mhurhangee/patent-ind-claim-en huggingface dataset:
Method for setting up a second data connection on a communication network between a subscriber identity module and a server, wherein the subscriber identity module stores subscriber identity data in order to identify a subscriber in the communication network and to authenticate said subscriber for the use of services, wherein the subscriber identity module sets up the second data connection using a device , wherein a first data connection is already established or is intended to be established at the same time between the device and a server , wherein the first data connection is classified and/or parameterized by at least one connection parameter, wherein the following method steps take place in the subscriber identity module : - receiving , from the device , at least one connection parameter concerning the first data connection between the device and the server ; and - transmitting a command to the device to set up the second data connection to the server or another server, wherein the command comprises the received at least one connection parameter using which the second data connection is to be set up between the device and the server or another server. wherein the subscriber identity module stores subscriber identity data in order to identify a subscriber in the communication network and to authenticate said subscriber for the use of services, wherein the subscriber identity module sets up the second data connection using a device , wherein a first data connection is already established or is intended to be established at the same time between the device and a server , wherein the first data connection is classified and/or parameterized by at least one connection parameter, wherein the following method steps take place in the subscriber identity module : - receiving , from the device , at least one connection parameter concerning the first data connection between the device and the server ; and - transmitting a command to the device to set up the second data connection to the server or another server, wherein the command comprises the received at least one connection parameter using which the second data connection is to be set up between the device and the server or another server. - receiving , from the device , at least one connection parameter concerning the first data connection between the device and the server ; and - transmitting a command to the device to set up the second data connection to the server or another server, wherein the command comprises the received at least one connection parameter using which the second data connection is to be set up between the device and the server or another server.
Method for verifying measured values of an agricultural spreading machine , having the steps of: - picking up a measured value representative of a parameter of an agricultural spreading machine by means of a measuring device of the agricultural spreading machine , - calculating a calculation value representative of the parameter of the agricultural spreading machine by means of a calculation device , wherein, during the calculation of the calculation value representative of the parameter of the agricultural spreading machine , a spreading disc , a spreading disc configuration and/or setting parameters of the agricultural spreading machine are taken into consideration; and - comparing the measured value representative of the parameter of the agricultural spreading machine and the calculation value representative of the parameter of the agricultural spreading machine using an evaluation device , wherein at least one of the following steps is carried out when the deviation between the measured value representative of the parameter of the agricultural spreading machine and the calculation value representative of the parameter of the agricultural spreading machine exceeds a tolerance threshold: - outputting a warning message to a user of the agricultural spreading machine , - interrupting the spreading operation by the agricultural spreading machine . - picking up a measured value representative of a parameter of an agricultural spreading machine by means of a measuring device of the agricultural spreading machine , - calculating a calculation value representative of the parameter of the agricultural spreading machine by means of a calculation device , wherein, during the calculation of the calculation value representative of the parameter of the agricultural spreading machine , a spreading disc , a spreading disc configuration and/or setting parameters of the agricultural spreading machine are taken into consideration; and - comparing the measured value representative of the parameter of the agricultural spreading machine and the calculation value representative of the parameter of the agricultural spreading machine using an evaluation device , wherein at least one of the following steps is carried out when the deviation between the measured value representative of the parameter of the agricultural spreading machine and the calculation value representative of the parameter of the agricultural spreading machine exceeds a tolerance threshold: - outputting a warning message to a user of the agricultural spreading machine , - interrupting the spreading operation by the agricultural spreading machine .
A rotating control device (RCD) comprising: at least one sealing element configured for sealingly engaging a piece of oilfield equipment ; a bearing assembly that permits rotation of the sealing element about a longitudinal axis of the RCD , wherein the bearing assembly has an external arcuate shoulder ; and a latch assembly including at least one locking dog having an internal arcuate profile , wherein the locking dog is radially displaceable into engagement with the arcuate shoulder to thereby releasably secure the bearing assembly to the latch assembly , and wherein, while the arcuate profile of the locking dog is engaged with the arcuate shoulder , the bearing assembly is permitted to rotate about an axis perpendicular to the longitudinal axis . at least one sealing element configured for sealingly engaging a piece of oilfield equipment ; a bearing assembly that permits rotation of the sealing element about a longitudinal axis of the RCD , wherein the bearing assembly has an external arcuate shoulder ; and a latch assembly including at least one locking dog having an internal arcuate profile , wherein the locking dog is radially displaceable into engagement with the arcuate shoulder to thereby releasably secure the bearing assembly to the latch assembly , and wherein, while the arcuate profile of the locking dog is engaged with the arcuate shoulder , the bearing assembly is permitted to rotate about an axis perpendicular to the longitudinal axis .
A stent device comprising: a distal portion for being engageably received in the aortic arch of the patient and extending beyond the left subclavian artery when implanted; a stent portion fluidly engaged with the distal portion, the stent portion being at least partially permeable and configured to span a portion of the aortic arch to which the brachiocephalic trunk, left common carotid artery, and left subclavian artery attach; a proximal portion fluidly engaged with the stent portion, wherein the stent device is configured to be engaged with a deployment device so as to be deployed within the aorta of the patient in a deployed configuration while allowing a diameter and a length of the stent device to be varied to conform to that of the patient's aortic anatomy; characterized in that the stent device includes a collar engaged with the proximal portion, the collar configured for being selectively engaged with the aorta and being formed of a graft material. a distal portion for being engageably received in the aortic arch of the patient and extending beyond the left subclavian artery when implanted; a stent portion fluidly engaged with the distal portion, the stent portion being at least partially permeable and configured to span a portion of the aortic arch to which the brachiocephalic trunk, left common carotid artery, and left subclavian artery attach; a proximal portion fluidly engaged with the stent portion, wherein the stent device is configured to be engaged with a deployment device so as to be deployed within the aorta of the patient in a deployed configuration while allowing a diameter and a length of the stent device to be varied to conform to that of the patient's aortic anatomy; characterized in that the stent device includes a collar engaged with the proximal portion, the collar configured for being selectively engaged with the aorta and being formed of a graft material.
Disposable "sac a poche" packaging for dispensing fluid or semisolid products in the form of creamy or paste, said packaging being provided with a cap replaceable with a dispenser nozzle and being formed of two superimposed sheets of material of rectangular shape with the same width and with different length, each sheet having a lower edge , two side edges and an upper or front edge , the upper sheet of said two superimposed sheets of material having an end section projecting beyond the front edge of an underlying lower sheet and being folded on itself so as to form a Z-shaped fold with an upper or inner loop and a lower or outer loop , such that the front edges of both sheets coincide, wherein said two sheets are plastic laminates having at least one inner layer in heat-sealable material and an optional barrier layer, and are joined by means of heat sealing - along said lower edge thereof to form a transverse weld base, along the side edges , including said upper loop of the fold which is adjacent to the end section of the upper sheet , bordered by a free inner edge of the Z-shaped fold opposite to said upper edge , and along the upper edge , determining a flattened packaging with a sachet shape, wherein oblique welds are provided at the four corners of the end section , said end section being provided with an opening with spout , and wherein the lower or outer loop is not welded along the free inner edge extending between the oblique welds . - along said lower edge thereof to form a transverse weld base, along the side edges , including said upper loop of the fold which is adjacent to the end section of the upper sheet , bordered by a free inner edge of the Z-shaped fold opposite to said upper edge , and along the upper edge , determining a flattened packaging with a sachet shape, wherein oblique welds are provided at the four corners of the end section , said end section being provided with an opening with spout , and wherein the lower or outer loop is not welded along the free inner edge extending between the oblique welds .
A container for a filter cartridge , having a bottom and a circumferential side wall connected thereto, which form a reception for the filter cartridge open on the upper side opposite the bottom , with a drain line passing through the bottom and connecting an outlet opening in the reception with a drain opening on an outer side of the container , in which a socket for receiving a throttle valve is provided and additionally a stop valve is arranged, characterised in that the upper side of the bottom facing the reception comprises a circumferential edge area adjoining the side wall , and a central depression in which the outlet opening is situated.
A toothbrush having a handle and a toothbrush head at whose top side first, second, and third cleaning elements are provided for cleaning teeth, wherein the first cleaning elements have first bristle tufts, which, as single tufts , each have a long and a short side and thus an approximately rectangular base in cross-section, wherein a longitudinal center axis of the toothbrush proceeds from a free handle end to a free head end and a transverse axis is arranged perpendicular to the longitudinal center axis, wherein several first bristle tufts are arranged on the top side in such a way that their combined circumferential surface forms an approximately square or rhombic base, wherein two corners of the square or rhombus of the first cleaning elements are arranged along a longitudinal center axis of the toothbrush and the two additional corners of the square or rhombus of the first cleaning elements are arranged on an axis transverse to the longitudinal center axis, and wherein the first cleaning elements surround the second cleaning elements , and the first cleaning elements are designed to be longer than the second cleaning elements , resulting in a trough-like toothpaste receiving zone formed by the free ends of the second cleaning elements and the surrounding end areas of the first cleaning elements , and wherein the second cleaning elements have second bristle tufts with a circular tuft cross-section, and the first bristle tufts enclose the second bristle tufts .
Flexible tube for conveying abrasive materials, comprising - a tubular body extending along a main extension axis (Z-Z), the tubular body having a thickness extending from an inner side wall , which delimits an inner cavity to be used for transporting abrasive material, to an outer side wall , opposite said inner side wall along a radial direction (R-R), perpendicular and incident with said main extension axis (Z-Z), - wherein said tubular body comprises a covering layer at the outer side wall , - wherein said tubular body comprises an elastomeric matrix , inside which are at least partially embedded circular disks having a diameter (D) and flat faces, in ceramic material, having a first flat face directly facing said inner cavity , so as to at least partially constitute the inner side wall and a second flat face embedded in the elastomeric matrix , characterized in that , with respect to a diametric projection plane, passing through the main extension axis (Z-Z), the circular disks are arranged on rows parallel to a first laying direction (X-X) with a first constant pitch (p1), and on rows parallel to a second laying direction (Y-Y), with a second constant pitch (p2), said laying directions (X-X,Y-Y) being perpendicular to each other. - a tubular body extending along a main extension axis (Z-Z), the tubular body having a thickness extending from an inner side wall , which delimits an inner cavity to be used for transporting abrasive material, to an outer side wall , opposite said inner side wall along a radial direction (R-R), perpendicular and incident with said main extension axis (Z-Z), - wherein said tubular body comprises a covering layer at the outer side wall , - wherein said tubular body comprises an elastomeric matrix , inside which are at least partially embedded circular disks having a diameter (D) and flat faces, in ceramic material, having a first flat face directly facing said inner cavity , so as to at least partially constitute the inner side wall and a second flat face embedded in the elastomeric matrix , characterized in that , with respect to a diametric projection plane, passing through the main extension axis (Z-Z), the circular disks are arranged on rows parallel to a first laying direction (X-X) with a first constant pitch (p1), and on rows parallel to a second laying direction (Y-Y), with a second constant pitch (p2), said laying directions (X-X,Y-Y) being perpendicular to each other.
An apparatus comprising at least one processor and at least one memory including computer program instructions, the at least one memory and the computer program instructions configured to, with the at least one processor, cause the apparatus at least to: determine a physical orientation (202 and 204) of a headphone device, based on at least a direction of movement using one or more sensors located within the headphone device, wherein a movement is determined based on a determination of acceleration or trajectory of the headphone device, wherein the determined trajectory is a motion activity of the headphone device, and the movement is determined using at least another one of the one or more sensors within the headphone device; determine whether a user is wearing the headphone device in a correct or incorrect headphone channel orientation based on the determined physical orientation using the determined at least direction of movement and movement based on the respective outputs from the one or more sensors, the correct headphone channel orientation being a left channel placed to a left ear of the user and a right channel placed to a right ear of the user; and provide an indication of the determined physical orientation or adjust an output channel configuration of the apparatus for the headphone device so that a left output channel is to be provided to the left ear and a right output channel is to be provided to the right ear when the headphone channel orientation is incorrect. determine a physical orientation (202 and 204) of a headphone device, based on at least a direction of movement using one or more sensors located within the headphone device, wherein a movement is determined based on a determination of acceleration or trajectory of the headphone device, wherein the determined trajectory is a motion activity of the headphone device, and the movement is determined using at least another one of the one or more sensors within the headphone device; determine whether a user is wearing the headphone device in a correct or incorrect headphone channel orientation based on the determined physical orientation using the determined at least direction of movement and movement based on the respective outputs from the one or more sensors, the correct headphone channel orientation being a left channel placed to a left ear of the user and a right channel placed to a right ear of the user; and provide an indication of the determined physical orientation or adjust an output channel configuration of the apparatus for the headphone device so that a left output channel is to be provided to the left ear and a right output channel is to be provided to the right ear when the headphone channel orientation is incorrect.
A rechargeable battery pack , in particular for a hand-held electrical power tool, comprising: at least one rechargeable battery cell and/or one rechargeable battery cell block, a housing for receiving the at least one rechargeable battery cell and/or the at least one rechargeable battery cell block, and a printed circuit board that can be connected to the at least one rechargeable battery cell as well as electronic components, wherein the housing has ventilation recesses , by means of which cooling air from the environment can reach the housing interior and can be dissipated back into the environment, wherein a structure for conducting air and separating the pole areas of the battery cells can be provided in the interior of the housing, wherein the battery pack further has an electronics cup that can accommodate at least some of the electronic components of the printed circuit board and especially contributes to providing airflow and separating the pole areas of the battery cells , wherein the electronics cup has, on a surface facing away from the electronic components it is accommodating, at least one air-conducting element, especially a partition , for providing airflow and separating the pole areas of the battery cells , wherein the housing comprises at least one housing cover that can be detached from the rest of the housing, and wherein said housing cover has on an inner surface at least one air-conducting partition that is adapted to interact with the corresponding partition on the electronics cup and forms a partition wall within the battery pack .
An aliquot tones damping device for use in pianos or upright pianos with strings mounted between two fastening points said device comprising at least one pressing element having a pressing material fastened thereon, at least one movable element , at least one return element , a linkage , and an actuator , for actuating the movable element via the linkage , characterized in that said at least one pressing element is shaped as an elongated body extending at least over a group of strings and transversely to said group of strings , and positioned above said group of strings , wherein by actuating the movable element , the pressing element guided by guides is moved in a direction toward said group of strings and a pressure of the pressing material against said group of strings is exerted at the beginning or at the end of the active parts of said group of strings at an initial or at a final fastening point , whereby only the aliquot tones of said group of strings are dampened and whereby a timbre of a fundamental tone of each string of said group of strings is changed and thus a new sound register is obtained, and by the movement of the movable element the return element is simultaneously actuated, and wherein, once the actuation is over, by the return element , the movable element and hence the pressing element is returned to its initial position.
Method for operating an exhaust air system for a kitchen, in which a) kitchen exhaust air laden with vapours is extracted from a kitchen space and, on its flow path , flows through a suction region of an extraction device (22; 84), which suction region is downwardly open towards the kitchen space , and through a discharge channel , wherein the downwardly open suction region in the form of a storage compartment for the sucked-up kitchen exhaust air is accessible from below and from the lateral direction without barriers and obstacles; b) a cleaning agent is applied to the kitchen exhaust air on its flow path ; c) the cleaning agent is applied to the kitchen exhaust air before the kitchen exhaust air reaches the discharge channel ; d) a cleaning agent is used which can wet and clean surfaces which lie on the outside and delimit the flow path ; e) the cleaning agent is introduced into the suction region ; characterized in that f) the cleaning agent is sprayed into the kitchen exhaust air via spray nozzles , and mist nozzles are used as the spray nozzles ; and g) cleaning agent is applied to the kitchen exhaust air in such a manner that said cleaning agent is completely captured and entrained by the kitchen exhaust air flow. a) kitchen exhaust air laden with vapours is extracted from a kitchen space and, on its flow path , flows through a suction region of an extraction device (22; 84), which suction region is downwardly open towards the kitchen space , and through a discharge channel , wherein the downwardly open suction region in the form of a storage compartment for the sucked-up kitchen exhaust air is accessible from below and from the lateral direction without barriers and obstacles; b) a cleaning agent is applied to the kitchen exhaust air on its flow path ; c) the cleaning agent is applied to the kitchen exhaust air before the kitchen exhaust air reaches the discharge channel ; d) a cleaning agent is used which can wet and clean surfaces which lie on the outside and delimit the flow path ; e) the cleaning agent is introduced into the suction region ; characterized in that f) the cleaning agent is sprayed into the kitchen exhaust air via spray nozzles , and mist nozzles are used as the spray nozzles ; and g) cleaning agent is applied to the kitchen exhaust air in such a manner that said cleaning agent is completely captured and entrained by the kitchen exhaust air flow.