mhurhangee/ep-ind-claims huggingface dataset:
An avionics system having an augmented cockpit display system through a portable handheld device that is not physically connected to any cockpit systems in an aircraft, the portable handheld device comprising: data entry components (116, 117) that are adapted for actuation by a user on board the aircraft to enter commands that control the cockpit display system, and a transceiver configured to establish: 1) a first wireless data link with an off-board provider (130, 140) located remotely for receiving flight-related information; and 2) a second wireless data link with one or more on-board flight systems (120, 122, 124, 125, 127, 128) for wirelessly: a) transferring the flight-related information to the one or more on-board flight systems; and b) transferring the commands entered by the user to the cockpit display system, wherein the portable handheld device is configured to be used as a control device while the second wireless data link is established, wherein the avionics system is configured so as to synchronize what is displayed on the portable handheld device with what is displayed on the cockpit display system, and wherein the data entry components (116, 117) are adapted for actuation by the user so as to manipulate information displayed on the portable handheld device, wherein manipulation of the information displayed on the portable handheld device is synchronized in real-time with information displayed on the cockpit display system, so that changes in the information displayed on the portable handheld device are mimicked in real time by corresponding changes in the information displayed on the cockpit display system. data entry components (116, 117) that are adapted for actuation by a user on board the aircraft to enter commands that control the cockpit display system, and a transceiver configured to establish: 1) a first wireless data link with an off-board provider (130, 140) located remotely for receiving flight-related information; and 2) a second wireless data link with one or more on-board flight systems (120, 122, 124, 125, 127, 128) for wirelessly: a) transferring the flight-related information to the one or more on-board flight systems; and b) transferring the commands entered by the user to the cockpit display system, wherein the portable handheld device is configured to be used as a control device while the second wireless data link is established, wherein the avionics system is configured so as to synchronize what is displayed on the portable handheld device with what is displayed on the cockpit display system, and wherein the data entry components (116, 117) are adapted for actuation by the user so as to manipulate information displayed on the portable handheld device, wherein manipulation of the information displayed on the portable handheld device is synchronized in real-time with information displayed on the cockpit display system, so that changes in the information displayed on the portable handheld device are mimicked in real time by corresponding changes in the information displayed on the cockpit display system.
A method for producing a tubular, hollow drive shaft, which is a cardan shaft, from a pre-tube, in particular a longitudinally welded, normalised steel tube, by the wall strength and/or thickness being reduced at least partially by means of single or multiple ironing or other cold forming operation and/or by the inner diameter or outer diameter thereof being changed, characterised in that at least one pre-tube end or shaft end is configured into a flange integrated in one piece by means of cold forming, wherein the portion (I, II) of the pre-tube not associated with the flange and/or not adjacent thereto is ironed or changed by way of cold forming such that the portion of the drive shaft associated (III, 2) with the flange and adjacent (III, 9) to the flange have the wall thicknesses (Dill, DIV).
Water-conducting household appliance, with a pump unit for recirculation pumping and/or discharge pumping of the fluid present during a cleaning and/or drying procedure, a drive unit for substantially driving the pump unit, a control unit for actuating the drive unit, a filter unit for filtering the fluid, wherein the filter unit has a filter surface through which flow can take place, characterised in that the filter unit has a first filter region for the fluid to flow through and at least one second filter region for the fluid to flow through, wherein a movable separating element is arranged between the first filter region and the at least one second filter region, so that the fluid substantially only flows through one of the two filter regions (41, 43) in a closed state of the filter unit. a pump unit for recirculation pumping and/or discharge pumping of the fluid present during a cleaning and/or drying procedure, a drive unit for substantially driving the pump unit, a control unit for actuating the drive unit, a filter unit for filtering the fluid, wherein the filter unit has a filter surface through which flow can take place, characterised in that the filter unit has a first filter region for the fluid to flow through and at least one second filter region for the fluid to flow through, wherein a movable separating element is arranged between the first filter region and the at least one second filter region, so that the fluid substantially only flows through one of the two filter regions (41, 43) in a closed state of the filter unit.
A device comprising a processor, configured to: estimate a length of a cardiac refractory period; and selectively adjust a length of phrenic nerve electrical stimulation to be delivered to the patient based at least in part on the estimated length of the cardiac refractory period; wherein the processor is configured to estimate the length based at least in part on a cardiac signal of the patient; said processor further configured to monitor the cardiac signal by monitoring the cardiac signal over a plurality of cardiac cycles; wherein the processor is configured to update the estimated length of the cardiac refractory period at a plurality of times based at least in part on the cardiac signal monitored over the plurality of cardiac cycles; and to selectively adjust the length of the phrenic nerve electrical stimulation based on the updated estimated length. estimate a length of a cardiac refractory period; and selectively adjust a length of phrenic nerve electrical stimulation to be delivered to the patient based at least in part on the estimated length of the cardiac refractory period; wherein the processor is configured to estimate the length based at least in part on a cardiac signal of the patient; said processor further configured to monitor the cardiac signal by monitoring the cardiac signal over a plurality of cardiac cycles; wherein the processor is configured to update the estimated length of the cardiac refractory period at a plurality of times based at least in part on the cardiac signal monitored over the plurality of cardiac cycles; and to selectively adjust the length of the phrenic nerve electrical stimulation based on the updated estimated length.
The use of a catalyst layer at the anode of a proton exchange membrane fuel cell which is subject to incidences of cell reversal, characterised in that the catalyst layer comprises: (i) a first catalytic material comprising a primary metal which is selected from platinum, palladium and rhodium, wherein the first catalytic material facilitates a hydrogen oxidation reaction; and (ii) a second catalytic material, wherein the second catalytic material facilitates an oxygen evolution reaction, wherein the second catalytic material comprises iridium or iridium oxide and one or more metals M or an oxide thereof, wherein M is selected from the group consisting of Sn and Group IVB, VB and VIB metals, wherein the atomic ratio of iridium to total metal M in the second catalytic material is from 20:80 to 99:1; wherein the iridium or oxide thereof and the one or more metals M or oxide thereof exist as mixed metals or oxides or as partly or wholly alloyed materials or as a combination of the two or more; wherein more than 95% of the first catalytic material is supported on the second catalytic material and any unsupported first catalytic material exists as discrete particles. (i) a first catalytic material comprising a primary metal which is selected from platinum, palladium and rhodium, wherein the first catalytic material facilitates a hydrogen oxidation reaction; and (ii) a second catalytic material, wherein the second catalytic material facilitates an oxygen evolution reaction, wherein the second catalytic material comprises iridium or iridium oxide and one or more metals M or an oxide thereof, wherein M is selected from the group consisting of Sn and Group IVB, VB and VIB metals, wherein the atomic ratio of iridium to total metal M in the second catalytic material is from 20:80 to 99:1; wherein the iridium or oxide thereof and the one or more metals M or oxide thereof exist as mixed metals or oxides or as partly or wholly alloyed materials or as a combination of the two or more;
A method for avoiding missing a call, wherein the method is carried out in an auxiliary apparatus, and the method comprises: receiving a network registration instruction sent by a host apparatus, wherein the host apparatus sends the network registration instruction when being connected to a network by using a first SIM card of the host apparatus; registering, in response to the network registration instruction, with the network by using a modem of an idle SIM card slot on the auxiliary apparatus, wherein the idle SIM card slot is in one of the following states: no SIM card is inserted, only one SIM card is inserted on a dual-card device, and a SIM card is inserted but the SIM card is in a disabled state; receiving second incoming call information that is sent by the network to a second SIM card of the host apparatus; and displaying an incoming call interface and playing a ringtone in response to the second incoming call information, and sending the second incoming call information to the host apparatus. receiving a network registration instruction sent by a host apparatus, wherein the host apparatus sends the network registration instruction when being connected to a network by using a first SIM card of the host apparatus; registering, in response to the network registration instruction, with the network by using a modem of an idle SIM card slot on the auxiliary apparatus, wherein the idle SIM card slot is in one of the following states: no SIM card is inserted, only one SIM card is inserted on a dual-card device, and a SIM card is inserted but the SIM card is in a disabled state; receiving second incoming call information that is sent by the network to a second SIM card of the host apparatus; and displaying an incoming call interface and playing a ringtone in response to the second incoming call information, and sending the second incoming call information to the host apparatus.
A system, comprising: a plurality of computing devices configured to implement a device onboarding service hosted in a cloud computing environment, wherein the device onboarding service is configured to: receive, via a network, a proof and context of identity, PCI, of an Internet-connectible device, ICD; determine an onboarding template, wherein the onboarding template is associated with a user account with the cloud computing environment, and wherein the onboarding template is determined at least in part by an owner of the user account; verify the identity of the ICD using the onboarding template by verifying that the PCI meets one or more criteria of the onboarding template, wherein verifying the identity of the ICD comprises verifying the PCI using an identity verification technique indicated in the onboarding template; determine a device configuration based at least in part on the onboarding template, wherein the device configuration comprises access credentials and an endpoint usable by the ICD; and send the device configuration to the ICD, wherein a behavior of the ICD is determined based at least in part on the device configuration, and wherein the ICD uses the access credentials to communicate with an application in the cloud computing environment via the network, and accesses the application at the endpoint. receive, via a network, a proof and context of identity, PCI, of an Internet-connectible device, ICD; determine an onboarding template, wherein the onboarding template is associated with a user account with the cloud computing environment, and wherein the onboarding template is determined at least in part by an owner of the user account; verify the identity of the ICD using the onboarding template by verifying that the PCI meets one or more criteria of the onboarding template, wherein verifying the identity of the ICD comprises verifying the PCI using an identity verification technique indicated in the onboarding template; determine a device configuration based at least in part on the onboarding template, wherein the device configuration comprises access credentials and an endpoint usable by the ICD; and send the device configuration to the ICD, wherein a behavior of the ICD is determined based at least in part on the device configuration, and wherein the ICD uses the access credentials to communicate with an application in the cloud computing environment via the network, and accesses the application at the endpoint.
A saddle-ride type vehicle comprising: a body frame disposed between a front wheel and a rear wheel; a water-cooled engine supported by the body frame; right and left radiators (30L, 30R) supported by the body frame; and cooling water passages (42,43) that connect the right and left radiators (30L, 30R) and the water-cooled engine, wherein a radiator fan is provided only on one radiator of the right and left radiators (30L, 30R), characterised in that one cooling water passage that connects the one radiator and the water-cooled engine has a larger diameter than the other cooling water passage that connects the other radiator and the water-cooled engine. a body frame disposed between a front wheel and a rear wheel; a water-cooled engine supported by the body frame; right and left radiators (30L, 30R) supported by the body frame; and cooling water passages (42,43) that connect the right and left radiators (30L, 30R) and the water-cooled engine,
Measuring device for the optical examination of a front face of a transversely conveyed rod-shaped product of the tobacco processing industry, including an optical sensor arrangement which is configured for recording an image of a front face of a rod-shaped product, and an electronic signal processing device for evaluating the measuring signal output by the sensor arrangement, wherein the sensor arrangement is configured for 3-dimensional measurement of the surface profile of the front face of the rod-shaped product, characterized in that the measuring device is configured for obtaining a 3-dimensional surface profile of the front face of the rod-shaped product from the measuring signal output by the sensor arrangement, and the electronic signal processing device is configured for the evaluation of the 3-dimensional surface profile of the front face of the rod-shaped product.
A device for forming substantially straight, in particular wound, croissant dough pieces into a U-shape or annular shape, comprising a gripper unit, wherein the gripper unit comprises: - a gripper carrier; - and at least one retaining jaw (11, 17, 24), which is rigidly or movably attached to the gripper carrier and which can be brought into contact with the dough piece (36, 37, 38, 41) on a first side; - and two pivot carriers (16, 23), which are each pivotably supported about a pivot axis in the gripper carrier and which perform an opposite pivot motion (19, 26); - and shaping jaws (18, 25), which are each attached to the pivot carrier (16, 23) and which can be brought into contact with the dough piece (36, 37, 38, 41) on the opposite second side, characterized in that a retaining jaw (17, 24) is rigidly attached to each pivot carrier (16, 23) and the shaping jaw (18, 25) is movably attached to each pivot carrier (16, 23). - a gripper carrier; - and at least one retaining jaw (11, 17, 24), which is rigidly or movably attached to the gripper carrier and which can be brought into contact with the dough piece (36, 37, 38, 41) on a first side; - and two pivot carriers (16, 23), which are each pivotably supported about a pivot axis in the gripper carrier and which perform an opposite pivot motion (19, 26); - and shaping jaws (18, 25), which are each attached to the pivot carrier (16, 23) and which can be brought into contact with the dough piece (36, 37, 38, 41) on the opposite second side, characterized in that
A HVDC disconnector comprising: a fixed contact comprising a guide and at least a first and second conducting members positioned in the guide wherein the first and second conducting members are both tulip contacts (18a, 18b); a movable contact comprising a first mobile arm and a second mobile arm having a conducting element, wherein the second mobile arm is movable from an open position to a closed position to close a connection between the fixed contact and the movable contact, characterised in that the HVDC disconnector further comprises a slider movably supported on the second mobile arm, the slider being movable between a first position wherein a contact surface of the conducting element is covered and a second position wherein the contact surface is exposed for contact with the first and second conducting members. a fixed contact comprising a guide and at least a first and second conducting members positioned in the guide wherein the first and second conducting members are both tulip contacts (18a, 18b); a movable contact comprising a first mobile arm and a second mobile arm having a conducting element, wherein the second mobile arm is movable from an open position to a closed position to close a connection between the fixed contact and the movable contact, characterised in that the HVDC disconnector further comprises a slider movably supported on the second mobile arm, the slider being movable between a first position wherein a contact surface of the conducting element is covered and a second position wherein the contact surface is exposed for contact with the first and second conducting members.
A device for spinning a workpiece, comprising a rotor for spinning about a spinning axis and a receptacle for holding the workpiece, the receptacle being pivotally connected to the rotor for swiveling about a swivel axis that is transverse to the spinning axis, such that swiveling of the receptacle is enabled between a first angular orientation relative to the spinning axis and a different second angular orientation relative to the spinning axis, characterized in that the device comprises a balancing weight that is movably arranged relative to the receptacle and being lockable at different distances relative to the receptacle, further comprising a sensor for sensing an imbalance occurring in response of spinning the rotor.
A shopping cart comprising: - a basket intended to receive goods and which comprises a bottom, two side walls (24, 26) opposite one another and a front wall, - a base on which the basket is mounted, said base being equipped with casters (16a-d) for moving the shopping cart, characterized in that the bottom of the basket is made of a wire mesh and the two side walls (24, 26) and the front wall are made of plastic, the side walls (24, 26) being configured to be assembled removably to the front wall and to form an assembly fixed removably on the bottom of the basket. - a basket intended to receive goods and which comprises a bottom, two side walls (24, 26) opposite one another and a front wall, - a base on which the basket is mounted, said base being equipped with casters (16a-d) for moving the shopping cart,
A method comprising: analyzing by a computing device executing an optimizer (122, 205), a video by applying a plurality of optimization rules to the video, the plurality of optimization rules comprising one or more optimization rules that determine whether the video has a set of properties which have been identified, using machine learning, from other videos and viewership statistics as being indicative of increased viewership; identifying (505, 605), by the computing device, one or more optimizations for the video based on the analysis, the optimizations pertaining to a modification of the contents of the video; suggesting (310, 420, 630) the one or more optimizations to an entity associated with the video to modify contents of the video; and in response to the entity accepting the one or more optimizations, modifying (330, 440) the contents of the video to implement the one or more optimizations. analyzing by a computing device executing an optimizer (122, 205), a video by applying a plurality of optimization rules to the video, the plurality of optimization rules comprising one or more optimization rules that determine whether the video has a set of properties which have been identified, using machine learning, from other videos and viewership statistics as being indicative of increased viewership; identifying (505, 605), by the computing device, one or more optimizations for the video based on the analysis, the optimizations pertaining to a modification of the contents of the video; suggesting (310, 420, 630) the one or more optimizations to an entity associated with the video to modify contents of the video; and in response to the entity accepting the one or more optimizations, modifying (330, 440) the contents of the video to implement the one or more optimizations.
Self-propelled construction machine for working roadways or surfaces, comprising a machine frame supported by a crawler track and a milling drum which can rotate about an axis of rotation extending transverse to the working direction of the construction machine, is arranged on the machine frame and is equipped with milling tools distributed over the circumference, a drum drive for the milling drum and a cooling device for spraying the milling tools of the milling drum with a coolant from a coolant reservoir, characterised in that the cooling device is designed such that at least one coolant jet extending substantially parallel to the axis of rotation of the milling drum is produced.
NMR spectrometer with an NMR magnet system, which has a bore through the magnet center for inserting an NMR measuring sample in a transport container, and with a transport device for the pneumatic transport of the NMR measuring sample through a transport channel into the NMR magnet system and out of the NMR magnet system, wherein the transport device comprises a mechanical interface, on which a changing system is mounted which comprises at least one parking receptacle for temporarily storing a transport container, wherein, in a transport position, the parking receptacle can be inserted into the transport channel in order to be loaded with a transport container, removed from the transport channel for temporarily storing the transport container, and reinserted into the transport channel for further transport of the transport container, characterized in that, in the transport position, the parking receptacle forms a part of the transport channel.
A double-stranded ribonucleic acid (dsRNA) for inhibiting expression of CD274/PD-L1, wherein said dsRNA comprises a sense strand and an antisense strand, wherein the sense strand comprises the nucleotide sequence of 5'-GAcuGAGAGucucAGuGuudTsdT - 3' (SEQ ID NO: 847), and the antisense strand comprises the nucleotide sequence of 5' AAcACUGAGACUCUcAGUCdTsdT -3' (SEQ ID NO: 848); wherein A, C, G, and U are adenosine, cytidine, guanosine, and uridine, respectively; a, c, g, and u are 2'-O-methyladenosine, 2'-O-methylcytidine, 2'-O-methylguanosine, and 2'-O-methyluridine, respectively; dT is 2'-deoxythymidine; and s is a phosphorothioate linkage.