowing insert members formed as scraping teeth to be detachably inserted in the scraping roller , wherein each groove structure comprises a straight bore , and wherein each insert member comprises an engagement member allowing detachably attachment to the straight bore , characterised in that there is a non-zero angle (α) between the transversal axis (Y) of first groove structures and the normal direction (R) radius of the inner structure .
Anchor comprising a sleeve , a bolt which passes through the sleeve , and at least one expansion element which is arranged axially upstream of the sleeve and which is supported axially on the sleeve , the bolt having an expansion region for the expansion element , the sleeve having a wave shape that has axially extending wave crests in which both the outer radius (r a ) of the sleeve and the inner radius (r i ) of the sleeve each have a maximum, and axially extending wave troughs in which both the outer radius (r a ) of the sleeve and the inner radius (r i ) of the sleeve each have a minimum, characterized in that the at least one expansion element is an expansion tab which is arranged axially upstream of a wave crest .
A compound of the formula: wherein R is: or a pharmaceutically acceptable salt thereof.
A gear assembly comprising: (i) a housing , (ii) a first gear shaft , in the housing , (iii) a first spiral gear coupled to the first gear shaft , in the housing , (iv) a second gear shaft , in the housing , (v) a second spiral gear coupled to the second gear shaft , in the housing , the gear assembly being further characterised by (vi) a fluid connection between a first chamber and a second chamber , wherein the first spiral gear and the second spiral gear couple to define the first chamber and the second chamber within the housing . (i) a housing , (ii) a first gear shaft , in the housing , (iii) a first spiral gear coupled to the first gear shaft , in the housing , (iv) a second gear shaft , in the housing , (v) a second spiral gear coupled to the second gear shaft , in the housing , (vi) a fluid connection between a first chamber and a second chamber , wherein the first spiral gear and the second spiral gear couple to define the first chamber and the second chamber within the housing .
An electrical contact for mating with a mating contact , comprising an aluminium body , extending along a longitudinal axis (L), made of aluminium or an aluminium alloy, said aluminium body being provided with a connecting portion for connection to an aluminium conductor , a contact zone , arranged on a surface of the aluminium body , for electrical connection to the mating contact , and at least one contact spring connected to the aluminium body with a contact region for contacting the mating contact , wherein the at least one contact spring at least partially rests on the contact zone and is formed from a material which is harder than the aluminium or aluminium alloy, wherein the at least one contact spring extends away from a sleeve which is connected in a form-fitting manner to the aluminium body , characterized in that the contact zone is formed from a material which is more creep-resistant than the aluminium or aluminium alloy, and in that the sleeve is connected in a form-fitting manner to a free end of the aluminium body , said free end facing away from the connecting portion . an aluminium body , extending along a longitudinal axis (L), made of aluminium or an aluminium alloy, said aluminium body being provided with a connecting portion for connection to an aluminium conductor , a contact zone , arranged on a surface of the aluminium body , for electrical connection to the mating contact , and at least one contact spring connected to the aluminium body with a contact region for contacting the mating contact , wherein the at least one contact spring at least partially rests on the contact zone and is formed from a material which is harder than the aluminium or aluminium alloy, wherein the at least one contact spring extends away from a sleeve which is connected in a form-fitting manner to the aluminium body , characterized in that the contact zone is formed from a material which is more creep-resistant than the aluminium or aluminium alloy, and in that the sleeve is connected in a form-fitting manner to a free end of the aluminium body , said free end facing away from the connecting portion .
A method for tracking objects in a scene , including: - receiving (S201) a first image frame of a first image stream capturing a scene ; - detecting or tracking (S202; 130a-c) a first object (120a-b) and a second object in the first image frame, and determining that the first object is in a first part of the first image frame and that the second object is in a second part of the first image frame; - determining, using object detection, that the first object belongs to a people object class and that the second object belongs to a vehicle object class; - determining (S203), based on multiple values of a tracking parameter each specific for different parts of the first image frame and for different object classes, a first value of the tracking parameter for the first part of the first image frame and for the people object class, and a second value of the tracking parameter for the second part of the first image frame and for the vehicle object class, and - tracking (S204, 236), in a second image frame of the first image stream subsequent to the first image frame, the first object based on the first value of the tracking parameter and the second object based on the second value of the tracking parameter. - receiving (S201) a first image frame of a first image stream capturing a scene ; - detecting or tracking (S202; 130a-c) a first object (120a-b) and a second object in the first image frame, and determining that the first object is in a first part of the first image frame and that the second object is in a second part of the first image frame; - determining, using object detection, that the first object belongs to a people object class and that the second object belongs to a vehicle object class; - determining (S203), based on multiple values of a tracking parameter each specific for different parts of the first image frame and for different object classes, a first value of the tracking parameter for the first part of the first image frame and for the people object class, and a second value of the tracking parameter for the second part of the first image frame and for the vehicle object class, and - tracking (S204, 236), in a second image frame of the first image stream subsequent to the first image frame, the first object based on the first value of the tracking parameter and the second object based on the second value of the tracking parameter.
An irritation body comprising a fuze head , a housing that receives the fuze head , a rocker lever located on the fuze head , and a securing pin that secures the rocker lever , the housing containing a plurality of chambers having an effect charge and the chambers having at least one through-ignition bore , characterized in that a switching mechanism is supported in the housing , the switching mechanism being able to functionally connect, by means of its own adjustment, different chambers simultaneously to a delay charge , the switching mechanism being designed as a tube which receives the delay charge in its interior and has at least one bore and a groove on the circumferential face, which functionally interact with the through-ignition bores of the connected chambers .
Mobile accommodation, comprising a wall with a wall opening bounded by an edge, wherein in the wall opening a casing frame is received which is intended and configured to comprise an openable or non-openable panel , which casing frame extends outside the wall opening on a first side of the wall and is fixed in the wall opening by means of fixation means, wherein the casing frame comprises at least one insertion cavity accessible from an opposite side of the wall, and wherein the fixation means comprise at least one fastening clip which at a first outer end comprises an insertion member which protrudes into the insertion cavity in order to effect a durable mutual connection therein and at a second outer end supports directly or indirectly on the wall, characterized in that the fastening clip comprises a curved resilient plate body 60), in particular of metal, and more particularly of spring steel, in that the insertion cavity comprises a snap cavity with a series of shoulders , in that the insertion member comprises a snap member which snaps behind a shoulder of the series of shoulders in the snap cavity, and in that the snap member extends resiliently from an adjacent part of the fastening clip.
Axial bearing for taking up high axial loads of a shaft , having a supporting structure and a load transmission device for transmitting the load from the shaft to the supporting structure , wherein the supporting structure comprises a bearing plate , a plurality of spring elements and a plurality of bearing shoes , wherein the spring elements are supported on the bearing plate and are arranged in groups, wherein each group of spring elements is covered by a bearing shoe , and wherein the load transmission device is fixedly connected to the shaft and comprises a thrust ring which is arranged in such a way that it can rotate on the bearing shoes, and wherein the bearing plate and the thrust ring are each arranged concentrically to the shaft , characterized in that the axial bearing comprises a measuring device for measuring the average distance between the bearing plate and a bearing shoe , wherein the measuring device is arranged in the vicinity of the supporting centre of gravity of one of the bearing shoes , and wherein the measuring device comprises a distance sensor , a housing , a hollow pressure cylinder , an elastic element and an adjustment device , wherein the pressure cylinder is designed and connected to the housing in such a way that it can moved in the axial direction relative to the housing , and wherein the housing is in contact with the bearing plate , and the pressure cylinder is in contact with the bearing shoe , and wherein the elastic element is arranged between the housing and the pressure cylinder in such a way that it can counteract the bearing plate and bearing shoe being drawn closer together, and wherein the distance sensor is connected to the housing in such a way that the head of the distance sensor is arranged inside the pressure cylinder and oriented in the direction of the bearing shoe , and wherein the adjustment device is designed in such a way that it can preload the elastic element and delimit the axial extent of the assembly formed by the housing and pressure cylinder , wherein the thus delimited maximum axial extent of this assembly corresponds to the axial extent of the unloaded spring elements .
Device for the production of fertilizer from waste gases of a production facility, wherein - the device comprises a first container connected across a first line with the production facility , wherein across this first line a waste gas can be transferred from the production facility into the first container , wherein the waste gas contains N 2 , CO 2 as well as NO x and/or SO 2 , - in the first container N 2 and CO 2 can be separated from NO x and/or SO 2 , - the first container is connected across a second line with a second container , wherein across the second the second line CO 2 and N 2 can be transferred into the second container and - into the second container across a third line a solution containing NH 3 can be introduced, wherein the temperature in the second container can be set such that NH 3 and CO 2 react in the solution to form ammonium hydrogen carbonate, characterized in that the solution containing ammonium hydrogen carbonate is transferable across a fourth line into a crystallization apparatus and in this crystallization apparatus ammonium hydrogen carbonate can be crystallized out and that in the first container an oxidizing agent in an aqueous acid is provided, wherein the aqueous acid is an H 2 SO 4 solution, wherein the oxidizing agent is ozone or permanganate which oxidize NO x and/or SO 2 and wherein the oxidation products of NO x and/or SO 2 remain in the solution. - the device comprises a first container connected across a first line with the production facility , wherein across this first line a waste gas can be transferred from the production facility into the first container , wherein the waste gas contains N 2 , CO 2 as well as NO x and/or SO 2 , - in the first container N 2 and CO 2 can be separated from NO x and/or SO 2 , - the first container is connected across a second line with a second container , wherein across the second the second line CO 2 and N 2 can be transferred into the second container and - into the second container across a third line a solution containing NH 3 can be introduced, wherein the temperature in the second container can be set such that NH 3 and CO 2 react in the solution to form ammonium hydrogen carbonate, characterized in that the solution containing ammonium hydrogen carbonate is transferable across a fourth line into a crystallization apparatus and in this crystallization apparatus ammonium hydrogen carbonate can be crystallized out and that in the first container an oxidizing agent in an aqueous acid is provided, wherein the aqueous acid is an H 2 SO 4 solution, wherein the oxidizing agent is ozone or permanganate which oxidize NO x and/or SO 2 and wherein the oxidation products of NO x and/or SO 2 remain in the solution.
Motor vehicle comprising: - a bodywork with at least one hollow body ; - a filler insert with an expanded foaming product , placed in at least one hollow body ; - a fitting insert of equipment , housed in an opening in at least one hollow body ; characterized by the hole in at least one hollow body is at a distance from the closing insert of less than 15mm; and the attachment insert includes an inner face in at least one hollow body , the foaming product expanded in that hollow body contacting and marrying the inner face of the attachment insert . - a bodywork with at least one hollow body ; - a filler insert with an expanded foaming product , placed in at least one hollow body ; - a fitting insert of equipment , housed in an opening in at least one hollow body ;
A method for performance measurement, characterised in that the method comprises: sending, by a communication device coupled to another communication device via a communication link of a network, packets to the other communication device, the packets to use full capacity of the communication link at layer 1 or layer 2; reading operational data associated with the communication link in response to sending said packets; and measuring performance, by the communication device, of the communication link with reference to the communication device, the performance measured according to the read operational data. sending, by a communication device coupled to another communication device via a communication link of a network, packets to the other communication device, the packets to use full capacity of the communication link at layer 1 or layer 2; reading operational data associated with the communication link in response to sending said packets; and measuring performance, by the communication device, of the communication link with reference to the communication device, the performance measured according to the read operational data.