mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a data network of a motor vehicle , wherein the data network is used by way of at least one vehicle-extraneous mobile terminal , and firstly an Internet routing service for data transmission of Internet data between the data network and the vehicle-external Internet and secondly at least one vehicle-internal data service , which is different from the Internet routing service , are operated in the data network , and a radio interface is operated for the purpose of connecting the at least one mobile terminal to the data network , characterized in that the radio interface is used to acquire respective identification data of the at least one mobile terminal , the respective identification data of the at least one mobile terminal comprising a respective MAC address of the respective mobile terminal , and an operator control device of the motor vehicle is used to display a respective selection element for the at least one mobile terminal on the basis of the identification data , and each mobile terminal whose associated selection element on the operator control device is selected by way of a user input is logged, and each logged mobile terminal is registered in a disabling function of the Internet routing service , the disabling function disabling the Internet routing service for each registered mobile terminal and enabling it for each other mobile terminal , or the disabling function only enabling the Internet routing service for each registered mobile terminal , the at least one vehicle-internal data service being enabled for the at least one mobile terminal independently of the Internet routing service . characterized in that the radio interface is used to acquire respective identification data of the at least one mobile terminal , the respective identification data of the at least one mobile terminal comprising a respective MAC address of the respective mobile terminal , and an operator control device of the motor vehicle is used to display a respective selection element for the at least one mobile terminal on the basis of the identification data , and each mobile terminal whose associated selection element on the operator control device is selected by way of a user input is logged, and each logged mobile terminal is registered in a disabling function of the Internet routing service , the disabling function disabling the Internet routing service for each registered mobile terminal and enabling it for each other mobile terminal , or the disabling function only enabling the Internet routing service for each registered mobile terminal , the at least one vehicle-internal data service being enabled for the at least one mobile terminal independently of the Internet routing service .
A method for recovery of gold from gold-containing material, the method comprising: crushing said gold-containing material to obtain a gold-containing particulate material including particles having a predetermined grain size; optionally subliming other metals from said material; preheating said gold-containing particulate material in an oxygen-containing gas environment in a preheating zone to oxidize gold-containing particulate material; mixing the oxidized gold-containing particulate material with a chlorine-containing material; treating the mixture of the oxidized gold-containing particulate material with a chlorine-containing material in a reaction zone by (i) heating the mixture to provide thermal decomposition of the chlorine-containing material and produce a chlorine-containing gas mixture, (ii) applying an electromagnetic field to the chlorine-containing gas mixture to provide ionization of chlorine; thereby causing a chemical reaction between gold and chlorine ions and providing a volatile gold-containing chloride product in the reaction zone; and cooling said volatile gold-containing chloride product to convert said volatile gold-containing chloride product into solid phase gold-containing materials. crushing said gold-containing material to obtain a gold-containing particulate material including particles having a predetermined grain size; optionally subliming other metals from said material; preheating said gold-containing particulate material in an oxygen-containing gas environment in a preheating zone to oxidize gold-containing particulate material; mixing the oxidized gold-containing particulate material with a chlorine-containing material; treating the mixture of the oxidized gold-containing particulate material with a chlorine-containing material in a reaction zone by (i) heating the mixture to provide thermal decomposition of the chlorine-containing material and produce a chlorine-containing gas mixture, (ii) applying an electromagnetic field to the chlorine-containing gas mixture to provide ionization of chlorine; thereby causing a chemical reaction between gold and chlorine ions and providing a volatile gold-containing chloride product in the reaction zone; and cooling said volatile gold-containing chloride product to convert said volatile gold-containing chloride product into solid phase gold-containing materials.
A covering device for covering the lips and labial angles and for holding the lips, cheeks and labial angles away from the rows of teeth in the mouth of a patient, comprising an elastic lip clamping element , at least one elastic vestibular clamping element and a film connecting the clamping elements, wherein the clamping elements are arranged along two opposite end regions of the film, wherein the clamping elements (110, 210, 310; 120, 220, 320) are elastically deformable and span the film in a relaxed state, wherein the vestibular clamping element comprises at least one section curved toward the lip clamping element, which extends anterior to the vestibular fold when the covering device is inserted, characterized in that the film is shortened in the center of the curved section to 30 to 70 percent compared to the remaining regions.
A synergistic combination of (i) a pharmaceutical composition comprising glatiramer acetate, the pharmaceutical composition being in a sustained release depot form, and (ii) human adipose-derived stem cells (hADSCs), for use in the treatment of inflammatory bowel disease.
An ultrasonic welding system (100a, 100a1, 100a2, 100b, 200a, 200b, 300a, 300b) comprising: a support structure for supporting a workpiece ; a weld head assembly including an ultrasonic converter carrying a sonotrode ; and a z-axis motion system (108a, 108a1, 108a2, 108b, 110c, 210c, 308a) carrying the weld head assembly, the z-axis motion system including (i) a z-axis forcer for moving the weld head assembly along a z-axis of the ultrasonic welding system, and (ii) a z-axis overtravel mechanism disposed between the z-axis forcer and the weld head assembly; characterized in that the z-axis overtravel mechanism includes an inline spring or a pneumatic cylinder, and in that the ultrasonic welding system further comprises a z-axis encoder (110b1) for sensing motion of (i) a moveable portion of the z-axis forcer with respect to (ii) a stationary portion of the z-axis forcer along the z-axis of the ultrasonic welding system and an overtravel encoder for sensing motion of (i) a moveable portion of the z-axis forcer with respect to (ii) the weld head assembly along the z-axis of the ultrasonic welding system. a support structure for supporting a workpiece ; a weld head assembly including an ultrasonic converter carrying a sonotrode ; and a z-axis motion system (108a, 108a1, 108a2, 108b, 110c, 210c, 308a) carrying the weld head assembly, the z-axis motion system including (i) a z-axis forcer for moving the weld head assembly along a z-axis of the ultrasonic welding system, and (ii) a z-axis overtravel mechanism disposed between the z-axis forcer and the weld head assembly; characterized in that the z-axis overtravel mechanism includes an inline spring or a pneumatic cylinder, and in that the ultrasonic welding system further comprises a z-axis encoder (110b1) for sensing motion of (i) a moveable portion of the z-axis forcer with respect to (ii) a stationary portion of the z-axis forcer along the z-axis of the ultrasonic welding system and an overtravel encoder for sensing motion of (i) a moveable portion of the z-axis forcer with respect to (ii) the weld head assembly along the z-axis of the ultrasonic welding system.
Process for dehumidifing a moist gas mixture G 1 , wherein the moist gas mixture G 1 comprises CO 2 and wherein the moist gas mixture G 1 is contacted with a liquid absorption medium A 1 which comprises a mixture of triethylene glycol and at least one salt S selected from Q + A - to obtain a gas mixture G 2 which has a lower water content compared to moist gas mixture G 1 and a liquid absorption medium A 2 which has an elevated water content compared to the liquid absorption medium A 1 , wherein Q + is selected from the group consisting of 1,3-dimethylimidazolium cation, 1,3-diethylimidazolium cation, 1-ethyl-3-methylimidazolium cation and A - is an anion selected from the group consisting of acetate, propionate, and wherein in the liquid absorption medium A 1 the ratio of the weight of the triethylene glycol to the total weight of all salts S is in the range 1 : 9 to 9 : 1.
A centrifugal pendulum for a motor vehicle drive train, having a carrier and a pendulum mass pivotably mounted relative to the carrier via at least one roller body , wherein the at least one roller body is received with a first rolling region in a roller track of the carrier and is received with a second rolling region in a roller track of the pendulum mass , characterized in that at least one of the two roller tracks is partially or completely formed by an axially formed sheet-metal portion such that a free edge of the axially formed sheet-metal portion points away from the nearest pendulum mass .
An electronic circuit for demagnetising ferromagnetic material by means of a resonant oscillation with an extended decay time, comprising a) a voltage source and a conductor loop connected thereto, b) a demagnetising resonant circuit in the conductor loop for forming a decaying, alternating magnetic field in which ferromagnetic material can be demagnetised during a decay time (t), c) a resonant-circuit charging switch in the conductor loop , in series with the demagnetising resonant circuit , d) a recharging resonant circuit in the conductor loop , arranged in parallel with the demagnetising resonant circuit and the resonant-circuit charging switch , for a pulse-type recharging of the demagnetising resonant circuit with a charging current whenever the resonant-circuit charging switch is closed, e) a recharging accumulator , which is arranged in parallel with the voltage source , the recharging resonant circuit and the demagnetising resonant circuit , for supplying energy to the recharging resonant circuit during the decay time (t), f) a recharging switch in the conductor loop for interrupting a charging current from the voltage source and from the recharging accumulator to the recharging resonant circuit and to the demagnetising resonant circuit , g) a charging switch for interrupting the voltage source to the recharging accumulator , to the recharging resonant circuit and to the demagnetising resonant circuit , wherein the voltage source and all switches can be controlled by a controller , which can be separate from the circuit or part of the same, and wherein in operation, by opening or closing the switches , recharging pulses (C) can be introduced from the recharging resonant circuit into the demagnetising resonant circuit to extend the decay time until the energy from the recharging accumulator has been used up. a) a voltage source and a conductor loop connected thereto, b) a demagnetising resonant circuit in the conductor loop for forming a decaying, alternating magnetic field in which ferromagnetic material can be demagnetised during a decay time (t), c) a resonant-circuit charging switch in the conductor loop , in series with the demagnetising resonant circuit , d) a recharging resonant circuit in the conductor loop , arranged in parallel with the demagnetising resonant circuit and the resonant-circuit charging switch , for a pulse-type recharging of the demagnetising resonant circuit with a charging current whenever the resonant-circuit charging switch is closed, e) a recharging accumulator , which is arranged in parallel with the voltage source , the recharging resonant circuit and the demagnetising resonant circuit , for supplying energy to the recharging resonant circuit during the decay time (t), f) a recharging switch in the conductor loop for interrupting a charging current from the voltage source and from the recharging accumulator to the recharging resonant circuit and to the demagnetising resonant circuit , g) a charging switch for interrupting the voltage source to the recharging accumulator , to the recharging resonant circuit and to the demagnetising resonant circuit ,
A method for detecting faults or operational parameters in a pump assembly including an electric motor and a pump by use of a handheld communication device running a software app, wherein the pump assembly or electric motor has at least one rotating shaft, the method comprising: a) contactless measuring a sound signal emanating from the pump assembly by use of a microphone connected to or implemented in the handheld communication device, b) processing the measured sound signal by a processing unit implemented in the handheld communication device and the software app installed on the handheld communication device , and c) recognising one or more sound emanating conditions including any possible faults by way of the processed sound signal, characterized in that the handheld communication device provides a feedback, e.g. an audial, visual or vibrational feedback, when an acceptable measurement position of the microphone has been found determined by a minimum threshold value for the measured sound signal. a) contactless measuring a sound signal emanating from the pump assembly by use of a microphone connected to or implemented in the handheld communication device, b) processing the measured sound signal by a processing unit implemented in the handheld communication device and the software app installed on the handheld communication device , and c) recognising one or more sound emanating conditions including any possible faults by way of the processed sound signal,
A processing apparatus for determining information related to a propagation path direction, corresponding to at least one beam direction, for a communication system , comprising a transceiver module operable to obtain information related to a position of a transceiver device ; a storage module operable to store information related to environmental data of the communication system ; and a processing module operable to process the information related to the position of the transceiver device based on the stored information related to the environmental data to obtain information related to a propagation path direction between the transceiver device and another transceiver , wherein the transceiver module is operable to provide the information related to the propagation path direction to the transceiver device : wherein the transceiver module is operable to obtain information related to a position of the other transceiver , and wherein the processing module is operable to process the information related to the position of the transceiver device and the information related to the position of the other transceiver based on the stored information related to the environmental data to obtain information related to the propagation path direction; and wherein the transceiver module is operable to provide the information related to the propagation path direction to both the transceiver device and the other transceiver . wherein the transceiver module is operable to obtain information related to a position of the other transceiver , and wherein the processing module is operable to process the information related to the position of the transceiver device and the information related to the position of the other transceiver based on the stored information related to the environmental data to obtain information related to the propagation path direction; and wherein the transceiver module is operable to provide the information related to the propagation path direction to both the transceiver device and the other transceiver .
A method comprising: determining , by a device in a Low Power and Lossy Network, LLN, that a particular packet flow in the LLN is sensitive to packet reordering based on a policy received from a supervisory device; determining , by the device, that a particular packet of the particular packet flow is to be routed differently than an immediately prior packet in the packet flow, in response to determining that the particular packet flow is sensitive to reordering; and marking , by the device, the particular packet with a first type of marking indicating to a reordering device, that the particular packet is being routed along a different route than the immediately prior packet in the packet flow and that the reordering device should ensure that said particular packet is reordered in sequence into the particular packet flow prior to being forwarded on by the reordering device; forwarding, by the device to the reordering device, the marked packet. determining , by a device in a Low Power and Lossy Network, LLN, that a particular packet flow in the LLN is sensitive to packet reordering based on a policy received from a supervisory device; determining , by the device, that a particular packet of the particular packet flow is to be routed differently than an immediately prior packet in the packet flow, in response to determining that the particular packet flow is sensitive to reordering; and marking , by the device, the particular packet with a first type of marking indicating to a reordering device, that the particular packet is being routed along a different route than the immediately prior packet in the packet flow and that the reordering device should ensure that said particular packet is reordered in sequence into the particular packet flow prior to being forwarded on by the reordering device; forwarding, by the device to the reordering device, the marked packet.
A belt forming system , the belt forming system comprising: an upstream conveyor ; a downstream conveyor located downstream of the upstream conveyor; and a belt assembly system in communication with the upstream conveyor and the downstream conveyor, the belt assembly system comprises: an arm that is rotatable with respect to at least one of the upstream conveyor and the downstream conveyor during a belt forming process; an actuator for rotating the arm; and a holding component adapted to move a strip section from the upstream conveyor to a desired position on the downstream conveyor such that the strip section is oriented at a predetermined angle (α) on the downstream conveyor , characterized in that a belt cutter is rotatable independent of and with respect to the upstream conveyor and the downstream conveyor . an upstream conveyor ; a downstream conveyor located downstream of the upstream conveyor; and a belt assembly system in communication with the upstream conveyor and the downstream conveyor, the belt assembly system comprises: an arm that is rotatable with respect to at least one of the upstream conveyor and the downstream conveyor during a belt forming process; an actuator for rotating the arm; and a holding component adapted to move a strip section from the upstream conveyor to a desired position on the downstream conveyor such that the strip section is oriented at a predetermined angle (α) on the downstream conveyor , characterized in that a belt cutter is rotatable independent of and with respect to the upstream conveyor and the downstream conveyor . an arm that is rotatable with respect to at least one of the upstream conveyor and the downstream conveyor during a belt forming process; an actuator for rotating the arm; and a holding component adapted to move a strip section from the upstream conveyor to a desired position on the downstream conveyor such that the strip section is oriented at a predetermined angle (α) on the downstream conveyor , characterized in that a belt cutter is rotatable independent of and with respect to the upstream conveyor and the downstream conveyor .
A method of machining a workpiece, comprising: machining to form a round hole in a workpiece using a boring drill by pressing a flat surface of the boring drill against the workpiece while rotating the boring drill to contact a blade of the boring drill with the workpiece, wherein the workpiece is a delaminatable container including an outer shell and an inner bag , the inner bag delaminating from the outer shell to be shrunk along with a decrease in the contents, and the machining includes forming a fresh air inlet in the outer shell by pressing the flat surface against the outer shell to contact the blade with the outer shell , wherein the boring drill comprises a tubular end portion having said flat surface and having a side surface vertical to the flat surface or a tapered side surface inclined to the center as coming closer to the flat surface ; a notch provided in the end portion ; and said blade provided at a side of the notch , wherein the notch is provided in a range of 60 to 120 degrees along a circumference of the end portion . machining to form a round hole in a workpiece using a boring drill by pressing a flat surface of the boring drill against the workpiece while rotating the boring drill to contact a blade of the boring drill with the workpiece, wherein the workpiece is a delaminatable container including an outer shell and an inner bag , the inner bag delaminating from the outer shell to be shrunk along with a decrease in the contents, and the machining includes forming a fresh air inlet in the outer shell by pressing the flat surface against the outer shell to contact the blade with the outer shell , wherein the boring drill comprises a tubular end portion having said flat surface and having a side surface vertical to the flat surface or a tapered side surface inclined to the center as coming closer to the flat surface ; a notch provided in the end portion ; and said blade provided at a side of the notch , wherein the notch is provided in a range of 60 to 120 degrees along a circumference of the end portion .